Service Manual

ARCAM
UA
AVR600 Service manual issue 1.2
L123AY– Connection board and PSU
This PCB provides the power for the unit through CON203:
+5V_STBY – 5V standby supply L118 RS232, L126 display (on in standby)
+3V3 PW338 – L122 PW338 supply (on in standby)
1V8D – L122 PW338 supply (on in standby)
+5V_1 – general 5V supply
+6V_1 – L156 DSP, L126 Display & L119 NET supply
+40V_VFD – L126 Display
+15V – linear +15V supply
-15V – linear -15V supply
LK100 or the thermal switch from the power amp transformer is required to
pass the live mains. SW101 switches between 230V & 115V.
R101 & R102 are NTC parts to prevent inrush currents when the power amp
is turned on.
CON202 takes the Clk PSU sync signal from L121, Relay SW from L122 (to
turn on the main supplies) and /AC present back to L122. /AC present is
generated from the standby transformer secondaries with D200.D210 &
TR200. This will prevent the unit from starting if it is not low.
The standby transformer is rectified with DBR200 (GBU4K) to give
UNREG_PW338 which is used for the 1V8D (REG206 – LM2670),
3V3_PW338 (REG201 – LM2670). The 12V for the relays to switch the
secondaries are also generated from REG207 (LM7812) which is then
regulated down to give +5V_STBY REG200 (LM7805).
When the signal Relay SW is taken high by the PW338, the secondaries of
the system & power amp transformer are switched in (RLY101 & RLY102).
This enables +15V, -15V (REG204 & REG205) & +5V_1 & +6V_1 (REG202 &
REG203).
L113AY Component Input – Output board
This PCB selects between one of five component video inputs & also provides
the output connector for Zone 3 audio.
IC100, IC101 & IC104 (LT1675CGN video buffers) require +5V & -5V. The
+5V comes direct from L123 & -5V is generated locally from the -15V supply
(from L123).
Selection of the five inputs is via IC102 (74HCT595D serial to parallel
converter, controlled via SPI Clk, Data & Vcomp latch) and IC100, IC101,
IC104. IC102 generates a /ENx signal which tri-states the output when high
and enables the output when low. When low the input is selected with the
SELx signal, high for input1, low for input2.
Truth table:
EN0
SEL0
EN1
SEL1
EN2
SEL2
0
0
1
X
1
x
0
1
1
X
1
x
1
x
0
0
1
x
1
x
0
1
1
x
1
x
1
x
0
1
1
x
1
x
1
x
*When component input is not used, BLANK should be selected.
SKT101 provides zone 3 audio output.
SAT
AV
VCR
DVD
PVR
BLANK*
L114AY – Video input – output
This PCB selects between one of five s-video & composite video inputs for the
main input & zone 2 video. It also controls the volume control for Zone 2 & 3.
The main input video is selected using IC200 (LA73031V video mux) under
the control of IC205 & IC208 (74HC595 serial to parallel converters, controlled
by SPI Clk, Data & Vid IO Mux Latch). Inputs are selected using INSEL1,
INSEL2, INSEL3 (Z2 INSEL1, Z2INSEL2, Z2INSEL3 for Zone 2 via IC203 –
LA73031V video mux).
As there is only one sync separator within each LA73031V, it is necessary to
select if this is used for S-video or composite (this means that once composite
video is selected as the source, it is not possible to autodetect S-video) SYNC CTL selects, low = Svideo, high = composite.
There are two buffered (IC201 & IC202 – BA7623F video buffers) tape
outputs, VCR & PVR which can be muted with VCR Mute & PVR Mute
respectively through a transistor network. Each output is muted when that
input is selected to prevent feedback, otherwise the output is a copy of the
composite or S-video signal going to the main zone.
Zone 2 video is buffered through IC204 (BA7623F video buffer) and can also
be mute, if required using the signal Z2Vid Mute & a transistor network.
When S-video or composite inputs are not used, V MUX STBY should be
asserted high. Note: this will disable both the main Zone & Zone 2 S-video &
composite muxes.
Video Input Truth table:
(Z2)INSEL1
(Z2)INSEL2
0
0
0
0
0
1
0
1
1
0
0
0
0
0
0
1
0
1
1
0
(Z2)INSEL3
0
1
0
1
0
0
1
0
1
0
(Z2)SYNCCTL
1
1
1
1
1
0
0
0
0
0
AV comp
SAT comp
DVD comp
PVR comp
VCR comp
AV S-vid
SAT S-vid
DVD S-vid
PVR S-vid
VCR S-vid
Volume control for Zone 2 & 3 uses IC300 & IC301 (BD3812F volume
controls) via a two-wire interface (Zone SPI Clk & Zone SPI Data). IC300 has
address D2, D1=1, IC301 has address D2, D1=0. The volume controls can
be muted from IC208 (Serial to parallel converter) using Z2 vol mute or Z3 vol
mute. The outputs are also relay controlled for powerup/down with Z2 Mute &
Z3 Mute directly from the PW338 using RLY300 & RLY301 as shunt relays.
The +7VA & -7VA required for the BD3812F volume controls is derived using
REG300 (LM1117) & REG301 (LM337LZ) from the +15V & -15V from L123.
L115AY Digital Input – Output board
This PCB selects on of 8 external digital inputs or one of two internal digital
inputs & generates BClk, WClk & MClk for the DSP (see L156) & DAC (see
L117). It also generates the clocks for the ADC (see L116) when the unit is in
ADC mode.
The CD, AV & DVD inputs use coaxial connector SKT100 and feed into IC200
& IC201 (DS9637ACM buffers). The Tape, SAT, VCR & PVR inputs use
optical connectors RX100, RX101, RX102, RX103. The outputs are padded
down to give 3v3 outputs. There is also the Aux input which can be selected
(see L117), the Net input (see L119) and the HDMI SPDIF (see L122).
One of these inputs is then selected using IC202 & IC203 (74HC151 8-1 mux)
under the control of IC204 (74HC595D serial to parallel converter) controlled
by AN SPI Clk, AN SPI Data & Dig Mux Latch.
The selected input is fed to IC100 (WM8805 SPDIF Rx/Tx) which is controlled
from the PW338 via AN SCL, AN SDA & SPDIF /RESET. IC100 generates
8805MClk, 8805BClk & 8805WClk. Also, SPDIF Out which is a de-jittered
SPDIF stream which is then buffered by IC103 part A, B, C & D (parts E & F
are unused) to give both the optical output (TXC100) & 75ohmcoaxial output
(SKT101).
The selected input is also fed to IC205 part A (74HC123D monostable, part B
unused) which gives a high output from pin 13 (SPDIF_PRESENT to the
PW338) if an SPDIF signal is present.
BClk=64* WClk
MClk=128*WClk (192kHz/176.4kHz), 256*WClk (96kHz/88.2kHz), 512*WClk
(48kHz/44.1kHz) – this clock is used by the PSU to synchronise the switchers.
IC105 (XC95C36 Xilinx) generates a pre-delayed SPDIF stream from the
HDMI clocks (only MClk & WClk used) as the HDMI SPDIF is turned off
during HD audio transfer & the WM8805 does not have a zero delay PLL.
IC104 (74HCT157 Quad 2-1 mux) can also be used to re-direct the clocks
from the HDMI into the system.
IC100 (WM8805) can also operate in master mode to generate clocks for the
ADC when processing an analogue input.
3V3D is generated locally on the PCB from 5V_1 using REG200 (LM1117).
L116AY Analogue input board
This PCB selects the analogue input for the main zone & Zone 2/3 and also
digitises the analogue input for processing by the DSP / transmission over
SPDIF.
One of seven phono inputs (Tape, CD, AV, DVD, SAT, VCR, PVR), Aux
(external) input (see L127), AM/FM & DAB(internal)/Sirius(external) inputs
(see L118), Net (internal) input (see L119) and Phono (see L117).
The input for the main zone is selected using IC200, IC208, IC205, IC209
(74HC4051D 8-1 mux) under the control of IC101 & IC102 (74HC595 serial to
parallel converter), controlled by AN SPI Data, AN SPI Clk & A In Mux Latch.
The muxes operate on the virtual earth of IC203 part A (left channel) & IC206
part A (right channel), both NJM2114 op amps, inverting the signal. Part B of
these two op amps re-invert the signal (correct phase) and this output is used
by the ADC & the direct path – Main L & Main R.
IC202 (NJM2114 op amp) inverts the original output of the mux (correct
phase) to provide the three tape outputs, Tape Out, PVR Out & VCR Out.
Each of these has individual mutes – IC201, IC204, IC207 (DG413DY
analogue mux) which mutes the output if that input is selected to prevent
feedback. Otherwise, the output is the selected input. The signals for these
mutes, /Tape Mute, /PVR Mute, /VCR Mute come from IC102 (74HC595
serial – parallel converter).
Selection of the Zone 2 input is very similar, using IC300, IC303, IC302,
IC304 (74HC4051 8-1 muxes) and IC301 (NJM2114 op amp).
The Main L & Main R are connected to input AIN1A/AIN1B of IC100 (CS5345
ADC). Aux L & Aux R are also connected to AIN4A/AIN4B as this is
configurable as the MIC input and can provide power from pin25 of IC100.
the ADC is controlled from the PW338 via AN SCL & AN SDA. ADC/RESET
also comes from IC102, so the ADC can be held in reset when not being
used.
The ADC always operates in slave mode and will sample at the rate dictated
by the incoming clocks from L115 (buffered on L122). ADC Data is sent to
L115 so that it can be transmitted by the SPDIF transmitter and selected for
input to the DSP.
+12VA (REG301 LM7812) & -12VA (REG304 LM7912) for the local op amps
are derived from +15V & -15V from L123.
+5VA (used by the ADC) is derived from the +12VA with REG302 (LM1117).
+3V3D (used by the ADC) is derived from the +12VA with REG300 (LM1117).
+3V3A (REG303 LM1117) & -3V3A (REG305 LM337LZ) for the muxes are
derived from +5VA & -12VA.
ADC
/RST
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
0
1
MUTE
VCR PVR TAPE
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
1
1
0
1
0
1
0
1
1
1
1
1
x
x
x
x
x
x
5
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
1
1
1
1
1
1
1
0
0
0
0
1
1
1
1
x
x
x
x
x
x
4
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
1
1
1
1
1
1
1
0
0
1
1
0
0
1
1
x
x
x
x
x
x
Truth table
Main Asel
3 2 1 0
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
1 0 0 0
1 0 0 1
1 0 1 0
1 0 1 1
1 1 0 0
1 1 0 1
1 1 1 0
0 1 1 1
1 1 1 1
0 1 1 1
1 1 1 1
0 1 1 1
1 1 1 1
0 1 1 1
1 1 1 1
x x x x
x x x x
x x x x
x x x x
x x x x
x x x x
5
1
1
1
1
1
1
1
0
0
0
0
1
1
1
1
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
4
1
1
1
1
1
1
1
0
0
1
1
0
0
1
1
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
Z2 Asel
3 2
1 0
1 0
1 0
1 0
1 1
1 1
1 1
0 1
1 1
0 1
1 1
0 1
1 1
0 1
1 1
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
1
0
0
1
1
0
0
1
1
1
1
1
1
1
1
1
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
0
0
1
0
1
0
1
0
1
1
1
1
1
1
1
1
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
Z2 CD
Z2 AV
Z2 SAT
Z2 DVD
Z2 VCR
Z2 PVR
Z2 TAPE
Z2 Phono
Z2 Aux
Z2 GND
Z2 AM/FM
Z2 DAB/Sirius
Z2 Net
Z2 Spare
Z2 GND
Main CD
Main AV
Main SAT
Main DVD
Main VCR
Main PVR
Main Tape
Main Phono
Main Aux
Main GND
Main AM/FM
Main DAB/Sirius
Main Net
Main Spare
Main GND
Tape out mute
PVR out mute
VCR out mute
No loop mute
ADC reset
ADC running
L117AY Analogue output
This PCB converts the digital audio from the DSP (see L156) to analogue
audio. It also configures the use of channels 6 & 7, has the headphone amp,
has the RIAA equaliser for the Phono input and handles the multi-channel
analogue input.
The phono amplifier is a standard RIAA response and is intended for use with
MM cartridges, 5mV (check this!) output. C128 & C129 are important to
prevent the DC offset of IC100 (NJM2114 op amp) from causing problems.
IC101 forms the basis of the headphone amplifier. The output of this section
goes to L127.
IC300 (CS4385 8-channel DAC) takes multichannel data (Data LR, Data
CSw, Data SlSr, Data SblSbr) from the DSP (L156) in addition to clocks (DAC
MClk, DAC BClk, DAC WClk) from L115 (buffered on L122). Control of the
DAC is via AN SDA, AN SCL (from the PW338) and DAC /RESET (from
IC212).
The balanced outputs from the DAC are filtered by IC400, IC401, IC402,
IC403 (NJM2114 op amps). All channels are identical except for the
subwoofer, which has 10dB (check this!) gain.
Left & right inputs to IC204 (CS3318 volume control) are multiplexed between
the filtered DAC output, the Main L & Main R direct analogue inputs (from
L116) and the left & right multichannel inputs (SKT200) with IC200
(74HC4052 dual 4-1 mux). This mux operates on the virtual earth of IC201
(NJM2114 op amp) and also provides the signals Mux L & Mux R.
The centre input to IC204 (CS3318 volume control) is multiplexed between
the filtered DAC output and the centre multichannel inputs (SKT200) with
IC203 (74HC4053 triple 2-1 mux). This mux operates on the virtual earth of
IC205 part A (NJM2114 op amp).
Subwoofer, surround left & surround right inputs to IC204 (CS3318 volume
control) are multiplexed between the filtered DAC output and the subwoofer,
surround left & surround right multichannel inputs (SKT200) with IC214
(74HC4053 triple 2-1 mux). This mux operates on the virtual earth of IC201
(NJM2114 op amp) part A (subwoofer) & IC207 (NJM2114 op amp - Surround
left & surround right).
IC213 selects between the filtered DAC output of surround back left / right,
surround back right / left multichannel inputs, Z2 L / Z2R and Mux L / Mux R.
This allows the use of channels 6 & 7 as either surround back left/right in the
main zone, or powered Zone 2 outputs, or bi-amped left/right in the main
zone. This mux operates on the virtual earth of IC209 (NJM2114 op amp).
IC204 (CS3318 volume control) is controlled by AN SCL, AN SDA (from the
PW338) and VOL /RESET & VOL /MUTE from IC212.
Sel0
0
1
0
x
x
x
x
x
Sel1
0
0
1
x
x
x
x
x
Sel2
0
x
1
x
x
x
x
x
Sel3
0
x
1
0
1
x
x
x
Sel4
0
x
0
1
1
x
x
x
Truth table
Vol /RST Vol /Mute
1
1
1
1
1
1
1
1
1
1
0
x
1
0
x
x
DAC /RST
1
1
1
1
1
x
x
0
DAC output
L/R analogue direct
MCH output
Sb=Zone 2
Sb=L/R
Volume control reset
Volume control mute
DAC reset
The output of the volume control is buffered through IC202, IC206, IC208,
IC210 to remove any DC offset before going to CON100 (connection to the
power amp) and SKT100 & SKT100 phono outputs sockets. Shunt relay
muting is provided for power on/off, controlled from the PW338 (Main mute &
Sblr/Sbr mute).
L118AY – IR – Trig – DAB/FM - RS232
This PCB handles the following functions:
RS232 communication with the PW338
iPod RS232 control (compatible with rLead & rDock)
Sirius satellite radio (US)
Z1, Z2, Z3 12V triggers
DAB
AM/FM
Z1, Z2, Z3 IR inputs.
CON102 & IC102 (MAX3232 RS232 converter, part1) provide the RS232
communication with the PW338 – used for RS232 control or updating. Note,
the signals RS232 Tx & RS232 Rx are labelled relative to the PW338, so
RS232 Tx is the Tx FROM the PW338.
CON105 & IC102 (MAX3232 RS232 converter, part2) provide the iPod RS232
communication. Pin 9 of CON105 (/iPod Present to PW338) is taken low
when an rLead is connected. Note, the signals iPod Tx & iPod Rx are
labelled relative to the UART (IC403, L122), so iPod Tx is the Tx FROM the
UART.
SKT101 provides the Sirius RS232 communication. Note, the signals Sirius
Tx 232 & Sirius Rx 232 are labelled relative to the UART (IC403, L122), so
Sirius Tx 232 is the Tx FROM the UART.
SKT101 also provides the +5V for the Sirius Home Connect module, so the
module does not require external power. This power comes from the +5V_1
(L123) and is connected to pins 1 & 2 of SKT101 as power & host presence.
Analogue audio also passes through this socket, so this is the only connection
to the Sirius module.
There are three triggers, Zone1 , Zone 2, Zone 3. These give a 12V 100mA
output when activated from IC101 (74HC595 serial to parallel converter). The
signals Z1 Trig, Z2 Trig & Z3 Trig are active high.
DAB uses the Gyrosignal 1122 module. As this module is normally controlled
via RS232, a CPLD, IC100 (XC95C36 Xilinx) is used to provide I2C control
from the PW338 (DAB SCL & DAB SDA). Due to an issue with the
Gyrosignal implementation of I2C within their CPLD, IC103 (SN74HC1GU04
single inverter) is required to invert the DAB SCL signal. The DAB module
gives an analogue output which is buffered through a ground balancing circuit
(IC301 NJM2114 op amp) – this section is also used for the Sirius analogue
output. DAB /RESET comes from IC101 (74HC595).
AM/FM uses the ALPS module. Different modules are fitted depending on
region – Europe (with RDS), US (no RDS), Japan (different FM range).
Control is direct from the PW338, FM CE, SPI Data, SPI Clk. Also, /RDS On
from IC101 (74HC595) is used to turn off the RDS chip in EU modules when
the AM band is used (the RDS chip running on AM interferes with AM
performance). RDS Int & Data come from the Alps module to the PW338 for
EU FM transmissions carrying RDS data. VSM goes to an ADC on the
PW338 and provides a signal strength indication. The AM/FM module gives
an analogue output which is buffered through a ground balancing circuit
(IC302 NJM2114 op amp).
IR from the front panel comes onto this board from L126 and goes through a
re-modulator circuit (IC200 LMC555) as it has been demodulated on the front
panel. This signal, Z1 remod, goes through SKT200 such that inserting a plug
into SKT200 will stop this signal (to prevent conflicting signals if a Zone 1
external IR sensor is used) from going to LED200 and then being
demodulated by RX200.
Zone 2 (SKT102) & Zone 3 (SKT103) IR inputs drive LED201 & LED202
which are demodulated by RX201 & RX202.
Zone 1, Zone 2 & Zone 3 are also multiplexed together to give IR Out through
TR207 & SKT104.
The ground balancing circuit uses +5V_1 from L123 and generates -5V from
IC303 (SP6661EN charge pump). The AM/FM module uses +9V_FM,
generated with REG202 (LM317) from +15V (from L123). +12V_IR is
generated from +15V (L123) using REG200 (LM7812) and runs the IR output
& 12V triggers. +5V_STBY (L123) generates +3V3_STBY with REG201
(LM1117) – used by IC102 (MAX3232) so the RS232 comms are still
available in standby. +3V3_D is generated from +5V_1 (L123) with REG203
and is used by the DAB module.
L119AY NETWORK
This PCB handles the network connectivity & USB support. Telnet control
(Ethernet to RS232 tunnelling) is also handled by this PCB.
IC102 (DM850 audio processor) does not have any internal boot code, upon
being powered, it starts the BFL (First level bootloader) from the FLASH
memory IC202 (S29GL064A90TFIR30). This then executes the BSL (second
level bootloader) which brings up the network support. The second level
bootloader then executes the application. The BFL should never need to be
updated and as such will not be included in the standard upgrading
application.
The FLASH memory is also used to store settings, such as the Arcam specific
Cardea keys & MAC address. Note: if the FLASH device is ever changed, it
is essential that the original MAC address be programmed into the unit so that
the user does not lose and internet radio stations/favourites groups.
The device also uses SDRAM (not until the BSL executes) – IC200
(IC42S16800-6T(G)).
Wifi connectivity is via an Edom module and plugs into CON300. Note: this
module is specific to this unit and cannot be substituted, spares must come
from Arcam.
Wired Ethernet uses IC400 (DM9161A MAC), L401 (TS6121C magnetics).
The Ethernet connector (CON400) does not have any link or act LEDs as
these were thought to be potentially annoying in an AV environment.
In addition to the SPDIF audio output, there analogue audio is generated from
NET MClk, NET BClk, NET WClk & NET Data0 using IC501 (CS4345 DAC).
IC500 (LM358AM op amp) buffers & filters the output of the DAC. The output
can then be muted under control of the DM850 (/MUTE) and then ground
balanced with IC502 (NJM2114 op amp).
The DM850 uses two switching regulators for generating the +3V3D
(REG600) and 1V8 (REG601). IC601 (SP6661 charge pump) generates the 5V used by the ground balancing circuit – IC601 has a 4V7 zener regulator
circuit supplying it.
L121AY – Connection board
This PCB provides the connections between all the daughter cards, plus the
main PCB (L122).
IC300 & IC301 (74HC244 buffers) take the clock signals (WClk, BClk & MClk)
from L115 & DSP WClk Out & DSPBClk Out from L156 and buffer them to the
ADC, DSP & DAC.
IC303 (74HC4040 divider) divides the MClk down to provide Clk PSU to sync
the switchers on L123.
L122AY Main Board
This is the main PCB with the PW338 handling the control of the entire unit,
as well as video processing. HDMI Rx & Tx functions are performed on this
PCB as well as video encoding & decoding.
IC200 is main PW338 micro/video processor. On sheet 4 the microprocessor
interface is shown. The PW338 has no internal boot code, so relies on code
in IC401 (39VF3201 FLASH) to run. IC401 is required to be pre-programmed
with at least boot code. If this part requires replacement, it *must* be
programmed with at least the boot code. If the FLASH is programmed with
the boot code, upon starting up, the PW338 will send out a boot loader
message on the RS232 port0 (sheet 3) at 115.2k baud, 8bits, no parity. If
there is a problem with the DDR memory (IC600 & IC601 sheet 6) there will
be a message sent along with the boot loader message. /AC present (low)
and Poweron_reset (high) from IC402 (LM809M-2.93 – resets the micro if
3V3_PW338 drops below 2.93V) are also required for the PW338 to start.
IC400 (74HC4040 divider) pre-divides the wordclock so the PW338 (EXINT0)
can measure the sampling frequency of incoming digital audio sources. RDS
Int (from L119) is connected to EXINT1 as the RDS data is streamed out of
the ALPS AM/FM module regardless of the readiness of the PW338.
IC403 is a quad UART to provide RS232 communication with the network
(L119), the Sirius satellite radio (L118) & iPod (L118). All signal labels are
with respect to the PW338.
Sheet 7 shows most of the connections to the daughter PCBs as well as the
I2C control busses:
EDID – used for the EDID dual port EEPROM (IC909, sheet 9)
AN – Analogue control bus, L116 Analogue input & L117 Analogue output
HDMI_Config – SiI9135 & SiI9134 x 2 & ADV7310 (sheet 5)
DAB – DAB module (L118) & system EEPROM (IC706 sheet 7)
3 x 74HC595 (IC701, IC703 & IC704) provide additional control output
signals.
The remaining control signals are on sheet 2. This sheet also shows the
interface between the SiI9135 HDMI receiver (IC201) and the PW338. The
audio outpus of IC201 go through L121 (Connection PCB) to L115 (Digital
IO).
Sheet 3 shows the analogue video inputs. There are separate inputs for
composite, S-video & component. The Y signal also is taken to a Sync input
on the PW338.
Sheet 5 is the video output port. The digital video port of the PW338 is
connected to the ADV7310 (IC501), SiI9134 (IC502) & SiI9134 (IC503). The
ADV7310 converts the digital video to analogue video outputs for component,
S-video & composite (depending on the resolution – up to 1080i for
component, 480i/576i only for composite & s-video). The two SiI9134 parts
convert the video data to HDMI serial data. While it is possible to have all
video outputs active, resolution & copy protection limits apply. Also, when
displaying 408i/576i the colour space requirements of the ADV7310 &
SiI9134s are incompatible, so if an HDMI display is connected the analogue
outputs are muted.
The PW338 can only output one clock pulse per pixel, so for 480i & 576i
resolutions, a video clock doubler is required (IC504 ICS2402MLF) to convert
the 13.5MHz pixel clock (Display Clk) to 27MHz (Display Clk2) under the
control of Vid_Clk_Sw.
The output of the ADV73120 is filtered by IC500 (ADA4410). Also, the Svideo signals are recombined to form the composite output signal (Cvid out).
The outputs of this part are series terminated with 75ohms before going to
L133 (component IO) & L114 (video IO) via L121 (connection PCB).
Sheet 9 shows the 5 HDMI inputs.
The serial data differential pairs are multiplexed with IC901 & IC903
(PI3HDMI413). The DDC lines are multiplexed with IC907 & IC910
(DG408LDY) for connection with the dual port EEPROM (IC909) and the
HDMI receiver (IC201).
The CEC line is multiplexed with IC911 (DG408DLY)
The +5V line is multiplexed with IC912 (DG408DLY)
Hotplug out is controlled by IC900, IC904 & IC906 (74HCT08 AND gate)
which give individual hotplug control & also global control with PW338
hotplug.
All these multiplexes must operate together for an HDMI input to be correctly
selected.
TMDS Mux
Sel3
0
0
0
0
1
1
Sel2
0
0
0
1
0
1
Sel1
0
0
1
1
1
1
Sel0
0
1
0
1
1
1
DDC/CEC/+5V Mux
Sel2
Sel1
0
0
0
0
0
1
1
1
0
1
1
1
Sel0
0
1
0
1
1
1
Blank
AV
SAT
DVD
VCR
PVR
Hotplug Mux
SelPVR
0
0
0
SelVCR
0
0
0
SelDVD
0
0
0
SelSAT
0
0
1
SAT
AV
DVD
PVR
VCR
Blank
SelAV
0
1
0
Blank
AV
SAT
0
0
1
0
1
0
1
0
0
0
0
0
0
0
0
DVD
VCR
PVR
Sheet 10 shows the ESD protection devices (IC1000 & IC1004 CM2020) for
the two HDMI outputs. There is also provision for turning off the 5V signal to
the display device through FETs M1000 & M1001.
The two 120 way connectors on sheet 11 show all the connections between
the L122 PCB and L122.
L124AY – Speaker board
This conducts the output signals from the power amplifiers on both L125 and
L129 to the speaker terminal blocks LS100 – LS103 inclusive, via 4 double
pole relays RLY100 – RLY103. The 24V dc supply from the relays is fed from
L129 via CON101 pin 18, returning to ground via pin 17. The relay switching
transistors are TR100 – TR 103 and the logic level signals to control these
also enter via CON101 pins 19 and 20. Note that the SBL and SBR channels
are switched independently from the other 5 channels, as these can be reassigned in software to support zone 2 in stereo if required.
Zobel networks, comprising 1 uH air cored chokes in parallel with 4R7 2 Watt
resistors, are in series with all outputs to isolate the power amplifiers from
capacitive cable loads which might otherwise provoke instability.
L125AY – Power amp upper
This contains all the power amplifier electronics for the Centre (C), Left
Surround (LS) and Right Surround (RS) channels. It also contains the power
supplies for all 7 channels, which are fed directly from the secondaries of the
power transformer L951TX as raw AC, via CON106, to the bridge rectifiers
DBR201 and DBR202 and two reservoir capacitor banks, C206/7 plus
C210/213 for Vcc/Vee, and C214/5 plus C220/1 for +Vlo and –Vlo.
The power amplifier design is Class G, which is why two sets of power rails
are employed; Vcc and Vee are approximately +/- 59V off load and +Vlo and
– Vlo are approximately +/- 30V off load.
The rectified and smoothed power rails are fed to the lower power amp PCB
L129, along with an AC power feed for checking the mains is present, via
CON100.
CON103 is used to bring in the C, LS and RS line level input signals from the
rest of the AVR via L129. It also imports +/-12V supplies for the front stage
op-amps and +5V for the top heatsink temperature sensor IC400. Outputs
comprise this sensor’s signal and two DC offset protection lines (ERR_POS
and ERR_NEG), which are returned to the system microprocessor via L129.
CON105 carries the C, LS and RS outputs to the Speaker PCB L124. It also
carries the speaker ground returns for all 7 channels back to the star ground
point on L125.
All 7 power amplifiers are identical, except for the Centre channel where only
one half of its set of the various dual driver ICs is used.
Each power amplifier is topologically split into two halves – the input stage IC,
LM4702 high voltage driver IC and DC servo IC comprise the driver stage
(e.g. U_driver_C); the power transistors plus their drivers and protection
circuitry comprise the output stage (e.g. U_PA_C), as shown in the L125
block diagram.
Additionally the 3 power amplifier channels in L125 share a common pair of
power MOSFET lifters (the part of the block diagram shown as U_Lifter_C)
which control the amount of output voltage fed to the collectors of the power
transistors in the 3 power amplifiers.
The Centre channel Driver Stage starts with the balanced to unbalanced
converter IC700B (one half of an NJM2114) which rejects common mode
noise on the input when grounded to AGND_FF via the handbag link
CON700. Its output feeds one half of the stereo high voltage driver IC
(LM4702C - IC701) via the low pass network R706 and C704. The LM4702 is
used in a non-inverting configuration and provides all the voltage gain of the
system, set by R713 and R704. Pins 11 and 12 of IC701 feed the inputs of the
negative and positive halves of the Output Stage. The dominant pole
compensation is set by C705, C713/R714 provides some second order
feedback in the audio band to provide a higher open loop gain at high audio
frequencies and thus reduce hf distortion. R715 and R716 (without TR700
which is a “no fit”) provide some extra voltage to IC701’s negative supply at
high negative output voltages via a bootstrap arrangement in the output stage
to prevent premature clipping of the negative half of the output. Note that the
heatsink of IC701 is connected to its negative rail – this must NOT be
accidentally shorted to ground!
Good power supplying decoupling of IC701 is essential and is provided by
C701, C708, C709, C712 and C714.
Note that the amplifier is DC coupled throughout. IC702B (one half of a
TL072) has a very high input impedance and forms a ground referenced
inverting integrator with R712 and C711; their time constant is approximately
1.5 seconds. Its output is fed back to the positive input IC701 via the
attenuator R711 and R706 to keep the DC output of the amplifier close to
zero. It can also correct moderate DC offsets appearing at the input of
IC700B. Should these become excessive, or should a circuit fault cause
significant DC at the loudspeaker output, then the error voltage at the output
of IC702B will feed through to the system microprocessor via D700 (which
works in conjunction with the similar diodes in the other power amplifier
channels as a wired OR gate) to generate a system shut down signal.
NB. R702 will also mute the power amplifier electronically in the absence of
the +/- 12V supply.
The Centre channel Output Stage comprises complementary triples in a
classic emitter follower configuration, with enhancements to ensure near class
A operation at power levels of up to about 10 watts. Both the positive and
negative halves are essentially identical.
The pre-driver and driver transistors are connected to the high voltage rails
Vcc and Vee (approx +/-59V). However because this is a Class G design the
output transistors TR406A and TR409A normally run at half these voltages
(+Vlift and –Vlift, approx +/- 30V) connecting to the +Vlo and –Vlo supplies via
Shottky power diodes D100 and D101 shown on the main block diagram.
When the amplifier is required to deliver more than about +/- 25V peak
(equivalent to about 30Watts rms into 8 ohms) then the lifters (fed from Vcc
and Vee) are progressively powered on to maintain a constant 5V or so
across the collector-emitter junctions of the output transistors.
Note that on L125 the lifter outputs are shared between all three power
amplifiers for reasons of economy and space – whereas the lifters on the
other 4 channels on L129 are only shared between two power amplifiers
each. Since the worst thermal stress on the lifters occurs at output powers
somewhat above 30W rms equivalent into 8 ohms, we do not recommend
testing the amplifier for extended times with continuous signals in the 30 - 50
Watts range with all three channels (C, SL and SR) running simultaneously
and driving into low impedances. This is especially true of square wave
signals! The thermal sensor IC400 is located close to the lifter MOSFETs in
order to monitor this condition.
The power transistors TR406A and TR409A have built in thermal
compensation diodes (TR406B and TR409B) which form part of the biasing
network. The thermal sense biasing transistors TR401 and TR416 are thus
mounted adjacent to (and ideally in intimate contact with) the driver transistors
TR403 and TR414 so that as they warm up the bias remains relatively stable.
(In practice it rises somewhat, but predictably so, as the drivers warm up).
The pre-drivers, TR400 and TR415, are in a DC feedback loop with TR401
and TR416, so no thermal drift in bias occurs from these. Bias is set by
RV400; D403 and R421 ensure that no catastrophic increase in bias will take
place if RV400 fails open circuit.
Optimum bias at quiescent operating temperature is measured across the two
0.1 ohm emitter resistors forming R408 – it is typically 15mV at the pins of
C400. When setting up from cold a good starting point to achieve this is to first
turn RV400 to minimum (i.e. fully anticlockwise) and then slowly turn it up to
6mV.
The transistors TR405A and B and their associated networks provide
comprehensive two slope safe operating area (SOA) protection for the output
devices. When the prescribed combination of voltage and current across
TR406A or TR409A is exceeded, the relevant protection transistor conducts
and shorts out the base drive to the associated pre-driver, thus limiting the
dissipation in the output device. The output of each channel of the LM4702 is
current limited to about 5-10mA so no damage can occur to it under these
conditions. Note that if an output device fails short circuit then the 7 Amp fuse
in its collector will fail – the driver transistors TR403 and TR414 will then try to
take over and so are protected by 1 ohm fusible resistors in their collectors.
Note that the heatsinks of the drivers TR403 and TR414 are “live” – an
accidental short to ground here with a test probe will probably blow the
associated 1 ohm fusible resistor.
Diodes D402 and D405 protect the output transistors from being reverse
biased in the presence of inductive load “spikes”. Diodes D401A/B form part
of a wired OR gate system with the other power amplifier channels on L124
and are used to drive the lifters connected to the collectors of TR406A and
TR409A. R439 and C411 are part of a bootstrap network for the negative rail
of IC701 and its associated pre-driver transistor TR415. R417 and C406 are
a Zobel network (sometimes called a Boucherot cell) to help compensate for
inductive loads at high frequencies.
The Class G Lifters are in two complimentary halves – TR600, TR601 and
TR602 plus p-channel power MOSFET M601 for the positive half, and TR603,
TR604 and TR605 plus n-channel power MOSFET M603 for the negative half.
They are arranged as CFPs (complementary feedback pairs) rather than plain
emitter (source) followers so that the MOSFETs can be fully turned on without
needing power supplies that exceed Vcc and Vee.
The two halves operate identically – we will examine the positive (top half)
lifter to see how it works. With only small signals coming from the power
amplifier, node PLD_C remains biased at about +20V (via the network R614,
D600, R602., R603, R605) whilst node +VLIFT_C is held at approximately
+30V (i.e. +Vlo less the 0.2V or so dropped across the Shottky power diode
D100). The emitter of TR602 meanwhile is at about +24.5V, so TR602 is
turned hard off. Thus the base of TR600 is connected via R600 to Vcc and the
emitter is at Vcc – 0.6V. Vgs of M601 is thus -0.6V which is well under the
approx -2.5V required to turn on M601.
When the voltage at node PLD_C exceeds approximately +25V this is enough
to turn on TR602. When about 3V is developed across R600 this is enough to
turn on M601 which conducts until the voltage at the emitter of TR602 has
risen enough to stabilise the system. The output voltage then can rapidly track
the input (plus about 5V) as required, reverse biasing the Shottky power diode
D100 and drawing the collector current for TR406A via M600 and the +Vcc
supply. The complementary emitter follower TR600, TR601 ensured the gate
capacitance of the MOSFET can be both charged and discharged very
quickly. C605 provides fast local decoupling to minimise switching transients.
L129AY – Power Amp lower
This contains the power amplifier electronics for the Left (L), Right (R),
Surround Back Left (SBL) and Surround Back Right (SBR) channels. It also
contains housekeeping logic for the amplifier protection system and power
drive circuits for the protection relays and cooling fans.
The power amplifiers are essentially identical to those in L125, except that the
lifter circuits are only shared between pairs of power amplifiers (L and SBL, R
and SBR respectively) rather than all three channels in L125. They receive
their raw DC power voltages from L125 via CON100. Please refer to the
description of the Centre Channel (C) power amplifier (in L125) for a detailed
understanding of the circuitry of the power amplifiers in L129.
CON102 carries the L, R, SBL and SBR output signals to the speaker board
L124. It also delivers +24V DC power and logic level switching signals to the 4
speaker relays on L124. NB - the ground returns shown on CON102 do not
carry L129’s main speaker currents back to the star point (which is located on
L125) but are merely used for the L, R, SBL and SBR amplifiers’ optional
extra Boucherot networks located on L124.
Note that it is L129 which communicates with the rest of the receiver, via two
ribbon cables connected to CON101 and CON 103. CON 101 receives 7 line
level input signals, and low voltage supplies (+12V, -12V and +5V) from L117.
CON101 also inputs the speaker relay mute signals for L124. CON103
supports temperature and DC offset monitoring for L125 and L129, plus a fan
drive signal, sent to and from the system microprocessor on L122, via L121.
The heatsink temperature monitors on L129 are IC800 and IC900; these are
located between the relevant pairs of lifter power MOSFETs.
TR102 provides nominal +24V power to the output relays on L124, via the
unregulated +30V supply on L125. The 27V zener diode DZ102 prevents
excessive voltage being applied to the relays in the event of high mains
voltages.
REG 101 is not normally used as links CON109 and CON110 are omitted in
production. It provides +5V for the on board logic and temperature sensors if
no +5V line is present (e.g. during development testing).
TR1003A/B and TR1001 together make a fan driver with a DC gain of 10, so it
can be triggered with a 3V3 microprocessor signal. Power comes from the
unregulated +Vlo supply (approx +30V). The fans are two 12V DC units
connected in series fed from CON107 and CON108.
IC1000 is a triple 3-input NAND gate. To switch on (i.e. unmute) the speaker
relays, all 3 inputs on IC1000B (for LSB and RSB channels) and/or IC1000C
(for the other 5 channels) must be high. The 3 inputs come from:
(a) the AC present detector based around TR1002 and IC1000A,
(b) the ERR_NEG and ERR_POS detector, based around TR1004A/B, which
detects excessive DC offsets on any one or more of the 7 power amplifier
channels and (c) the ~MUTE_SB and ~MUTE_REST lines under the control
of the system microprocessor.
L126AY – Front Panel
This PCB handles the VFD, keyboard scan, IR reception for the front panel &
power LEDs.
The micro is an Atmel AT91SAM7S32 (IC101) which must be initially
programmed via the Atmel/Segger debugger via CON101. Subsequently, the
micro can be reprogrammed from the PW338 using the Arcam upgrader utility
over RS232. The bootloader should never need to be updated and as such
will not be included in the standard upgrading application.
Communication with the PW338 is via RS232 – IC101 sends information on
keypresses to the PW338 & receives information to display & brightness
commands from the PW338 – FP_TX & FP_RX. Note these signals are
labelled with respect to the PW338.
IC101 uses +3V3_PW338 so is powered in standby. It has an internal 1V8
regulator which generates VDD_OUT (1V8, pin 8) which is decoupled &
powers the core & PLL of IC101 (pins 18, 41 & 48).
The VFD (DISP100) is driven from serial data SIN from IC101
(AT91SAM7S32 micro). The serial data is gated through IC102 (74HC08
quad NAND gate, parts C & D unused) controlled by SIN1_CTL & SIN2_CTL
from IC101 to provide dimming of the display. The output data from IC102 is
clocked into the display with the signal CLK from IC101 and is latched into the
display during the blanking period (LAT & BLK).
The VFD filament drive is synchronous with the display update. Signals
FClock1 & FClock2 are 180deg out of phase and drive IC100 (AD8532 op
amp) to give a 6V oscillating drive to the two ends of the filament (from +6V_1
– L123). The HT is provided direct from L123 (+40V_VFD). +6V_1 &
+40V_VFD are not present in standby.
IR decoding (RX100) is powered by +5V_STBY, allowing IR reception when in
standby. The signal pass through L121 (Connection) to L118 (Trigger) before
going to L122 (Main PCB).
The power LEDs are fitted to a small snap-off PCB that is connected via a 3
wire lead. Green LED when the unit is on, Red when in standby, both during
power on.
L127AY Front Input
This PCB handles the auxiliary input & headphone output.
SKT101 carries the headphone output from L117 (Analogue output). There is
also a switch to sense the headphones being inserted. The pullup resistor for
this is on L122, so if L127 PCB is not fitted or the cable not fitted, the unit will
sense the headphones are permanently inserted.
SKT100 is the microphone, auxillary input (to L116 Analogue input) & also
has an optical input for digital sources (Aux SPDIF to L115 Digital input) using
a 3.5mm optical lead.
L156AY – DSP board
This PCB handles the audio decoding of digital inputs & processing of
digitised analogue sources.
IC100 (ADSP-21366 DSP) handles the main decoding, including the new HD
formats. Data is either from I2S Data (SPDIF/ADC data from L115) or MCH
Data0, MCH Data1, MCH Data2, MCH Data3 from L122 (Main PCB). In both
cases, the clocks DSP WClk, DSPBClk & DSP MClk are required.
The code for IC100 is held in IC103 (S29AL016D FLASH). The DSP also
requires SRAM (IC101, IC104 71V424S SRAM). The address/data bus is
multiplexed through IC102 & IC106 (74LVC573 buffers) controlled by ALE.
Additional memory decoding is handled by IC105 (74LVC139 2-4 decoder).
R121 & R103 (0R0) should be fitted to allow the DSP to boot in SPI mode.
R117 (4k7) sets the internal clock multiplier to 16:1 (16*20MHz = 320MHz).
IC201 (ADSP-21367 DSP) handles the post-processing & room EQ. Data is
sent in multichannel format regardless of the input between IC100 & IC201
(DSP2 LR, DSP2 LsRs, DSP2 CSw, DSP2 SblSbr). The data is clocked in
using DSP2 BClk & DSP2 WClk, generated by IC100 & DSP MClk from L121.
Data is then clocked out to the DACs (Data LR, Data SlSr, Data CSw, Data
SblSbr) with clocks DSP BClk Out, DSPWClk Out which are buffered on L121
before going to L117 (Analogue Out).
Communication with the PW338 is via a single SPI bus:
DSP Clk - clock
DSP MISO – data from PW338
DSP MOSI – data to the PW338
DSP1 /CS – select DSP1
DSP2 /CS – select DSP2
DSP1 FLAG0 – signal back to PW338
DSP2 FLAG0 – signal back to the PW338
Note: DSP reset is by asserting both /CS lins low simultaneously (IC107
74LV1G32 single Or gate).
Power for the DSPs comes from two regulators 3V3 (REG300), further
regulated to 1V2 (REG301). Both are heatsinked.
C100
10N
PCB100
1
L113PB
FID100 FID101
D100
+15V
C101 50V
2U2 YK
SKT100
Blank AVR600 Component IO PCB
+5V_1
Pr
X7R
-15V
C102
10N
C140
100UF
10V
YXF
C104 50V
2U2 YK
E3c
B2b
50V
X7R
B
B
E
A/D1a
VGND
C105
10N
C/F1a
1
2
3
C109 50V
2U2 YK
R100 R101 R102 R103 R104 R105
JYE TAI
GOLD
50V
X7R
75R
0W063
VGND
C107
10N
C110
10N
RED1
GREEN1
BLUE1
C111 50V
2U2 YK
50V 10N
X7R C112
-15V
15 P116
R106
14 P105
R107
13 P106
R108
Pb in
68R
0W063
GND
GND
C114
470UF
Y Out
C115
10P
50V
NPO
11
12
47K
0W063
C148
100UF
10V
YXF
C120
10N
VGND
B/E1a
1
2
3
C130 50V
2U2 YK
JYE TAI
GOLD
50V 10N
X7R C131
75R
0W063
C132 50V
2U2 YK
C152
100UF
10V
YXF
47K
0W063
VGND
+5V_1
50V 10N
X7R C139
Pb Out
B
R109 R110 R111
B/E1a
F3c
C2b
C142 50V
2U2 YK
Y Out
50V 10N
X7R C143
G
C
F
Pb
C/F1a
R141
JYE TAI
GOLD
1
2
3
R142 R143
C144 50V
2U2 YK
47K
VGND
0W063
/EN2
SEL2
6
7
8
9
10
4
5
VGND
VGND
75R
0W063
RED1
GREEN1
BLUE1
VOUT_RED
RED2
GREEN2
VOUT_GREEN
BLUE2
VOUT_BLUE
ENABLE*
SELECT
GND
GND
VV-
C136 50V
2U2 YK
VGND
-5V
C155
100N
16V
X7R
-5V
V+
Pr Out
11
12
B
E
E3c
B2b
16
50V 10N
X7R C135
R
A
D
SKT103
Y
C154
100UF
10V
YXF
4
C153
5
100N
16V
X7RVGND
GND
GND
IC104
LT1675CGN
15 P117
R138
14 P119
R139
13 P120
-5V
14 P109
R128
13 P110
R129
CON101
-5V
Y in
CON104
1
2
Pb in
HARWIN VGND
M20-973
NF - Fit for AudioControl
IC102A
/EN0
SEL0
/EN1
SEL1
/EN2
SEL2
68R
0W063
15
1
2
3
4
5
6
7
9
P139
P140
P142
P143
P144
P146
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
BAV99W
D104
HARWIN VGND
M20-973
NF - Fit for AudioControl
C129
Q0
DS
Q1
Q2 SHCP
Q3 STCP
Q4
Q5
MR
Q6
OE
Q7
Q7'/DO
14
SPI Data
11
12
SPI Clk
Vcomp latch
+5V_1
Pr in
Z3 L
Z3 R
10
13
FIX100
4
1
3
2
DGND
0W063
0R0
0W063
FIX101
R145
0W063
P147
C138
1uF
25V
X7R
R144
1
R136
360R
0W063
EN0 SEL0 EN1 SEL1 EN2 SEL2
0 0
1
x
1
x
SAT
0 1
1
x
1
x
AV
1 x
0
0
1
x
VCR
1 x
0
1
1
x
DVD
1 x
1
x
0
1
PVR
1 x
1 x
1 x BLANK
P148
C137
470UF
10V
CK
R137
120R
0W063
0R0
0W063
DGND
1
IC102B
VCC
-15V
LM337MP
136mA (1.36W)
GND
D105
S1D
1A
R140
68R 0W063
Component IO - Mux
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L113 C1 Component IO_D0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
+5V_1
16
-5V
REG100
MOLEX
VGND AGND
74HCT595D
VGND
MOLEX
VGND DGND
CON103
1
2
100N
16V
X7R
VGND
-5V
DRAWING TITLE
HARWIN VGND
M20-973
NF - Fit for AudioControl
C123
R130 R131 R132 R133 R134 R135
VGND
A/D1a
R127
+5V_1
C134
2U2
50V
YK
Pr
9
10
/EN1
SEL1
50V 10N
X7R C133
D3c
A2b
VOUT_RED
RED2
GREEN2
VOUT_GREEN
BLUE2
VOUT_BLUE
ENABLE*
SELECT
6
7
8
15 P108
11
12
VGND
RED1
GREEN1
BLUE1
IC101
LT1675CGN
Pr ADV7312
BAV99W
D103
100N +5V_1
VGND
16V
X7R
C125
25V
470UF
YK
Pr Out
C127
10P
50V
NPO
Pb ADV7312
CON102
1
2
C116
ADJ
0W063
R121 R122 R123 R124 R125 R126
C151
100N
16V
X7R
16
C/F1a
-5V
C121
10P
50V
NPO
+5V_1
50V 10N
X7R C128
G
C
C126 50V
2U2 YK
F3c
C2b
-5V
25V
YK
VV-
Pb
Y
PVR IN
OUT
C150
100UF
10V
YXF
C124
10N
C149
100N
16V
X7R
V+
50V
X7R
B
B
C122 50V
2U2 YK
E3c
B2b
Vcomp latch
100N +5V_1
VGND
16V
X7R
C119
25V
470UF
YK
Pb Out
+5V_1
R
A
D
E
A/D1a
F
VCR IN
DVD IN
Pr
SPI Data
BAV99W
D102
Y ADV7312
4
5
C117 VGND
10N
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
SPI Clk
R112 R113 R114 R115 R116 R117
C118 50V
2U2 YK
50V
X7R
CON100
-15V
Y in
-5V
D3c
A2b
+5V_1 +15V
AGND
Pr in
VGND
SKT102
C108
100P
50V
NPO
+5V_1
C113
2U2
50V
YK
50V
X7R
JYE TAI
AGND
BAV99W
IC100
LT1675CGN
RED2
GREEN2
VOUT_GREEN
BLUE2
VOUT_BLUE
ENABLE*
SELECT
9
10
/EN0
SEL0
2b
AGND
-5V
VOUT_RED
6
7
8
TOOL102 TOOL103
Z3 R
16
50V
X7R
C103
100P
50V
NPO
D101
+15V
C147
100N
16V
X7R
+5V_1
V+
Y
BAV99W
VV-
F3c
C2b
G
C
C106 50V
2U2 YK
Z3 L
C145
100N
16V
X7R
C146
100UF
10V
YXF
B/E1a
Pb
F
SAT IN
AV IN
D3c
A2b
R
A
D
50V
TOOL100 TOOL101
GOLD
SKT101
3c
1a
50V
X7R
74HCT595D
8
C141
100N
16V
X7R
DGND
08_E122
PK
15/05/08
PCB change only
D.0
08_E011
PK
18/01/08
Layout change only
C.0
07_E165
PK
24/9/07
75R output R removed,Y Pb Pr corrected
B.0
ECO 982
NC
25/10/06
INITIAL RELEASE
A.0.2
ECO No.
INITIALS
(01223) 203270 tel No
Printed:
DATE
03/07/2008
DESCRIPTION OF CHANGE
Sheet
1
of
1
ISSUE
A3
DRAWING NO.
L113CT
Video Mux
L114_C2_Video Mux_D0.SchDoc
SKT101
P100
3
JYE TAI
RJ
C123
10P
50V
NPO
1
5
AV Y
R103
VGND
VCR Cvid out
AV C
SKT102
AV Cvid
5
SAT CVid
2
R110
T
VGND
S
R112
75R
VGND
0W063
3
C132
10P
50V
NPO
1
5
R119
P117
DVD Y
C104
C135
10P
50V
NPO
5
1
SAT Y
BAV99W
D104
+5V_1
BAV99W
D105
DVD C
4
SAT C
VGND
SAT Cvid
PVR Cvid out
PVR S-vid Cout
P113
470UF
10V
CK
VGND
PVR Cvid out
C108
P115
PVR S-vid Cout
P116
PVR S-vid Yout
C138
10P
50V
NPO
5
5
470UF
10V
CK
C107
10P
50V
NPO
DVD Y
S-vid Y in
DVD C
C vid in
S-vid C in
VCR C
VCR Cvid
4
VGND
VGND
S-vid Y in
DGND
BAV99W
D106
TOOL102 TOOL103
BAV99W
D107
+5V_1
BAV99W
D108
+5V_1
+5V_1
SKT105
S
10V
VGND
VGND
C115
FID101 FID103
T
470UF
10V
CK
C116
4
2
S-vid Y out
VCR Y
470UF
10V
C118
CK
5
VCR C
1
VCR Cvid
C113
10P
50V
NPO
PVR Y
BAV99W
D110
+5V_1
C111
10P
50V
NPO
C114
10P
50V
NPO
3
JYE TAI
RJ
VGND
RJ
BAV99W
D111
SKT107
+5V_1
VGND
Z2 C vid Out
PVR C
PVR Cvid
C140
10P
50V
NPO
PVR C
PVR Cvid
Z2 S-vid C Out
Z2 S-vid Y Out
Vid IO Mux Latch
SPI Data
SPI Clk
S
Z2 C vid Out
P135
Z2 S-vid C Out
P137
Z2 S-vid Y Out
P138
VGND
VGND
T
10V
C128
C127
470UF
10V
CK 470UF
10V
CK
Z2 /Mute
Z3 /Mute
Z3 L
Z3 R
Z2 L
Z2 R
Zone SPI data
Zone SPI Clk
Z2 Vol Mute
Z3 Vol Mute
2
DGND
1
FIX100
1
DRAWING TITLE
L114PB
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
1
2
R111
0R0
0W063
1
DGND
3
VGND
JYE TAI
RJ
Blank AVR600 Video IO PCB
Video IO - Connectors
Filename:
1
3
C117
10P
50V
NPO
C122
10P
50V
NPO
VGND
PCB100
4
5
C119
10P
50V
NPO
Z2 Vol Mute
Z3 Vol Mute
Z2 /Mute
Z3 /Mute
Z3 L
Z3 R
Z2 L
Z2 R
Zone SPI data
Zone SPI Clk
0R0
0W063
4
470UF
10V
CK
Vid IO Mux Latch
SPI Data
SPI Clk
R113
P141
C126
VGND
Zone 2 Volume & PSU
L114_C3_zone_vol_PSU_D0.SchDoc
FID100 FID102
470UF
10V
CK
VGND
VGND
TOOL100 TOOL101
MOLEX
DVD Cvid
R138
75R
VGND
0W063
S
JYE TAI
RJ
VGND
BAV99W
D109
PVR Y
R137
T
3
FIX101
P133
C139
10P
50V
NPO
75R
0W063
1
C137
10P
50V
NPO
P140
2
C106
10P
50V
NPO
C109
10P
50V
NPO
C vid out
VCR Y
R130
75R
VGND
0W063
P139
VGND
2
C112
+5V_1
3
1
1
Vid IO Mux Latch 2
3
SPI Data
4
5
SPI Clk
6
7
Z3 L
8
9
Z3 R
10
AGND
11
Zone SPI Clk
12
13
Zone SPI data
14
15
Z2 /Mute
16
17
Z3 /Mute
18
+5V_1
19
20
4
470UF
10V
CK
C110
VGND
R129
75R
VGND
0W063
SKT108
S
T
VGND
MOLEX
CON101
VGND
SKT103
S-vid C out
VGND
S
VGND
+5V_1
VGND
R128
T
JYE TAI
RJ
VGND
C136
10P
50V
NPO
0W063
75R
C100
10P
50V
NPO
VGND
C134
10P
50V
NPO
P132
2
C105
10P
50V
NPO
10V
S-vid C in
R127
75R
VGND
0W063
P131
VGND
5
C103
10P
50V
NPO
C vid in
P130
1
2
470UF
10V
CK
R120
75R
VGND
0W063
JYE TAI
RJ
3
JYE TAI
RJ
VCR S-vid Yout
C102
PVR S-vid Yout
DVD Cvid
VGND
S
JYE TAI
RJ
P105
C101
4
3
VGND
C133
10P
50V
NPO
0W063
75R
T
VCR S-vid Cout
470UF
10V
CK
VGND
470UF
10V
CK
C131
10P
50V
NPO
P123
2
SKT106
C130
10P
50V
NPO
R118
75R
VGND
0W063
P122
VGND
4
SAT Y
SAT C
P114
SKT104
P104
+5V_1
VGND
JYE TAI
RJ
VCR S-vid Yout
VCR Cvid out
BAV99W
D103
P111
4
AV Cvid
VCR S-vid Cout
VGND
P103
R109
75R
VGND
0W063
0W063
75R
1
Z2 R
2
AGND
3
Z2 L
4
+15V
5
6
7
8
C vid out -15V 9
10
S-vid C out
11
12
S-vid Y out
13
14
C vid in
15
16
S-vid Y in
17
18
S-vid C in
19
20
T
+5V_1
C125
10P
50V
NPO
P109
1
+5V_1
S
BAV99W
D102
VGND
3
C129
10P
50V
NPO
AV C
C124
10P
50V
NPO
R108
75R
VGND
0W063
S
+5V_1
VGND
P107
0W063
75R
T
AV Y
BAV99W
D101
CON100
10V
P106
2
4
BAV99W
D100
R100
75R
VGND
0W063
VGND
SKT100
L114_C1_Video IO_D0.SchDoc
Notes:
08_E123
PK
13/05/08
None to this sheet
D.0
08_E012
PK
18/12/07
PCB change only
C.0
07_E159
NC
11/06/07
Sync control added, C/S-vid mutes removed
B.0
NC
25/10/06
INITIAL RELEASE
A.0.2
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
DATE
03/07/2008
Sheet
1
of
3
A3
DRAWING NO.
L114CT
+5V_1
C228
C229
C230
DVD C
DVD C
VCR C
VCR C
P227
C233
P228
C234
PVR C
PVR C
P225
C232
SAT C
SAT C
LPF CTL
V DET CTL
GAIN CTL
YOUT SEL
COMPONENT
P233
100N
16V
X7R
15
P234
REG
C205
470UF
10V
CK
VGND
5
C201
220P
50V
NPO
SYNC CTL
IN3
R220
VCR Mute
VGND
+5V_1
1K0
0W063
+5V_1
C221
100UF
25V
YK
C218
100N
16V
C223
100N
16V
C224
100N
16V
C206
47UF
35V
YK
C251
100N
16V
C207
22N
50V
X7R
41
30
35
11
40
42
44
1
3
P243
C239
P244
C240
P246
C241
C242
P251
C243
P248
18
20
22
24
26
8
10
12
14
16
6
P254
C244
P256
P258
C245
P262
C246
C247
P263
C248
P269
C249
CVBS IN1
CVBS IN2
CVBS IN3
CVBS IN4
CVBS IN5
CVBS OUT,Cb OUT
Y OUT
COUT,Cr OUT
VSYNC OUT
VDET OUT
VDET FILT
CSYNC OUT
VDET IN
Y IN1
Y IN2
Y IN3
Y IN4
Y IN5
C IN1,Cr IN
C IN2
CIN 3
CIN 4
CIN 5
Cb IN
LPF CTL
V DET CTL
GAIN CTL
YOUT SEL
COMPONENT
INSEL1
INSEL2
INSEL3
REG
C212
470UF
10V
CK
VGND
Pin4 low = Svid/CVBS (high=component)
Pin7 (low = 0dB gain), high = 6dB gain
Pin9 low = Svid, high = CVBS
Pin23 low = on, high = standby
Pin28 (low = LPF off), high = LPF on
GND1
GND2
GND3
GND4
15
P272
3
29
31
4
+5V_1
STANDBY
TEST MODE CTL
NC
36
43
39 P307
34
33
R207
R251
10K 0W063
P278
P255
VGND
+5V_1
10K 0W063
28
R213
2
P288
7
R253
9
4 P322
17 Z2INSEL1
19 Z2INSEL2
21 Z2INSEL3
C208
1uF
25V
X7R
C209
220P
50V
NPO
OUT2
IN3
VGND
Z2SYNC CTL
OUT3
1K0
0W063
P268
P291
Q0
DS
Q1
Q2 SHCP
Q3 STCP
Q4
Q5
MR
Q6
OE
Q7
Q7'/DO
14
11
12
SPI Data
SPI Clk
Vid IO Mux Latch
+5V_1
TR203
BC849B
SOT-23
TR201
BC849B
SOT-23
P229
220R
0W063
R217 P235
220R
0W063
P242
7
R225
6
R226
39R
0W063
39R
R223
0W063
P245
TR204
BC849B
SOT-23
R218 P236
220R
0W063
VGND
39R
R221
0W063
PVR S-vid Yout
36R
R224
0W063
36R
0W063
P252
TR212
BC849B
SOT-23
R232 P267
220R
0W063
PVR S-vid Yout
PVR S-vid Cout
P259
TR210
BC849B
SOT-23
TR208
BC849B
SOT-23
R228
P260
220R
0W063
R230 P265
220R
0W063
PVR Cvid out
P250
TR207
BC849B
SOT-23
220R
0W063
P261
PVR Cvid out
PVR S-vid Cout
TR209
BC849B
SOT-23 R227
220R
0W063
36R
R222
0W063
P249
R231
220R
0W063
TR211
BC849B
SOT-23
P266
VGND
VGND
VGND
+5V_1
+5V_1
C253
100N
16V
C254
100N
16V
VGND
C255
100N
16V
C216
22N
50V
X7R
P203
+5V_1
2
P204
3
P205
IC204
BA7623F
4
IN1
OUT1
IN2
IN3
SPI Data
OUT2
OUT3
P280
7
VGND
+5V_1
10
13
39R 0W063 36R
R238
R239
P286
0W063
6
TR216
BC849B
SOT-23
Z2 Vid Mute
DGND
R246
P314
1K0
0W063
74HCT595D
R242
TR220
BC849B
SOT-23
R245
220R
0W063
P313
TR219
BC849B
SOT-23
36R
R237
0W063
TR214
BC849B
SOT-23
P294
Z2 S-vid Y Out
Z2 S-vid C Out
Z2 C vid out
TR217
BC849B
SOT-23
TR215
BC849B
SOT-23
R241
P295
220R
0W063
R243 P310
220R
0W063
Z2 C vid out
P289
R240
R244
220R
0W063
VGND
VGND
36R
R235
0W063
Z2 S-vid C Out
P290
220R
0W063
P297
220R
0W063
39R
R236
0W063
P283
P292
SPI Clk
Vid IO Mux Latch
39R
R234
0W063
Z2 S-vid Y Out
8
1
15
1
2
3
4
5
6
7
9
VCR Cvid out
P273
IC205A
P275
P276
P279
P281
P282
P284
P285
P287
P230
VGND
VGND
INSEL1
INSEL2
INSEL3
Z2INSEL1
Z2INSEL2
Z2INSEL3
SYNC CTL
Z2SYNC CTL
R214
VGND
R229
TR213
BC849B
SOT-23
R233
PVR Mute
P264
VCR S-vid Cout
P223
8
P247
VGND
+5V_1
C210
470P
50V
NPO
23 V MUX STBY
25
5
VGND
C252
100N
16V
IN2
R212
10K
0W063
C215
47UF
35V
YK
C222
100UF
25V
YK
OUT1
P257
VCR S-vid Cout
IC202
BA7623F
IN1
0W063
R211
10K
+5V_1
0W063
37
27
32
13
P271
100N
16V
X7R
IC203
38 LA73031V
P277
P270
C250
2
VCR S-vid Yout
TR200
BC849B
SOT-23 R215
220R
0W063
TR205
BC849B
SOT-23
VCR Cvid out
+5V_1
VGND
VGND
VCC1
VCC2
VCC3
VCC4
C238
TR202
BC849B
SOT-23
P232
R219 P237
220R
0W063
36R
R202
0W063
P222
R216
220R
0W063
36R
R208
0W063
36R
0W063
P224
39R
R201
0W063
VCR S-vid Yout
P239
P240
P241
39R
0W063
P221
P217
R210
VGND
+5V_1
C237
R209
6
OUT3
TR206
BC849B
SOT-23
P238
39R
R203
0W063
7
OUT2
VGND
+5V_1
C202
470P
50V
NPO
23 V MUX STBY
25
5
VGND
STANDBY
TEST MODE CTL
NC
VGND
C236
C200
1uF
25V
X7R
IN2
4
10K
0W063
R205
10K
0W063
P226
VGND
17 INSEL1
19 INSEL2
21 INSEL3
INSEL1
INSEL2
INSEL3
P231
C235
P202
P219
+5V_1
10K 0W063
28
R206
2
P274
7
R252
9
4 P321
3
5
AV C
C231
R204
P216
P201
OUT1
C204
22N
50V
X7R
VGND
P211
8
VCC
AV C
P214
+5V_1
IN1
VCC
VCR Y
VCR Y
P218
P220
Y IN1
Y IN2
Y IN3
Y IN4
Y IN5
C IN1,Cr IN
C IN2
CIN 3
CIN 4
CIN 5
Cb IN
2
GND
PVR Y
PVR Y
P215
VSYNC OUT
VDET OUT
VDET FILT
CSYNC OUT
VDET IN
P200
1
DVD Y
DVD Y
18
20
22
24
26
8
10
12
14
16
6
P213
GND1
GND2
GND3
GND4
SAT Y
C227
37
27
32
13
SAT Y
+5V_1
10K
R200
R250
10K
P253
36
43
39 P298
34
33
GND
C226
AV Y
AV Y
P210
P212
29
31
Y OUT
COUT,Cr OUT
C203
47UF
35V
YK
IC201
BA7623F
VCC
VCR Cvid C225
VCR Cvid
CVBS OUT,Cb OUT
GND
P209
CVBS IN1
CVBS IN2
CVBS IN3
CVBS IN4
CVBS IN5
75R
0W063
+5V_1
1
C219
PVR Cvid
PVR Cvid
40
42
44
1
3
P208
IC200
38 LA73031V
S-vid C in
S-vid Y in
C vid in
+5V_1
5
P207
DVD Cvid C214
DVD Cvid
41
30
35
11
C213
SAT Cvid
SAT Cvid
P206
VCC1
VCC2
VCC3
VCC4
AV Cvid C211
AV Cvid
S-vid C in
S-vid Y in
C vid in
R249
R248
R247
TR218
BC849B
SOT-23
P311
VGND
IC208A
Z2 Vol Mute
Z3 Vol Mute
V MUX STBY
VCR Mute
PVR Mute
Z2 Vid Mute
Z2 Vol Mute
Z3 Vol Mute
P296
P299
P308
P309
P312
P315
15
1
2
3
4
5
6
7
9
Q0
DS
Q1
Q2 SHCP
Q3 STCP
Q4
Q5
MR
Q6
OE
Q7
Q7'/DO
74HCT595D
P316
14
11
12
+5V_1
10
13
VCC
+5V_1
16
DGND
GND
8
C220
100N
16V
X7R
IC208B
DGND
74HCT595D
VCC
GND
+5V_1
16
8
C217
100N
16V
X7R
IC205B DGND
74HCT595D
Video IO - Video Mux
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
08_E123
L114_C2_Video Mux_D0.SchDoc
Notes:
PK
13/05/08
None to this sheet
D.0
08_E012
PK
18/12/07
PCB change only
C.0
07_E159
NC
11/06/07
Sync control added
B.0
NC
25/10/06
INITIAL RELEASE
A.0.2
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
DATE
03/07/2008
Sheet
2
of
3
A3
DRAWING NO.
L114CT
+7VA
BAV99W
D301
7
C300
47UF
35V
YK
IN1
3
IN2
P300
P301
13
OUT2
C318
-7VA
100UF
25V
YK
RLY300B
NEC
+7VA
BAV99W
D300
GOLD
SKT300
3c
AGND
P317
10UF
SM
+7VA 50V
D2, D1 = 1
SM
Zone SPI Clk
Zone SPI Clk
Zone SPI Data
Zone SPI data
Z2 Vol Mute
Z2 Vol Mute
C306
100P
50V
NPO
12
8
9
10
R301
SEL
CL
DA
MUTE
47R
0W125
2
4
6
DGND
11
C307
47UF
35V
YK
DGND AGND
C301
2b
-7VA
AGND
100UF
25V
YK
C319AGND
100N
100V
X7R
C302
100P
50V
NPO
RLY300A
NEC
1a
10UF
47R
0W125
14
OUT1
VEE
Z2 R
1
R300
IC300
BD3812F-E2
5
Z2 R
50V
C304
Z2 L
VCC
Z2 L
P302
AGND
AGND1
AGND2
AGND3
C303
+7VA
C305
100N
100V
X7R
JYE TAI
AGND
AGND
AGND
-7VA
+7VA
C308
47UF
35V
YK
C309
7
VCC
IC301
BD3812F-E2
14
OUT1
IN2
P319
13
OUT2
47R
0W125
100UF
25V
YK
RLY301A
NEC
P303
P320
12
8
9
10
R303
SEL
CL
DA
MUTE
11
VEE
Z3 Vol Mute
C313
47UF
35V
YK
5
DGND
-7VA
47R
0W125
AGND1
AGND2
AGND3
10UF
50V
SM
Zone SPI Clk
Zone SPI Data
D2, D1 = 0
IN1
3
10UF
SM
Z3 Vol Mute
1
2
4
6
Z2 R
P318
50V
C311
AGND
DGND AGND
C312
AGND
100UF
25V
YK
C321 AGND
100N
100V
X7R
Z3 R
RLY301B
NEC
AGND
-7VA
22mA (0.154W)
LM1117MPX-ADJ/NOPB
REG300
+7VA
0W063 10V
+15V
50V
C314
10UF
50V
SM
ADJ
Z2 L
R302
Z3 L
R304
240R
0W063
0W063
R305
1K1
0W063
P304
EB2-5NU
+5V_1
C315
470UF
10V
CK
D302
BAS16
P323
P305
AGND
Z2 /Mute
EB2-5NU
+5V_1
+ RLY300C
NEC
D303
BAS16
-
P306
TR300
MMUN2211LT1
Z2 /Mute
AGND
Z3 /Mute
+ RLY301C
NEC
-
TR301
MMUN2211LT1
Z3 /Mute
DGND
DGND
R306
1K1
0W063
DRAWING TITLE
C316
10UF
50V
SM
-15V
ADJ
C310
C320
100N
100V
X7R
REG301
LM337LZ
22mA (0.154W)
R307
240R
0W063
-7VA
C317
470UF
10V
CK
Video IO - Zone Volume & PSU
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L114_C3_zone_vol_PSU_D0.SchDoc
Notes:
08_E123
PK
13/05/08
SKT300 connections swapped
D.0
08_E012
PK
18/12/07
PCB change only
C.0
07_E159
NC
11/06/07
Sync control added
B.0
INITIAL RELEASE
A.0.2
DESCRIPTION OF CHANGE
ISSUE
NC
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
25/10/06
DATE
03/07/2008
Sheet
3
of
3
A3
DRAWING NO.
L114CT
PCB100
BAV99W
+3V3D D100
BAV99W
+3V3D D101
A2b
6K2
0W063
DVD In
C131
100P
50V
DGND
5
6
DGND
50V
C108
R110
2K2
0W063
2R2
3
O/P
1K0
RX101
0W063
OC-0805R*007
DGND
C117
GND VCC
1
2R2
3
O/P
2
C118
DGND
GND VCC
1
C119
O/P
3
DGND
AN SPI Clk
AN SPI Clk
Dig Mux Latch
I2S Data Sel
CLK Sel
I2S Data Sel
CLK Sel
SPDIF_Present
SPDIF_Present
P106
NF
CON103
+3V3D
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
DGND
PVR In
R129
2K2
0W063
DGND
DGND
SKT101
DGND
2b
1a
SPDIF Digital Out
JYE TAI
8
R135
C127 22N
100R
16V
C129
0W063
X7R
100P
50V
NPO
DGND
DGND
R134
680R
0W063
9
6
10
NF - Fit for AudioControl
CON102
1
2
DGND
HARWIN R133
P127
M20-973
680R
0W063
DGND
11
3
P129
1
R126
10K
0W063
15P
50V
NPO
8805 MClk
HDMI MCLK
2
3
8805 BClk
HDMI BCLK
5
6
8805 WClk
11
HDMI WCLK 10
low=8805, high=HDMI
CLK Sel
11
9
24
10
TCK
TDI
TDO
TMS
P113
P116
IC105
XC9536XL-10VQ44C
I/O
I/O
I/O
I/O
I/O
I/O
I/O/GSR
I/O/GTS2
I/O/GTS1
I/O
I/O
I/O
I/O
I/O
I/O
Fit Mux Required
0W063
IC104A
P118 100R
4
R142
1I0
1Y
0W063
1I1
P119
100R
7
R143
2I0
2Y
0W063
2I1
P121
100R
9
R144
3I0
3Y
3I1
4I0
4I1
1
15
DGND
+3V3D
P117
R139 MAIN PCB
10K
0W063
CON100
SPDIF /RESET
1
SPDIF_Present
2
3
4
HDMI BCLK
5
NET SPDIF
6
HDMI MCLK
7
HDMI WCLK
8
9
HDMI SPDIF
10
11
AUX SPDIF
12
13
14
15
AN SDA
16
17
AN SCL
18
19
20
DGND
14
13
27
28
29
30
31
32
33
34
36
37
38
39
40
41
42
+3V3D
12
4Y
MOLEX
S
EN
DGND
74HCT157D
HDMI MCH SPDIF
R119 ADC Data
10K
0W063
P108
CON101
74HCT125D
IC102A
MClk
3
BClk
2
WClk
R120 0W063
P107
TR100
MMUN2211LT1
low=SPDIF, high=ADC
I2S Data Sel
P125
100R
0W063
74HCT125D
IC102B
SPDIF I2S Data 5
I2S Data
ADC Data
+5V_1
6
DGND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
AN SPI Data
AN SPI Clk
I/O/GCLK1
I/O/GCLK2
I/O/GCLK3
Dig Mux Latch
+3V3D
MOLEX
TCK
TDI
TDO
TMS
DGND
TCK
C125
100N
16V
X7R
C126
100N
16V
X7R
C128
100N
16V
X7R
DGND
FIX100
DGND
74HCT125D
IC102C
R140
5
IC103D
74HCT125D
2 DGND
DGND
43
44
1
HDMI MCLK
HDMI BCLK
TDO
DGND
0R0
0W063
9
P135
R131
P112
R141
100R
0W063
0R0
DGND
0W063
DRAWING TITLE
P142
12
+3V3D
IC102E
+3V3D
14
11
P143
Digital IO
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L115_C1_Digital IO_E0.schDoc
Notes:
Contact Engineer:
Nick Clarke
1
3
2
Contact Tel:
+3V3D
R136
1
74HCT125D
IC102D
SPDIF Out
4
8
VCC
DGND
3V3 to 5V translation
12
IC103A
74HCT125D
TDI
4
P111
TMS
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
P102
P109
P115
SPDIF Out
Software control mode
DGND
IC103C
74HCT125D
BAV99W
+3V3D
IC103B
74HCT125D
13
C121
10N 50V X7R DGND
OC-0805T*001
TX100
R132
1
I/P
100R
0W063
D103
+5V_1
SAMTEC
SSQ
1
GND VCC
2R2
2
R130
3
Optical Digital Out
AN SPI Data
AN SPI Data
10N
DGND
50V
5V to 3V3 pad
X7R
R128
10UF
50V
YK
2
3
5
6
7
8
12
13
14
16
18
19
20
21
22
23
HDMI WCLK
R125
2K2
0W063
1K0
RX103
0W063
OC-0805R*007
C120
0W063
AUX SPDIF
10N
DGND
50V
X7R
5V to 3V3 pad
R124
2
PVR Optical in
+5V_1
AUX SPDIF
R127
0W063 2R2
14
XOP
+3V3D
DGND
DGND
10UF
50V
YK
P100
X100
11.2896MHz
HC-49
C106
P101
AN SDA
HDMI SPDIF
HDMI SPDIF
R118
2K2
0W063
1K0
RX102
0W063
OC-0805R*007
15
XIN
8805 MClk
8805 WClk
8805 BClk
Fit If no Mux
NF
R145
NF
R146
NF
R147
0R0
0W063
15P
C104 50V
NPO
R109
100R 0W063
DGND DGND
HDMI MCH SPDIF
Dig Mux Latch
10UF
50V
YK
R123
10K
0W063
NET SPDIF
HDMI MCH SPDIF
R121
VCR Optical In
+5V_1
DGND
P126
P138
P114
P105
10N
50V DGND
X7R
5V to 3V3 pad
R117
C115
C116
0W063
VCR In
PVR In
DGND
2
SAT Optical in
+5V_1
VCR In
NET SPDIF
1
0W063
P104
SAT In
R116
GND VCC
+5V_1
SAT In
R122
10K
0W063
RESETB
SCLK
SDIN/HWMODE
SDOUT/GPO7
CSB/GPO2
15
35
26
DGND
10UF
50V
YK
Tape In
GPO0/SWIFMODE
GPO1
P120
NF
R138
P136
R112
P137
R114
0W063
21
13
TX0
CLKOUT
GND
GND
GND
C114
Tape In
P139
20
19
18
MCLK
LRCLK
BCLK
ADC Data
SPDIF I2S Data
4
17
25
RX100
OC-0805R*007
1K0
0W063
P103
Device address = 0111010
O/P
2
Tape Optical in
C110 10N DGND
50V
5V to 3V3 pad
X7R
R108
3
SWIF mode = 2 wire
2R2
GND VCC
0W063
R105
1
+5V_1
10
4
7
8
9
SPDIF /RESET
AN SCL
AN SDA
10UF
50V
YK
17
16
DIN
DOUT
TOOL103
4
DGND
C130
100P
50V
DVD In
0W063
100R
P123
R104
10
C109
100P
50V
R103 10N
1K2
50V
0W063 X7R
NF
RX0
RX1
RX2
RX3
RX4/GPO3
RX5/GPO4
RX6/GPO5
RX7/GPO6
13
JYE TAI
3
P132 2
27
26
25
24
23
22
P134
TOOL102
1
Mux Out
A1a
A
Mux Out
DVDD+
AV In
NF
R106
NF
C107
DGND
AV In
DGND
0R0
0W063
512Fs MClk for 44.1 (22.579MHz),48kHz (24.576MHz)
100N
256Fs MClk for 88.2 (22.579MHz),96kHz (24.576MHz)
16V
128Fs MClk for 176.4 (22.579MHz), 192kHz (24.576MHz)
X7R
IC100
DGND
WM8805GEDS
28
B
B2b
DGND
11
CD In
R148
PVDD+
CD In
1uF
25V C100 +3V3D +3V3D C101
X7R
PGND
C2b
DGND
12
DGND
VCCINT
VCCINT
VCCIO
C
DGND
Rx0 not used - see errata
Digital input Mux
L115_C2_Mux_E0.SchDoc
B1a
DVD SPDIF in
TOOL100
FID100 FID101
TOOL101
C1a
AV SPDIF in
Blank AVR002 Digital IO PCB
BAV99W
+3V3D D102
RJ
SKT100
CD SPDIF in
L115PB
1
GND
7
IC103E
VCC
C122
100N
16V
X7R
GND
+5V_1
14
7
IC104B +3V3D
16
VCC
C123
100N
16V
X7R
74HCT125D DGND 74HCT125D DGND
GND
C124
100N
16V
X7R
8
0R0
0W063
FIX101
R137
P141
0R0
0W063
DGND
1
74HCT157D DGND
08_E125
PK
15/05/08
R148 added for CMOS input option on 8805, CON103 changed to socket
E.0
08_E034
NC
31/1/08
CPLD & Mux added fro HBR audio
D.0
08_E013
PK
07/12/07
X100 changed to SMT
C.0
07_E092
NC
02/03/07
Mux & SPDIF detection added
B.0
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
DATE
03/07/2008
Sheet
1
of
2
A3
DRAWING NO.
L115CT
+5V_1
C203
100N
16V
X7R
CD In
CD In
AV In
AV In
C200
C201
IC200
10N
50V
X7R
10N
P211
50V
X7R
DVD In
DVD In
C202
8
7
6
5
IN A +
IN AIN B+
IN B-
VCC
OUT A
OUT B
GND
50V
X7R
P213
R206
75R
0W063
DGND
R207
75R
0W063
DGND
R208
75R
0W063
R209 P214
0R0
0W063 DGND
+5V_1
8
7
6
5
IN A +
IN AIN B+
IN B-
P215 1K0
0W063
R201 P208
2K2
0W063
DGND
DGND
IC202A
+5V_1
IC201
10N
R200
R202
DS9637ACM
P212
DGND
1
2
3
4
5V to 3V3 Pads
VCC
OUT A
OUT B
GND
1
2
3
4
DS9637ACM
DGND
DGND
P216 1K0
0W063
C204
100N
16V
X7R
R204
P217 1K0
0W063
DGND
R203 P209
2K2
0W063
HDMI SPDIF
HDMI SPDIF
AUX SPDIF
AUX SPDIF
NET SPDIF
NET SPDIF
DGND
R205 P210
2K2
0W063
S0 DGND
S1
S2
4
3
2
1
15
14
13
12
11
10
9
7
DGND
I0
I1
I2
I3
I4
I5
I6
I7
Y
!Y
5
P207
6
S0
S1
S2
E
74HC151D
IC203A
4
HDMI MCH SPDIF
3
2
Tape In
1
SAT In
15
VCR In
14
PVR In
13
12
HDMI MCH SPDIF
Tape In
SAT In
VCR In
PVR In
S3 DGND
S4
S5
11
10
9
7
I0
I1
I2
I3
I4
I5
I6
I7
Y
!Y
+3V3D
5
Mux Out
IC205A
P200
6
1
2
3
Mux Out
+3V3D
S0
S1
S2
E
A
B
RST
15
R210
100K
0W063
Rext/Cext
Q
14
IC205C +3V3D
16
VCC
GND
8
C207
100N
16V
X7R
74HC123D DGND
IC202B +3V3D
16
VCC
GND
74HC151D
8
C205
100N
16V
X7R
DGND
IC203B +3V3D
16
VCC
GND
8
Q0
DS
Q1
Q2 SHCP
Q3 STCP
Q4
Q5
MR
Q6
OE
Q7
Q7'/DO
4
C210P218
100N
16V
X7R
14
AN SPI Data
11
12
AN SPI Clk
Dig Mux Latch
+3V3D
AN SPI Data
P219
IC205B
9
10
11
AN SPI Clk
Dig Mux Latch
10
13
7
6
DGND
74HC595D
A
B
RST
5
Q
Rext/Cext
12
Q
Cext
74HC123D
DGND
IC204B +3V3D
16
VCC
C206
100N
16V
X7R
74HC151D DGND
15
1
2
3
4
5
6
7
9
SPDIF_Present
74HC123D
IC204A
S0
P201
S1
P202
S2
P203
S3
P204
S4
P205
S5
P206
I2S Data Sel
I2S Data Sel
CLK Sel
CLK Sel
13 SPDIF_Present
Cext
74HC151D
S7 S6 S5 S4 S3 S2 S1 S0
x x 0 0 0 0 0 0 CD In
x x 0 0 0 0 0 1 AV In
x x 0 0 0 0 1 0 DVD In
x x 0 0 0 0 1 1 Not used
x x 0 0 0 1 0 0 HDMI SPDIF
x x 0 0 0 1 0 1 AUX SPDIF
x x 0 0 1 1 1 0 NET SPDIF
x x 0 0 1 1 1 1 HDMI MCH SPDIF
x x 0 1 0 1 1 1 Not used
x x 0 1 1 1 1 1 Tape In
x x 1 0 0 1 1 1 SAT In
x x 1 0 1 1 1 1 VCR In
x x 1 1 0 1 1 1 VCR In
x x 1 1 1 1 1 1 NONE
x 1 x x x x x x ADC Data
x 0 x x x x x x SPDIF Data
0 x x x x x x x 8805 CLK
1 x x x x x x x HDMI Clk
Q
GND
74HC595D
8
C211
100N
16V
X7R
DGND
30mA (0.051W)
LM1117MPX-3.3/NOPB
REG200
+5V_1
+3V3D
P110
+3V3
C209
C208
470UF
10uF
10V
10V
CK
X5R
DGND
DRAWING TITLE
Input Mux
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L115_C2_Mux_E0.SchDoc
Notes:
08_E125
PK
15/05/08
None to this sheet
E.0
08_E034
NC
31/1/08
CPLD & Mux added fro HBR audio
D.0
08_E013
PK
07/12/07
IC202,203 footprint change for GPE
C.0
07_E092
NC
02/03/07
Mux & SPDIF detection added
B.0
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
DATE
03/07/2008
DESCRIPTION OF CHANGE
Sheet
2
of
2
ISSUE
A3
DRAWING NO.
L115CT
SKT100
3c
Tape L
Main Zone & Tape
L116_C2_Main Zone Tape_D1.schdoc
A2b
D3c
DVD R
DVD L
JYE TAI
SKT102
0R0
0W063
CON104
1
NF
2
3
4
5
F
C
w
r
C/F1a
C2b
F3c
SAT R
SAT L
E
B
w
B2b
E3c
VCR R
VCR L
A
r
w
A/D1a
Main L
A2b
D3c
JST
PH
Main L
Main R
R102
100K
0W063
iPod L
NF
Spare R
SKT103
C2b
F3c
F
C
w
r
C/F1a
VCR Out R
VCR Out L
B2b
E3c
E
B
w
r
B/E1a
PVR Out R
PVR Out L
r
A
D
w
A/D1a
A2b
D3c
AGND
R105
100K
0W063
Aux L
C106
1N5
100V
FKP2
10UF
50V
YK
C109
10UF
50V
YK
28
29
C107
1N5
100V
FKP2
11
12
0W063
9
10
C110
Spare L
AGND
R117
0R0
0W063
R118
0R0
0W063
CD L
AV L
SAT L
DVD L
VCR L
PVR L
TAPE L
Phono L
AUX L
iPod L
AM/FM L
DAB/Sirius L
NET L
100R
0W063
CD L
AV L
SAT L
DVD L
VCR L
PVR L
TAPE L
Phono L
AUX L
iPod L
AM/FM L
DAB/Sirius L
NET L
100R
R110
7
8
C111
1N5
100V
FKP2
10UF
50V
YK
50V
C114
R106
10UF
AGND
100K
50V
0W063
YK
R109
Aux R
Tape Out R
Tape Out L
AGND
R103
R104
Spare L
Spare R
JST
PH
AGND
100R
Spare R
CD R
AV R
SAT R
DVD R
VCR R
PVR R
TAPE R
Phono R
AUX R
iPod R
AM/FM R
DAB/Sirius R
NET R
21
22
C112
1N5
100V
FKP2
23
24
26
27
0W063
25
P117
12K
0W063
12k gives 1.5V for AOM4542PR mic
AGND
P105
C115
22uF
6.3V
X5R
15
16
C116
2N2
50V
X7R
P107
C117
2N2
50V
X7R
AGND
Z2 L
Z2 R
Z2 A Sel0
Z2 A Sel1
Z2 A Sel2
Z2 A Sel3
Z2 A Sel4
Z2 A Sel5
Z2 L
Z2 R
Z2 A Sel0
Z2 A Sel1
Z2 A Sel2
Z2 A Sel3
Z2 A Sel4
Z2 A Sel5
1
TOOL100
R111
2
1
TOOL101
0R0
0W063
TOOL102
R112
TOOL103
0R0
0W063
1
Aux R
PGAOUTA
PGAOUTB
Was iPod L
Was iPod R
36
VLS
44
42
43
41
MCLK
SCLK
LRCLK
SDOUT
AIN1A
AIN1B
DAB/Sirius L
ADC MClk
ADC BClk
ADC WClk
P138
47
48
6
2
1
4
3
AIN2A
AIN2B
INT
OVFL
/RESET
AIN3A
SCL,CCLK
AIN3B
SDA,CDOUT
AD1,CDIN
AIN4A,MICIN1
AD0,/CS
AIN4B,MICIN2
VLC
AIN5A
AIN5B
NC
NC
AIN6A
NC
AIN6B
NC
NC
MICBIAS
TSTI
TSTO
TSTO
TSTO
AFILTA
AFILTB
VQ
FILT+
DAB/Sirius R
33R
ADC Data
R114
0W063
P135
P136
P118 15
P119 1
P120 2
P121 3
P122 4
P123 5
P124 6
P125 7
9
Q0
DS
Q1
Q2 SHCP
Q3 STCP
Q4
Q5
MR
Q6
OE
Q7
Q7'/DO
NET L
NET R
ADC /RESET
AN SCL
AN SDA
Phono L
Phono R
+3V3D
5
C113
100N
16V
X7R
33
34
38
39
40
37
18
20
35
P114
P115
R107
470R
0W063
R108
470R
0W063
AM/FM L
AM/FM R
Main L
Main R
DGND
+15V
AGND
P112
17
19
-15V
P110
C118
100N
16V
X7R
C119
22uF
6.3V
X5R
C120
100N
16V
X7R
C121
10uF
10V
X5R
ADC WClk
ADC BClk
AGND
AN SPI Data
ADC MClk
11
12
IC101B +3V3D
16
VCC
AN SPI Clk
A In Mux Latch
+3V3D
10
13
GND
DGND
8
ADC Data
C122
100N
16V
X7R
AN SPI Data
AN SPI Clk
A In Mux Latch
74HC595D DGND
AN SCL
P126
AN SDA
IC102A
Main A Sel2
Main A Sel3
Main A Sel4
Main A Sel5
/Tape Mute
/PVR Mute
/VCR Mute
ADC /RESET
FID100
P128 15
P127 1
P129 2
P130 3
P131 4
P132 5
P133 6
P134 7
9
FID101
AGND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
AGND
AGND
14
Q0
DS
Q1
Q2 SHCP
Q3 STCP
Q4
Q5
MR
Q6
OE
Q7
Q7'/DO
14
IC102B +3V3D
16
VCC
11
12
+3V3D
10
13
GND
DGND
8
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
R113
100R
0W063 NF
C123
100N
16V
X7R
AGND
MOLEX
CON101
MOLEX
CON102
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
DGND
MOLEX
DGND
74HC595D DGND
74HC595D
FIX101
P137
Aux L
IC100
CS5345
74HC595D
FIX100
3
Z2 R
IC101A
Z2 A Sel0
Z2 A Sel1
Z2 A Sel2
Z2 A Sel3
Z2 A Sel4
Z2 A Sel5
Main A Sel0
Main A Sel1
Zone 2
L116_C3_Zone 2 & PSU_D1.schdoc
4
Z2 L
C108
100N
16V
X7R
DGND
DGND
CD R
AV R
SAT R
DVD R
VCR R
PVR R
TAPE R
Phono R
AUX R
iPod R
AM/FM R
DAB/Sirius R
NET R
C104
10uF
10V
X5R
CON100
DGND
Spare L
1
2
3
4
5
C103
100N
16V
X7R
AGND
100R
R101
0W063
100K
0W063
iPod R
AGND
C102
100N
16V
X7R
C105
R100
CON105
PVR R
PVR L
C101
100N
16V
X7R
+3V3D
Main R
JYE TAI
JYE TAI
C100
10uF
10V
X5R
r
B/E1a
D
0R0
0W063
R116
AGND
+3V3D
46
R115
+5VA
VD
D
A
r
w
A/D1a
CD R
AV R
SAT R
DVD R
VCR R
PVR R
TAPE R
Phono R
AUX R
iPod R
AM/FM R
DAB/Sirius R
NET R
Main A Sel0
Main A Sel1
Main A Sel2
Main A Sel3
Main A Sel4
Main A Sel5
14
AV R
AV L
DGND
JST
PH
VA
r
B2b
E3c
B
w
E
CD R
AV R
SAT R
DVD R
VCR R
PVR R
TAPE R
Phono R
AUX R
iPod R
AM/FM R
DAB/Sirius R
NET R
AN SCL
AN SDA
AGND
AGND
AGND
B/E1a
Tape Out L
Tape Out R
PVR Out L
PVR OUT R
VCR Out L
VCR Out R
+3V3D
32
31
13
F
CD R
CD L
Main A Sel0
Main A Sel1
Main A Sel2
Main A Sel3
Main A Sel4
Main A Sel5
1
2
3
4
5
NF
30
C2b
F3c
C
w
r
C/F1a
Tape Out L
Tape Out R
PVR Out L
PVR Out R
VCR Out L
VCR Out R
+15V
CON103
VA
SKT101
CD L
AV L
SAT L
DVD L
VCR L
PVR L
TAPE L
Phono L
AUX L
iPod L
AM/FM L
DAB/Sirius L
NET L
/Tape Mute
/PVR Mute
/VCR Mute
DGND
AGND
/Tape Mute
/PVR Mute
/VCR Mute
45
CD L
AV L
SAT L
DVD L
VCR L
PVR L
TAPE L
Phono L
AUX L
iPod L
AM/FM L
DAB/Sirius L
NET L
1a
JYE TAI
GOLD
Tape R
Spare L
Spare R
2b
DGND
PCB100
1
DRAWING TITLE
L116PB
Blank AVR002 Analogue In PCB
Analogue Input - ADC
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L116_C1_Analogue Input_D1.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E158
NC
25/07/08
Mux gain change
D.1
08_E126
PK
15/05/08
PCB change only
D.0
08_E014
PK
16/01/08
Layout change only
C.0
07_E160
PK
02/03/07
PCB clearence rule update, R110 > 12k (mic bias), IP conns added
B.0
ECO984
PK
26/09/06
INITIAL RELEASE
A.0.2
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
DATE
18/08/2008
Sheet
1
of
3
A3
DRAWING NO.
L116CT
D200
+12VA
P202
C215
100P
50V
NPO
C216
100P
50V
NPO
C217
100P
50V
NPO
C218
100P
50V
NPO
C219
100P
50V
NPO
10K
P222
3
0W063
11
10
9
AGND
C220
100P
50V
NPO
6
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Z
3
3
S0
S1
S2
P203
R224
NF
C221
10UF
50V
YK
E
74HC4051D
AGND
AGND
Main A Sel3
Main A Sel4
Main A Sel5
Main A Sel3
Main A Sel4
Main A Sel5
100UF
25V YK
P208
Main L
5
C212
C229
100P
50V
NPO
C230
100P
50V
NPO
C231
100P
50V
NPO
47R
0W125
100UF
25V YK
/VCR Mute
13
14
15
12
1
5
2
4
Main A Sel0 11
Main A Sel1 10
Main A Sel2 9
6
0W063
C237
100P
50V
NPO
C238
100P
50V
NPO
C239
100P
50V
NPO
C241
100P
50V
NPO
C242
100P
50V
NPO
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Z
R228
P210
C222
10K
C267
S0
S1
S2
P206
E
47P
50V
R241
13
14
15
12
1
5
2
4
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Z
3
3
0W063
IC206A
NJM2114M
Main A Sel3 11
S0
Main A Sel4 10
S1
Main A Sel5 9
S2
74HC4051D
6
E
AGND
VCC
GND
VEE
74HC4051D
8
C246
100N
16V
X7R
VCC
GND
8
C247
100N
16V
X7R
IC208B
VCC
GND
+3V3A
16
8
C248
100N
16V
X7R
IC209B
VCC
GND
+3V3A
16
8
C249
100N
16V
X7R
AGND
AGND
AGND
AGND
C256
C257
C258
C259
100N
100N
100N
100N
16V
16V
16V
16V
7
7
7
7
VEE
VEE
VEE
X7R
X7R
X7R
X7R
74HC4051D -3V3A
74HC4051D -3V3A
74HC4051D -3V3A
-3V3A
+12VA
C265
100N
16V
X7R
AGND
C253
100N
16V
X7R
-12VA
C251
100N
16V
X7R
AGND
C254
100N
16V
X7R
-12VA
R240
0R0
0W063
C252
100N
16V
16V X7R
AGND
C255
100N
16V
X7R
-12VA
-12VA
6
47R
0W125
100UF
25V YK
/PVR Mute
PVR Out R
BAV99W
IC204C
DG413DY
9
DG413DY
IC202B
NJM2114M
P205
6
PVR Out R
C233
100P
50V
NPO
AGND
D205
AGND
+12VA
P212
-12VA
+12VA
IC204E
VL
+12VA
16V
AGND
R247
V+
+12VA
C223
100P
50V
NPO
D204
IC204B
7
10K
0W063
5
V+
VL
C250
100N
16V
X7R
GND
C262
100N
16V
X7R
V-
4
DG413DY
-12VA
DRAWING TITLE
13
+3V3A
12
C260
100N
16V
X7R
VL
GND
AGND
V-
V+
4
C263
100N
16V
X7R
-12VA
DG413DY
13
+3V3A
12
+12VA
5
DG413DY
C264
100N
16V
X7R
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
L116_C2_Main Zone Tape_D1.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
IC207C
DG413DY
9
DG413DY
VCR Out R
C236
100P
50V
NPO
AGND
AGND
-12VA
-12VA
Analogue Input - Mux & Tape Outs
Filename:
VCR Out R
BAV99W
C245
470UF
16V
YXF
AGND
4
6
C244
470UF
16V
YXF
C261
100N
16V
X7R
AGND
V-
100UF
25V YK
/VCR Mute
+12VA
IC207E
-12VA
IC207B
7
47R
0W125
+12VA
5
C235
R251
10K
0W063
IC201E
13
+3V3A
12
AGND
+3V3A
16
C225
R239
7
R242
2
R249
0R0
0W063
9
DG413DY
Tape Out R
+12VA
AGND
5
GND
IC205B
NJM2114M
R238
0R0
0W063
AGND
1
NF
C234
10UF
50V
YK
Tape Out R
BAV99W
IC201C
DG413DY
Main R
5
P214
AGND
+3V3A
16
7
4
P239
P240
P241
P242
P243
P244
P245
P246
100UF
25V YK
/Tape Mute
AGND
10K
0W063
+12VA
6
6
NF
C224
10UF
50V
YK
P204
47R
0W125
Main R
-12VA
IC201B
7
3K9
0W063
IC206B
R233
AGND
IC200B
C213
100P
50V
NPO
AGND+12VA
3
IC209A
10K
R243
R244
R245
R246
R248
R250
R252
R253
C240
100P
50V
NPO
VCR Out L
AGND
11
P231
P232
P233
P234
P235
P236
P237
P238
AGND
AGND
C243
100P
50V
NPO
/VCR Mute 16
DG413DY
10
10K
10K
10K
10K
10K
10K
10K
10K
AGND
Phono R
AUX R
iPod R
AM/FM R
DAB/Sirius R
NET R
Spare R
IC207D
DG413DY
AGND
74HC4051D
Phono R
AUX R
iPod R
AM/FM R
DAB/Sirius R
NET R
Spare R
VCR Out L
BAV99W
11
C228
100P
50V
NPO
2
10
C227
100P
50V
NPO
-12VA
11
C226
100P
50V
NPO
AGND
C232
100P
50V
NPO
AGND
D203
8
CD R
AV R
SAT R
DVD R
VCR R
PVR R
TAPE R
C210
100P
50V
NPO
D202
IC207A
3
NJM2114M
R226
0R0
0W063
IC205A
0W063
R229
R230
R231
R232
R234
R235
R236
R237
/PVR Mute 16
DG413DY
PVR Out L
+12VA
AGND
R225
7
PVR Out L
BAV99W
IC204D
DG413DY
10K
0W063
R227
CD R
AV R
SAT R
DVD R
VCR R
PVR R
TAPE R
1
14
47R
0W125
6
10K 0W063
AGND
Main L
3K9
0W063
IC203B
-12VA
2
R216
R217
P207
-12VA
IC204A
3
-12VA
2
R220
0R0
0W063
C209
R211
/PVR Mute
1
NF
C211
10UF
50V
YK
IC202A
NJM2114M
P200
2
10K
0W063
IC203A
NJM2114M
+12VA
AGND
1
R212
C201
100P
50V
NPO
D201
15
E
47P
50V
R210
Tape Out L
AGND
14
C214
100P
50V
NPO
13
14
15
12
1
5
2
4
R209
0R0
0W063
+12VA
AGND
+12VA
P223
P224
P225
P226
P227
P228
P229
P230
/Tape Mute 16
DG413DY
14
S0
S1
S2
AGND
10K
10K
10K
10K
10K
10K
10K
10K
IC201D
DG413DY
10
Phono L
AUX L
iPod L IP
AM/FM L
DAB/Sirius L
NET L
Spare L
Phono L
AUX L
iPod L
AM/FM L
DAB/Sirius L
NET L
Spare L
Tape Out L
BAV99W
C266
IC208A
0W063
R213
R214
R215
R218
R219
R221
R222
R223
100UF
25V YK
/Tape Mute
4
Main A Sel0
Main A Sel1
Main A Sel2
AGND
2
15
47R
0W125
74HC4051D
Main A Sel0
Main A Sel1
Main A Sel2
3
15
6
-12VA
IC201A
1
AGND
C208
100P
50V
NPO
C200
R202
1
C207
100P
50V
NPO
3
8
C206
100P
50V
NPO
Z
8
C205
100P
50V
NPO
11
10
9
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
8
C204
100P
50V
NPO
13
14
15
12
1
5
2
4
8
C203
100P
50V
NPO
P201
P215
P216
P217
P218
P219
P220
P221
4
C202
100P
50V
NPO
10K
10K
10K
10K
10K
10K
10K
10K
8
CD L
AV L
SAT L
DVD L
VCR L
PVR L
TAPE L
CD L
AV L
SAT L
DVD L
VCR L
PVR L
TAPE L
IC200A
0W063
R200
R201
R203
R204
R205
R206
R207
R208
08_E158
NC
25/07/08
R217, R228 > 3k9, +ve opamp input 4k7s > 0R, C > NF
D.1
08_E126
PK
15/05/08
PCB change only
D.0
08_E014
PK
16/01/08
Layout change only
C.0
07_E160
PK
02/03/07
PCB clearence rule update
B.0
ECO984
PK
INITIAL RELEASE
A.0.2
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
26/09/06
DATE
18/08/2008
Sheet
2
of
3
A3
DRAWING NO.
L116CT
IC300A
CD L
AV L
SAT L
DVD L
VCR L
PVR L
TAPE L
AGND
10K
10K
10K
10K
10K
10K
10K
10K
Z2 A Sel0
Z2 A Sel1
Z2 A Sel2
P303
P304
P305
P306
P307
P308
P309
P310
13
14
15
12
1
5
2
4
Z2 A Sel0 11
Z2 A Sel1 10
Z2 A Sel2 9
6
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Z
38mA (0.3306W)
3
+12VA
S0
S1
S2
AGND
AGND
E
R308
0R0
0W063
+15V
AGND
Z2 A Sel3
Z2 A Sel4
Z2 A Sel5
Z2 A Sel3 11
Z2 A Sel4 10
Z2 A Sel5 9
6
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Z
3
3
8
13
14
15
12
1
5
2
4
1
P301
2
R338
Z2 L
Z2 L
C303
10UF
50V
SM
C304
470UF
10V
CK
AGND
AGND
AGND
E
-15V
47P
50V
CD R
AV R
SAT R
DVD R
VCR R
PVR R
TAPE R
CD R
AV R
SAT R
DVD R
VCR R
PVR R
TAPE R
-12
REG304
L7912CV
C311
100N
16V
X7R
-12VA
82mA (0.246W)
P319
P320
P321
P322
P323
P324
P325
P326
Z2 A Sel0
Z2 A Sel1
Z2 A Sel2
AGND
13
14
15
12
1
5
2
4
11
10
9
6
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Z
10K
10K
10K
10K
10K
10K
10K
10K
P327
P328
P330
P331
P332
P333
P334
P335
Z2 A Sel3
Z2 A Sel4
Z2 A Sel5
AGND
13
14
15
12
1
5
2
4
11
10
9
6
ADC
/RST
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
0
1
S0
S1
S2
E
AGND
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
R328
0R0
0W063
P300
IC304A
0W063
R329
R330
R331
R332
R333
R335
R336
R337
Z
IC301B
NJM2114M
5
3
7
P302
6
R339
Z2 R
Z2 R
47R
0W063
P341
R334
3K9
0W063
C324
S0
S1
S2
47P
50V
E
74HC4051D
AGND
IC300B
VCC
GND
+3V3A
16
8
C312
100N
16V
X7R
IC303B
VCC
GND
+3V3A
16
8
C313
100N
16V
X7R
-3V3A
18mA (0.1566W)
74HC4051D
Phono R
AUX R
iPod R
AM/FM R
DAB/Sirius R
NET R
Spare R
0W063
C310
470UF
10V
CK
S1D
1A
3
AGND
Phono R
AUX R
iPod R
AM/FM R
DAB/Sirius R
NET R
Spare R
R327
240R
REG305
LM337LZ
D300
IC302A
10K
10K
10K
10K
10K
10K
10K
10K
C322
10UF
50V
YK
R323
390R
0W063
C308
1000UF
25V
YK
C309
1uF
25V
X7R
-12VA
0W063
R318
R319
R320
R321
R322
R324
R325
R326
C306
470UF
10V
CK
C305
10UF
50V
SM
AGND
C323
AGND
C302
1000UF
25V
YK
+3V3A
+3V3
P340
3K9
0W063
74HC4051D
+5VA
P337
LM1117MPX-3.3/NOPB
REG303
47R
0W063
-12VA
R316
S0
S1
S2
P336
+5VA
+5
C307
1uF
25V
X7R
L7812CV
AGND
IC301A
NJM2114M
4
P311
P312
P313
P314
P315
P316
P317
P318
+12VA
REG301
18mA (0.0486W)
LM1117MPX-5.0/NOPB
REG302
+12VA
+12
+12VA
IC303A
10K
10K
10K
10K
10K
10K
10K
10K
78mA (0.546W)
180mA (0.54W)
P329
Phono L
AUX L
iPod L
AM/FM L
DAB/Sirius L
NET L
Spare L
C301
470UF
10V
CK
C300
10UF
50V
SM
AGND
Phono L
AUX L
iPod L
AM/FM L
DAB/Sirius L
NET L
Spare L
+3V3D
+3V3
74HC4051D
0W063
R309
R310
R311
R312
R313
R314
R315
R317
LM1117MPX-3.3/NOPB
REG300
ADJ
0W063
R300
R301
R302
R303
R304
R305
R306
R307
IC302B
VCC
GND
+3V3A
16
8
AGND
AGND
C318
C317
100N
100N
16V
16V
7
7
7
VEE
VEE
VEE
X7R
X7R
74HC4051D -3V3A
74HC4051D -3V3A
74HC4051D -3V3A
C314
100N
16V
X7R
IC304B
VCC
GND
+3V3A
16
8
AGND
C319
100N
16V
7
VEE
X7R
74HC4051D -3V3A
C315
100N
16V
X7R
+12VA
C316
100N
16V
X7R
DRAWING TITLE
AGND
C320
100N
16V
X7R
Mute
Main ASel Z2 Asel
VCR PVR TAPE 5 4 3 2 1 0 5 4 3 2 1 0
x
x
x
x x x x x x 1 1 1 0 0 0 Zone2 Input CD
x
x
x
x x x x x x 1 1 1 0 0 1 Zone2 Input AV
x
x
x
x x x x x x 1 1 1 0 1 0 Zone2 Input SAT
x
x
x
x x x x x x 1 1 1 0 1 1 Zone2 Input DVD
x
x
x
x x x x x x 1 1 1 1 0 0 Zone2 Input VCR
x
x
x
x x x x x x 1 1 1 1 0 1 Zone2 Input PVR
x
x
x
x x x x x x 1 1 1 1 1 0 Zone2 Input TAPE
x
x
x
x x x x x x 0 0 0 1 1 1 Zone2 Input Phono
x
x
x
x x x x x x 0 0 1 1 1 1 Zone2 Input AUX
x
x
x
x x x x x x 0 1 0 1 1 1 GND (was Zone2 Input iPod)
x
x
x
x x x x x x 0 1 1 1 1 1 Zone2 Input AM/FM
x
x
x
x x x x x x 1 0 0 1 1 1 Zone2 Input DAB
x
x
x
x x x x x x 1 0 1 1 1 1 Zone2 Input NET
x
x
x
x x x x x x 1 1 0 1 1 1 Zone2 Input SPARE
x
x
x
x x x x x x 1 1 1 1 1 1 Zone2 Input GND
x
x
x 1 1 1 0 0 0 x x x x x x Main Input CD
x
x
x 1 1 1 0 0 1 x x x x x x Main Input AV
x
x
x 1 1 1 0 1 0 x x x x x x Main Input SAT
x
x
x 1 1 1 0 1 1 x x x x x x Main Input DVD
x
x
x 1 1 1 1 0 0 x x x x x x Main Input VCR
x
x
x 1 1 1 1 0 1 x x x x x x Main Input PVR
x
x
x 1 1 1 1 1 0 x x x x x x Main Input TAPE
x
x
x 0 0 0 1 1 1 x x x x x x Main Input Phono
x
x
x 0 0 1 1 1 1 x x x x x x Main Input AUX
x
x
x 0 1 0 1 1 1 x x x x x x GND (was Main Input iPod)
x
x
x 0 1 1 1 1 1 x x x x x x Main Input AM/FM
x
x
x 1 0 0 1 1 1 x x x x x x Main Input DAB
x
x
x 1 0 1 1 1 1 x x x x x x Main Input NET
x
x
x 1 1 0 1 1 1 x x x x x x Main Input SPARE
x
x
x 1 1 1 1 1 1 x x x x x x Main Input GND
1
1
0
x x x x x x x x x x x x TAPE Out Mute
1
0
1
x x x x x x x x x x x x PVR Out Mute
0
1
1 x x x x x x x x x x x x VCR Out Mute
1
1
1
x x x x x x x x x x x x No Tape/VCR/PVR Mute
x
x
x
x x x x x x x x x x x x ADC Reset
x
x
x
x x x x x x x x x x x x ADC Running
AGND
C321
100N
16V
X7R
-12VA
Analogue Input - Z2 Mux & PSU
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L116_C3_Zone 2 & PSU_D1.SchDoc
Notes:
08_E158
NC
25/07/08
R316, R334 > 3k9, R308, R328 > 0R
D.1
08_E126
PK
15/05/08
PCB change only
D.0
08_E014
PK
16/01/08
Layout change only
C.0
07_E160
PK
02/03/07
PCB clearence rule update
B.0
ECO984
PK
INITIAL RELEASE
A.0.2
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
26/09/06
DATE
18/08/2008
Sheet
3
of
3
A3
DRAWING NO.
L116CT
D100
50V
+12VA
AGND
AGND
/Sbl/Sbr Mute
Main L
Main R
Main L
Main R
3c
R101
47K
0W063
H VOL L
P119
0W063
R112
P120
4N7
FKP2
100V
50V
C120
50V
100K
0W063
100R
0W125
R125
0W063
R116
75K
0W063
R109
4R7
R111
1W
47K
0W063
0W063
16V
220UF YK
16V
C119
R126
+5VRLY
D108
BAS16
100R
0W125
AGND
R113
47K
0W063
4
R115
P122
16V
AGND
C124
100N
16V
X7R
-12VA
/Main Mute
D109
BAS16
-
TR100
MMUN2211LT1
DGnd
EB2-5NU
P123
-
TR101
MMUN2211LT1
DGnd
EB2-5NU
+ RLY101C
NEC
D110
BAS16
P124
w
E
w
E
B
w
D
Headphone R
Z2 L
1
3
+ RLY103C
NEC
-
TR102
MMUN2211LT1
DGnd /Sbl/Sbr Mute
TR103
MMUN2211LT1
DGnd
Main L
Main R
BAV99W
C114
100P
50V
NPO
/Main Mute
2
1
DRAWING TITLE
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
DAC BClk
C118
100P
50V
NPO
Data LR
Data CSw
Data SlSr
R118
FID101
C127
R127
TOOL101 TOOL103
AGND
0R0
0W063 DGND 100N
16V
Data SblSbr
AN SCL
AN SDA
AN SPI Data
AN SPI Clk
A Out Mux Latch
/Sbl/Sbr Mute
CON102
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
MOLEX
Blank AVR002 Analogue Out PCB
Analogue Output - Relays
Filename:
DAC MClk
BAV99W
DGND
L117PB
ARCAM
-12VA
50V
FID100 TOOL100 TOOL102
1
PCB100
DAC WClk
AGND
0R0
0W063
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
MOLEX
AGND
PSU
L117_C5_PSU_E1.SchDoc
0R0
0W063
CON101
AGND
R117
1
EB2-5NU
RLY102C
NEC
D111
+
BAS16
P125
Z2 R
-12VA
50V
RLY102B
NEC
Headphone R
4R7
1W
+ RLY100C
NEC
AGND
EB2-5NU
FIX100
16V
220UF YK
EB2-5NU
C109
100P
50V
NPO
Headphone L
FIX101
AGND
Headphone L
AGND
P126
C123
100N
16V
X7R
AGND
EB2-5NU
-15V
Phono R
AGND
1
6
Phono L
BAV99W
RLY102A
NEC
D107
+12VA
7
50V
+15V
-12VA
50V
RLY101B
NEC
D106
+12VA
IC101
LM4880M
16V
C116
3
1UF
C121 50V NF
10UF YK C122
33P
50V
YK
+12VA
16V
AGND
EB2-5NU
100R
0W125
1UF
50V YK
0W063
R114
4N7
FKP2
100V
1N0
FKP2
100V
50V
C117
MAIN PCB
C106
100P
50V
NPO
AGND
AGND
R110
75K
0W063
2
BAV99W
100V
C107
R124
JYE TAI
-12VA
50V
RLY101A
NEC
D105
+12VA
C128 68K
10uF 0W063
10V 100V
C110
C112
220UF
16V
YK
50V
C115
33P
NF
C113
100N
16V
X7R
100K
0W063
H VOL R
470K
R104
0W063
470R
0W063
0W063
R106
AGND
EB2-5NU
100R
0W125
5
2R2
0W25
AGND
Phono Input
R123
NJM2114M
0W063
R102
0W063
8
1a
JYE TAI
Phono L
P100
4
2b
C129
10uF
10V 100V
C111 FKP2
100V
AGND
0W25
1N0
+5VA
R108 16V
16V
AGND
6
P101
68K
0W063
A2b
D3c
AGND
7
4
GOLD
SKT102
A/D1a
C103
100P
50V
NPO
5
AGND
R105 R103 470K
0W063
470R
100V
0W063
C108
0W063
R107
B2b
E3c
BAV99W
RLY103A
NEC
D104
+12VA
-12VA
0W063 0W063
AGND
-12VA
50V
A
AGND
EB2-5NU
100R
0W125
Phono R
2
B/E1a
r
R122
0W063
C105
100P
50V
NPO
C2b
F3c
AGND
IC100B
50V
C/F1a
C102
100P
50V
NPO
RLY103B
NEC
D103
+12VA
H Vol L
H Vol R
H Vol L
H Vol R
BAV99W
F
100R
0W125
-12VA
50V
w
Z2 L
Z2 R
Z2 L
Z2 R
AGND
EB2-5NU
JYE TAI
AGND
GOLD
SKT101
C
R121
AN SCL
AN SDA
AN SPI Clk
AN SPI Data
A Out Mux Latch
8
3
R100
47K
0W063
A2b
D3c
r
MCH Sbl
MCH Sbr
DAC /RESET
AN SCL
AN SDA
AN SPI Clk
AN SPI Data
A Out Mux Latch
IC100A
NJM2114M
1
C104
100P
NPO
50V
A/D1a
C101
100P
50V
NPO
RLY100B
NEC
D102
+12VA
+12VA
0W063
BAV99W
D
100R
0W125
/Main Mute
B2b
E3c
w
AGND
EB2-5NU
-12VA
50V
B
R120
w
r
-12VA
+5VRLY
B/E1a
A
VOL Left
VOL Right
VOL Centre
VOL Sw
VOL Sl
VOL Sr
VOL Sbl
VOL Sbr
F
+12VA
C2b
F3c
MCH Sbr
MCH Sbl
C
RLY100A
NEC
D101
+12VA
C/F1a
AGND
MCH Sbl
MCH SBr
DAC /RESET
AN SCL
AN SDA
50V
C100
100P
50V
NPO
r
Data LR
Data CSw
Data SlSr
Data SblSbr
DAC MClk
DAC BClk
DAC WClk
DAC Left
DAC Right
DAC Centre
DAC Sw
DAC Sl
DAC Sr
DAC Sbl
DAC Sbr
BAV99W
r
Data LR
Data CSw
Data SlSr
Data SblSbr
DAC MClk
DAC BClk
DAC WClk
Name
L117_C2_Mux Vol_E1.SchDoc
DAC Left
DAC Right
DAC Centre
DAC Sw
DAC Sl
DAC Sr
DAC Sbl
DAC Sbr
EB2-5NU
100R
0W125
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
DACs
L117_C3_DACs_E1.SchDoc
-12VA
50V
R119
C126
100P
GOLD
50V
NPO SKT100
AGND C125
100P
50V
NPO
r
XLR / Amplifier PCB
52806
CON100
MOLEX
Con 1.00MM Vertical FFC 22WAY 52806 Series
50V
L117_C1_Analogue Output_E1.SchDoc
Notes:
08_E159
NC
25/07/08
No changes to this sheet
E.1
08_E150
PK
22/07/08
C115 C122 set to NFR109, 115 changed to 4R7
E.0
08_E127
PK
27/05/08
PCB change only
D.0
08_E015
PK
18/12/07
None to this sheet
C.0
07_E161
NC
19/9/07
AN SPI data/clk corrected, H/phone Rf = 75k, Phono AC coupled
B.0
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
DATE
18/08/2008
DESCRIPTION OF CHANGE
Sheet
1
of
5
ISSUE
A3
DRAWING NO.
L117CT
IC200A
P286
74HCT4053D
AGND
AGND
12
P222
13
P223
2
P224
1
P225
5
P226
3
P227
A Out Sel2
11
10
C217
9
100P
50V
6
MCH Sw
DAC Sl
MCH Sl
DAC Sr
MCH Sr
C215
100P
50V
C216
100P
50V
R236
IC214A
0W063 10K
R237
0W063 10K
R241
0W063 10K
R243
0W063 10K
R245
0W063 10K
R248
0W063 10K
R252
1Y0
1Z
0R0
14 AGND
0W063
IC207A
NJM2114M
P278
1
2
2Z
P285
15
2Y1
R246
3Y0
3Z
P295
5
0R0 0W063
4
-12VA
IC207B
NJM2114M
7
C269
33P
NPO
50V
6
3Y1
AGND
S1
S2
S3
P284
+12VA
E
R257
74HCT4053D
DGND
P296
3
0R0
AGND
0W063
IC209A
NJM2114M
1
R262
AGND
P200
3
1
Mux L
2
R268
R269
R272
R274
0W063
P233
-12VA
0R0
0W063
R2101
R278
10K 0W063
P202
P234
P236
P237
P238
12
14
15
11
1
5
2
4
6
A Out Sel3 DGND10
A Out Sel4
9
5
6
R281
10K
P229
P230
P231
P232
IC211B
7
Mux R
10K
10K
10K
10K
10K
R276
10K
R277
10K
R279
10K
R280
0W063
DAC Sbr
MCH Sbr
Z2 R
P235
AGND
DAC Sbl
MCH Sbl
Z2 L
4
R273
10K
P240
P242
AGND
IC213A
IC211A
NJM2114M
8
0R0
0W063
R2100
+12VA
1Y0
1Y1
1Y2
1Y3
1Z
P297
5
0R0
0W063
-12VA
IC209B
NJM2114M
7
6
13
P282
2Y0
2Y1
2Y2
2Y3
2Z
E
S0
S1
74HC4052D
NJM2114M
R282
10K 0W063
VCC
+3V3A
16
IC203B
VCC
+3V3A
16
C247
100N
16V
GND
VEE
GND
AGND
C258
100N
16V
-3V3A
74HC4052D
VCC
+3V3A
16
C248
100N
16V
8
7
IC214B
VEE
GND
AGND
C259
100N
16V
-3V3A
74HCT4053D
VCC
VEE
7
GND
AGND
C256
100N
16V
P280
-3V3A
74HCT4053D
VEE
C242
100N
16V
AGND
AGND
C257
100N
16V
-3V3A
74HC4052D
29
30
C273
33P
NPO
50V
47R
22
21
19
20
12
11
C270
R295
10K
P281
47R
R296
C275 R297 0W125
33P
1M0
NPO 0W063
50V
R298
10K
2
0
x
1
x
x
x
x
x
3
0
x
1
0
1
x
x
x
4 Vol /Rst Vol /Mute Dac /Rst
0
1
1
1
x
1
1
1
0
1
1
1
1
1
1
1
1
1
1
1
x
0
x
1
x
1
0
1
x
x
x
0
C244
100N
16V
C245
100N
16V
C251
100N
16V
-12VA
C252
100N
16V
C253
100N
16V
C254
100N
16V
C255
100N
16V
OUT5
REFO5
IN5
REFI5
OUT6
REFO6
IN6
REFI6
OUT7
REFO7
IN7
REFI7
P208
34
33
P210
27
28
P212
24
23
P214
17
18
P215
R230
AGND
8
4
P262
AGND
P216
R244
4K7
0W063
AGND
0R0
0W063
R249
+3V3A
IC208A
NJM2114M
P265
1
C212
33P
NPO
50V
R254
4K7
0W063
P266
C219
100N
AGND
P274
7
C214
33P
NPO
50V
IC208B
NJM2114M
3
P255
0R0
0W063
DGND
2
C220
33P
NPO
50V
P269
-12VA
R265 0R0 0W063
AGND
5
P256
6
R271
4K7
0W063
7
P270
C222
33P
NPO
50V
IC210B
NJM2114M
Place as pairs next to each VA/VA- pair
C223
10UF
50V
YK
C228
100N
C224
10UF
50V
YK
C225
10UF
50V
YK
C229
100N
C226
10UF
50V
YK
C230
100N
AN SPI Clk
A Out Mux Latch
8
14
11
12
+3V3D
10
13
DGND
DGND
DS
Q0
Q1
SHCP Q2
STCP Q3
Q4
MR
Q5
OE
Q6
Q7
Q7'/DO
15
1
2
3
4
5
6
7
9
P239
P241
P243
P244
P245
P246
P247
P248
A Out Sel0
A Out Sel1
A Out Sel2
A Out Sel3
A Out Sel4
VOL /RESET
VOL /MUTE
Notes:
Nick Clarke
Contact Tel:
100UF
16V
NONP
R219
4K7
0W063
C206
VOL Centre
R222
47R
R225
0W125 100UF
1M0
16V
0W063
NONP
R229
4K7
0W063
R231
47R
R233
0W125
1M0
0W063
C209
VOL Sw
100UF
16V
NONP
R235
4K7
0W063
C211
VOL Sl
R239
47R
R242
0W125 100UF
1M0
16V
0W063
NONP
R247
4K7
0W063
R250
47R
R253
0W125
1M0
0W063
C213
VOL Sr
100UF
16V
NONP
R255
4K7
0W063
C218
VOL Sbl
R259
47R
R261
0W125 100UF
1M0
16V
0W063
NONP
R264
4K7
0W063
R266
47R
R270
0W125
1M0
0W063
C221
VOL Sbr
100UF
16V
NONP
R275
4K7
0W063
+12VA
C231
100N
C232
100N
C233
100N
C234
100N
C237
100N
C238
100N
C239
100N
C240
100N
DAC /RESET
08_E159
NC
25/07/08
Noise reduction changes
E.1
08_E150
PK
22/07/08
PCB change only
E.0
08_E127
PK
27/05/08
PCB change only
D.0
08_E015
PK
18/12/07
MCH Centre and Sub swapped
C.0
07_E161
NC
19/9/07
AN SPI data/clk corrected, H/phone Rf = 75k, Phono AC coupled
B.0
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
VOL Right
-12VA
Analogue Output - Vol Ctrl & MCH
L117_C2_Mux Vol_E1.SchDoc
C204
AGND
74HC595D
Filename:
R223
4K7
0W063
R215
47R
R217
0W125
1M0
0W063
P271
IC212A
AN SPI Data
47R
R216
0W125 100UF
1M0
16V
0W063
NONP
P267
IC210A
NJM2114M
P268
1
VOL Left
R206
+12VA
5
P254
6
R258
100UF
16V
NONP
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
C210
33P
NPO
50V
-12VA
C274
ARCAM
P263
7
0R0
0W063 3
P253
2
4K7
R263 0W063
DRAWING TITLE
-12VA
+12VA
DGND
C207
33P
NPO
50V
IC206B
NJM2114M
R238
AGND
R299
470R
+9V_VOL
IC206A
NJM2114M
P261
1
5
0R0
P252
0W063
6
R234
4K7
0W063
C260
+12VA
P264
DGND
P228
C205
33P
NPO
50V
4
37
38
14
13
OUT8
REFO8
IN8
REFI8
7
8
10
VD+
IN4
REFI4
P259
IC202B
NJM2114M
4K7
R228 0W063
DGND
DAC Output
L/R Analogue Pass through
-9V_VOL
MCH Output
Surround Back = Zone 2
IC212B +3V3D
Surround Back = L/R
16
VCC
Volume Reset
C236
Volume Mute
100N
DAC Reset
C246
100N
16V
OUT4
REFO4
C272
GND
C243
100N
16V
IN3
REFI3
R256
10K
C227
100N
1
0
0
1
x
x
x
x
x
OUT3
REFO3
-9V_VOL
3
0
0
1
0
x
x
x
x
x
IN2
REFI2
100UF
16V
NONP
44
43
OUT2
REFO2
P273
5
P250
6
P260
0R0
R221 0W063
3
P251
AGND
2
47
48
OUT1
REFO1
IN1
REFI1
AGND
R293
0W125
R294
100UF
1M0
16V
0W063
NONP
8
7
32
31
74HC595D
C250
100N
16V
8
100UF
16V
NONP
47R
R287
0W125
R288
100UF
1M0
16V
0W063
NONP
+3V3A
16
C249
100N
16V
8
7
IC213B
39
40
C268
+12VA
IC200B
C266
R286
10K
2
P283
1
2
42
41
R289
10K
P279
47R
R290
C271 R291 0W125
33P
1M0
NPO 0W063
50V
R292
10K
4
AGND
P294
3
1Y1
2Y0
R283
10K
47R
R284
0W125
R285
1M0
0W063
+12VA
DGND
DAC Sw
C267
33P
NPO
50V
R260
0W125
R267
100UF
1M0
16V
0W063
NONP
IC204
CS3318
-12VA
8
E
6
C264
47R
+3V3A
C261
33P
NPO
50V
4
6
0R0 0W063
AGND
+9V_VOL
R218
4K7
0W063
2
8
S1
S2
S3
P293
5
AGND
IC202A
NJM2114M
P272
1
4
4
R227
-12VA
IC205B
NJM2114M
P277
7
100UF
16V
NONP
DGND
r
A
D
JYE TAI
P287
3Y1
11
10
9
C208
100P
50V
A2b
D3c
3Z
4
8
B
w
A/D1a
3Y0
3
C265
33P
NPO
50V
Mux R
9
r
w
E
MCH Centre
2
2Y1
5
10K
R224
P218
0W063
10K
R226
P220
0W063
A Out Sel2
0R0 0W063
IC205A
NJM2114M
P276
1
4
C
F
2Z
AGND
15
P292
3
8
w
r
R220
2Y0
B/E1a
DAC Centre
8
14
R211
4K7
0W063
H Vol R
0R0
R214 0W063
C262
R251
10K
+12VA
1Y1
1
C263
33P
NPO
50V
AGND
VOL /MUTE
1Z
2
C2b
F3c
6
P288
1Y0
13
AGND
B2b
E3c
0R0 0W063
3
P249
/RESET
SDA,MOSI
SCL,CCLK
AD0,/CS
/MUTE
ENOut
12
5
R205
0W125
R210
100UF
1M0
16V
0W063
NONP
R213
10K
47R
R232
0W125
R240
1M0
0W063
0R0
R204 0W063
Mux L
AN SDA
AN SCL
AGND
-12VA
IC201B
NJM2114M
P275
7
47R
3
6
5
7
4
8
R212 P291
74HC4052D
IC203A
SKT200
C201
33P
NPO
50V
+12VA
C200
VOL /RESET
3
S0
S1
A Out Sel0
A Out Sel1
IC201A
NJM2114M
P257
1
0R0 0W063
AGND
2
E
DGnd 10
9
C/F1a
2Z
3
45
35
25
15
AGnd
R203
2Y0
2Y1
2Y2
2Y3
6
AGND
P290
VA+
VA+
VA+
VA+
C202
100P
50V
H Vol L
+12VA
VAVAVAVA-
C203
100P
50V
13 P258
46
36
26
16
MCH Right
R207
R208
R209
0W063
1
5
2
4
1Z
4
DAC Right
Main R
AGND
10K
10K P204
10K P211
P213
1Y0
1Y1
1Y2
1Y3
8
MCH Left
12
P221 14
P201 15
P203 11
10K
R200
10K
R201
10K
R202
0W063
DAC Left
Main L
(01223) 203270 tel No
INITIALS
Printed:
DATE
18/08/2008
Sheet
2
of
5
A3
DRAWING NO.
L117CT
C306
100N
16V
DGND
470R 0W063
R300
R301
R302
R303
R304
R305
R306
R307
R308
P300
P301
P302
P303
P304
P305
P306
P307
P308
19
15
16
17
18
DGND
DAC /RESET
AN SCL
AN SDA
+3V3D
R309
10K
0W063
C312
100N
16V
3
2
1
48
47
46
45
44
42
32
VA
4
AOUTA1+
AOUTA1AOUTB1+
AOUTB1AOUTA2+
AOUTA2AOUTB2+
AOUTB2AOUTA3+
AOUTA3AOUTB3+
AOUTB3AOUTA4+
AOUTA4AOUTB4+
AOUTB4-
VLS
DSDA1
DSDB1
DSDA2
DSDB2
DSDA3
DSDB3
DSDA4
DSDB4
DSDSClk
MUTEC1
MUTEC234
/RST
M2,SCL,CClk
M1,SDA,CDIn
M0,AD0,/CS
VLC
DGND
M4,TST0
M3,TST1
43
MClk
LRClk
SClk
SDIn1
SDIn2
SDIn3
SDIn4
GND
GND
6
7
9
8
11
13
14
C302
10UF
50V
YK
IC300
CS4385
+5VA
5
31
DGND
DAC MClk
DAC WClk
DAC BClk
Data LR
Data CSw
Data SlSr
Data SblSbr
+3V3D
+2.5V
FILT+
VQ
10
12
C304
10UF
50V
YK
C301
1uF
25V
VD
C300
100N
16V
39
40
38
37
35
36
34
33
29
30
28
27
25
26
24
23
C303
1uF
25V
C305
100N
16V
Filters
L117_C4_Filters_E1.SchDoc
AGND
DAC Left+
DAC LeftDAC Right+
DAC RightDAC Centre+
DAC CentreDAC Sw+
DAC SwDAC Sl+
DAC SlDAC Sr+
DAC SrDAC Sbl+
DAC SblDAC Sbr+
DAC Sbr-
41
22
DAC Left
DAC Right
DAC Centre
DAC Sw
DAC Sl
DAC Sr
DAC Sbl
DAC Sbr
DAC Left
DAC Right
DAC Centre
DAC Sw
DAC Sl
DAC Sr
DAC Sbl
DAC Sbr
P311
P312
20
21
C307
100N
16V
C309
10UF
50V
YK
C308
1uF
25V
C311
47UF
35V
YK
C310
100N
16V
AGND
AGND
AGND
DGND
R310
NF
0R0
0W063
DGND
AGND
DRAWING TITLE
Analogue Output - DAC & Filter
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L117_C3_DACs_E1.SchDoc
Notes:
08_E159
NC
25/07/08
No changes to this sheet
E.1
08_E150
PK
22/07/08
PCB change only
E.0
08_E127
PK
27/05/08
PCB change only
D.0
08_E015
PK
18/12/07
None to this sheet
C.0
07_E161
NC
19/9/07
AN SPI data/clk corrected, H/phone Rf = 75k, Phono AC coupled
B.0
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
DATE
18/08/2008
DESCRIPTION OF CHANGE
Sheet
3
of
5
ISSUE
A3
DRAWING NO.
L117CT
+12VA
3
DAC Left+
3K3
0W063
FKP2
C405
330P
100V
R408
C403
2N2
100V
FKP2
AGND
R405 680R
3K3 0W063
0W063
IC400A
NJM2114M
8
R404
1
C404
680P
100V
FKP2
DAC Left
2
4
R403
0W063
R400
-12VA
C407
R409
DAC Right+
3K3
0W063
C409
2N2
100V
FKP2
680R
0W063
680P
100V
FKP2
R411
C402
330P
100V
0W063
R406
FKP2
3K3
0W063
AGND
100V
3K3
0W063
DAC Left-
DAC Right-
C400
2N2
100V
FKP2
3K3
0W063
3
DAC Centre+
FKP2
C415
330P
100V
R420
C412
2N2
100V
FKP2
AGND
R417 680R
3K3 0W063
0W063
1
C413
680P
100V
FKP2
-12VA
C417
680R
0W063
R412
2K2
0W063
FKP2
FKP2
3K3
0W063
C414
330P
100V
R418
AGND
DAC Sl-
AGND
100V
C429
2N2
100V
FKP2
100V
3
1
R429 680R
3K3 0W063
0W063
C423
680P
100V
FKP2
0W063
R424
FKP2
DAC Sr+
3K3
0W063
680P
100V
FKP2
0W063
R435
FKP2
C424
330P
100V
0W063
R430
DAC Sr-
DAC Sbl3K3
0W063
100V
C433
2N2
100V
FKP2
AGND
100V
C439
2N2
100V
FKP2
AGND
R441 680R
3K3 0W063
0W063
100V
3
1
C434
680P
100V
FKP2
0W063
R447
2
0W063
R436
DAC Sbr+
C449
100N
16V
-12VA
0W063
0W063 R425
AGND
100V
680R
0W063
C428
2N2
100V
FKP2
C442
100N
16V
C445
100N
16V
C446
100N
16V
IC402B
NJM2114M
5
7
C421
680P
100V
FKP2
DAC Sr
6
100V
C426
0W063
R431
680P
100V
FKP2
0W063
R434
3K3
0W063
680P
100V
FKP2
FKP2
C432
330P
100V
0W063
R442
DAC Sbr-
3K3
0W063
0W063
0W063 R437
100V
C430
2N2
100V
FKP2
100V
C437
2N2
100V
FKP2
680R
0W063
IC403B
NJM2114M
5
7
C431
680P
100V
FKP2
DAC Sbr
6
100V
C435
0W063
R443
AGND
100V
3K3
0W063
R438 680R
3K3 0W063
0W063
680P
100V
FKP2
0W063
R446
3K3
0W063
AGND
C441
100N
16V
100V
R428 680R
3K3 0W063
0W063
C420
2N2
100V
FKP2
3K3
0W063
C443
100N
16V
DRAWING TITLE
AGND
6K8
0W063
DAC Sbl
+12VA
C440
100N
16V
47N
100V
MKS2
R422
AGND
100V-12VA
C438
0W063
R445
680R
0W063
IC403A
NJM2114M
8
0W063
0W063 R440
4
C436
330P
100V
0W063
R444
C416
820R
0W063
100V
+12VA
3K3
0W063
DAC Sw
6
R419
C418
470N
100V
MKS2
3K3
0W063
DAC Sbl+
7
C411
47N
100V
MKS2
DAC Sl
2
3K3
0W063
AGND
0W063
R439
5
AGND
100V-12VA
C427
0W063
R433
680R
0W063
IC402A
NJM2114M
8
0W063
0W063 R427
C422
2N2
100V
FKP2
3K3
0W063
IC401B
NJM2114M
4
C425
330P
100V
0W063
R432
3K3
0W063
DAC Sw-
100V
3K3
0W063
680P
100V
FKP2
0W063
R410
820R
R416
0W063
6K8
0W063
C410
470N
100V
MKS2
+12VA
DAC Sl+
680R
0W063
R413
2K2
0W063
0W063
R426
100V
C406
DAC Sw+
680P
100V
FKP2
R423
AGND
DAC Right
6
DAC Centre
2
R421
C419
2N2
100V
FKP2
C401
680P
100V
FKP2
AGND
DAC Centre3K3
0W063
5
7
R402 680R
3K3 0W063
0W063
C408
2N2
100V
FKP2
IC400B
NJM2114M
4
3K3
0W063
IC401A
NJM2114M
8
R415
100V
0W063
R407
AGND
100V
+12VA
R414
0W063
0W063 R401
C447
100N
16V
Analogue out - Filters
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L117_C4_Filters_E1.SchDoc
Notes:
08_E159
NC
25/07/08
No changes to this sheet
E.1
08_E150
PK
22/07/08
PCB change only
E.0
08_E127
PK
27/05/08
PCB change only
D.0
08_E015
PK
18/12/07
None to this sheet
C.0
07_E161
NC
19/9/07
AN SPI data/clk corrected, H/phone Rf = 75k, Phono AC coupled
B.0
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
DATE
18/08/2008
Sheet
4
of
5
A3
DRAWING NO.
L117CT
11mA (0.0187W)
LM1117MPX-ADJ/NOPB
REG500
+5VA
ADJ
C501
10uF
10V
+3V3D
P51710V
R500
240R
0W063
P510
C500
470UF
10V
R501
390R
0W063
AGND
16mA (0.0272W)
D500
C502
470UF
16V
C507
1uF
25V
+15V
25V
C512
1000UF
25V
+12VA
50V
+9V_VOL
C511
10UF
50V
HS501A
6043PB
23C/W
AGND
R503
240R
0W063
79mA (0.316W)
L7805CV
REG503
+9V_VOL
50V
+5VA
S1D
1A
LM1117MPX-ADJ/NOPB
REG504
+12VA
C504
470UF
25V
C509
10uF
10V
R502
240R
0W063
50V
R512
3K0
0W063
R505
3K0
0W063
S1D
1A
LM1117MPX-ADJ/NOPB
REG505
+5VA
+3V3A
P516 10V
+5
C508
10UF
50V
C503
470UF
25V
D502
ADJ
+12
+12VA
16V
HS502A
6043PB
23C/W
ADJ
+15V
D501
S1D
LM317T 1A
REG502
426mA (1.278W)
REG501
L7812CV
36mA (0.09W)
C505
470UF
10V
C510
10uF
10V
AGND
50V
C524
10UF
50V
R506
390R
0W063
C506
470UF
10V
R504
390R
0W063
50V
C522
10UF
50V
+2.5V
10V
ADJ
266mA (0.798W)
R507
390R
0W063
C525
10UF
50V
25V
AGND
AGND
AGND
50V
AGND
AGND
HS506A
6043PB
23C/W
R513
3K0
0W063
+9V_VOL
50V
C523
10UF
50V
16V
C514
470UF
16V
C517
1uF
25V
R508
3K0
0W063
C518
1uF
25V
ADJ
-15V
R510
240R
0W063
C515
470UF
25V
-12
-15V
+5
50V
AGND
+5VRLY
10V
C520
10UF
50V
R509
390R
0W063
C521
470UF
10V
C519
1uF
25V
C526
10UF
50V
10V
R511
240R
0W063
C516
470UF
10V
AGND
-12VA
REG506
L7912CV
339mA (1.017W)
150mA (0.6W)
L7805CV
REG509
AGND
ADJ
C513
1000UF
25V
-12VA
REG507
LM337LZ
-9V_VOL
REG508
LM337LZD503
-12VA
-3V3A
D504
S1D
1A
S1D
1A
16mA (0.0912W)
37mA (0.111W)
DRAWING TITLE
Analogue Output - PSU
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L117_C5_PSU_E1.SchDoc
Notes:
08_E159
NC
25/07/08
No changes to this sheet
E.1
08_E150
PK
22/07/08
PCB change only
E.0
08_E127
PK
27/05/08
PCB change only
D.0
08_E015
PK
18/12/07
None to this sheet
C.0
07_E161
NC
19/9/07
R500,502,505,508 Corrected
B.0
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
DATE
18/08/2008
Sheet
5
of
5
A3
DRAWING NO.
L117CT
+5V_1
R123
47K
0W063
DGND
DGND
BAV99W
SOT-323
/iPod Present
iPod Tx 232
C140
47P
50V
+3V3_STBY
C125
100UF
25V
SM
NELTRON
5504
C127
C128
DGND
CON102
2
C16
V-
C2+
DGND
7
iPod Tx 232
RS232 Tx 232
13
RS232 Rx 232
8
T1OUT
T1IN
T2OUT
T2IN
R1IN
R1OUT
R2IN
C148
22P
50V
NPO
R2OUT
P117
C130
100N
50V
P118
HSJ
Z1 Trig Out
C114
22P
50V
NPO
C115
22P
50V
NPO
DGND Z2 IR In
12
9
iPod Tx
P130
RS232 Rx
NF
R116
DGND
0R0
0W063
iPod Rx
FIX100
1
4
3
2
NF
CON108
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
IR Demod Trig Drive
L118_C2_IR Demod Trig Drive_E0.SchDoc
IR In
Z2 IR In Gnd
Z2 IR In Gnd
HOSIDEN
Z1 Demod Out
DGND
HSJ
SKT103
Z2 Trigger
Z2 Trig Out
C119
22P
50V
NPO
C120
22P
50V
NPO
DGND Z3 IR In
Z3 Demod Out
+5V_1
Z3 IR In Gnd
Z3 IR In Gnd
HOSIDEN
R119
10K
0W063
DGND
HSJ
SKT104
Z3 Trigger
Z3 Trig Out
NC1 L104
120R@100MHz
IR OUT
HOSIDEN
NC2
120R@100MHz
L105
DGND
DGND IR Out
C123
22P
50V
NPO
C124
22P
50V
NPO
Z1 Trig
P111
TDI
TDO
+3V3D
+3V3D
P105
P106
HPI_D0
HRDY
P108
HPI_D1
P107
P109
DAB SCL
DAB SDA
R121
R122
47R
0W063
TCK
DGND
C100
22P
50V
RDS Data
11
9
24
10
TCK
TDI
TDO
TMS
C101
22P
50V
2
3
5
6
7
8
12
13
14
16
18
19
20
21
22
23
43
44
1
P113
IC100
L188FW
XC9536XL-10VQ44C
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O/GSR
I/O/GTS2
I/O/GTS1
I/O
I/O
I/O
I/O
I/O
I/O
4
P127
27
28
29
30
31
32
33
34
36
37
38
39
40
41
42
I/O/GCLK1
I/O/GCLK2
I/O/GCLK3
+5V_1
DGND
Q0
DS
Q1
Q2 SHCP
Q3 STCP
Q4
Q5
MR
Q6
OE
Q7
Q7'/DO
10
13
HBI
P102 HPI_D6
HDS1
DAB /RESET
IR Out
Z2 Trig
Z3 Trig
P112
HCS
HCNT1
HCNT0
P103 HPI_D5
P104 HPI_D4
P101 HPI_D7
C134
100UF
25V
YK
C137
100N
50V
1
2
RS232 Rx
3
4
Sirius Tx 232
5
6
Sirius Rx 232
7
8
iPod Tx
9
10
iPod Rx
11
12
Z1 Demod Out
13
Z2 Demod Out
14
Z3 Demod out
15
IR in
16
IRTrig Mux Latch 17
18
19
Was DAB SPDIF
20
RS232 Tx
C138
100N
50V
C139
100N
50V
IC101B
+5V_1
VCC
DGND
GND
+5V_1
16
8
C116
100N
16V
X7R
P100
ITEM100
1
F042
Cable Tie 285MM
PCB100
1
L118PB
Blank AVR002 IR/RS232/TRIG PCB
DRAWING TITLE
Trig / RS232 / IR - Connectors
+5V_1
FID100
FID101
TOOL100 TOOL102
TOOL101 TOOL103
R120
10K
0W063
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L118_C1_Trig IR RS232_E0.SchDoc
Notes:
Contact Engineer:
MOLEX
DGND
DGND
FM/AM Module
FM CE
SPI Data
SPI Clk
FM Data Out0W063
R110
10K
0W063
74HCT595D DGND
R118
10K
0W063
MOLEX
CON103
VSM
+3V3D
+9V_FM
C132
47UF
35V
YK
C121
47UF
35V
YK
C133
22N
16V
X7R
DGND
C122
22N
16V
X7R
R124
100K
0W063
R113
100K
0W063
RV100
100K
LIN
1
2
3
4
5
+9V_FM AM/FM L In 6
7
AM/FM R In 8
9
R114
10
47K
+3V3D
11
0W063
12
/RDS On
13
14
RDS Int
RDS Data 15
DGND
DGND
DGND
+5V_1
Z3 Trig Out
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
CON104
SPI Clk
IRTrig Mux Latch
74HCT595D
DAB SDA
CON101
DGND
SPI Data
11
12
+15V
HRW
HAS
+3V3D
TCK
TDI
TDO
TMS
SPI Data
FM CE
+5V_STBY
IC101A
14
SPI Clk
2
DGND
DGND
DAB /RESET 15
/RDS On
1
Z1 Trig
2
Z2 Trig
3
Z3 Trig
4
5
6
7
9
FM Data Out
DAB SCL
DGND
Z3 Demod Out
Z3 IR In
NC2
Z3 IR In
Z2 Demod Out
SAMTEC
SSQ
Z2 Trig Out
NC1 L106
120R@100MHz
Z2 Demod Out
Z1 Demod Out
TMS
RDS Int
SN74AHC1GU04DBVR
IC103A
+3V3D
0R0
DGND
0W063
VSM
DGND
SN74AHC1GU04DBVR
HPI_D3
HPI_D2
NF
R115
DGND AGND
3
GND
1K0
0W063
DGND
1
MOLEX
100N
50V
DGND
R117
Z2 IR In
NC2
57
58
59
60
DGND
R111
100K
0W063
IC103B +3V3D
5
VCC
C149
RS232 Tx
FIX101
10
R109
100K
0W063
SAMTECH
SQT
P119
11
DAB/Sirius L In
CON109
SAMTEC
SQT
IR In
Z2 IR In
50V
X7R
Z1 Trig Out
NC1 L103
120R@100MHz
0W063
DGND
DGND
DGND
Z1 Trigger
5
5V to 3V3 Pad
1
DGND
SKT102
4
GND
iPod Rx 232
DGND
3
50V
P110
15
C112
22P
50V
NPO
1
SO16 WIDE
STATIC PROTECTED
DGND
14
C118
10N
50V
V+
C1+
C2-
120R@100MHz
L102
NELTRON
5504
100N DGND
50V
P125
100N
50V
P126
SAMTECH
SQT
C103 C104 C105 C109 C110 C111 C113 C117
DGND
100P 100P 100P 100P 100P 100P 100P 100P
DGND
50V 50V 50V 50V 50V 50V 50V 50V
DAB /RESET
R103
P131
10K
C129
R112
C102
0W063
100N
22K
1N0
MAX3232ECWE
IC102
16
C106
10N
50V
C126
100N
16V
X7R
VCC
iPod Rx 232
DGND
5
9
4
8
3
7
2
6
1
DGND
R100
R101
R102
R104
R105
R106
R107
R108
330R
0W063
DAB/Sirius R In
15
35
26
HPI_D7
HPI_D6
HPI_D5
HPI_D4
HPI_D3
HPI_D2
HPI_D1
HPI_D0
3V3RF_In
FM_ROUT
RF_GND
AGND
3V3 In
FM_LOUT
DGND
AGND
PI_IR/INT3L
DAB_ROUT
PI_INT1L
AGND
PI_INT0L
DAB_LOUT
DGND
AGND
PO_HD7/LCD7
PO_MPX
PO_HD6/LCD6
I2C_SCL_M
PO_HD5/LCD5
I2C_SDA_M
PO_HD4/LCD4
DGND
PO_HD3/LCD3
BI_BSFSX0
PO_HD2/LCD2
FPO_IO3
PO_HD1/LCD1
PI_BDR1
PO_HD0/LCD0
DGND
PO_LCD_RS
PI_INTL2
PO_LCD_E
PI_BDR2/FPO_IO6
DGND
BI_BCLKLR2/FPO_IO5
FPO_BACKLIGHT
PO_XF_MUTE
/RST_DSP
FPO_CD_AUX
AM/FM L In
AM/FM R In
Dab/Sirius L In
Dab/Sirius R In
VCCINT
VCCINT
VCCIO
DGND
CON105
5
9
4
8
3
7
2
6
1
C107
1uF
25V
X7R
DGND
D100
L107 120R@100MHz
C131
100UF
25V
YK
DGND
CON107
42
1
41
2
3
40
4
39
38
5
37
6
36
7
35
8
34
9
33
10
32
11
31
12
13
30
14
29
15
28
27
16
17
26
25
18
24
19
23
20
22
21
GND
GND
GND
DGND
C147
22P
50V
NPO
L101
1
2
AM/FM L
3
Was iPod R
AM/FM L In
AM/FM L
AM/FM R
4
AM/FM R In
AM/FM R
DAB/Sirius L
5
DAB/Sirius L In DAB/Sirius L
DAB/Sirius R
6
DAB/Sirius R In DAB/Sirius R
7
8
9
10
11
12
13
Was iPod S-vid Y
NF
14
Was VGnd
R128
15
Was iPod S-vid C
16
Was VGnd
0R0
AGND
DGND
17
0W063
Was iPod C vid
18
Was VGnd
/iPod Present
19
20
4
17
25
DGND
C146
22P
50V
NPO
120R@100MHz
Sirius Rx 232
Sirius Tx 232
DGND
C145
22P
50V
NPO
120R@100MHz CON106
L100
1
1
2
2
3
3
C108
4
4
1uF
5
5
25V
6
6
X7R
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
CON100
Was iPod L
DGND(A1)
HPI_HCNTL0(A2)
MPI_IR(A3)
HPI_HCNTL1(A4)
HPI_HASL(A5)
HPI_HBIL(A6)
HPI_HRWL(A7)
HPI_HCSL(A8)
HPI_HRDY(A9)
HPI_HDS1L(A10)
FPO_CD_AUX(A11)
FPO_IO4(A12)
HPIENA(A13)
FPO_IO1(A14)
DGND
C144
22P
50V
NPO
3 DAB/Sirius R In
4
+5V_1
1
MOD100
GyroSignal
Gyro-1122
43
44
45
46
47
48
49
50
51
52
53
54
55
56
DGND
C143
22P
50V
NPO
+5V_1
6 DAB/Sirius L In
SCRN1
SCRN2
SCRN3
C136
22P
50V
NPO
DGND
Audio output
L118_C3_GND balancing_E0.SchDoc
1
2
HCNT0
3
4
HCNT1
5
HAS
6
HBI
7
HRW
8
HCS
9
HRDY
10
HDS1
11
12
13
14
DGND
DAB/Sirius R In
DAB/Sirius L In
iPod Tx 232
iPod Rx 232
C135
22P
50V
NPO
+3V3D
SD-87720
MOLEX
7 SKT101
8
Sirius Tx 232
5
Sirius Rx 232
+5V_1
2
Nick Clarke
Contact Tel:
MOLEX
52045
08_E128
PK
11/03/08
D types changed to NELTRON part, CON108 changed to socket
VSM adjustment added
E.0
08_E016
NC
23/01/08
/RDS On added, 9way skts updated to 8K9009M
D.0
07_E213
PK
15/08/07
Sirius socket corrected, DAB SCL inverter added
C.0
07_E128
PK
02/03/07
Updated 9 way D type footprint,i Pod removed
B.0
07_E009
NC
25/10/06
INITIAL RELEASE
ECO No.
INITIALS
(01223) 203270 tel No
Printed:
DATE
03/07/2008
A.0.2
DESCRIPTION OF CHANGE
Sheet
1
of
3
ISSUE
A3
DRAWING NO.
L118CT
P204
8
R232
RX200
DGND KSM-902TM1N
P202
330R
0W063
C204
220P
50V
Z1 IR Gnd
R209
750R
0W063
5
DGND
LED203
SM
RED
SKT200
R205
Z1 Demod Out
O/P
10K
0W063
DGND
Z1 Demod Out
R208
22K
0W063
L
R
Z1 IR In
R200
10K
0W063
1
5
4
3
2
P200
Z1 Remod
Z1 LED
Z1 IR In
Z1 IR Gnd
WTJ-035-16CB
IR In
IR In
THR HLD
OP
P205
7
3
Z1 Remod
RESET
IC200
LMC555CM
R201
16K
0W063
P201
Astable f=37.1kHz, 40:60 L:H duty cycle
DGND
DGND
6
1
D CHG
DGND
P218
C200
1N0
50V
X7R
+12V_IR
OPTO200
TLP181
R202
10R
0W063
4
3
4
Vcont
TR200
MMUN2211LT1
C223
22P
50V
NPO
DGND
6
TRIG
VCC
2
+5V_STBY
R233
6K8
0W063
GND
Z1 IR In
C220
10UF
50V
YK
C201
100N
16V
X7R
+5V
0W063
R206
LED200
SM
RED
1
150R
0W25
GND
Z1 LED
+5V_STBY
Place LED under IR Rx
+5V_STBY
TR201
BC859B
SOT-23
DGND
R203
4K7
0W063
DGND
TR202
BD180
TO-126
Place LED under IR Rx
+5V_STBY
+5V
330R
0W063
C207
220P
50V
LED201
SM
RED
GND
Z2 IR In
P208
R216
Z2 IR In
C221
10UF
50V
YK
C206
100N
X7R
16V
R218
DGND
O/P
DGND
RX201
KSM-902TM1N
P219
+5V_1
DGND
Z1 Trig Out
+12V_IR
R215
4K7
0W063
Z2 Demod Out
R219
22K
0W063
Z2 IR In Gnd
R210
750R
0W063
P206
Z2 Demod Out
10K
0W063
R204
4K7
0W063
R212
2K2
0W125
C202
10UF
50V
YK
IR Out
TR203
MMUN2211LT1
/Z1 Trig
Z1 Trig
R207
10K
0W063
DGND
+12V_IR
C205
100P
50V
TR207
MMUN2211LT1
P217
C203
1N0
50V
X7R
R227
2K2
0W125
IR Out
0W063
Z1 Trig Out
R213
10R
0W063
TR204
BC859B
SOT-23
R214
4K7
0W063
DGND
6
1
DGND
TR205
BD180
TO-126
Z2 IR In Gnd
R217
4K7
0W063
4
3
OPTO201
TLP181
P212
DGND
Place LED under IR Rx
Z2 Trig Out
C210
1N0
50V
X7R
+5V_STBY
0W063
R220
330R
0W063
C209
220P
50V
+5V
Z3 IR In
P214
LED202
SM
RED
GND
Z3 IR In
Z3 IR In Gnd
R211
750R
0W063
C222
10UF
50V
YK
C219
100N
16V
X7R
DGND
O/P
R224
DGND
RX202
KSM-902TM1N
+15V
+5V_1
R228
10R
0W063
TR208
BC859B
SOT-23
R229
4K7
0W063
TR209
BD180
TO-126
R230
4K7
0W063
P203
20mA (0.034W)
LM317T
REG203
C213
10UF
50V
SM
DGND
P220
C224
10UF
50V
YK
C225
1N0
50V
X7R
C214
470UF
10V
CK
TR210
MMUN2211LT1
/Z3 Trig
Z3 Trig
Z3 Trig Out
Z3 Trig Out
LM1117MPX-3.3/NOPB
REG201
+3V3_STBY
+5V_STBY
4
3
325mA (0.65W)
+9V_FM
Z3 Demod Out
DGND
+3V3
65mA (0.39W)
LM317T
REG202
+12V_IR
R225
22K
0W063
OPTO202
TLP181
Z3 IR In Gnd
R221
10K
0W063
6
1
P221
C208
10UF
50V
YK
DGND
Z3 Demod Out
10K
0W063
TR206
MMUN2211LT1
/Z2 Trig
Z2 Trig
Z2 Trig Out
R231
10K
0W063
DGND
+3V3D
R222
240R
0W063
C216
470UF
25V
C218
100N
50V
ADJ
C215
100N
50V
ADJ
DGND
R234
240R
0W063
210mA (0.63W)
C217
470UF
25V
DRAWING TITLE
L7812CV
REG200
+15V
+12V_IR
+12
R223
1K5
0W25
DGND
R226
390R
0W25
DGND
C212
1uF
25V
X7R
DGND
C211
470UF
16V
YXF
Trig / IR / RS232 - IR Demod
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L118_C2_IR Demod Trig Drive_E0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E128
PK
11/03/08
None on this sheet
E.0
08_E016
NC
23/01/08
None on this sheet
D.0
07_E213
PK
15/08/07
None to this sheet
C.0
07_E128
PK
02/03/07
Updated 9 way D type footprint
B.0
07_E009
NC
ECO No.
INITIALS
(01223) 203270 tel No
Printed:
25/10/06
DATE
03/07/2008
INITIAL RELEASE
A.0.2
DESCRIPTION OF CHANGE
Sheet
2
of
3
ISSUE
A3
DRAWING NO.
L118CT
+5V_1
R311
P300
DAB/Sirius L In
AGND
R316
10K
DGND
0W063
C306
100N
16V
R314
10K
0W063
3
R312
10K
0W063
IC301A
NJM2114M
R315
10K
0W063
IC301B
DAB/Sirius L
AGND
100UF
25V
R317
C310
100N
16V
-5V
C308
100P
50V
C324
2
R318
10K
0W063
P304
DAB/Sirius R In
1
P301
C309
100P
50V
DGND
8
C307
100P
50V
4
10K
0W063
DGND
7
P302
10K
0W063
C311
100P
50V
C325
5
DAB/Sirius R
6
R319
10K
0W063
100UF
25V
NJM2114M
4
DGND
6
10K
0W063
22UF
63V
C313
100P
50V
R324
10K
0W063
AGND
C301
R326
DGND
C312
100N
16V
DGND
2N7
50V
3
DGND
IC302A
NJM2114M
C326
1
P307
10K
0W063
8
2
2K7
0W063
P305
AM/FM L
2
C316
100P
50V
100UF
25V
4
AM/FM L In
+5V_1
1
R300
C300
FL300
Sagami / XYM-2AA
R321
3
R328
10K
0W063
C318
100N
16V
-5V
4
DGND
C302
6
AM/FM R In
C315
+5V_1
+5V_1
10K
0W063
22UF
63V
2
100N
16V
C319
2K7
0W063
P306
C314
100P
50V
IC302B
AGND
C303
R327
22UF
63V
R330
0R0
0W063
IC303
1
P303
C320
22UF
63V
2
3
4
FC
CAP+
GND
CAPSP6661EN-L
DGND
DGND
V+
OSC
LV
VOUT
R325
10K
0W063
1
R301
FL301
Sagami / XYM-2AA
R322
3
2N7
50V
7
P308
10K
DGND
0W063
AM/FM R
6
C317
100P
50V
8
C327
5
R329
10K
0W063
100UF
25V
NJM2114M
7
DRAWING TITLE
6
C321
Ground Balancing
5
-5V 22UF
63V
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L118_C3_GND balancing_E0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E128
PK
11/03/08
Pilot tone filter added to AM/FM ground balancing circuit
E.0
08_E016
NC
23/01/08
None on this sheet
D.0
07_E213
PK
15/08/07
None to this sheet
C.0
07_E128
PK
02/03/07
Updated 9 way D type footprint
B.0
07_E009
NC
25/10/06
INITIAL RELEASE
ECO No.
INITIALS
(01223) 203270 tel No
Printed:
DATE
03/07/2008
A.0.2
DESCRIPTION OF CHANGE
Sheet
3
of
3
ISSUE
A3
DRAWING NO.
L118CT
+5V_1
ETH /RESET
/WL REG
WL IRQ
WL RESET
Power
L119_C6_Power_G0.schdoc
Audio
L119_C5_Audio_G0.schdoc
NET WClk
NET BClk
NET MClk
NET Data0
Mute
ETH /RESET
NET MClk
NET WClk
NET BClk
NET MClk
NET Data0
Mute
NET L
NET R
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
NET Mclk
NET SPDIF
NET L
NET R
Net C vid
Net S-vid C
DEV. USE - NF FOR PRODUCTION
CON101
CON102
P105
P106
FS100
T750mA
CON104
Tyco
292303
L100
USB VBUS
TR100
BC846BW
R121
P104
R122 10K
47K 0W063
0W063
C103
100N
16V
X7R
L101
DGND
P163
NET MISO
NET MOSI
NET SPI Clk
146
147
141
NET /CS
143
142
P124
DGND
67
R120
R123
P135
390K
0W063
DGND
R127
470R
0W063
X100
47K
0W063 R124
24.576MHz
HC-49 SM
DGND
C101
33P
0603
NPO
50V
DGND
P159
47K
0W063
DGND
NET Xtal In
P138
C100
33P
0603
NPO
50V
P158
193
194
184
185
203
204
+3V3D
P134
30
R100
1K0
0W063
90
92
190
NET /RESET
187
148
149
91
186
P144
FIX102
4
1
P145
R141
0R0
0W063
+3V3D
R142
10K
0W063
P146
P147
R143
10K
0W063
NET L
NET Data0
NET Data1
NET Data2
NET Data3
NET R
P107
P108
P109
P110
10K
R161
10K
R162
10K
R163
10K
R164
0W063
63
65
79
80
84
85
93
94
120R@100MHz
Net S-vid Y
DM850
IC102D
NET UART0 Tx
NET UART0 Rx
NET Tx
NET Rx
1
2
3
4
47K
4
5
RP103D
5
4
RP105D
DGND
6
USB DRV
USB DUSB D+
C102
100UF
25V
+3V3D
5
120R@100MHz
+3V3D
R102
R103
R104
R105
R106
R107
R108
R109
0W063
10K
10K
10K
10K
10K
10K
10K
10K
M100
FDN340P
+3V3D
AMP
4
3
2
1
R101
47K
0W063
4
3
2
1
AMP
+5V_1
100R
RXD0
TXD0
RXD1
TXD1
AV0DATA0
AV0DATA1
AV0DATA2
AV0DATA3
TMS
TCK
TDI
TDO
AV0CLK
AV0CTRL0
AV0CTRL1
AV1DATA0
AV1DATA1
AV1DATA2
AV1DATA3
SPIMISO
SPIMOSI
SPICLK
SPINCS0
SPINCS1
AV2DATA0
AV2DATA1
AV2DATA2
SYNC,AV0CTRL2
AV2CLK
VCO0
AV2CTRL0
PDOUT0
AV2CTRL1
VCO1
PDOUT1
AV3DATA0
AV3DATA1
AV3DATA2
AV3DATA3,/CS3
XTALI
XTALO
PERIPHERALS
AV3CLK
CLKOUT AV3CTRL0,A22
AV3CTRL1,A23
NC1
NC2
AV4DATA0
AV4DATA1
/RESET
AV4DATA2
AV4DATA3
/TEST2
/TEST3
AV4CLK
/TEST4
AV4CTRL0
TEST5
AV4CTRL1
TEST1
4
5
6
7
47K
4
5
RP100D
3
6
RP100C
2
7
RP100B
1
8
RP100A
2
196
197
P120
161
162
163
164
4
5
RP106D
3
6
RP106C
2
7
RP106B
1
8
RP106A
0W063
R160
R113
R115
47K
DGND
NET BClk
P116
NET WClk
P136
NET MClk
P119
56R 0W063
56R 0W063
56R 0W063
8
1
RP104A
7
2
RP104B
6
3
RP104C
5
4
RP104D
47K
R116
12
13
14
R117
R118
R126
R128
R129
0W063
3
RP103C
2
RP103B
1
RP103A
33
34
35
21
22
23
24
P121
P122
P123
2
NET MODE HOST
NET POWER DOWN
NET /RESET
47K
47K
47K
P102
1
IC102F
0R0
56R
0W063
6
7
8
47K
4
5
RP102D
3
6
RP102C
2
7
RP102B
1
8
RP102A
47K
NET C vid
NET S-vid C
NET S-vid Y
P100
P101
P103
NET POWER DOWN
NET MODE HOST
NET NIREQ HOST
WL RESET
/WL REG
WL IRQ
47K
R133
47K
R134
47K
R135
0W063
DGND
R145
0R0
0W063
0W063
R136
R137
R138
R139
R140
+3V3D
0W063
47K
DGND
R146
R147
R148
10K
0W063
R149
DM850
USBD+
USBDP162
R184
0R0
DGND
USB INTERFACE
FIX101
USBBUSDRV
USBVBUS
USBID
USBREF
USBXTALI
USBXTALO
48
49
USB VBUS R
P137
R155
P154
100R
0W063
52
59
60
R153
USB DRV
51
53
R150
R151
USB D+
USB D-
37
MOLEX
NET SPDIF2
R183
2
NET NIREQ HOST
DGND
DGND
1
NET /CS
NET Tx
1
3
NET SPI Clk
47K
FIX100
4
NET MOSI
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
P148
R144
10K
0W063
DGND
0R0
1
NET MISO
VGnd
NET Rx
R119
3
0R0
0W063
NET SPDIF
R125
39
40
44
46
DGnd
56R
0W063
47K
0W063
8
1
RP105A
7
2
RP105B
6
3
RP105C
198
199
200
195
167
168
R110
R112
R114
VGND DGND AGND
R111
MOLEX
CON103
IC102E
99
100
101
102
10
11
19
20
47K
47K
10K
47K
10K
P149
P150
P151
9
47K 0W063
ETH /RESET
47K 0W063
P152
10K 0W063
P153
DGND
R152
P166
10K 0W063
R154
56R
0W063
Mute
USB VBUS
62
66
64
8
USB_D11,GPIO15
USB_D10,GPIO14
USB_D9,GPIO13
USB_D8,GPIO12
USB_D7,GPIO11
USB_D6,GPIO10
USB_D5,GPIO9
USB_D4,GPIO8
USB_CLK,GPIO6
USB_STOP,GPIO3
USB_NEXT,GPIO2
USB_DIR,GPIO1
GPIO PORT/ULPI
/WL REG
WL IRQ
WL RESET
CON100
Ethernet
L119_C4_Ethernet_G0.schdoc
Memory
L119_C2_Memory_G0.schdoc
+6V_1
USB_PCLK,GPIO0
DM850
P160
P111
P155
TOOL100
P156
P157
R157
1K0
0W063
R156
390R
P161
R159
5K1
DRAWING TITLE
R158
0R0
0W063
C104
100N
0603
X7R
16V
TOOL101
TOOL102
FID101
FID102
FID103
TOOL103
DGND
FID100
NET - GPIO
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L119_C1_DM850_G0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E143
PK
17/07/08
PCB mechanics change for GPE panel
G.0
08_E129
PK
15/05/08
PCB change, make CON101, 102 NF, /Mute changed to Mute
F.0
08_E054
PK
20/02/08
Removed CON105 and re-allocated signals
USB socket moved from front input PCB
E.0
08_E022
PK
07/12/07
UART1 connected to PW338, X100 changed to SMT
D.0
07_E166
PK
25/9/07
Changed power plane through lead connect style to thermal relief,+5V_2>+6V_1
C.0
ECO No.
INITIALS
(01223) 203270 tel No
Printed:
DATE
17/07/2008
DESCRIPTION OF CHANGE
Sheet
1
of
6
ISSUE
A3
DRAWING NO.
L119CT
1
14
27
3
9
43
49
+3V3D
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13,/RAS
A14,/CAS
A15,BA0
A16,BA1
A17,LDQM
A18,UDQM
A19
A20
A21
P202
MEMCLK
P203
R254
152
153
154
155
156
159
160
165
166
169
170
171
172
177
178
179
180
181
182
105
106
107
135
117
P205
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
MEMORY
A11
A12
A13,RAS
A14,CAS
A15,BA0
A16,BA1
A17,DQM0
A18,DQM1
A19
A20
A21
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
/CS0
/CS1
/CS2
/OE
/WE
MEMCLK
/WAIT
118
119
120
121
122
123
126
127
130
131
132
133
134
138
139
140
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
R217
R219
R221
R223
R225
R227
R229
R231
R233
R235
R237
R239
R241
R243
R245
R202
111
110
109
115
108
MEMCLK
FLASH /CS
SDRAM /CS
/CS WL
P252
R209
R253
183
/OE
/WE
R200
56R
0W063
P201
C207
10P
50V
NPO
DGND
FLASH /CS
SDRAM /CS
/CS WL
/OE
/WE
/WAIT
MEMCKE
R201
R203
R205
R204
R208
R206
R207
0W063
+3V3D
4K7
4K7
4K7
4K7
4K7
4K7
4K7
16
17
18
19
A15,BA0
A16,BA1
20
21
A11
A10
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0
35
22
34
33
32
31
30
29
26
25
24
23
A17,LDQM
A18,UDQM
15
39
VDD
VDD
VDD
VDDQ
VDDQ
VDDQ
VDDQ
/WE
A14,/CAS
A13,/RAS
SDRAM /CS P200
CKE
CLK
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
WE*
CAS*
RAS*
CS*
BA0
BA1
A11
A10
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0
2
4
5
7
8
10
11
13
42
44
45
47
48
50
51
53
+3V3D
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
C200
100N
16V
X7R
C201
100N
16V
X7R
C202
100N
16V
X7R
C203
100N
16V
X7R
C204
100N
16V
X7R
C205
100N
16V
X7R
C206
100N
16V
X7R
DGND
LDQM
UDQM
/WAIT
MEMCKE
28
41
54
6
12
46
52
MEMCKE
R216
R218
R220
R222
R224
R226
R228
R230
R232
R234
R236
R238
R240
R242
R244
R246
R247
R248
R249
R250
R251
R252
22R
0W063
DM850
IC102B
37
38
VSS
VSS
VSS
VSSQ
VSSQ
VSSQ
VSSQ
22R
0W063
MEMCKE
MEMCLK
IC200
IC42S16800-6T(G)
WiFi module connector
L119_C3_Wifi_G0.SchDoc
/WL REG
/WL REG
WL IRQ
WL IRQ
WL RESET
WL RESET
/WL REG
/WAIT
WL IRQ
WL RESET
/CS WL
/OE
/WE
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
P206
P207
P208
P209
P210
P212
P214
P216
25
24
23
22
21
20
19
18
P220
A8
P222
A9
A10 P224
A11 P225
A12
A13,/RAS
A14,/CAS
A15,BA0
8
7
6
5
4
3
2
1
A0
A1
A2
A3
A4
A5
A6
A7
/CS WL
/OE
/WE
P251
+3V3D
A21
R215
0R0 0W063
NF
+3V3D
R212
4K7
0W063
A16,BA1
A17,LDQM
A18,UDQM
A19 P241
R213
4K7
0W063
P236
P238
P240
R210
R211
NF
P243
0R0 0W063
0R0
/RESET_FLASH
P244
P245
/WE
P246
/WP
A20
/RESET_FLASH
/WP
FLASH /CS
/OE
+3V3D
A21
S29GL064xxxTFIR3x 8M fit R210 & R255, do not fit R211, R214 & R215
AMD29LV641DH 8M fit R211 & R215, do not fit R210, R214 & R255
ST39VF6401B 8M fit R210 & R255, do not fit R211, R214 & R215
DRAWING TITLE
P226
P228
P230
P232
48
17
16
9
15
10
P250
12
11
14
P247
P248
P249
R214
0R0 NF
0W063
26
28
13
A0
A1
A2
A3
A4
A5
A6
A7
IC202
S29GL064A90TFIR30
BYTE*
37
47
+3V3D
VDD
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
A8
A9
A10
A11
A12
A13
A14
A15
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15/A-1
A16
A17
A18
A19
RY/BY*
A20
R255
0R0
0W063
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
P211
P213
P215
P217
P218
P219
P221
P223
30
32
34
36
39
41
43
45
D8
D9
D10
D11
D12
D13
D14
D15
P227
P229
P231
P233
P234
P235
P237
P239
C208
100N
16V
X7R
RST*
WE*
WP*
CE*
OE*
A21
C209
100N
16V
X7R
DGND
DGND
L119_C2_Memory_G0.SchDoc
Notes:
Contact Engineer:
D0
D1
D2
D3
D4
D5
D6
D7
+3V3D
NET - Memory
Filename:
29
31
33
35
38
40
42
44
VSS
VSS
/WAIT
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13,/RAS
27
46
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13,/RAS
DGND
Nick Clarke
Contact Tel:
08_E143
PK
17/07/08
R255 changed to fitted, PCB mechanics change for GPE panel
G.0
08_E129
PK
15/05/08
PCB change only
F.0
08_E054
PK
20/02/08
None to this sheet
E.0
08_E022
PK
07/12/07
No changes on this sheet
D.0
07_E166
PK
25/9/07
Changed power plane through lead connect style to thermal relief
C.0
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
DATE
17/07/2008
Sheet
2
of
6
A3
DRAWING NO.
L119CT
AMP
CON300
IC300A
1
3
/OE
P300 /OE WL
2
74HC32D
IC300B
4
6
/WE
P302 /WE WL
5
74HC32D
DGND
1
3
5
7
9
11
13
15
+3V3D
17
19
21
23
25
27
29
31
33
D10
35
D1
37
39
D0
41
A0
43
P304
45
/WL REG
47
A2
49
51
A4
53
55
57
59
A11
61
0R0
NF
63
R301
A13,/RAS
65
0W063
P305
67
/WAIT
69
47K 0W063
P306
71
R300
73
A7
75
A8
77
79
A10
/CS WL
81
83
85
D15
87
D7
89
91
D6
93
95
D5
97
99
D4
101
103
105
107
109
111
113
115
117
119
121
123
IC300C
9
TIP
8PMJ-3
8PMJ-6
8PMJ-7
8PMJ-8
LED1-P
LED1-N
CHSGND
INTB
3V3
R
GND
CLK
GND
REQ
3V3
AD31
AD29
GND
AD27
AD25
R
C_,_BE3
AD23
GND
AD21
AD19
GND
AD17
C_,_BE2
IRDY
3V3
CLKRUN
SERR
GND
PERR
C_,_BE1
AD14
GND
AD12
AD10
GND
AD8
AD7
3V3
ADS
R
AD3
5V
AD1
GND
SYNC
SD-IN
BIT-CLK
COD-ID1
MOD-A-MON
A-G
S-A-O
S-A-O-G
A-G
R
VCC5VA
RING
8PMJ-1
8PMJ-2
8PMJ-4
8PMJ-5
LED2-P
LED2-N
R
5V
INTA
R
3V3_AUX
RST
3V3
GNT
GND
PME
R
AD30
3V3
AD28
AD26
AD24
IDSEL
GND
AD22
AD20
PAR
AD18
AD16
GND
FRAME
TRDY
STOP
3V3
DEVSEL
GND
AD15
AD13
AD11
GND
AD9
C_,_BE0
3V3
AD6
AD4
AD2
AD0
R_WIP
R_WIP
GND
M66EN
SD-0
C-ID0
RESET
R
GND
S-A-I
S-A-I-G
A-G
MPIACT
3V3_AUX
125
126
127
128
/CS WL
/CS WL
GND
GND
GND
GND
P309
DGND
8
2
4
6
8
10
12
14
+3V3D
16
18
P301
20
22
24
P303
26
28
/WE WL
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
P308
64
NF
66
R302
68
70
P307
NF
72
R303
74
0R0
76
DGND
0W063
78
/OE WL
80
82
84
/CS WL
86
88
90
92
94
96
98
100
102
104
106
108
110
112
114
116
118
120
122
124
WL IRQ
WL RESET
D9
D8
A1
A3
A5
A12
A6
D2
D14
A9
D13
D12
D11
D3
DGND
10
DGND
74HC32D
IC300D
12
11
13
74HC32D
DGND
IC300E
VCC
GND
+3V3D
14
+3V3D
7
C300
100N
16V
X7R
74HC32D DGND
C301
100N
16V
X7R
DGND
C302
100N
16V
X7R
C303
100N
16V
X7R
C304
100N
16V
X7R
C305
100N
16V
X7R
C306
100N
16V
X7R
C307
100N
16V
X7R
DRAWING TITLE
NET - Wifi Connector
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L119_C3_WiFi_G0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E143
PK
17/07/08
PCB mechanics change for GPE panel
G.0
08_E129
PK
15/05/08
PCB change only
F.0
08_E054
PK
20/02/08
None to this sheet
E.0
08_E022
PK
07/12/07
No changes on this sheet
D.0
07_E166
PK
25/9/07
Changed power plane through lead connect style to thermal relief
C.0
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
DATE
17/07/2008
Sheet
3
of
6
A3
DRAWING NO.
L119CT
MII0
MII1
MII2
MII3
120R@100MHz
L400
P401
MII17
1K5
0W063
C401
10uF
10V
X5R
C402
100N
16V
X7R
MIITXD0
MIITXD1
MIITXD2
MIITXD3
MIITXCLK
MIITXEN
MIITXER
MIICOL
MIICRS
MIIMDC
MIIDIO
MIIPHYCLK
P419
P421
P422
P423
69
MII4
P426
70
68
P428
P429
MII5
MII6
28
27
26
25
MII7
MII8
MII9
MII10
P430
P431
P432
P433
41
MII11
P434
29
42
MII12
MII13
P435
P436
20
19
18
17
22
21
16
MII14
MII15
36
35
MII16
MII17
24
25
32
45
DVDD
DVDD
DVDD
TX+
TX-
BGRES
BGRESG
TXD0
TXD1
CABLESTS,LINKSTS
TXD2
TXD3
LEDMODE
TXCLK,ISOLATE
TXEN
LED0,OP0
TXER,TXD
LED1,OP1
LED2,OP2
COL,RMII
CRS,PHYAD4
DISMDIX
MDC
MDIO
/MDINTR
NC
R402
51R
0W063
R403
51R
0W063
R404
51R
0W063
L401
1
16
IC400
DM9161A
RX+
RX-
PWRDOWN
/RESET
DGND
DGND
DGND
MII INTERFACE
MIIRXDV
MIIRXER
MII0
MII1
MII2
MII3
MII7
MII8
MII9
MII10
MII11
MII12
MII13
RXD0,PHYAD0
RXD1,PHYAD1
RXD2,PHYAD2
RXD3,PHYAD3
RXCLK,10BTSER
RXDV,TESTMODE
RXER,RXD4,RPTR
R401
51R
0W063
DGND
C405
100N
DGND
16V
X7R
P403
XT1
XT2
7
8
P408
P410
P411
2
15
3
6
14
11
P409
3
4
48
47
R406
75R
0W063
75R
0W063
1
2
3
4
5
6
7
8
R408
7
6K2 0W063
P414
R409
P416
14
+3V3D P420
31
11
12
13
R405
P424
P425
P427
39
R420
0W063
R421
R422
R423
0W063
P417
R407
10
8
9
+3V3D
47K
P415
75R
0W063
75R
0W063
CON400
Molex
440500001
C406
1N0
2000V
47K
47K
47K
DGND
10
40
DGND
43
42
15
33
44
MIIRXCLK
73
74
75
76
29
28
27
26
34
37
38
AVDDR
AVDDR
AVDDT
MII0
MII1
MII2
MII3
MII4
MII5
MII6
DM850
IC102C
MIIRXD0
MIIRXD1
MIIRXD2
MIIRXD3
1
2
9
MII15
MII6
MII13
MII14
AGND
AGND
AGND
47K
47K
47K
47K
5
6
46
DGND
R416
R417
R418
R419
0W063
+3V3D
23
30
41
DGND
C404
100N
16V
X7R P402
C403
10uF
10V
X5R
SCRN2
R400
C400
100N
16V
X7R
SCRN4
P400
SCRN1
47K
47K
47K
47K
SCRN3
+3V3D DGND
R412
R413
R414
R415
0W063
DGND
98
97
MII14
MII15
P437
P438
82
83
MII16
MII17
P439
P440
81
R410
56R
0W063
P441
ETH /RESET
P442
R411
47K
DGND
DRAWING TITLE
NET - Ethernet
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L119_C4_Ethernet_G0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E143
PK
17/07/08
PCB mechanics change for GPE panel
G.0
08_E129
PK
15/05/08
PCB change only
F.0
08_E054
PK
20/02/08
None to this sheet
E.0
08_E022
PK
07/12/07
CON400 updated for Syspro
D.0
07_E166
PK
25/9/07
Changed power plane through lead connect style to thermal relief
C.0
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
DATE
17/07/2008
Sheet
4
of
6
A3
DRAWING NO.
L119CT
C500
P500
2K2
0W063
R501
6
R504
P504
DGND
DGND
DGND
VA
R503220R
47K 0W063
10K
C521
100P
C520
100N
R520
10K
0W063
DGND
AGND
P508
DGND
470P
50V
NPO
3
C527
100P
IC502A
NJM2114M
C522
1
P528
10K
DGND
NET L
2
R526
10K
100UF
C526
100N
-5V
L501
120R@100MHz
+6V_1
P527
R521
P526
P510
P511
C509
P513
R506
2K2
0W063
DGND
1N0
100V
NPO 3
R507
2
DGND
SM
DGND
L503
P515
1
P514
5K1
0W063
C518
10UF
C519
100N
16V
X7R
8
C510
10UF
50V
SM
FILT+
10
SM
P503
R519
P531
C502
C503
10UF
50V
SM
C504
470P
50V
NPO
C517
100UF
47K
0W063
R502
C512
IC500A 120R@100MHz
10UF
LM358AM
50V
SM
DGND
R511
R508
P516
P517
C514
470P
50V
NPO
R510
C513 47K
10UF 0W063
50V
SM
P529
10K
C523
100P
R523
10K
IC502B
DGND
P518
4K7
0W063
C515
R522
P532
R509220R
47K 0W063
0W063
4
C511
100N
16V
X7R
6
7
C507
100N
16V
X7R
GND
P512
MCLK
AOUTL
/DEM,SCLK
LRCK
AOUTR
SDIN
P507
IC501
CS4345
8
DGND 4
2
3
1
NET MClk
NET BClk
NET WClk
NET Data0
5
C505
10UF
50V
SM
VQ
C506
100N
16V
X7R
9
P506
C501
IC500B 120R@100MHz
10UF
LM358AM
50V
R505
SM
P505
4K7
0W063
P533
L500
120R@100MHz
P502
7
P501
5K1
0W063
+6V_1
L502
8
R500
D500
LL4148
1N0
100V
NPO 5
4
+6V_1
AGND
R524
DGND
C524
5
P530
7
NET R
6
100UF
10K
C525
100P
P519
R525
10K
NJM2114M
470P
50V
NPO
DGND
+6V_1
R513
10K
R514
R515
Mute
P509
TR500
BC856B
P525
P520 1K0
TR502
BC846BW
TR503
2SC4548
R516
10K
P523
1K0
P522
DGND
TR504
2SC4548
R518
DGND
R527
10K
P524
1K0
DGND
-5V
DRAWING TITLE
NET - Audio DAC
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L119_C5_Audio_G0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E143
PK
17/07/08
PCB mechanics change for GPE panel
G.0
08_E129
PK
15/05/08
/Mute changed to Mute
F.0
08_E054
PK
20/02/08
None to this sheet
E.0
08_E022
PK
07/12/07
No
changes
on this
sheet
D.0
Changed
power
plane
through lead connect style to thermal relief, +5V_2 > +6V_1
07_E166
PK
25/9/07
ECO No.
INITIALS
(01223) 203270 tel No
Printed:
DATE
17/07/2008
C.0
DESCRIPTION OF CHANGE
Sheet
5
of
6
ISSUE
A3
DRAWING NO.
L119CT
+1V8D
10pF caps for plane edge emc
C656
10P
C657
10P
C658
10P
C659
10P
C660
10P
C661
10P
C662
10P
C663
10P
C644
10P
C645
10P
C646
10P
C647
10P
C648
10P
C649
10P
C650
10P
DGND
+3V3D
C643
10P
C652
10P
C653
10P
C654
10P
C655
10P
C664
10P
C665
10P
C667
10P
C668
10P
+3V3D
3
16
32
43
61
78
89
103
113
125
136
151
158
176
192
201
DGND
120R@100MHz
+3V3D
+3V3D
C602
100N
16V
X7R
C603
100N
16V
X7R
C604
100N
16V
X7R
C605
100N
16V
X7R
C606
100N
16V
X7R
C607
100N
16V
X7R
C608
100N
16V
X7R
C609
100N
16V
X7R
L600
+3V3D
P601
C610
10uF
10V
X5R
DGND
C611
100N
16V
X7R
IC102A
C612
100N
16V
X7R
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
55
VDDIOUSB
+3V3D
DGND
C618
100N
16V
X7R
C619
100N
16V
X7R
C620
100N
16V
X7R
DGND
C623
100N
16V
X7R
+1V8D
+1V8D
C624
100N
16V
X7R
C625
100N
16V
X7R
C626
100N
16V
X7R
C627
100N
16V
X7R
C628
100N
16V
X7R
C629
100N
16V
X7R
C630
100N
16V
X7R
C631
100N
16V
X7R
C632
100N
16V
X7R
P602
L601
L602
P604
DGND
C633
10uF
10V
X5R
DGND
10
11
DGND
CP
MR
P615
9
7
R610
DGND
6
100K
C636
5
P613 PSU Sync
/32
3
2
P624
100P
4
DGND
50V
13
NPO
PSU Sync
12
14
15
PSU Sync = 768kHz for Mclk = 24.576MHz
1
PSU Sync = 705.6kHz for Mclk = 22.579MHz
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
74HC4040D
7
EN
FB
LBI
PG
SYNC LBO
PGND
6
IC600A
NET Mclk
8
L604
15uH
5 P623
+3V3D
R603
1M0
R604
1M0
R605
560K
C637
6P8
2
C639
100N
GND
8
IC600B DGND
74HC4040D
R606
130K
8
6
P621
P620
P619
P617
DGND
7
R612
100K
DGND
R611
100K
DGND
DGND
DGND
1
L119PB
EN
FB
LBI
PG
SYNC LBO
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
50
C601
17
36
72
87
96
116
129
145
173
188
DGND
22UF
R600
0R0
IC601
1
P606
FC
2
C669
22UF
CAP+
3
4
57
206
208
V+
OSC
GND
LV
CAP-
VOUT
SP6661EN-L
8
7
6
C670
5
-5V 22UF
209
DGND
L605
15uH
+1V8D
680mA
5 P622
R607
1M0
R608
1M0
R609
390K
C641
6P8
C638
22uF
4
P618
2
P616
P614
DGND
R613
150K
DGND
Blank AVR002 Network PCB
NET - PSU
Filename:
100N
DGND
PSU Sync
DRAWING TITLE
VCC
C640
10uF
4
PCB600
+3V3D
16
C621
22uF
54
DGND
REG601
TPS62050DGSRG4
1
9
VIN
SW
+6V_1
10
R602
130K
GND
C622
10uF
3
+6V_1
DZ600
BZX84C
4V7
C600
DM850
GND
REG600
TPS62050DGSRG4
1
9
VIN
SW
HEAT PAD
R614
62R
0W125
DGND
3
310mA + wifi
VSSC
VSSC
VSSC
VSSC
VSSC
VSSC
VSSC
VSSC
VSSC
VSSC
VDDUSBPLL VSUSBPLL
VDDPLL
VSSPLL
VDDDCO
VSSDCO
P605
C635
10uF
10V
X5R
C634
10uF
10V
X5R
DGND
VDDC
VDDC
VDDC
VDDC
VDDC
VDDC
VDDC
VDDC
VDDC
VDDC
56
205
207
P603
VSSUSB
POWER
+6V_1
PGND
C617
100N
16V
X7R
VDDUSB
VSSIOUSB
1
15
31
45
58
77
88
104
112
124
137
150
157
175
191
202
10
C616
100N
16V
X7R
47
+1V8D
18
38
71
86
95
114
128
L603 144
174
189
120R@100MHz
C615
100N
16V
X7R
120R@100MHz
C614
100N
16V
X7R
120R@100MHz
C613
100N
16V
X7R
DGND
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
VSSIO
L119_C6_Power_G0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E143
PK
17/07/08
PCB mechanics change for GPE panel
G.0
08_E129
PK
15/05/08
PCB change only
F.0
08_E054
PK
20/02/08
None to this sheet
E.0
08_E022
PK
07/12/07
Changed power plane through lead connect style to thermal relief, +5V_2 > +6V_1
D.0
07_E166
PK
25/9/07
4v7 supply added to -5V charge pump
C.0
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
DATE
17/07/2008
Sheet
6
of
6
A3
DRAWING NO.
L119CT
Main PCB
L121_C2_Main PCB_F0.SchDoc
Daughter PCBs
L121_C3_Daughter PCBs_F0.SchDoc
Vcomp Latch
SPI Clk
SPI Data
AN SPI Data
AN SPI Clk
Zone SPI Clk
Zone SPI Data
DAB SCL
DAB SDA
AN SCL
AN SDA
VidIO Mux Latch
AIn Mux Latch
AOut Mux Latch
IRTrig Mux Latch
NET MISO_D
NET MOSI
NET SPI Clk
NET/CS
NET Mode Host
NET Power Down
NET NIREQ Host
DSP Clk
DSP MISO
DSP MOSI
DSP /CS
DSP2 FLAG0
DSP1 FLAG0
RDS Int
RDS Data
FM Data Out
FM CE
NET /RESET
DSP2 /CS
iPod /Present
SPDIF /Reset
VSM
Z1 Demod Out
Z2 Demod Out
Z3 Demod Out
WClk PW338
Headphone Sense
Z2 /Mute
Z3 /Mute
/Main Mute
/Sbl/Sbr Mute
RS232 Tx
RS232 Rx
Y in
Pb In
Pr In
Cvid In
S-vid Y In
S-vid C In
NET Cvid
NET S-vid C
NET S-vid Y
NET Tx
NET Rx
Sirius Tx
Sirius Rx
iPod Tx
iPod Rx
Y ADV7312
Pb ADV7312
Pr ADV7312
Cvid Out
S-vid Y Out
S-vid C out
HDMI Data0
HDMI Data1
HDMI Data2
HDMI Data3
HDMI SPDIF
HDMI WClk
HDMI BClk
HDMI MClk
Dig Mux Latch
FP int
FP_TX
FP_RX
SPDIF_Present
/AC Present
Relay Sw
FAN PWM
Amp Temp1
Amp Temp2
Amp Temp3
Amp Fault
Vcomp Latch
SPI Clk
SPI Data
AN SPI Data
AN SPI Clk
Zone SPI Clk
Zone SPI Data
DAB SCL
DAB SDA
AN SCL
AN SDA
VidIO Mux Latch
AIn Mux Latch
AOut Mux Latch
IRTrig Mux Latch
NET MISO_D
NET MOSI
NET SPI Clk
NET/CS
NET Mode Host
NET Power Down
NET NIREQ Host
DSP Clk
DSP MISO
DSP MOSI
DSP /CS
DSP2 FLAG0
DSP1 FLAG0
RDS Int
RDS Data
FM Data Out
FM CE
NET /RESET
DSP2 /CS
iPod /Present
SPDIF /Reset
VSM
Z1 Demod Out
Z2 Demod Out
Z3 Demod Out
WClk PW338
Headphone Sense
Z2 /Mute
Z3 /Mute
/Main Mute
/Sbl/Sbr Mute
RS232 Tx
RS232 Rx
Y in
Pb In
Pr In
Cvid In
S-Vid Y In
S-Vid C In
NET Cvid
NET S-vid C
NET S-vid Y
NET Tx
NET Rx
Sirius Tx
Sirius Rx
iPod Tx
iPod Rx
Y ADV7312
Pb ADV7312
Pr ADV7312
Cvid Out
S-vid Y Out
S-vid C Out
HDMI Data0
HDMI Data1
HDMI Data2
HDMI Data3
HDMI SPDIF
HDMI WClk
HDMI BClk
HDMI MClk
Dig Mux Latch
FP int
FP_TX
FP_RX
SPDIF_Present
Vcomp Latch
SPI Clk
SPI Data
AN SPI Data
AN SPI Clk
Zone SPI Clk
Zone SPI Data
DAB SCL
DAB SDA
AN SCL
AN SDA
VidIO Mux Latch
AIn Mux Latch
AOut Mux Latch
IRTrig Mux Latch
NET MISO_D
NET MOSI
NET SPI Clk
NET/CS
NET Mode Host
NET Power Down
NET NIREQ Host
DSP Clk
DSP MISO
DSP MOSI
DSP /CS
DSP2 FLAG0
DSP1 FLAG0
RDS Int
RDS Data
FM Data Out
FM CE
NET /RESET
DSP2 /CS
iPod /Present
SPDIF /Reset
VSM
FIX106
FIX100
NF
R100
1
P105
1
P106
0R0
AGND
0W063
Dia 3.5mm
FIX107
Dia 3.5mm
FIX110
NF
R101
1
P108
Dia 3.5mm
FIX108
1
P109
0R0
AGND
0W063
Dia 3.5mm
FIX111
NF
R102
1
P111
Dia 3.5mm
FIX109
1
P112
0R0
AGND
0W063
Dia 3.5mm
FIX104
NF
R103
1
P114
Dia 3.5mm
1
P115
0R0
AGND
0W063
Dia 3.5mm
FIX105
1
P117
Dia 3.5mm
Z1 Demod Out
Z2 Demod Out
Z3 Demod Out
WClk PW338
Headphone Sense
Z2 /Mute
Z3 /Mute
/Main Mute
/Sbl/Sbr Mute
RS232 Tx
RS232 Rx
Y in
Pb In
Pr In
Cvid In
S-vid Y In
S-vid C In
NET Cvid
NET S-vid C
NET S-vid Y
NET Tx
NET Rx
Sirius Tx
Sirius Rx
iPod Tx
iPod Rx
Y ADV7312
Pb ADV7312
Pr ADV7312
Cvid Out
S-vid Y Out
S-vid C out
HDMI Data0
HDMI Data1
HDMI Data2
HDMI Data3
HDMI SPDIF
HDMI WClk
HDMI BClk
HDMI MClk
Dig Mux Latch
FP Int
FP_TX
FP_RX
SPDIF_Present
FIX102
NF
R107
NF
R109
1
P107
0R0
DGND
0W063
0R0
VGND
0W063
Dia 3.5mm
FIX101
NF
R104
NF
R108
1
P110
0R0
DGND
0W063
0R0
DGND
0W063
Dia 3.5mm
FIX112
NF
R105
NF
R106
1
P113
0R0
DGND
0W063
0R0
DGND
0W063
Dia 3.5mm
FIX103
NF
R111
NF
R110
1
P116
0R0
DGND
0W063
0R0
VGND
0W063
Dia 3.5mm
NF
R112
0R0
DGND
0W063
PSU
PSU
PH
CON101
1
2
3
4
5
6
CON100
+5V_STBY
7
+3V3_PW338
1
1V8D
+5V_1
Clk PSU
8
2
Relay Sw
/AC Present
9
3
+6V_1
+40V_VFD
10
4
+15V
JST
DGND
DGND11
5
AGND12
6
VGND
Amp
CON102
1
2
3
4
5
6
7
8
Clk PSU
MOLEX
52806
Clk PSU
P100
-15V
MOLEX
FAN PWM
P101 Amp Fault
P102 Amp Temp1
P103 Amp Temp2
P104 Amp Temp3
DGND
TOOL100 TOOL101 TOOL102 TOOL103
FD100FD101FD102FD103
/AC Present
Relay Sw
FAN PWM
Amp Temp1
Amp Temp2
Amp Temp3
Amp Fault
PCB100
1
DRAWING TITLE
L121PB
Blank AVR002 Connection PCB
Connection PCB
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L121_C1_Motherboard_F0.SchDoc
Notes:
08_E130
PK
08_E055
PK
Nick Clarke
Contact Tel:
20/02/08
PCB change only
F.0
None to this sheet
E.0
08_E035
NC
08/02/08
CON317 connections altered, HDMI Clks added
D.0
08_E017
PK
02/08/07
Rename DSP signals for AD DSP, correct backwards bottom silk
C.0
07_E126
PK
02/03/07
Changed power plane connect style to direct, iPod removed, +5V_2 > +6V_1 B.0
ECO No.
Contact Engineer:
15/05/08
(01223) 203270 tel No
INITIALS
Printed:
DATE
03/07/2008
DESCRIPTION OF CHANGE
Sheet
1
of
3
ISSUE
A3
DRAWING NO.
L121CT
+3V3_PW338
+3V3_PW338
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
100
102
104
106
108
110
112
114
116
118
120
Z3 /Mute
Z2 /Mute
/Sbl/Sbr Mute
/Main Mute
SPDIF /Reset
NET /RESET
DSP2 /CS
NET MISO_D
NET Power Down
FP_RX
DAB SDA
SPI Clk
SPI Data
AN SPI Data
RDS Int
iPod /Present
FM CE
AOut Mux Latch
Relay Sw
NET MOSI
NET SPI Clk
NET Mode Host
DSP MOSI
DSP /CS
DSP1 FLAG0
Headphone Sense
CON200
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
61
63
65
67
69
71
73
75
77
79
81
83
85
87
89
91
93
95
97
99
101
103
105
107
109
111
113
115
117
119
+5V_STBY 1V8D
+5V_1
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
100
102
104
106
108
110
112
114
116
118
120
Y ADV7312
Pb ADV7312
Pr ADV7312
S-vid Y Out
S-vid C out
Cvid Out
SPDIF_Present
FAN PWM
FP_TX
DAB SCL
Zone SPI Data
AN SCL
AN SDA
AN SPI Clk
Zone SPI Clk
FM Data Out
RDS Data
WClk PW338
Was I2S mux
Vcomp Latch
HDMI MClk
HDMI BClk
VidIO Mux Latch
AIn Mux Latch
IRTrig Mux Latch
Dig Mux Latch
NET/CS
Amp Temp1
Amp Temp2
Amp Temp3
NET NIREQ Host
FP int
DSP MISO
DSP Clk
Was iPod SVid Y
Was iPod CVid
Y in
S-vid Y In
NET S-vid C
Pr In
DSP2 FLAG0
Amp Fault
VSM
RS232 Tx
Z2 Demod Out
Z1 Demod Out
Z3 Demod Out
RS232 Rx
/AC Present
HDMI SPDIF
Sirius Rx
NET Rx
iPod Rx
iPod Tx
NET Tx
Sirius Tx
HDMI WClk
HDMI Data3
HDMI Data2
HDMI Data1
HDMI Data0
NET S-vid Y
Pb In
Cvid In
Was iPod SVid C
NET Cvid
S-vid C In
Hirose
FX8C-120P-SV
Hirose
FX8C-120P-SV
DGND
CON201
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
61
63
65
67
69
71
73
75
77
79
81
83
85
87
89
91
93
95
97
99
101
103
105
107
109
111
113
115
117
119
DGND
VGND
DRAWING TITLE
DGND
DGND VGND
Main PCB Connectors
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L121_C2_Main PCB_F0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E130
PK
08_E055
PK
08_E035
NC
08_E017
PCB change only
F.0
None to this sheet
E.0
08/02/08
CON317 connections altered, HDMI Clks added
D.0
PK
02/08/07
Rename DSP signals for AD DSP, correct backwards bottom silk
C.0
07_E126
PK
02/03/07
Changed power plane connect style to direct, iPod audio/video removed
B.0
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
15/05/08
20/02/08
DATE
03/07/2008
Sheet
2
of
3
A3
DRAWING NO.
L121CT
Pb In
Pr In
Z3 L
Z3 R
VGND AGND
SAMTEC
SSQ
S-vid Y Out
Cvid In
S-vid Y In
S-vid C In
VGND
1
2
SPI Data
3
4
SPI Clk
5
6
Z3 L
7
8
Z3 R
9
10
11
12
13
14
15
16
17
18
+5V_1
19
20
CON307
SPI Data
SPI Clk
AGND
Zone SPI Clk
Zone SPI Data
Z2 /Mute
Z3 /Mute
SAMTEC
SSQ
DGND
AN SDA
AN SCL
AN SDA
AN SCL
DGND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
VidIO Mux Latch
Was DAB/Sirius SPDIF
BClk
ADC Data
+5V_1
AN SPI Data
AN SPI Clk
Was iPod L
Was iPod R
DAB/Sirius L
DAB/Sirius R
NET L
NET R
Phono L
SAMTEC
SSQ
DGND
Phono R
AM/FM L
AM/FM R
Main L
Main R
+15V
-15V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
+6V_1
DSP BClk
DSP MClk
DSP WClk
DSP BClk Out
DSP WClk Out
I2S Data
Data LR
SAMTEC
SSQ
ADC WClk
Phono R
Headphone L
Headphone R
Z2 L
Z2 R
Main L
Main R
/Main Mute
DAC WClk
DAC MClk
DAC BClk
Data LR
Data CSw
Data SlSr
AN SCL
Data SblSbr
AN SPI Data
AN SDA
AOut Mux Latch
AN SPI Clk
/Sbl/Sbr Mute
ADC MClk
ADC Data
AN SPI Clk
AN SPI Data
AN SPI Clk
AIn Mux Latch
AN SCL
AN SDA
Data CSw
CON314
SAMTEC
SSQ
Data SlSr
DGND
CON320
Data SblSbr
CON319
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
DSP2 /CS
DSP Clk
DSP MISO
DSP MOSI
DSP /CS
DSP1 FLAG0
CON315
SAMTEC
SSQ
AGND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
HDMI Data0
AM/FM R
DAB/Sirius L
DAB/Sirius R
Was VGnd
Was iPod SVid Y
Was VGnd
Was iPod SVid C
Was VGnd
Was iPod CVid
iPod /Present
NET SPDIF
NET Cvid
NET S-vid C
NET S-vid Y
NET L
NET R
DGND AGND VGND
CON311
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
+15V
NET MISO_D
NET MOSI
NET SPI Clk
NET/CS
NET Mode Host
NET Power Down
NET /RESET
NET NIREQ Host
NET Rx
NET Tx
SAMTEC
SSQ
DGND
RS232 Tx
RS232 Rx
Sirius Tx
Sirius Rx
iPod Tx
iPod Rx
Z2 Demod Out
Z1 Demod Out
IR In
Z3 Demod Out
IRTrig Mux Latch
Was DAB/Sirius SPDIF
DGND
Headphone R
Headphone L
AUX R
AUX L
Headphone Sense
AUX SPDIF
+5V_1
DSP2 FLAG0
MOLEX
52045
AM/FM L
DGND
ADC BClk
AN SPI Data
Was iPod R
+5V_1
SAMTEC
SSQ
DGND
+5V_1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Was iPod L
AGNDDGND
1
2
VSM
3
4
RDS Int
5
6
RDS Data
7
8
FM Data Out
9
SPI Clk
10
11
SPI Data
12
13
14
FM CE
15
16
DAB SCL
17
18
DAB SDA
19
+5V_STBY
20
CON310
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
DGND
SAMTEC
SSQ
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
AGND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
AGND
CON309
Dig Mux Latch
CON313
SAMTEC
SSQ
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
AUX R
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
MClk
I2S Data
AUX L
AGND
CON308
WClk
Z2 R
+15V
-15V
Phono L
+6V_1
CON305
SAMTEC
SSQ
NETWORK
Y in
S-vid C out
AUX SPDIF
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
IR/TRIG/RS232
CON306
Cvid Out
HDMI BClk
HDMI WClk
HDMI MClk
HDMI SPDIF
CON304
SAMTEC
SSQ
FRONT PANEL
Pr ADV7312
-15V
NET SPDIF
Z2 L
Analogue Output
Pb ADV7312
Z2 L
+15V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
SPDIF_Present
SPDIF /Reset
Was Net WCLK
Analogue Input
Y ADV7312
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Z2 R
DIGITAL IO
Vcomp Latch
AGND
CON303
SAMTEC
SSQ
FRONT INPUT
SAMTEC
SSQ
-15V
DGND VGND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
DSP
CON318
+5V_1 +15V
1
2
3
4
5
SPI Clk
6
7
SPI Data
8
9
10
11
12
13
14
15
16
17
18
19
20
CON302
SAMTEC
SSQ
CON301
SAMTEC
SSQ
CON300
SAMTEC
SSQ
VIDEO IO
COMPONENT IO
CON312
SAMTEC
SSQ
CON317+40V_VFD
1
2
3
4
5
6
7
8
9
10
+6V_1
+5V_STBY
FP Int
FP_TX
FP_RX
IR In
+3V3_PW338
MOLEX DGND
52045
CON FFC V 1.25MM 10W
DGND
HDMI Data2
HDMI Data1
HDMI Data3
DGND
IC300A
1
WClk
DGND
2
4
6
8
DSP WClk Out
OE
18
16
14
12
Y0
Y1
Y2
Y3
A0
A1
A2
A3
74HC244D
+3V3_PW338 IC300B
19
OE
17
15
13
11
8
7
6
5
IC301A
1
2
3
4
ADC WClk
DSP WClk
P312
DAC WClk
1
WClk PW338
BClk
DGND
DSP BClk Out
2
4
6
8
OE
A0
A1
A2
A3
Y0
Y1
Y2
Y3
18
16
14
12
8
7
6
5
P300
P301
P302
100R
62mW
RP301A
RP301B
RP301C
RP301D
1
2
3
4
ADC BClk
DSP BClk
DAC BClk
IC303A
DGND 74HC244D
3
5
7
9
Y0
Y1
Y2
Y3
A0
A1
A2
A3
P309
P310
P311
P313
62mW
100R
RP300A
RP300B
RP300C
RP300D
IC301B
19
MClk
DGND 74HC244D
DGND
17
15
13
11
OE
A0
A1
A2
A3
Y0
Y1
Y2
Y3
3
5
7
9
P304
P305
P306
P307
5
6
7
8
100R
62mW
RP302D
RP302C
RP302B
RP302A
4
3
2
1
ADC MClk
DSP MClk
DAC MClk
P308
74HC244D
+3V3_PW338
20
VCC
+3V3_PW338
20
VCC
C300
100N
16V
GND
C302
100N
16V
10
74HC244D DGND
IC300C
+3V3_PW338
16
VCC
GND
10
74HC244D DGND
IC301C
C303
100N
16V
GND
8
74HC4040D DGND
IC303B
10
11
DGND
CP
MR
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
9
7
6
5
3
2
4
13
12
14
15
1
P303
/64
R300
Clk PSU
100R
0W063
352.8kHz for 44.1,88.2,176.4kHz
384kHz for 32, 48,96,192kHz
74HC4040D
+3V3_PW338
C304
10uF
10V
DGND
DRAWING TITLE
Daughter PCB Connectors
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L121_C3_Daughter PCBs_F0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E130
PK
08_E055
PK
08_E035
NC
08_E017
PCB change only
F.0
CON316 removed signals reallocated to CON305
CON320 changed to 16 way as USB removed from front input
E.0
08/02/08
CON317 connections altered, HDMI Clks added
D.0
PK
02/08/07
Rename DSP signals for AD DSP, correct backwards bottom silk
C.0
07_E126
PK
02/03/07
Changed power plane connect style to direct, iPod removed, +5V_2 > +6V_1 B.0
ECO No.
INITIALS
(01223) 203270 tel No
Printed:
15/05/08
20/02/08
DATE
03/07/2008
DESCRIPTION OF CHANGE
Sheet
3
of
3
ISSUE
A2
DRAWING NO.
L121CT
PCB100
1
L122PB
Blank AVR002 HDMI PCB
PW338 Digital Input Port
L122_C2_PW338_Digital_Input_Port_F0.SchDoc
PW338 Peripherals
L122_C7_PW338_Peripherals_F0.SchDoc
Headphone Sense
Amp Fault
SPDIF
MClk
BClk
WClk
HDMI
HDMI
HDMI
HDMI
FP Int
Data0
Data1
Data2
Data3
HDMI
HDMI
HDMI
HDMI
NET SPI Clk
NET MOSI
NET MISO_D
NET /CS
NET NIREQ Host
Net Mode Host
Net Power Down
DSP CLK
DSP MOSI
DSP MISO
DSP /CS
DSP1 FLAG0
DSP2 FLAG0
AIn Mux Latch
AOut Mux Latch
IRTrig Mux Latch
Dig Mux Latch
VComp Latch
VidIO Mux Latch
HDMIRx Sync
SiI9135 /RESET
HDMIRx Int
HDMIRx Sync
SiI9135 /RESET
HDMIRx Int
HDMIRx Mute
HDMI_config_sda
HDMI_config_scl
HDMIRx Mute
HDMI_config_sda
HDMI_config_scl
595A Latch
595BC Latch
595A Latch
595BC Latch
Sheet 09 - HDMI Input MUX
L122_C9_HDMI_Input_MUX_F0.SchDoc
RS232 Tx
RS232 Rx
FP TX
FP RX
RS232 Tx
RS232 Rx
FP Tx
FP Rx
AN_SDA
AN_SCL
DAB_SDA
DAB_SCL
SPDIF /Reset
DSP2 /CS
NET /RESET
AN_SDA
AN_SCL
DAB_SDA
DAB_SCL
SPDIF /RESET
DSP2 /CS
NET /RESET
Zone SPI Data
Zone SPI Clk
Zone SPI Data
Zone SPI Clk
PW338 Hotplug
HDMI_DDCSelAV
HDMI_DDCSelSAT
HDMI_DDCSelDVD
HDMI_DDCSelVCR
HDMI_DDCSelPVR
HDMI_TMDSSel0
HDMI_TMDSSel1
HDMI_TMDSSel2
HDMI_TMDSSel3
IP_DDCSel0
IP_DDCSel1
IP_DDCSel2
EDID_SCL
EDID_SDA
EDID_Sel
Display_CEC
Headphone Sense
Amp Fault
FP int
HDMI SPDIF
HDMI MCLK
HDMI BCLK
HDMI WCLK
Data0
Data1
Data2
Data3
HDMI
HDMI
HDMI
HDMI
NET SPI Clk
NET MOSI
NET MISO_D
NET /CS
NET NIREQ Host
NET Mode Host
NET Power Down
NET S-vid C
NET S-vid Y
NET Cvid
Pr In
Pb In
Y in
DSP Clk
DSP MOSI
DSP MISO
DSP /CS
DSP1 FLAG0
DSP2 FLAG0
NET S-vid C
NET S-vid Y
NET Cvid
Pr In
Pb In
Y In
Cvid In
S-vid C In
S-vid Y In
Latch
Latch
Latch
Latch
Latch
Latch
Cvid In
S-Vid C In
S-Vid Y In
PW338 Hotplug
HDMI_DDCSelAV
HDMI_DDCSelSAT
HDMI_DDCSelDVD
HDMI_DDCSelVCR
HDMI_DDCSelPVR
HDMI_TMDSSel0
HDMI_TMDSSel1
HDMI_TMDSSel2
HDMI_TMDSSel3
IP_DDCSel0
IP_DDCSel1
IP_DDCSel2
EDID_SCL
EDID_SDA
EDID_Sel
Motherboard Connections
L122_C11_Motherboard_Connections_F0.SchDoc
AIn Mux
AOut Mux
IRTrig Mux
Dig Mux
Vcomp
VidIO Mux
PW338 Analogue Input Port
L122_C3_PW338_Analogue_Input_Port_F0.SchDoc
Display_CEC
TOOL101
VSM
RDS Data
TOOL102
FM CE
FM Data Out
AN SPI Clk
AN SPI Data
SPI Clk
SPI Data
FD100
FM CE
FM Data Out
i2s mux
SPDIF_Present
Amp_Temp_1
Amp_Temp_2
Amp_Temp_3
FD101 FD102
FD103
Z3 Demod Out
Z2 Demod Out
Z1 Demod Out
Top fiducials
Display1_5v_off
Display2_5v_off
VSM
RDS Data
i2s mux
TOOL103
Display1_5v_off
Display2_5v_off
Display_CEC
TOOL100
AN SPI Clk
AN SPI Data
SPI Clk
SPI Data
HDMI Output MUX
L122_C10_HDMI_Output_MUX_F0.SchDoc
SPDIF_Present
Amp_Temp_1
Amp_Temp_2
Amp_Temp_3
FIX100
Z3 Demod Out
Z2 Demod Out
Z1 Demod Out
Dia 3.5mm
1
R100
0R0
0W063
DGnd
FIX101
Z2 /Mute
Z3 /Mute
/Main Mute
Relay Sw
FAN PWM
/Main Mute
Relay Sw
FAN PWM
1
ADV7310 /RESET
SiI9134_2/RESET
HDMITx_2 Int
SiI9134_1/RESET
HDMITx_1 Int
Vid_Clk_Sw
TQFP144 fiducial (with FD108)
RDS Int
FD110
Z2 /Mute
Z3 /Mute
NET Rx
NET Tx
BGA fiducials
iPod /Present
/Sbl/Sbr Mute
QUART RESET
NET_UART_Int
Sirius_UART_Int
iPod_UART_Int
RS232 /CSC
iPod /Present
/Sbl/Sbr Mute
Bottom fiducials
Sirius Rx
Sirius Tx
FD109
FD107
/AC Present
WClk PW338
iPod Rx
iPod Tx
FD108
FD105 FD106
Y ADV7312
Pb ADV7312
Pr ADV7312
S-vid Y Out
S-vid C out
Cvid Out
FD104
0R0
0W063
Dia 3.5mm
FD113
TQFP100 fiducials
FD115
R102
0R0
0W063
Dia 3.5mm
FD114
DGnd
FIX102
1
FD112
R101
DGnd
TQFP100 fiducials
PW338 Display Port
L122_C5_PW338_Display_Port_F0.SchDoc
RDS Int
NET Rx
NET Tx
Sirius Rx
Sirius Tx
/AC Present
WClk PW338
iPod Rx
iPod Tx
Vid_Clk_Sw
HDMITx_1 Int
SiI9134_1/RESET
HDMITx_2 Int
SiI9134_2/RESET
ADV7310 /RESET
HDMI MClk
HDMI_config_sda
HDMI_config_scl
HDMI SPDIF
Y ADV7312
Pb ADV7312
Pr ADV7312
S-vid Y Out
S-Vid C out
CVid Out
FIX103
1
PW338 Main Memory
L122_C6_PW338_Main_Memory_Port_F0.SchDoc
SiI9135 Power
SiI9134 Power
L122_C12_Sii9135_Power_F0.SchDoc L122_C13_Sii9134_Power_F0.SchDoc
DRAWING TITLE
1
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
L122_C1_TopLevel_F0.SchDoc
Notes:
Nick Clarke
Contact Tel:
DGnd
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
Re-name DSP signals for AD DSP, HDMI Clks routed to L121
E.0
07_E205
NC
20/11/07
EDID I2S Bus added, CEC connected to PW338
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
ECO No.
Contact Engineer:
R104
0R0
0W063
Dia 3.5mm
Top Level
Filename:
DGnd
FIX104
PW338 CPU
L122_C4_PW338_CPU_F0.SchDoc
PW338 Power
L122_C8_PW338_Power_and_Ground_F0.SchDoc
0R0
0W063
Dia 3.5mm
QUART RESET
NET_UART_Int
Sirius_UART_Int
iPod_UART_Int
RS232 /CSC
R103
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
1
of
13
ISSUE
A3
DRAWING NO.
L122CT
IC200A
SiI9135
Config/Prog Pins
HDMI scl 27
HDMI sda 26
HDMI_config_scl
HDMI_config_sda
CSCL
CSDA
SCDT
DGnd
C201
101 P204
R200
1M0
0W063
HDMIRx Sync
P222
R202
4K7
0W063
X200
28.322 MHz
DGnd
SM
DGnd 22P
50V
SiI9135
Digital Audio Output Pins
IC201C
SII9135
XTALIN
XTALOUT
MCLK
SCK/DCLK
WS/DR0
SD0/DL0
SD1/DR1
SD2/DL1
SD3/DR2
SPDIF/DL2
MUTEOUT
95
94
89
86
85
81
82
83
84
78
75
P236
P284
P285
P243
P250
P253
P256
4
4
1
2
3
3
2
33R 0W063
R204
R205
5 RP200D
5 RP201D
8 RP200A
7 RP200B
6 RP200C
6 RP201C
7 RP201B
P237
P286
P287
P244
P246
P248
P251
P257
HDMI MClk
HDMI BClk
HDMI WClk
HDMI MClk
HDMI BClk
HDMI WClk
HDMI Data0
HDMI Data1
HDMI Data2
HDMI Data3
HDMI SPDIF
HDMIRx Mute
1
33R
62mW
Spare
NC
NC
IN_RED0
IN_RED1
IN_RED2
IN_RED3
IN_RED4
IN_RED5
IN_RED6
IN_RED7
IN_RED8
IN_RED9
NC
NC
IN_GREEN0
IN_GREEN1
IN_GREEN2
IN_GREEN3
IN_GREEN4
IN_GREEN5
IN_GREEN6
IN_GREEN7
IN_GREEN8
IN_GREEN9
NC
NC
IN_BLUE0
IN_BLUE1
IN_BLUE2
IN_BLUE3
IN_BLUE4
IN_BLUE5
IN_BLUE6
IN_BLUE7
IN_BLUE8
IN_BLUE9
IN_RED0
IN_RED1
IN_RED2
IN_RED3
IN_RED4
IN_RED5
IN_RED6
IN_RED7
IN_RED8
IN_RED9
P202
P205
P206
P208
P210
P211
P213
P214
P216
22
19
20
21
5
EVNODD
DE
HSYNC
VSYNC
ODCK
P218
P219
P220
P221
P224
P225
IN_BLUE0
IN_BLUE1
IN_BLUE2
IN_BLUE3
IN_BLUE4
IN_BLUE5
IN_BLUE6
IN_BLUE7
IN_BLUE8
IN_BLUE9
P230
P232
P234
P235
P238
P239
P242
Interlaced_EvenOdd
DataEnable
HSync
VSync
Data_Clk0
to SPDIF Daughter Board
8
SII9135
P249
P252
P255
P258
P259
VComp Latch
VidIO Mux Latch
AIn Mux Latch
AOut Mux Latch
IRTrig Mux Latch
Dig Mux Latch
595A Latch
595BC Latch
NET MOSI
NET MISO_D
NET SPI Clk
NET /CS
NET NIREQ Host
Net Power Down
Net Mode Host
FP Int
+3v3 PW338
R203
10K
0W063
B16
A16
D15
C15
B15
A15
D14
C14
B14
A14
IN_GREEN0 D13
IN_GREEN1 C13
IN_GREEN2 B13
IN_GREEN3 A13
IN_GREEN4 D12
IN_GREEN5 C12
IN_GREEN6 B12
IN_GREEN7 A12
IN_GREEN8 D11
IN_GREEN9 C11
IN1 not used
33R
RP201A
16
15
14
13
10
9
8
7
3
2
1
144
141
140
139
138
135
134
133
132
129
128
127
126
123
122
121
120
117
116
115
114
111
110
109
108
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q12
Q13
Q14
Q15
Q16
Q17
Q18
Q19
Q20
Q21
Q22
Q23
Q24
Q25
Q26
Q27
Q28
Q29
Q30
Q31
Q32
Q33
Q34
Q35
HDMIRx Int
NC
NC
NC
NC
C200
22P 50V
102 P201
SiI9135 Digital Video Output Pins
R201
4K7
0W063
CI2CA
99
I2C Addr = 0x60/0x68
105
INT
LSBs not used ( weak internal pull-down)
RSVDNC
RSVDNC
RSVDNC
RSVDNC
P203
/RESET
HSync
VSync
Interlaced_EvenOdd
IC201B
55
76
77
98
SiI9135 /RESET
RSVDL
100
SiI9135 /RESET
D17
C16
A17
NC
A18
NC
B18
C18
D16
Data_Clk0
DataEnable
SII9135
IC201A
DSP MOSI
DSP MISO
DSP CLK
DSP /CS
DSP1 FLAG0
DSP2 FLAG0
Amp Fault
Headphone Sense
NC
NC
NC
NC
NC
B11
A11
D10
C10
B10
A10
D9
C9
B9
A9
C21
B21
C20
A21
D20
P260
P261
P262
P263
P264
P265
P266
P267
B30
NC
A30
NC
B29
A29
B28
C27
A28
B27
A27
C26
P268
P269
P270
P271
P272
P273
P274
P275
B26
NC
A26
NC
E25
D25
C25
B25
A25
D24
C24
B24
P276
P277
P278
P279
P280
P281
P282
P283
A24
NC
D23
NC
C23
B23
A23
D22
C22
B22
A22
D21
IN0CLK
IN0PEN
IN0VBI
IN0AHS
IN0HS
IN0VS
IN0FLD
IN0CLP
IN0CST
C17
B17
disabled in software
EXTCCEN = 0
IN0R0
IN0R1
IN0R2
IN0R3
IN0R4
IN0R5
IN0R6
IN0R7
IN0R8
IN0R9
IN0G0
IN0G1
IN0G2
IN0G3
IN0G4
IN0G5
IN0G6
IN0G7
IN0G8
IN0G9
IN0B0
IN0B1
IN0B2
IN0B3
IN0B4
IN0B5
IN0B6
IN0B7
IN0B8
IN0B9
Digital Input Port
IN1CLK
IN1PEN
IN1AHS
IN1HS
IN1VS
IN1R0
IN1R1
IN1R2,PORTE0
IN1R3,PORTE1
IN1R4,PORTE2
IN1R5,PORTE3
IN1R6,PORTE4
IN1R7,PORTE5
IN1R8,PORTE6
IN1R9,PORTE7
IN1G0
IN1G1
IN1G2,PORTF0
IN1G3,PORTF1
IN1G4,PORTF2
IN1G5,PORTF3
IN1G6,PORTF4
IN1G7,PORTF5
IN1G8,PORTF6
IN1G9,PORTF7
IN1B0
IN1B1
IN1B2,PORTG0
IN1B3,PORTG1
IN1B4,PORTG2
IN1B5,PORTG3
IN1B6,PORTG4
IN1B7,PORTG5
IN1B8,PORTG6
IN1B9,PORTG7
PW338-30L
DRAWING TITLE
08_E138
PK
23/04/08
08_E037
PK
13/12/07
Re-name DSP signals for AD DSP, HDMI Clks routed to L121
E.0
L122_C2_PW338_Digital_Input_Port_F0.SchDoc 07_E205
NC
20/11/07
No changes on this sheet
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
Digital Input Port
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
Notes:
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
None to this sheet
F.0
DESCRIPTION OF CHANGE
Sheet
2
of
13
ISSUE
A3
DRAWING NO.
L122CT
1V8A PW338
L800
PW_VReg
1K@100MHz
1v8 from Sheet08
C300
1uF
25V
IC200B
HDMI not used - IPs left open
+3v3 PW338
NF
R325
4K7
0W063
NET Cvid
47N
16V
C310
netcvid
NET S-vid C
netsvidc
R308
75R
0W063
Pr In
Y In
Pb In
NC
NC
F3
F2
NC
NC
H4
H3
H2
H5
NC
NC
47N
16V
47N
16V
C315
Cvid In
G4
G5
P306
R309
75R
0W063
R310
75R
0W063
R311
75R
0W063
R312
75R
0W063
R313
75R
0W063
DGnd
svidy
svidc
cvidin
prin
yin
DGnd
C316
47N
16V
C317
47N
16V
C318
47N
16V
C319
47N
16V
C320
47N
16V
C321
pbin
R314
75R
0W063
R324
C323
P341
75R
100N
0W063
16V
C322
R323
R315
75R
0W063
R316
75R
0W063
R317
75R
0W063
R318
75R
0W063
C303
100N
16V
C304
100N
16V
DGnd
M3
L1
L2
L3
K1
K3
J1
J3
P3
T3
V3
P321
PW_VReg
S-Vid C In
NC
NC
47N
16V
C313
C314
S-Vid Y In
F4
P316
P318
B1
A1
B3
A3
B5
A5
B7
A7
NC
P307
47N
16V
C312
netsvidy
R304
1K2
0W063
DGnd
47N
16V
C311
NET S-vid Y
R303
22K
0W063
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
V2
U2
U3
T1
R1
R2
R3
P2
N1
N2
NC
M1
NC
M2
NC
P330
NC
NC
U1
T2
P1
N3
NC AA3
NC AA4
NC AA5
NC
Y1
47N
16V
NC
NC
NC
NC
R319
75R
0W063
AA2
AA1
AB5
AB4
Y3
Y2
DGnd
sog1
G3
G2
RX2P
/RX2N
RX1P
/RX1N
RX0P
/RX0N
RXCP
/RXCN
HDMICLK
HDMISCK
HDMISWS
HDMISD0
HDMISD1
HDMISD2
HDMISD3
PWR5V
HDMISPDIF
DDCSCL
DDCSDA
MUTE
ANTSTO
HDMISCL
HDMISDA
VOUT1
VOUT2
VOUT3
ASPECT0
ASPECT1
ASPECT2
AFETEST1
AFETEST2
D6 NC
E7 NC
D7 NC
C8
D8
E8
F8
NC
NC
NC
NC
R300
0R0
0W063
F7 NC
F5 NC
C4 NC
K2
K4
J2
R301
13K
0W063
R302
13K
0W063
P303
P304
AFETest1
AFETest2
V1
W3
REXT
AIN1
AIN2
AIN3
AIN4
AIN5
AIN6
AIN7
AIN8
DGnd
P308
P309
R305
Analogue Input Port
R320
75R
0W063
R321
75R
0W063
C301 13K
100N 0W063
16V
R322
75R
0W063
C302
100N
16V
DGnd
DGnd
DGnd
VREFR
VREFG
VREFB
RIN0
GIN0
BIN0
RIN1
GIN1
BIN1
RIN2
GIN2
BIN2
RIN3
GIN3
BIN3
SOGIN0
SOGIN1
SOGIN2
SOGIN3
HSYNC0
HSYNC1
HSYNC2
HSYNC3
VSYNC0
VSYNC1
VSYNC2
VSYNC2
XI
XO
HDMIXI
HDMIXO
PW338-30L
Surface Mount
sog2
X300
P340
75R
100N
0W063
16V
27MHz
R306
1M0
C3060W063
33P
50V
DGnd
C307
33P
50V
DGnd
DRAWING TITLE
08_E138
PK
23/04/08
Add Sync on green 1 components
F.0
08_E037
PK
13/12/07
No changes on this sheet
E.0
07_E205
L122_C3_PW338_Analogue_Input_Port_F0.SchDoc
NC
20/11/07
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
Analogue Input Port
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
Notes:
ECO No.
Contact Engineer:
Phil Connor
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
No changes on this sheet
D.0
DESCRIPTION OF CHANGE
Sheet
3
of
13
ISSUE
A3
DRAWING NO.
L122CT
IC400A
R411
NMI
/AC Present
+3v3 PW338
10K
0W063
AH9
AF10
AG10
R402
100K
0W063
R403
10K
0W063
AG13
NC
AH13
NC
C2
D1
D3
E4
D2
DGnd
CON401
UUS4 label not found in Pearl
1
2
3
4
5
6
7
8
9
10
NF
R415
0R0
0W063
DGnd
R416
0R0
0W063
DGnd
TESTMODE0
TESTMODE1
TESTMODE2
SCANMODE
EXTRSTN
ADR24B
10
DGnd
RP400H
10K
62mW
9
RP400G
10K
62mW
8
7
RP400F
10K
62mW
TMS
TDO
TDI
/TRSTN
TCK
CPU
10
10
10
6
4
RP400E
10K
62mW
EXTMCLK
EXTDCLK
P410
P411
P412
P413
P414
P415
R417
0R0
0W063
DGnd
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
/RD
/WR
/ROMOE
/ROMWE
/CS0
/CS1
R418
0R0
0W063
AJ1
AH1
AG1
AG2
AF1
AF2
AF3
AE1
AE2
AE3
AE4
AD1
AD2
AD3
AD4
AD5
AC1
AC2
AC3
AC4
AC5
AB1
AB2
PW338 A1
PW338 A2
PW338 A3
PW338 A4
PW338 A5
PW338 A6
PW338 A7
PW338 A8
PW338 A9
PW338 A10
PW338 A11
PW338 A12
PW338 A13
PW338 A14
PW338 A15
PW338 A16
PW338 A17
PW338 A18
PW338 A19
PW338 A20
PW338 A21
PW338 A22
PW338 A23
AK4
AK3
AJ4
AG5
AK2
AJ3
AH4
AK1
AJ2
AH3
AG4
AF5
AH2
AG3
AF4
AE5
PW338 D0
PW338 D1
PW338 D2
PW338 D3
PW338 D4
PW338 D5
PW338 D6
PW338 D7
PW338 D8
PW338 D9
PW338 D10
PW338 D11
PW338 D12
PW338 D13
PW338 D14
PW338 D15
AJ5
AH5
AK5
AF6
AH6
AG6
PW338 /RD
PW338 /WR
PW338 ROM /OE
PW338 ROM /WE
RS232 /CSA
RS232 /CSB
Pin 47 = NC for 39VF3201
74HC4040D
DGnd
VCC
DGnd
+3v3 PW338
IC400B
16
C405
100N
16V
GND
8
PW338 A1
PW338 A2
PW338 A3
PW338 A4
PW338 A5
PW338 A6
PW338 A7
PW338 A8
25
24
23
22
21
20
19
18
PW338 A9
PW338 A10
PW338 A11
PW338 A12
PW338 A13
PW338 A14
PW338 A15
PW338 A16
8
7
6
5
4
3
2
1
A0
A1
A2
A3
A4
A5
A6
A7
DGnd
74HC4040D
Word Mode Select on Boot
PW338 A19
PW338 A17
PW338 A18
fit for SST
PW338 A19
PW338 A20 R404
0R0
NF R405
0R0
PW338 A21
fit for Intel
DEV. USE - NF FOR PRODUCTION
R409
1K8
0W063
+3v3 PW338
SW402A
DGnd
NO1
R406
10K
0W063
+3v3 PW338
SW402B NO2
C1DGnd
48
17
16
P401 9
P40215
10
12
PW338 ROM /WE 11
14
C2
NC1
2MD1T2B2M2RE
26
PW338 ROM /OE 28
R407
10K
+3v3 PW338
0W063
NC2
2MD1T2B2M2RE
13
/ICE
Flash/Emulator Select
A8
A9
A10
A11
A12
A13
A14
A15
Flash
A16
A17
A18
A19/NC
NC/A19
A20
IC401
39VF3201-70-4C-EKE
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
29
31
33
35
38
40
42
44
PW338 D0
PW338 D1
PW338 D2
PW338 D3
PW338 D4
PW338 D5
PW338 D6
PW338 D7
30
32
34
36
39
41
43
45
PW338 D8
PW338 D9
PW338 D10
PW338 D11
PW338 D12
PW338 D13
PW338 D14
PW338 D15
RST*
WE*
WP*
+3v3 PW338
CE*
OE*
NC/VPP
DGnd
P403
P405
DGnd
CE OE
WE Addr
Read
L
L
H
Prog
L
H
L
Erase
L
H
L
Ain
Ain
XXH
P407
P408
P409
IC402
LM809M3-2.93
R412
Poweron_reset
RST
1K0
0W063
DGnd
DGnd
R410
100K
0W063
DGnd
DGnd
1-external reset control
2-24bit addressing
3-external MClk input
4-byte mode - not SST FLASH
5-test mode0
6-test mode1
7-test mode2
8-scan mode
DGnd
+3v3 PW338
PW338 /RD
PW338 /WR
22
23
24
PW338 A3
PW338 A2
PW338 A1
PW338 D7
PW338 D6
PW338 D5
PW338 D4
PW338 D3
PW338 D2
PW338 D1
PW338 D0
+3v3 PW338
PW338 ROM /WE
0R0
0W063
R401
0R0
NF
0W063
CON400
PW338 A1
PW338 D0
PW338 D1
PW338 D2
PW338 D3
PW338 D12
PW338 D13
PW338 D14
PW338 D15
PW338 A15NC
PW338 A13
PW338 A11
PW338 A9
PW338 A21
NC
PW338 A19NC
PW338 A8
PW338 A6
PW338 A4
PW338 A2
60
59
58
57
56
55
54
53
Debugger Header
DEV. USE - NF FOR PRODUCTION
R400
40
9
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
RS232 /CSA
RS232 /CSB
RS232 /CSC
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
P421
NC
/ICE
PW338 ROM /OE
PW338 D8
PW338 D9
PW338 D10
PW338 D11
PW338 D4
PW338 D5
PW338 D6
PW338 D7
PW338 A17
PW338 A16
PW338 A14
PW338 A12
PW338 A10
PW338 A22
NC PW338 A23
PW338 A20
PW338 A18
PW338 A7
PW338 A5
PW338 A3
NET_UART_Int
Sirius_UART_Int
iPod_UART_Int
P425
P426
P427
NC
QUART RESET
7
11
38
42
6
12
37
43
27
7.3728 MHz to be fitted.
Use table in 16C554 Datasheet for Baud rates.
P429 25
X400
P430
26
P431
R408
1K5 0W063
7.3728 MHz
C406
C404
22P
22P
50V
50V
DGnd
Vcc
Vcc
Vcc
Vcc
52
35
21
4
C402
100N
16V
/IOR
/IOW
TXA
RXA
/RTSA
/DTRA
/CTSA
/DSRA
/RIA
/CDA
A2
A1
A0
D7
D6
D5
D4
D3
D2
D1
D0
C403
100N
16V
DGnd
8
62
5
3
2
1
63
64
P416
NC
NC
NC
NC
NC
NC
TXC
RXC
/RTSC
/DTRC
/CTSC
/DSRC
/RIC
/CDC
INTA
INTB
INTC
INTD
RESET
XTAL1
XTAL2
NET Tx
NET Rx
Disabled by MCR[5]- (software flow control)
UART B - Sirius Module
TXB
RXB
/RTSB
/DTRB
/CTSB
/DSRB
/RIB
/CDB
/CSA
/CSB
/CSC
/CSD
UART A - NET Module
P417
Quad UART
GND
GND
GND
GND
R414
0R0
0W063
RP400D
10K
62mW
E3
E1
NMI
EXINT0
EXINT1
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23
C401
1N0
50V
61
45
28
14
R413
0R0
0W063
RP400C
10K
62mW
3
2
RP400B
10K
62mW
5
5
5
5
1
RP400A
10K
62mW
Harting
JTAG
D4
E5
D5
E6
/RESETB
DGnd
C400
100N
16V
GND VCC
E2
DGnd
PW338-30L
NC
NC
NC
NC
37
IC200D
CP
MR
VDD
2
1
2
Poweron_reset
+3v3 PW338
10
11
WClk PW338
1
+3v3 PW338
+3v3 PW338
47
Counts falling edges
NC/VCCQ
RDS Int
NC
NC
NC
NC
NC
NC
NC
VSS
VSS
RDS Int
9
7
6
5
3
2
4
13
12
14
15
1
27
46
DEV. USE - NF FOR PRODUCTION
NMI
/RESET
SDTM-610-NTR
SDTM-610-NTR
SW400
SW401
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
TXD
RXD
/RTSD
/DTRD
/CTSD
/DSRD
/RID
/CDD
10
20
13
15
16
17
19
18
P418
Sirius Tx
Sirius Rx
P419
NC
NC
NC
NC
NC
NC
39
29
36
34
33
32
30
31
Disabled by MCR[5]- (software flow control)
P422
UART C - iPod Module
iPod Tx
iPod Rx
P424
NC
NC
NC
NC
NC
NC
41
51
44
46
47
48
50
49
NC
NC
NC
NC
NC
NC
NC
NC
Disabled by MCR[5]- (software flow control)
UART D - Spare
Disabled by MCR[5]- (software flow control)
IC403
SC16C554BIB64
DGnd
DGnd
SAMTEC
TML
DGnd
DGnd
DRAWING TITLE
CPU
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L122_C4_PW338_CPU_F0.SchDoc
Notes:
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
No changes on this sheet
E.0
07_E205
NC
20/11/07
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
No changes on this sheet
D.0
DESCRIPTION OF CHANGE
Sheet
4
of
13
ISSUE
A2
DRAWING NO.
L122CT
190mA (0.475W)
+5V_1
3
10
+3v3 PW338
50V
OUT_BLUE2
OUT_BLUE3
OUT_BLUE4
OUT_BLUE5
OUT_BLUE6
OUT_BLUE7
OUT_BLUE8
OUT_BLUE9
16
17
18
26
27
28
29
30
PBLANK changed to PBLANK*,
correct in software unless PCB revised
2
P_HSynch
P_VSynch
OUT_BLUE7_R
3
OUT_BLUE6_R
4
OUT_BLUE5_R
OUT_BLUE4_R
1
2
OUT_BLUE3_R
3
OUT_BLUE2_R
4
P546OUT_GREEN9_R
OUT_GREEN8_R
OUT_GREEN7_R
OUT_GREEN6_R
OUT_GREEN5_R
1
2
3
4
1
OUT_GREEN4_R
2
OUT_GREEN3_R
3
OUT_GREEN2_R
4
OUT_RED9_R
OUT_RED8_R
1
2
OUT_RED7_R
3
OUT_RED6_R
4
OUT_RED5_R
OUT_RED4_R
OUT_RED3_R
OUT_RED2_R
OUT_BLUE0_R
OUT_GREEN0_R
P591OUT_GREEN1_R
P594OUT_BLUE1_R
Spare
Spare
RP501A
47R
RP501B
47R
RP501C
47R
RP501D
47R
3
P610OUT_RED1_R
4
8
7
6
OUT_BLUE3
5
OUT_BLUE2 P545
R502
0R0
0R0
RP504A
47R
RP504B
47R
RP504C
47R
RP504D
47R
P565
RP507A
47R
RP507B
47R
RP507C
47R
RP507D
47R
CLKINA
CLKINB
RTC_SCR_TR
DAC_SVid_C P519
39
DAC_Y
P521
38
DAC_Pb
P522
37
DAC_Pr
P523
RESET*
OUT_GREEN0
OUT_GREEN1
OUT_BLUE0
OUT_BLUE1
7 OUT_GREEN4 P557
6 OUT_GREEN3 P559
OUT_RED0
5 OUT_GREEN2 P562
OUT_RED1
OUT_RED7
P573
5
OUT_RED6
P575
0R0
0W063
R508
0R0
0W063
R512
P853
0R0
0W063
R534
P854
OUT_RED4
P581
6
OUT_RED3
P583
5
OUT_RED2
P585
R511
P508
75R
0W125
R513
P510
R514
75R
0W125
P512
75R
0W125
R524
300R
0W063
R525
300R
0W063
P525
35
P527
P526
IC502A
31
2
7
9
32
33
DGnd
R527
10K
0W063
DGnd
74LVC125AD
IC505B
5
C522
820P
50V
C523
3N9
50V
Vid_Clk_Sw
+3v3 PW338
Display_Clk
DGnd - Digital Ground.
AGnd - Analogue Ground.
Gnd_IO - Digital input/output Ground.
DGnd
6
DGnd
P533
+3v3 PW338
19
20
DGnd
P848
R532
2K94
0W032
12
11
1
6
ICLK
IC504
ICS2402MLF
CLK
S0
FBIN
8
74LVC125AD
IC505C
9
4
I2C Addr 0xD4/0xD5
2
5
+3v3 PW338
NC
NC
C503
100N
16V
DGnd
0R0
0W063
R536
TR500
MMUN2211LT1
SiI9134 Config & Control
25
SiI9134_1/RESET
P856
DGnd
Fit for ADV7312
I2C Addr 0x72/0x7A
R503
4K7
0W063
0R0
0W063
P566
52
P569
50
R505
4K7
0W063
70
69
68
67
63
62
61
60
59
58
57
56
Display_Clk_2
Display_En
P_HSynch
P_VSynch
88
1
2
3
I2S not used
11
10
9
8
7
6
1-bit audio not used.
HDMIMclk
HDMISPDIF
HDMI MClk
HDMI SPDIF
INT
DGnd
OUT_RED0
OUT_RED1
OUT_RED2
OUT_RED3
OUT_RED4
OUT_RED5
OUT_RED6
OUT_RED7
OUT_RED8
OUT_RED9
(SPDIF used)
DGnd
P855
OUT_GREEN0
OUT_GREEN1
OUT_GREEN2
OUT_GREEN3
OUT_GREEN4
OUT_GREEN5
OUT_GREEN6
OUT_GREEN7
OUT_GREEN8
OUT_GREEN9
83
82
81
80
79
78
77
75
74
73
72
71
DGnd
27MHz / 74MHz / 148MHz Vid_CLK_Sw = Low
13.5MHz Vid_Clk_Sw = high
Vid_Clk_Sw
Display_Clk_2
OUT_BLUE0
OUT_BLUE1
OUT_BLUE2
OUT_BLUE3
OUT_BLUE4
OUT_BLUE5
OUT_BLUE6
OUT_BLUE7
OUT_BLUE8
OUT_BLUE9
98
97
96
95
94
93
92
91
90
86
85
84
47R
0W063
+3v3 PW338
DGnd
R548
4K7
0W063
R549
8
DGnd
Follow ADV7312 Datasheet Layout Guidelines
CVid Out
75R
0W125
R530
680R
0W063
P528
R531
100R
0W063
34
R529
2K94
0W032
S-Vid C out
CVBS_out
P524
place these as terminators at 4410.
S-vid Y Out
Csd_out
R521 NF
10K
0W063
R526
300R
0W063
Pr ADV7312
Ysd_out
DGnd
R523
300R
0W063
Pb ADV7312
Pr_out
R516
IC502B
0R0
0W063
R535
Pb_out
R520
10K
0W063
+5V_1
Vid_Clk_Sw
IC503A
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
D16
D17
D18
D19
D20
D21
D22
D23
D24
D25
D26
D27
D28
D29
D30
D31
D32
D33
D34
D35
IDCK
DE
HSYNC
VSYNC
SCK
WS
SD0
SD1
SD2
SD3
17
16
19
18
21
20
23
22
15
5
4
DL0
DR0
DL1
DR1
DL2
DR2
DL3
DR3
DCLK
MCLK
SPDIF
OUT_BLUE0
OUT_BLUE1
OUT_BLUE2
OUT_BLUE3
OUT_BLUE4
OUT_BLUE5
OUT_BLUE6
OUT_BLUE7
OUT_BLUE8
OUT_BLUE9
98
97
96
95
94
93
92
91
90
86
85
84
OUT_GREEN0
OUT_GREEN1
OUT_GREEN2
OUT_GREEN3
OUT_GREEN4
OUT_GREEN5
OUT_GREEN6
OUT_GREEN7
OUT_GREEN8
OUT_GREEN9
83
82
81
80
79
78
77
75
74
73
72
71
DGnd
OUT_RED0
OUT_RED1
OUT_RED2
OUT_RED3
OUT_RED4
OUT_RED5
OUT_RED6
OUT_RED7
OUT_RED8
OUT_RED9
70
69
68
67
63
62
61
60
59
58
57
56
Display_Clk_2
Display_En
P_HSynch
P_VSynch
88
1
2
3
I2S not used
11
10
9
8
7
6
(SPDIF used)
17
16
19
18
21
20
23
22
15
5
4
1-bit audio not used.
HDMIMclk
HDMISPDIF
SII9134
24
P560
49
48
HDMI sda
HDMI scl
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
D16
D17
D18
D19
D20
D21
D22
D23
D24
D25
D26
D27
D28
D29
D30
D31
D32
D33
D34
D35
IDCK
DE
HSYNC
VSYNC
SCK
WS
SD0
SD1
SD2
SD3
DL0
DR0
DL1
DR1
DL2
DR2
DL3
DR3
DCLK
MCLK
SPDIF
SII9134
HDMITx_1 Int
Reset#
RSVDL
CI2CA
CSDA
CSCL
HDMI_config_sda
HDMI_config_scl
VCC
+3v3 PW338
14
IC505A
74LVC125AD
C504
100N
16V
SII9134
GND
NF - R537 thro R542
P579
7
DGnd DGnd
P851
18
P506
75R
0W125
Y ADV7312
MUX_HD
MUX_SD
FSEL_A
FSEL_B
G_SEL
DISABLE
DGnd
74LVC125AD
IC505D
I2C
ALSB
19
R510
P520
P852
0R0
0W063
P568
6
R547
47
R528
100R
0W063
DGnd
SDA
SCL
20
CV_OUT
GND
GND
GND
GND
THERMAL
41
VAA
RSET2
EXT_LF
Fit for ADV7310/4
5 OUT_GREEN6 P553
8 OUT_RED5
56
10
P_HSYNC*
P_VSYNC*
P_BLANK*
33
ADV7310 /RESET
6 OUT_GREEN7 P551
OUT_RED8
42
2V5D_ADV7312
RSET1
P846
23
24
P84725
R544 P849
32
0R0
63
0R0
NF R545 P850
21
22
7 OUT_GREEN8 P549
7
DAC_SVid_Y
DGnd
OUT_BLUE4
8 OUT_RED9
R519 NF
10K
0W063
P518
43
R522
300R
0W063
C2
C3
C4
C5
C6
C7
C8
C9
22
P504
75R
0W125
Y_out
CVBS not used (regenerated in ADA4410)
Rsource = 300 ohms
and expects 300 ohm load
OUT_BLUE5
8 OUT_GREEN5 P555
RP506A
47R
RP506B
2
47R
RP506C
3
47R
RP506D
4
47R
DAC_F
N.B. This DAC is controlled via the HDMI configuration bus.
RP503A
47R
RP503B
47R
RP503C
47R
RP503D
47R
1
P608OUT_RED0_R
OUT_BLUE6 P537
8 OUT_GREEN9 P547
RP505A
47R
RP505B
2
47R
RP505C
3
47R
RP505D
4
47R
2
5
RP502A
47R
RP502B
47R
RP502C
47R
RP502D
47R
1
1
6
DGnd
OUT_BLUE9 P530
Display_Clk_2
74.25 for HD/SD
OUT_BLUE8
HDMI sda
HDMI scl
OUT_BLUE7
7
DAC_E
64
2
3
11
14
15
51
52
57
40
OUT_BLUE8_R
VDD
VDD
Y2
Y3
Y4
Y5
Y6
Y7
Y8
Y9
R543
8
DAC_D
23
R507
4
R533
8K2
0W063
1
DAC_B
44
LSBs at base
PW338-30L
OUT_BLUE9_R
C521
100N
16V
C_SD_OUT
7
4
5
6
7
8
9
12
13
P517
46
R518
680R
0W063
C1_SD
C2_SD
LEVEL2
LEVEL1
30
11
4
5
21
27
REF500
LM4041AIM3-1.2
Y_SD_OUT
DGnd
+5V_1
DAC_C
OUT_GREEN2
OUT_GREEN3
OUT_GREEN4
OUT_GREEN5
OUT_GREEN6
OUT_GREEN7
OUT_GREEN8
OUT_GREEN9
P516
45
+5V_1
Y1_SD
Y2_SD
DGnd
LSBs at base
P845
RP500A
47R
RP500B
47R
RP500C
47R
RP500D
47R
VREF
S_HSYNC*
S_VSYNC*
S_BLANK*
R501 0R0
OUT_BLUE0_R
OUT_BLUE1_R
OUT_BLUE2_R
OUT_BLUE3_R
OUT_BLUE4_R
OUT_BLUE5_R
OUT_BLUE6_R
OUT_BLUE7_R
OUT_BLUE8_R
OUT_BLUE9_R
DGnd
COMP1
C520
100N
16V
36
R517
10K
0W063
PR/R_HD_OUT
VDD
AH20
COMP2
DAC_A
48
VRef
P515
S2
S3
S4
S5
S6
S7
S8
S9
R500 0R0 P843
50
P84449
28
29
PR1/R1_HD
PR2/R2_HD
GND
AG16
AH16
AJ16
AK16
AJ17
AK17
AJ18
AK18
AJ19
AK19
+3v3 PW338
P_HSynch
P_VSynch
+5V_1
PB/B_HD_OUT
3
RPIATEST
OUT_GREEN0_R
OUT_GREEN1_R
OUT_GREEN2_R
OUT_GREEN3_R
OUT_GREEN4_R
OUT_GREEN5_R
OUT_GREEN6_R
OUT_GREEN7_R
OUT_GREEN8_R
OUT_GREEN9_R
R515
1K1
0W063
13
DB0
DB1
TXE0p,DB2
TXE0m,DB3
TXE1p,DB4
TXE1m,DB5
TXECp,DB6
TXECm,DB7
TXE2p,DB8
TXE2m,DB9
AG15
AH15
AJ12
AK12
AJ13
AK13
AJ14
AK14
AJ15
AK15
53
54
55
58
59
60
61
62
OUT_RED2
OUT_RED3
OUT_RED4
OUT_RED5
OUT_RED6
OUT_RED7
OUT_RED8
OUT_RED9
C519
100N
16V
14
15
P514
LSBs at base
R539
R540
R541
R542
DG0
DG1
TXE3p,DG2
TXE3m,DG3
TXE4p,DG4
TXE4m,DG5
TXO0p,DG6
TXO0m,DG7
TXO1p,DG8
TXO1m,DG9
OUT_RED0_R
OUT_RED1_R
OUT_RED2_R
OUT_RED3_R
OUT_RED4_R
OUT_RED5_R
OUT_RED6_R
OUT_RED7_R
OUT_RED8_R
OUT_RED9_R
R537
R538
DISPLAY PORT
AG14
AH14
AJ8
AK8
AJ9
AK9
AJ10
AK10
AJ11
AK11
VDD_IO
DR0
DR1
TXOCp,DR2
TXOCm,DR3
TXO2p,DR4
TXO2m,DR5
TXO3p,DR6
TXO3m,DR7
TXO4p,DR8
TXO4m,DR9
DGnd
C518
100N
16V
IC501
ADV7310KST
GND_IO
Y0
Y1
DGND
C0
C1
S0
S1
DGND
AGND
DCLKOUT
DVS
DHS
DEN
Display_Clk_R
P_VSynch_R
P_HSynch_R
Display_En_R
C517
100N
16V
1
C516
1N0
50V
IC200C
AG17
AH18
AG18
AH17
12
13
PB1/B1_HD
PB2/B2_HD
P501
SiI9134 Video & Audio Inputs
1
8
DGnd
24
Video (0:11)
DGnd
Y/G_HD_OUT
Video (12:23)
DS recommends < 1K termination
Y1/G1_HD
Y2/G2_HD
Video (23:35)
31
6
input impedance high Z
Expects 75 ohm termination
Sync
C515
1N0
50V
I2S
C514
1N0
50V
IC500
ADA4410-6ACPZ
1-bit Audio
C513
100N
16V
DGnd
SiI9134 Video & Audio Inputs
C512
100N
16V
DGnd
Expects 75 ohm termination i.e. 150 ohm load.
Video (0:11)
C524
10uF
10V
50V
Video (12:23)
C508
100N
16V
50V
Video (23:35)
+2V5
C507
10uF
10V
P503
2V5D_ADV7312
Sync
LM1117MPX-2.5/NOPB
REG501
+5V_1
C511
100N
16V
I2S
C510
100N
16V
DGnd
172mA (0.43W)
1-bit Audio
DGnd
C506
1N0
50V
DGnd
2
DGnd
7
3
1
C505
100N
16V
VEE
VEE
C502
10uF
10V
17
25
C501
100N
16V
50V
10
C500
10uF
10V
P500
16
26
2V5A_ADV7312
+2V5
VCC
VCC
LM1117MPX-2.5/NOPB
REG500
+5V_1
+3v3 PW338
IC505E DGnd
74LVC125AD
DGnd
IC503B
8 OUT_BLUE0
P587
SiI9134 Config & Control
7 OUT_GREEN0 P589
6 OUT_GREEN1 P592
5
OUT_BLUE1 P595
8
7
6 OUT_RED0
P609
5 OUT_RED1
P611
25
SiI9134_2/RESET
P596
RP508A
47R
P599
RP508B
P_VSynch_R 2
47R
P603
RP508C
Display_Clk_R 3
47R
P606
RP508D
Display_En_R 4
47R
P_HSynch_R
1
P_HSynch
P597
7
P_VSynch
P600
6
Display_Clk
5
Display_En
8
P598
P607
+3v3 PW338
R506
4K7
0W063
I2C Addr 0x76/0x7E
P601
R509
4K7
0W063
DGnd
52
50
INT
24
P590
HDMITx_2 Int
Reset#
DRAWING TITLE
RSVDL
CI2CA
SII9134
CSDA
CSCL
49
48
HDMI sda
HDMI scl
Display Port
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L122_C5_PW338_Display_Port_F0.SchDoc
Notes:
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
No changes on this sheet
E.0
07_E205
NC
20/11/07
No changes on this sheet
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
5
of
13
ISSUE
A2
DRAWING NO.
L122CT
2 off HY5DU561622E (L) T-D43
2 x 16M x 16 = 16M x 32 @ 200 MHz
R602
NF
100R
0W063
MD0
MD1
MD2
MD3
MD4
MD5
MD6
MD7
MD8
MD9
MD10
MD11
MD12
MD13
MD14
MD15
MD16
MD17
MD18
MD19
MD20
MD21
MD22
MD23
MD24
MD25
MD26
MD27
MD28
MD29
MD30
MD31
MREFIN0
MREFIN1
MCK
/MCK
MCKFBK
/MCKFBK
MCKE
/MRAS
/MCAS
/MWE
/MCS
MDM0
MDM1
MDQS0
MDQS1
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MA12
MBNK0
MBNK1
MAIN MEMORY PORT
MDM2
MDM3
MDQS2
MDQS3
V28
AE28
MVREF
100N
DGnd
AB27 MCK+
AC30 MCKAB28
AC29
W29 MCKE
c-FBMCK+
c-FBMCK7
RP613B
Y30
W27
W28
AB29
MRAS
MCAS
MWE
MCS
8
62mW
RP613A
6
62mW
RP608C
5
RP608D
8
RP611A
1
3
4
1
RMRAS
RMCAS
RMWE
RMCS
P28
U29
P29
U30
b-MDM0
b-MDM1
b-MDQS0
b-MDQS1
6
62mW
RP609C
7
62mW
RP609B
5
RP609D
8
RP609A
3
2
4
1
a-RMDM0
47R
a-RMDM1
62mW
a-RMDQS0
a-RMDQS1
AB30
Y29
AE30
Y28
AD27
Y27
AD28
AA30
AD29
AA29
AC27
AA27
AC28
e-MA0
e-MA1
e-MA2
e-MA3
e-MA4
e-MA5
e-MA6
e-MA7
e-MA8
e-MA9
e-MA10
e-MA11
e-MA12
7
RP611B
5
RP611D
8
62mW
RP610A
7
RP608B
62mW
5
RP610D
8
RP608A
7
62mW
RP612B
6
62mW
RP611C
8
RP612A
5
62mW
RP612D
7
62mW
RP610B
6
RP610C
6
RP612C
2
4
1
2
4
1
2
3
1
4
2
3
3
RMA0
RMA1
RMA2
RMA3
RMA4
RMA5
RMA6
RMA7
RMA8
RMA9
RMA10
RMA11
RMA12
AE27
AF30
MBNK0
MBNK1
8
1
RP616A
7
2
RP616B
RMBNK0
RMBNK1
AG28
AJ27
AG27
AJ26
b-MDM2
b-MDM3
b-MDQS2
b-MDQS3
6
3
RP614C
7
2
RP614B
5
4
RP614D
8
1
RP614A
47R
62mW
a-RMDM2
a-RMDM3
a-RMDQS2
a-RMDQS3
2
RMCKE
c-2RMCKc-2RMCK+
c-1RMCKc-1RMCK+
Spare
5
6
RP613D
RP613C
47R
62mW
4
1
18
33
3
9
15
55
61
RMWE
RMCAS
RMRAS
RMCS
21
22
23
24
RMBNK0
RMBNK1
26
27
RMA12
RMA11
RMA10
RMA9
RMA8
RMA7
RMA6
RMA5
RMA4
RMA3
RMA2
RMA1
RMA0
42
41
28
40
39
38
37
36
35
32
31
30
29
16
51
a-RMDM0
a-RMDM1
20
47
BA0
BA1
A12
A11
A10,AP
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0
LDQS
UDQS
VREF
2
4
5
7
8
10
11
13
54
56
57
59
60
62
63
65
a-RMD0
a-RMD1
a-RMD2
a-RMD3
a-RMD4
a-RMD5
a-RMD6
a-RMD7
a-RMD8
a-RMD9
a-RMD10
a-RMD11
a-RMD12
a-RMD13
a-RMD14
a-RMD15
MVREF
49
C619
100N
16V
LDM
UDM
R603
NF
100R
0W063
2V5D
RMCKE
c-2RMCK+
c-2RMCK-
44
45
46
Trace Lengths to be matched such that :-
RMWE
RMCAS
RMRAS
RMCS
21
22
23
24
All signals beginning with "a_" to match all other
"a_ " to within +/- 50 mil (thou).
RMBNK0
RMBNK1
26
27
RMA12
RMA11
RMA10
RMA9
RMA8
RMA7
RMA6
RMA5
RMA4
RMA3
RMA2
RMA1
RMA0
42
41
28
40
39
38
37
36
35
32
31
30
29
a-RMDQS2
a-RMDQS3
16
51
a-RMDM2
a-RMDM3
20
47
PW338-30L
/WE
/CAS
/RAS
/CS
3
a-RMDQS0
a-RMDQS1
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
VSS
VSS
VSS
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
N30
N29
N28
N27
P27
R30
R29
R28
R27
T30
T29
T28
U28
U27
V30
V27
AF29
AF27
AG30
AG29
AG26
AH30
AH28
AH27
AH26
AJ30
AJ29
AJ28
AK29
AK28
AK27
AK26
c-1RMCK+
c-1RMCKc-2RMCK+
c-2RMCK-
DGnd
CKE
CK
/CK
/WE
/CAS
/RAS
/CS
BA0
BA1
A12
A11
A10,AP
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0
LDQS
UDQS
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
VREF
IC601
HY5DU561622E(L)T-D43
2
4
5
7
8
10
11
13
54
56
57
59
60
62
63
65
a-RMD16
a-RMD17
a-RMD18
a-RMD19
a-RMD20
a-RMD21
a-RMD22
a-RMD23
a-RMD24
a-RMD25
a-RMD26
a-RMD27
a-RMD28
a-RMD29
a-RMD30
a-RMD31
MVREF
49
LDM
UDM
C620
100N
16V
DGnd
34
48
66
6
12
52
58
64
And so on for b,e etc.
DGnd
VSS
VSS
VSS
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
b-MD0
b-MD1
b-MD2
b-MD3
b-MD4
b-MD5
b-MD6
b-MD7
b-MD8
b-MD9
b-MD10
b-MD11
b-MD12
b-MD13
b-MD14
b-MD15
b-MD16
b-MD17
b-MD18
b-MD19
b-MD20
b-MD21
b-MD22
b-MD23
b-MD24
b-MD25
b-MD26
b-MD27
b-MD28
b-MD29
b-MD30
b-MD31
1
3
2
4
4
3
CKE
CK
/CK
34
48
66
6
12
52
58
64
4
3
2
1
4
3
2
1
4
3
2
1
4
3
2
1
4
3
2
1
4
3
2
1
4
3
2
1
4
3
2
1
8
6
7
5
5
6
44
45
46
IC600
HY5DU561622E(L)T-D43
1
18
33
3
9
15
55
61
IC200G
47R
62mW
RP615A
RP615C
RP615B
RP615D
RP616D
RP616C
RMCKE
c-1RMCK+
c-1RMCK-
VDD
VDD
VDD
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
a-RMD0
a-RMD1
a-RMD2
a-RMD3
a-RMD4
a-RMD5
a-RMD6
a-RMD7
a-RMD8
a-RMD9
a-RMD10
a-RMD11
a-RMD12
a-RMD13
a-RMD14
a-RMD15
a-RMD16
a-RMD17
a-RMD18
a-RMD19
a-RMD20
a-RMD21
a-RMD22
a-RMD23
a-RMD24
a-RMD25
a-RMD26
a-RMD27
a-RMD28
a-RMD29
a-RMD30
a-RMD31
62mW
5
RP600D
6
62mW
RP600C
7
62mW
RP600B
8
RP600A
62mW
5
RP601D
6
62mW
RP601C
7
RP601B
62mW
8
62mW
RP601A
5
RP602D
6
62mW
RP602C
7
62mW
RP602B
8
RP602A
62mW
5
RP603D
6
62mW
RP603C
7
RP603B
62mW
8
62mW
RP603A
5
RP604D
6
62mW
RP604C
7
62mW
RP604B
8
RP604A
62mW
5
RP605D
6
62mW
RP605C
7
RP605B
62mW
8
62mW
RP605A
5
RP606D
6
62mW
RP606C
7
62mW
RP606B
8
RP606A
5
RP607D
6
RP607C
62mW
7
RP607B
62mW
8
RP607A
62mW
47R
16V
C614
VDD
VDD
VDD
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
MVRef has 1k to ground and 1k to Vdd25
Page 33 PW338 DS.
2V5D
MVREF
2V5D
C600
10uF
10V
P841
DGnd
R600
C601
10uF
10V
C602
100N
16V
C603
100N
16V
C604
100N
16V
C605
100N
16V
C606
100N
16V
C607
100N
16V
C608
100N
16V
C609
100N
16V
C611
100N
16V
C612
100N
16V
C613
100N
16V
C615
100N
16V
C616
100N
16V
C618
100N
16V
1K0
0W063
R601
1K0
0W063
P842
DGnd
DGnd
DGnd
DGnd
DRAWING TITLE
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
No changes on this sheet
E.0
L122_C6_PW338_Main_Memory_Port_F0.SchDoc 07_E205
NC
20/11/07
No changes on this sheet
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
Main Memory
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
Notes:
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
6
of
13
ISSUE
A2
DRAWING NO.
L122CT
+3v3 PW338
R700
4K7
0W063
R701
4K7
0W063
R702
4K7
0W063
R703
4K7
0W063
R704
4K7
0W063
R705
4K7
0W063
R709
4K7
0W063
R710
4K7
0W063
IC200F
Display_CEC
Vid_Clk_Sw
P781
H27
J29
J26
H28
J30
J27
RS232 Rx
RS232 Tx
FP Rx
FP Tx
Z1 Demod Out
Z2 Demod Out
Z3 Demod Out
P741
P742
AG12
AH12
P745
P746
M26
M27
P749
P750
P751
AH11
AG11
AH10
P752
P753
Relay Sw
iPod /Present
P757
P758
P759
P760
P762
RDS Data
FM Data Out
FM CE
i2s mux
SPDIF_Present
RS232 /CSC
P769
P771
P773
RTC_SClk
RTC_IO
RTC_Reset
NET_UART_Int
Sirius_UART_Int
iPod_UART_Int
P778
P780
AN SPI Clk
AN SPI Data
SPI Clk
SPI Data
Zone SPI Clk
Zone SPI Data
HDMITx_1 Int
HDMITx_2 Int
P786
P788
HDMIRx Sync
HDMIRx Int
HDMIRx Mute
PW338 Hotplug
Display1_5v_off
Display2_5v_off
EDID_Sel
VSM
Amp_Temp_1
Amp_Temp_2
Amp_Temp_3
+3v3 PW338
NF
D700
NF
NF
C700
100N
16V
X1
X700
32.768KHz
P817 3
P813
2K2
0W063
H30
G26
SPIClk G27
SPIData G28
G29
G30
F26
F27
D18
A19
B19
C19
D19
A20
B20
AB3
AK22
AJ22
AH22
AK21
AJ21
AH21
AK20
AJ20
PORTB0,/CS2
PORTB1,/CS3
PORTB2
PORTB3
PORTB4
PORTB5
PORTB6
PORTB7,DFO
DAC0
DAC1
DAC2
DAC3
P812
P815
M30
M29
P739
P740
L27
L26
P743
P744
L29
L28
P747
P748
AJ6
AK6
AK7
AJ7
L30
K26
K27
K28
K29
K30
RESET
6
RTC_IO
5
RTC_Reset
HDMI_config_scl
HDMI_config_sda
DAB_SCL
DAB_SDA
7
P755
R707
P756
WP
DGND 6
5
A0
A1
A2
SCL
SDA
FAN PWM
24LC256/SM
0R0
0W063
+3v3 PW338
1
2
Slave Address 0xA2/A3
3
Changed address from A0/A1 (clash with EDID I2C)
DGND
IC701A
R708
AK24
AJ24
AK23
AJ23
595A Latch
0R0
0W063
Not Fitted
SPIData
14
SPIClk
11
12
DS
Q0
Q1
SHCP Q2
STCP Q3
Q4
MR
Q5
OE
Q6
Q7
Q7'/DO
+3v3 PW338
10
13
DGND
15
1
2
3
4
5
6
7
9
P761
P763
P764
P767
P768
P770
P772
P774
DSP2 /CS
NET /RESET
SPDIF /RESET
/Main Mute
/Sbl/Sbr Mute
Z2 /Mute
Z3 /Mute
SiI9134_2/RESET
74HC595D
IC703A
PORTC0
PORTC1
PORTC2
PORTC3
PORTC4,P1COAST
PORTC5,P1ADC_CLAMP
PORTC6
PORTC7
PERIPHERALS
14
SPIData
DS
Q0
Q1
SHCP Q2
STCP Q3
Q4
MR
Q5
OE
Q6
Q7
Q7'/DO
11
12
+3v3 PW338
10
13
SPIClk
595BC Latch
DGND
PORTD0,AFEPIXEL
PORTD1,AFEVSYNC
PORTD2,AFEHSYNC
PORTD3,AFECLK
PORTD4
PORTD5
PORTD6
PORTD7,PCLK,FBI
15
1
2
3
4
5
6
7
9
74HC595D
HDMI_DDCSelAV
HDMI_DDCSelSAT
HDMI_DDCSelDVD
HDMI_DDCSelVCR
HDMI_DDCSelPVR
HDMI_TMDSSel0
HDMI_TMDSSel1
HDMI_TMDSSel2
P789
P791
P793
P859
IC704A
14
DS
Q0
Q1
SHCP Q2
STCP Q3
Q4
MR
Q5
OE
Q6
Q7
Q7'/DO
11
12
+3v3 PW338
10
13
SPIClk
ADC0
ADC1
ADC2
ADC3
ADC4
ADC5
ADC6
ADC7
DGND
15
1
2
3
4
5
6
7
9
P800
P801
P802
P804
P806
P808
P810
P811
HDMI_TMDSSel3
IP_DDCSel0
IP_DDCSel1
IP_DDCSel2
QUART RESET
SiI9135 /RESET
ADV7310 /RESET
SiI9134_1/RESET
74HC595D
PW338-30L
VCC
+3v3 PW338
16
8
SCLK
RTC_SClk
AN_SCL
AN_SDA
IC706A
VCC
+3v3 PW338
16
C702
100N
16V
7
EDID_SDA
EDID_SCL
M28
DGnd
I/O
X2
BAS16
Amptemp1
Amptemp2
Amptemp3
F28
F29
F30
E26
E27
E28
E29
E30
I2SICLK1
THRWSC
I2SIWS1,I4
I2SID1,I1TW0WSC0,H6
TWOWSD0,H7
RXD0,H0
TXD0,H1TWOWSC1,H2
TWOWSD1,H3
RXD1,J6
TXD1,J7 TWOWSC2,H4
TWOWSD2,H5
IRRCVR0
IRRCVR1
NC
IRRCVR2
NC
NC
PORTA0,A0
NC
PORTA1,BHEN
PORTA2
PWM0,J0
PORTA3
PWM1,J1
PORTA4
PWM2,J2
PORTA5
PWM3,J3
PORTA6
PWM4,J4
PORTA7
PWM5,J5
H29
H26
J28
GND
VCC
+3v3 PW338
16
C703
100N
16V
8
GND
IC701B DGND
74HC595D
C704
100N
16V
8
IC703B DGND
74HC595D
VCC
+3v3 PW338
8
GND
C705
100N
16V
8
GND
IC704B DGND
74HC595D
4
IC706B DGND
24LC256/SM
GND
NF
4
P814 2
VCC1
DGnd
VCC2
1
C701
0.1F
5.5V
NF
+3v3 PW338
R706
NC
P803
D26
D27
D28
D29
D30
C28
C29
C30
I2SICLK0
I2SOCLK
I2SIWS0,I3 I2SOWS,I5
I2SID0,I0
I2SOD,I2
DGnd
IC705 NF
DS1302Z
DRAWING TITLE
Peripherals
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L122_C7_PW338_Peripherals_F0.SchDoc
Notes:
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
Re-name DSP signals for AD DSP, HDMI Clks routed to L121
E.0
07_E205
NC
20/11/07
EDID I2S Bus added, CEC connected
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
7
of
13
ISSUE
A3
DRAWING NO.
L122CT
P839
DGnd
DGnd
2V5D
C861
100N
16V
DACV
C887
100N
16V
C854
10uF
10V
URES
C876
100N
16V
DGnd
C802
10uF
10V
C803
10uF
10V
C804
10uF
10V
P836
C879
10uF
10V
DGnd
C867
100N
16V
DGnd
C880
330P
50V
C839
330P
50V
P828
P829
C868
100N
16V
MPLL
C881
10uF
10V
DRAWING TITLE
C840
100N
16V
DGnd
L810
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
C841
100N
16V
C869
100N
16V
DGnd
DPLL
C882
330P
50V
Filename:
C842
100N
16V
C870
100N
16V
P838
C883
10uF
10V
Contact Engineer:
C843
330P
50V
+3v3ADC
C871
100N
16V
Eval board connects these to
Dig supply although they are
low speed analogue.
Nick Clarke
C844
100N
16V
DGnd
C845
100N
16V
C872
330P
50V
L811
C846
100N
16V
+1v8CPad
C873
100N
16V
L812
PW338 Power & Ground
Notes:
Contact Tel:
C847
330P
50V
ECO No.
(01223) 203200
C848
100N
16V
DGnd
1V8A PW338
L802
INITIALS
Printed:
1K@100MHz
DGnd
C860
100N
16V
C838
100N
16V
1K@100MHz
C885
100N
16V
C859
100N
16V
C837
100N
16V
1K@100MHz
C858
100N
16V
C836
100N
16V
AG7
AH8 MPLL
AG9 DPLL
AK25 MSPLL
+3v3 PW338
C857
100N
16V
C834
330P
50V
NC
MPLLVDD
DPLLVDD
MDSKVDD
P827
+3v3 PW338
C833
100N
16V
NC
MPLLVSS
DPLLVSS
MDSKVSS
DGnd
C832
100N
16V
AF7
AH7
AF9
AJ25
URES
C856
100N
16V
C805
220UF
16V
AG8
C853
100N
16V
C830
100N
16V
URESVDD
C829
100N
16V
DGnd
P857
URESVSS
C826
100N
16V
C810
10uF
10V
R805
AF8
DGnd
P823
120R@100MHz
2V5D
C809
100N
16V
AH19
AH23
AH24
C808
10uF
10V
1v8APW
REFVDD
ADCVDD
DACVDD
C852
100N
16V
+1V8
REFVSS
ADCVSS
DACVSS
R804
10R
0W063
REG802
AG19
AG23
AG24
C825
100N
16V
+3v3 PW338
MREFGND0
MREFGND1
C824
100N
16V
DGnd
V29
AE29
R803 P822
200R
0W063
P824
120R@100MHz
DGnd
C813
10uF
10V
E11
E12
E13
E14
E15
E16
E17
E18
E19
E20
E21
E22
E23
E24
F25
G6
G25
H6
H25
AC6
AC25
AD6
AD25
AE6
AE25
AF12
AF13
AF14
AF15
AF16
AF17
AF18
AF19
AF20
AF21
AF22
AF23
AG20
AG21
AG22
P821
C800 1R0
15N 0W063
16V
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
VDDCORE
R802
220R
0W063
P30
T27
W30
AD30
AF28
AK30
5
R801
POWER AND GROUND
VDD25SSTL7
VDD25SSTL6
VDD25SSTL5
VDD25SSTL3
VDD25SSTL2
VDD25SSTL0
P819
N26
P26
R26
T26
U26
V26
W26
Y26
AA26
AA28
AB26
AC26
AD26
AE26
AF25
AF26
AG25
AH25
AH29
GND
National/LP3876ESX-ADJ
REG800
2
4
Vin
Vout
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
VDD25
E9
E10
F23
F24
AE7
AE8
AE23
AE24
AF11
AF24
+3v3 PW338
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
VDDIO
C851
100N
16V
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
C823
330P
50V
L11
L12
L13
L14
L15
L16
L17
L18
L19
L20
M11
M12
M13
M14
M15
M16
M17
M18
M19
M20
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
P11
P12
P13
P14
P15
P16
P17
P18
P19
P20
R11
R12
R13
R14
R15
R16
R17
R18
R19
R20
T11
T12
T13
T14
T15
T16
T17
T18
T19
T20
U11
U12
U13
U14
U15
U16
U17
U18
U19
U20
V11
V12
V13
V14
V15
V16
V17
V18
V19
V20
W11
W12
W13
W14
W15
W16
W17
W18
W19
W20
Y11
Y12
Y13
Y14
Y15
Y16
Y17
Y18
Y19
Y20
C850
100N
16V
W1
2V5D
VDDCP18
P825
VSSP18
3
ADJ
W2
W5
L809
120R@100MHz
+1v8CPad
DGnd
AVDD18
N5
R5
U5
+1v8PLL
P834
C866
1N0
50V
AVSS18
AVDD18R
AVDD18G
AVDD18B
C820
100N
16V
W4
AVSS18R
AVSS18G
AVSS18B
SD
N4
R4
U4
L808
Y5
+3v3DHDMI
P833
C865
100N
16V
AVDDP
1
AVSSP
C812
100N
16V
Y4
R800
10K
0W063
120R@100MHz
+3v3ADC
L807
P5
T5
V5
DGnd
ADCAVSS331ADCAVDD331
ADCAVSS332ADCAVDD332
ADCAVSS333ADCAVDD333
DGnd
P4
T4
V4
L806
120R@100MHz
C864
100N
16V
L5
M5
C819
100N
16V
AMVDD332
AMVDD333
C811
10uF
10V
VSVSS1
VSVSS2
120R@100MHz
+3v3VS
+3v3 PW338
L4
M4
J5
P832 +3v3AHDMI
AMVDD331
+1v8PLL
120R@100MHz
+3v3DHDMI
120R@100MHz
+3v3AHDMI
DGnd
AMVSS331
AMVSS332
F1
G1
F6
C6
A2
A4
A6
A8
C818
100N
16V
J4
K5
APLLVDD33
AVDDPLL18
VDDIOHDMI
P33VHDMI
A33VHDMI1
A33VHDMI2
A33VHDMI3
A33VHDMI4
L805
APLLDGnd
AVSSHDMI1
AVSSHDMI2
AVSSHDMI3
AVSSHDMI4
AVSSHDMI5
AVSSHDMI6
AVSSHDMI7
AVSSHDMI7
C863
100N
16V
H1
B2
B4
B6
B8
C1
C3
C5
C7
R817
2V5D
654mA (0.5232W)
0R0
0W063
P820
C801
10uF
10V
385mA (0.5775W)
LM1117MPX-1.8
1V8A PW338
0R0
0W063
P858
DGnd
DGnd
1V8D
C849
100N
16V
C806
10uF
10V
DGnd
P831 +3v3VS
C874
100N
16V
DGnd
MSPLL
C884
330P
50V
1V8A PW338
1V8D
L803
L804
DACV
IC200E
PW338-30L
DGnd
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
No changes on this sheet
E.0
L122_C8_PW338_Power_and_Ground_F0.SchDoc07_E205
NC
20/11/07
No changes on this sheet
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
8
of
13
ISSUE
A2
DRAWING NO.
L122CT
+5V_HDMI
+5V_HDMI
D900
BAV99
+5V_HDMI
D901
BAV99
+5V_HDMI
D902
BAV99
+5V_HDMI
Hotplug
HDMI spec has weak
pullup at sink (47k) and
D904
BAV99 strong pullup at source (1k8)
hence resistors below
are fitted on SDA, SCL.
D903
BAV99
Signalling :- Source indicates ready by asserting +5V.
- Sink indicates ready by asserting HOTPLUG
- Souce interogates EDID etc.
+3v3 PW338
AV_hotplug_out
AV_SDA
AV_SCL
AV_CEC
C995
330P
50V
SAT CKSAT CK+
SAT D0SAT D0+
SAT D1SAT D1+
SAT D2SAT D2+
DGnd
CEC_Common
R911
0R0
0W063
0R0 provides means to
common CEC lines
AV CK+
AV D0AV D0+
AV D1AV D1+
AV D2-
MUX1
To MUX1
AV CK-
SCN
AV D2+
R915
15K
0W063
58
57
56
55
44
43
42
41
DVD CKDVD CK+
DVD D0DVD D0+
DVD D1DVD D1+
DVD D2DVD D2+
52
51
50
49
39
38
37
36
MUX1 CKMUX1 CK+
MUX1 D0MUX1 D0+
MUX1 D1MUX1 D1+
MUX1 D2MUX1 D2+
9
10
11
12
22
23
24
25
A0
A1
A2
A3
A4
A5
A6
A7
+1v5D
+3v3 PW338
50V
DGnd
DGnd
+1v5D
50V
C906
1N0
50V
C905
100N
16V
C907
100N
16V
50V
C908
1N0
50V
Some sinks might register a timeout fault.
HOTPLUG to source will only go high when :
1.The source is selected
AND 2. The HOTPLUG from the TV/Display is high
AND 3. The 5V power from the source is high
C910
1N0
50V
C909
100N
16V
C913
1N0
50V
C912
100N
16V
IC900D
IC900C
AV_hotplug_out
R912
AV_5v_in
P914
P915
6
7
19
20
S1
S2
S3
S4
HDMI_TMDSSel0
HDMI_TMDSSel1
DGnd
SAT_5v_in
+5V_HDMI
+5V_HDMI
+5V_HDMI
D906
BAV99
D907
BAV99
D908
BAV99
R917
10K
0W063
P916
IC904C
2
8
13
15
16
18
21
26
31
33
40
53
64
To MUX1
SAT D1+
SAT D2-
MUX2
SAT D2+
DGnd
PVR D2+
PVR D2PVR D1+
PVR D1PVR D0+
PVR D0PVR CK+
PVR CK-
58
57
56
55
44
43
42
41
VCR D2+
VCR D2VCR D1+
VCR D1VCR D0+
VCR D0VCR CK+
VCR CK-
D914
BAV99
DVD_hotplug_out
DVD_SDA
DVD_SCL
DVD_CEC
P946
P947
6
7
19
20
S1
S2
S3
S4
LP filter
R933
10K
0W063
DGnd
R986
1K8 R987
0W0631K5
0W063
VCR_hotplug_out
R937
C927
100P
50V
DGnd
R934
LP filter
P1063
3
R935
10K
0W063
DGnd
2
1
1K0
0W063
C928
100P
50V
DGnd
IC900B
5
P945 6
P944
HDMI_DDCSelVCR
4
74HCT08D
74HCT08D
IC904A
2
3
R988
1K5
0W063
IC900A
IC906D
R938
P1064
11
1K0
0W063
50V
50V
C935
1N0
50V
C934
100N
16V
C936
100N
16V
50V
C937
1N0
50V
C938
100N
16V
PVR_5v_in
C941
1N0
50V
C940
100N
16V
P949 3
12
74HCT08D
2
P948
1
P950
HDMI_DDCSelPVR
74HCT08D
IC904D
VCC
IC906E +5V_STBY
14
VCC
+5V_STBY
14
13
12
P951
GND
7
IC900E +5V_STBY
14
VCC
C919
100N
16V
C931
100N
16V
11
74HCT08D
74HCT08D DGnd
50V
C939
1N0
50V
13
IC904E
1
GND
7
GND
74HCT08D DGnd
74HCT08D DGnd
C920
100N
16V
7
74HCT08D DGnd
R939
LP filter
1K0
0W063
R943
10K
0W063
C942
100P
50V
+5V_STBY
DGnd
13
IC907
DG408LDY
C946
1N0
50V
C945
100N
16V
+1v5D
C947
100N
16V
IC201D
R989
6
5
0R0
0W063
DDC SCL
DDC SDA
7 DGnd
EDID SEL
+5V_STBY
EDID_Sel
2
3
DSP SCL
DSP SDA
Rx_D2+52
Rx_D2- 51
Rx_D1+48
Rx_D1- 47
Rx_D0+44
Rx_D0- 43
Rx_C+ 40
Rx_C- 39
+5V_STBY
R990
NF
0R0
0W063
C954
100N
16V
1
DSP Vcc
V-
3
DGnd
8
C967
100N
16V
P957
PW338 Hotplug
DGnd
SiI9135
HDMI input port pins
SDA
+5V_STBY
R953
C953 100R
100P 0W063
50V
8
D
GND
DGnd
D919
BAV99
DGnd
50V
LP Filter
R1121
47K
0W063
4
DGnd
X0
AV_SDA
5
X1
SAT_SDA
6
X2
DVD_SDA
7
X3
VCR_SDA
12
X4
11
PVR_SDA
X5
10
nc
X6
9
X7
nc
+5V_STBY
2
EN
1
IPDDCSel0
A0
16
IPDDCSel1
A1
15
IPDDCSel2
A2
DDC Vcc
To MUX1
C944
10uF
10V
+5V_HDMI
D918
BAV99
Blank
AV
SAT
DVD
VCR
PVR
0
1
2
3
4
5
EDID_SCL
EDID_SDA
P974 DSCL 34
P975 DSDA 33
P976 PWR5 35
R0X2+
R0X2R0X1+
R0X1R0X0+
R0X0R0XC+
R0XCDSCL0
DSDA0
R0PWR5V
IC909
CAT24C208JI-TE13
DGnd
Provides means to
common CEC lines
VCR CK-
To MUX2
VCR CK+
VCR D0-
VCR D1+
VCR D2VCR D2+
14
D922
BAV99
+5V_HDMI
D923
BAV99
D924
BAV99
Hotplug 47k - see CM2021 datasheet fig 4.
R978
200R
0W063
R977
200R
R970
47K
0W063
R976
200R
R969
47K
0W063
C1107
100N
16V
NF
IC911
DG408LDY
?w
For correct operation addresses
on all 3 MUXs should match
(TMDS, DDC, Hotplug)
R999
0R0
0W063
P1052
DGnd
DGnd
R1112
11R
0W063
P1055
Display_CEC
13
R1119
27K
0W063
CEC
C1108
10uF
10V
P1054
8
D
R1106
120R
0W063
+1v5D
R1118
13R
0W063
+3v3 PW338
DGnd
CEC_Common
C965
100N
16V
Provides means to
common CEC lines
PVR CK-
PVR D1+
PVR D2PVR D2+
C966
10uF
10V
AV_5v_in
SAT_5v_in
DVD_5v_in
VCR_5v_in
PVR_5v_in
NC
NC
+5V_STBY
DGnd
IPDDCSel0
IPDDCSel1
IPDDCSel2
2
1
16
15
14
X0
X1
X2
X3
X4
X5
X6
X7
DGnd
Changing these MUXs
to channel 0 will simulate a cable
being unplugged.
DRAWING TITLE
GND
DGnd
8
5V_In
EN
A0
A1
A2
+5V_STBY
IC912
DG408LDY
D
V-
Vl = 0v6, Vh = 2v4, Vmax = 5v
4
5
6
7
12
11
10
9
BAS16
DGnd
C1106
10uF
10V
P1051
+5V_STBY
PVR D0+
PVR D1-
DGnd
REG1101
LM1117MPX-ADJ/NOPB
+3v3 PW338
DGnd
3
DGnd
20mA (0.036W)
GND
C999
330P
50V
DGnd
PVR CK+
PVR D0-
+5V_HDMI D925
SII9135
Blank
AV
SAT
DVD
VCR
PVR
n/c
n/c
V-
R979
0R0
0W063
R980
15K
0W063
0
1
2
3
4
5
6
7
Assignment
EN
A0
A1
A2
14
To MUX2
PVR_hotplug_out
PVR_SDA
PVR_SCL
PVR_CEC
PVR_5v_in
SCN
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
X0
X1
X2
X3
X4
X5
X6
X7
DGnd
R975
200R
DGnd
C961
10uF
10V
NF
+3v3 PW338
R974
200R
DGnd
+5V_STBY
P994
R973
200R
P993
R972
200R
DGnd
P992
R971
200R
22
P991
R968
47K
0W063
20
SCN
P990
DGnd
H/Plg Detect
+5V
DDC/CEC Gnd
SDA
SCL
n/c
CEC
ClockClk_Shield
Clock+
Data0D0_Shield
Data0+
Data1D1_Shield
Data1+
Data2D2_Shield
Data2+
21
PVR
SDA/SCL pullup - see HDMI spec
DGnd
SCN
SCN
23
SKT905
WURTH ELEKTRONIK
685 119 134 923
0
1
0
1
0
1
0
1
On Switch
3
D921
BAV99
+5V_HDMI
0
0
1
1
0
0
1
1
P1053
13
D920
BAV99
+5V_HDMI
0
0
0
0
1
1
1
1
V-
DGnd
+5V_HDMI
Sel0
HDMI MUX Supply
DSCL1
DSDA1
R1PWR5V
+5V_STBY
nc 4
5
AV_CEC
6
SAT_CEC
7
DGnd
DVD_CEC
12
VCR_CEC
11
PVR_CEC
NC 10
NC 9
+5V_STBY
Vl = 0v6, Vh = 2v4, Vmax = 5v
2
1
IPDDCSel0
16
IPDDCSel1
15
IPDDCSel2
DGnd
+5V_HDMI
Sel1
GND
DGnd
C960
100N
16V
NF
DGnd
SCL
R1X2+
R1X2R1X1+
R1X1R1X0+
R1X0R1XC+
R1XC-
V+
DGnd
IP_DDCSel
Sel2
CEC_Common
R967
15K
0W063
29
28
30
DDC MUX
3
VCR D0+
VCR D1-
D
13
R966
0R0
0W063
CEC_Common
PW338 Sink Dual Port EDID Memory
8
70
69
66
65
62
61
58
57
ADJ
C998
330P
50V
DGnd
Port not used
R965
200R
0W063
R964
200R
R963
200R
R962
200R
R961
200R
R957
47K
0W063
IC910
DG408LDY
V+
VCR_5v_in
R956
47K
0W063
R960
200R
R955
47K
0W063
DGnd
C959
10uF
10V
V+
R1120
47K
0W063
4
X0
5
AV_SCL
X1
6
DGnd
SAT_SCL
X2
7
DVD_SCL
X3
12
VCR_SCL
X4
11
PVR_SCL
X5
NC 10
X6
NC 9
X7
+5V_STBY
2
EN
1
IPDDCSel0
A0
16
IPDDCSel1
A1
15
IPDDCSel2
A2
P981
DGnd
R959
200R
P980
DGnd
VCR_hotplug_out
VCR_SDA
VCR_SCL
VCR_CEC
SCN
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
P979
DGnd
20
21
P978
DGnd
C958
100N
16V
+3v3 PW338
R958
200R
22
P977
H/Plg Detect
+5V
DDC/CEC Gnd
SDA
SCL
n/c
CEC
ClockClk_Shield
Clock+
Data0D0_Shield
Data0+
Data1D1_Shield
Data1+
Data2D2_Shield
Data2+
SCN
VCR
+5V_STBY
DGnd
SCN
SCN
23
SKT902
WURTH ELEKTRONIK
685 119 134 923
Port 1
4
D917
BAV99
0
1
0
0
0
0
For correct operation addresses
on all 3 MUXs should match
(TMDS, DDC, Hotplug)
HDMI_TMDSSel2
HDMI_TMDSSel3
Vss
20
R985
1K8
0W063
0B3
1B3
2B3
3B3
4B3
5B3
6B3
7B3
Channel 0 is
Blank Screen
D916
BAV99
Hi Output Assignment
74HCT08D
R932
IC906A
DGnd
D915
BAV99
HDMI_DDCSelDVD
P926
P943
14
+5V_HDMI
DVD_5v_in
P919
0
0
1
0
0
0
0
0
0
1
0
0
0
0
0
0
1
0
0
0
0
0
0
1
SelAV
+3v3 PW338
DGnd
+5V_HDMI
74HCT08D
1K0
0W063
+1v5D
IP_DDCSel0
IP_DDCSel1
IP_DDCSel2
+5V_HDMI
4
1K0
0W063
PVR_hotplug_out
C943
100N
16V
DVD D2+
SAT
AV
DVD
PVR
VCR
Blank
VCR_5v_in
C997
330P
50V
Provides means to
common CEC lines
DVD CK-
DVD D1+
DVD D2-
Input A
Input B
Input C
Input D
Input E
Off (Hi Z)
10
P920 8
SelVCR SelDVD SelSAT
9
For correct operation addresses
on all 3 MUXs should match
(TMDS, DDC, Hotplug)
+3v3 PW338
DVD D0+
DVD D1-
0
1
0
1
1
1
P1062
6
5
1K0
0W063
CEC_Common
DVD CK+
DVD D0-
DGnd
0
0
1
1
1
1
R922
Do not use other combinations
0B2
1B2
2B2
3B2
4B2
5B2
6B2
7B2
DGnd
R952
0R0
0W063
SCN
R951
200R
0W063
R942
47K
0W063
R950
200R
R941
47K
0W063
R949
200R
R940
47K
0W063
DGnd
0
0
0
1
0
1
+3v3 PW338
R948
200R
DGnd
DVD_5v_in
+5V_HDMI
Rx_D2+
Rx_D2Rx_D1+
Rx_D1Rx_D0+
Rx_D0Rx_C+
Rx_C-
+3v3 PW338
R954
15K
0W063
DGnd
9
10
11
12
22
23
24
25
A0
A1
A2
A3
A4
A5
A6
A7
P956
R947
200R
DGnd
SelPVR
V+
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
DGnd
P955
R946
200R
DGnd
P954
R945
200R
P953
0B1
1B1
2B1
3B1
4B1
5B1
6B1
7B1
52
51
50
49
39
38
37
36
+1v5D
+5V_STBY
P952
IC905
PI3HDMI413
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
62
61
60
59
48
47
46
45
0
0
0
0
1
1
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
D913
BAV99
HDMI_DDCSelSAT
9
74HCT08D
IC906B
Input Selected
1
3
4
5
14
17
27
28
29
30
32
34
35
54
63
D912
BAV99
+5V_HDMI
MUX1 D2+
MUX1 D2MUX1 D1+
MUX1 D1MUX1 D0+
MUX1 D0MUX1 CK+
MUX1 CK-
SDA/SCL pullup - see HDMI spec
DGnd
H/Plg Detect
+5V
DDC/CEC Gnd
SDA
SCL
n/c
CEC
ClockClk_Shield
Clock+
Data0D0_Shield
Data0+
Data1D1_Shield
Data1+
Data2D2_Shield
Data2+
D911
BAV99
+5V_HDMI
10
P918 8
Port 0
R930
200R
0W063
R929
200R
R928
200R
R927
200R
R926
200R
R925
200R
+3v3 PW338
Provides means to
common CEC lines
SAT D0+
SAT D1-
+5V_HDMI
Hotplug MUX
P917
74HCT08D
DVD_hotplug_out
DGnd
SAT CK+
SAT D0-
+5V_HDMI
DGnd
IC906C
Sel3 Sel2 Sel1 Sel0
SAT CK-
SCN
22
C996
330P
50V
DGnd
SCN
SCN
R921
47K
0W063
R936
15K
0W063
SKT903
WURTH ELEKTRONIK
685 119 134 923
SCN
R920
47K
0W063
CEC_Common
R931
0R0
0W063
D910
BAV99
23
R919
47K
0W063
R924
200R
DGnd
P925
R923
200R
DGnd
P924
SAT_5v_in
+5V_HDMI
C922
100P
50V
+3v3 PW338
SAT_hotplug_out
SAT_SDA
SAT_SCL
SAT_CEC
20
SCN
21
DGnd
P923
DGnd
21
5
4
1K0
0W063
R944
200R
22
SCN
23
SCN
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
DGnd
DVD
P1061
6
IP_TMDSSel
H/Plg Detect
+5V
DDC/CEC Gnd
SDA
SCL
n/c
CEC
ClockClk_Shield
Clock+
Data0D0_Shield
Data0+
Data1D1_Shield
Data1+
Data2D2_Shield
Data2+
SAT
SAT_hotplug_out
R918
TMDS MUX
DGnd
P922
DGnd
LP filter
1K0
0W063
D909
BAV99
+5V_STBY
DGnd
P921
Select signals
are derived from
HC logic running
@ 3v3. (HC595).
+5V_HDMI
SKT900
WURTH ELEKTRONIK
685 119 134 923
DGnd
C921
100P
50V
R916
IC904B
D905
BAV99
HDMI_DDCSelAV
LP filter
R914
10K
0W063
N.B. Hotplug
output must
satisfy TTL
signal thresholds
so require HCT
family device
R984
1K5
0W063
P905
74HCT08D
P1057
74HCT08D
R913
DGnd
+5V_HDMI
Check HDMI spec on this.
12
1K0
0W063
R982
1K8 R983
0W0631K5
0W063
13
P1056
11
9
+3v3 PW338
R981
1K8
0W063
10
P1060
8
1K0
0W063
0B3
1B3
2B3
3B3
4B3
5B3
6B3
7B3
i.e. sink asserts hotplug and expects source to
start comms on I2C and read the EDID immediately.
50V
C911
1N0
50V
+1v5D
0B2
1B2
2B2
3B2
4B2
5B2
6B2
7B2
DGnd
C904
1N0
50V
C903
100N
16V
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
AV CKAV CK+
AV D0AV D0+
AV D1AV D1+
AV D2AV D2+
0B1
1B1
2B1
3B1
4B1
5B1
6B1
7B1
50V
1
3
4
5
14
17
27
28
29
30
32
34
35
54
63
DGnd
62
61
60
59
48
47
46
45
50V
IC901
PI3HDMI413
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
R910
200R
0W063
R909
200R
R902
47K
0W063
R908
200R
R901
47K
0W063
R907
200R
R900
47K
0W063
R906
200R
P902
DGnd
P904
R905
200R
DGnd
P903
R904
200R
DGnd
+3v3 PW338
R903
200R
22
SCN
23
SCN
DGnd
P901
19
18 AV_5v_in
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
20
21
DGnd
P900
DGnd
H/Plg Detect
+5V
DDC/CEC Gnd
SDA
SCL
n/c
CEC
ClockClk_Shield
Clock+
Data0D0_Shield
Data0+
Data1D1_Shield
Data1+
Data2D2_Shield
Data2+
SCN
AV
+5V_STBY
2
8
13
15
16
18
21
26
31
33
40
53
64
+3v3 PW338
SKT901
WURTH ELEKTRONIK
685 119 134 923
In circuit below hotplug may be delayed wrt 5v more
than in a conventional system which could risk a timeout.
HDMI Input MUX
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L122_C9_HDMI_Input_MUX_F0.SchDoc
Notes:
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
No changes on this sheet
E.0
07_E205
NC
20/11/07
EDID I2S Bus added, CEC connected
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
9
of
13
ISSUE
A1
DRAWING NO.
L122CT
+5V_STBY
R1000
10K
0W063
M1000
NTF2955
P1003
R1002
0R0
0W063
NF
Display1_5v_off
Lo = 5v on
HiZ = 5v off
P1004
+3v3 PW338
P1058
R599
680R
0W063
P1022
R598
18R
0W063
P1025
27
EXT_SWING
TXC+
TXC-
HPD
DSDA
DSCL
Display1_D2+
Display1_D2-
31
30
Display1_CK+
Display1_CK-
51
P1023 Display1_Hotplug
47
46
P1024 Display1_SDA
P1026 Display1_SCL
+3v3 PW338
DGnd
TMDS_CK+
TMDS_GND
NC
NC
TMDS_GND
TMDS_CK-
CEC_IN
CEC_OUT
DDC_CLK_IN DDC_CLK_OUT
DDC_DAT_IN DDC_DAT_OUT
HOTPLUG_IN HOTPLUG_OUT
R1022
47K
0W063
26
25
24
P1006
P1008
P1011
IC1000
P1017
P1018
CM2020-00TR
Display1_Hotplug
DGndDGnd
R1001
1K8
0W063
21
SCN
20
29
28
27
23
22
21
20
SCN
Con. side
37
TMDS_BYP
2
3V3_SUPPLY
NC
TMDS_GND
TMDS_D0-
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
32
31
30
Data2+
D2_Shield
Data2Data1+
D1_Shield
Data1Data0+
D0_Shield
Data0Clock+
Clk_Shield
ClockCEC
n/c
SCL
SDA
DDC/CEC Gnd
+5V
H/Plg Detect
R1003
1K8
0W063
DGnd
DGnd
SKT1000
WURTH ELEKTRONIK
685 119 134 923
Out 1
SCN
40
39
16
17
18
19
Display1_SCL
Display1_SDA
TMDS_D0+
TMDS_GND
NC
35
34
33
SCN
Display1_D1+
Display1_D1-
13
14
15
NC
TMDS_GND
TMDS_D1-
75 mA limited
38
23
TX2+
TX2-
37
36
Display1_CK+
Display1_CK-
TMDS_D1+
TMDS_GND
NC
GND
TX1+
TX1-
10
11
12
NC
TMDS_GND
TMDS_D2-
Ensure 5v not driven when display not selected
22
AVCC18_1
TX0+
TX0-
Display1_D0+
Display1_D0-
Display1_D0+
Display1_D0-
P1005
Display_CEC
34
33
7
8
9
TMDS_D2+
TMDS_GND
NC
3
SiI9134 HDMI Tx
See Sheet 13
R1021
18K
0W063
Display1_D1+
Display1_D1-
+5V_OUT
DGnd
GND
R1020
18K
0W063
IC502C
4
5
6
C1021
10N
50V
36
+3v3 PW338
Display1_D2+
Display1_D2-
5V_SUPPLY
DGnd
Circ. side
DGnd
C1023
10N
50V
1
C1020
10N
50V
DGnd
C1026
100N
16V
C1027
1N0
50V
+5V_STBY
R1023
15K DGnd
0W063
DGnd
DGnd
C79, R13 see CM2020 datasheet.
SII9134
+5V_STBY
IC503C
SII9134
+3v3 PW338
R1027
18K
0W063
R1028
18K
0W063
Display2_D1+
Display2_D1-
7
8
9
Display2_D0+
Display2_D0-
10
11
12
Display2_CK+
Display2_CK-
13
14
15
Display_1&2_CEC
Display2_SCL
Display2_SDA
16
17
18
19
+3v3 PW338
DGnd
R1029
47K
0W063
Display2_Hotplug
37
TMDS_D1+
TMDS_GND
NC
NC
TMDS_GND
TMDS_D1-
TMDS_D0+
TMDS_GND
NC
NC
TMDS_GND
TMDS_D0-
TMDS_CK+
TMDS_GND
NC
NC
TMDS_GND
TMDS_CK-
CEC_IN
CEC_OUT
DDC_CLK_IN DDC_CLK_OUT
DDC_DAT_IN DDC_DAT_OUT
HOTPLUG_IN HOTPLUG_OUT
32
31
30
29
28
27
26
25
24
23
22
21
20
P1043
P1045
P1047
P1048
R1004
1K8
0W063
DGndDGnd
R1005
1K8
0W063
SCN
Data2+
D2_Shield
Data2Data1+
D1_Shield
Data1Data0+
D0_Shield
Data0Clock+
Clk_Shield
ClockCEC
n/c
SCL
SDA
DDC/CEC Gnd
+5V
H/Plg Detect
P1049
IC1004
CM2020-00TR
21
20
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
DGnd
SKT1001
WURTH ELEKTRONIK
685 119 134 923
Out 2
SCN
P1039 Display2_SDA
P1041 Display2_SCL
35
34
33
SCN
47
46
NC
TMDS_GND
TMDS_D2-
75 mA limited
SCN
P1038 Display2_Hotplug
TMDS_D2+
TMDS_GND
NC
38
23
DSDA
DSCL
51
4
5
6
+5V_OUT
DGnd
22
HPD
Display2_D2+
Display2_D2-
Con. side
DGnd
C1031
10N Ensure 5v not driven when display not selected
50V
TMDS_BYP
DGnd
C1032
10N
50V
2
Display2_CK+
Display2_CK-
R1031
0R0
0W063
3V3_SUPPLY
31
30
NF
P1031
1
Display2_D2+
Display2_D2-
P1059
C1029
10N
50V
GND
EXT_SWING
40
39
+3v3 PW338
GND
27
Display2_D1+
Display2_D1-
3
P1040
TXC+
TXC-
37
36
36
R596
18R
0W063
TX2+
TX2-
Display2_D0+
Display2_D0-
Display2_5v_off
Lo = 5v on
HiZ = 5v off
5V_SUPPLY
R597
680R
0W063
P1037
TX1+
TX1-
34
33
Circ. side
SiI9134 HDMI Tx
AVCC18_2
TX0+
TX0-
P1027
R1026
0R0
0W063
NF
See Sheet 13
R1025
10K
0W063
M1001
NTF2955
DGnd
DGnd
C1035
100N
16V
C1036
1N0
50V
+5V_STBY
R1030
15K DGnd
0W063
see CM2020 datasheet.
DGnd
DGnd
DRAWING TITLE
HDMI Output MUX
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L122_C10_HDMI_Output_MUX_F0.SchDoc
Notes:
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
No changes on this sheet
E.0
07_E205
NC
20/11/07
CEC changed to bi-directional
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
NC
26/3/07
07_E058
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
PCB change only
B.1
DESCRIPTION OF CHANGE
Sheet
10
of
13
ISSUE
A1
DRAWING NO.
L122CT
+5V_STBY
+3v3 PW338
+3v3 PW338
+5V_1
1V8D
Z3 /Mute
Z2 /Mute
/Sbl/Sbr Mute
/Main Mute
SPDIF /Reset
NET /RESET
DSP2 /CS
NET MISO_D
NET Power Down
FP RX
DAB_SDA
SPI Clk
SPI Data
AN SPI Data
RDS Int
P1144
P1149
iPod /Present
FM CE
AOut Mux Latch
Relay Sw
NET MOSI
NET SPI Clk
NET Mode Host
DSP MOSI
DSP /CS
DSP1 FLAG0
Headphone Sense
CON1100
CON1101
2
1
4
3
6
5
8
7
10
9
12
11
14
13
16
15
18
17
20
19
22
21
24
23
26
25
28
27
30
29
32
31
34
33
36
35
38
37
40
39
42
41
44
43
46
45
48
47
50
49
52
51
54
53
56
55
58
57
60
59
62
61
64
63
66
65
68
67
70
69
72
71
74
73
76
75
78
77
80
79
82
81
84
83
86
85
88
87
90
89
92
91
94
93
96
95
98
97
100
99
102
101
104
103
106
105
108
107
110
109
112
111
114
113
116
115
118
117
120
119
P1101
Y ADV7312
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
100
102
104
106
108
110
112
114
116
118
120
P1105
Pb ADV7312
P1109
Pr ADV7312
P1113
S-vid Y Out
P1116
S-vid C out
P1120
Cvid Out
SPDIF_Present
FAN PWM
FP TX
DAB_SCL
Zone SPI Data
AN_SCL
AN_SDA
AN SPI Clk
Zone SPI Clk
FM Data Out
RDS Data
P1143
WClk PW338
i2s mux
Vcomp Latch
HDMI MCLK
HDMI BCLK
VidIO Mux Latch
AIn Mux Latch
IRTrig Mux Latch
Dig Mux Latch
NET /CS
P1169
P1171
P1174
Amp_Temp_1
Amp_Temp_2
Amp_Temp_3
Y in
NET NIREQ Host
FP int
DSP MISO
S-vid Y In
P1175
P1180
NET S-vid C
DSP Clk
Pr In
P1190
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
61
63
65
67
69
71
73
75
77
79
81
83
85
87
89
91
93
95
97
99
101
103
105
107
109
111
113
115
117
119
DSP2 FLAG0
Amp Fault
VSM
RS232 Tx
Z2 Demod Out
Z1 Demod Out
Z3 Demod Out
RS232 Rx
/AC Present
P1121
P1122
HDMI SPDIF
Bulk Decoupling
+5V_STBY
Sirius Rx
NET Rx
C1100
220UF
16V
Suface Mount P1192
iPod Rx
iPod Tx
NET Tx
DGnd
Sirius Tx
HDMI WCLK
HDMI Data3
+5V_1
HDMI Data2
HDMI Data1
HDMI Data0
P1193
C1101
220UF
16V
Suface Mount P1194
P1163
NET S-vid Y
DGnd
P1167
Pb In
P1172
Cvid In
+3v3 PW338
P1195
P1182
NET Cvid
C1102
220UF
16V
Suface Mount P1196
P1187
S-vid C In
Hirose
FX8C-120S-SV5
Hirose
FX8C-120S-SV5
P1191
DGnd
DGnd
DGnd
DGnd DGnd
DGnd DGnd
1V8D
P1197
C1103
220UF
16V
Suface Mount P1198
DGnd
DRAWING TITLE
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
Re-name DSP signals for AD DSP, HDMI Clks routed to L121
E.0
L122_C11_Motherboard_Connections_F0.SchDoc07_E205
NC
20/11/07
No changes on this sheet
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
Motherboard Connections
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
Notes:
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
11
of
13
ISSUE
A3
DRAWING NO.
L122CT
9135 AVCC33
9135 AVCC18
DGnd
DGnd
37
54
72
AVCC33
C1260
10uF
10V
SiI9135 TMDS Supplies
AVCC18
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
C1256
100N
16V
DGnd
DGnd
C1201
10uF
10V
16V
16V
C1202
100N
16V
C1203
100N
16V
P1201
16V
C1204
100N
16V
50V
C1205
100N
16V
50V
C1208
1N0
50V
50V
C1210
1N0
50V
50V
C1211
1N0
50V
9135 AVCC33
TMDS Analogue Supply
+3v3 PW338
C1212
1N0
50V
SII9135
IC201G
IOVCC33
IOVCC33
IOVCC33
IOVCC33
IOVCC33
IOVCC33
IOVCC33
IOVCC33
IOVCC33
220R@100MHz
C1200
100N
16V
16V
DGnd
0R0
0W063
16V
C1240
10uF
10V
16V
C1241
100N
16V
P1202 50V
16V
C1242
100N
16V
C1243
100N
16V
50V
C1244
1N0
50V
9135 AVCC18
50V
C1245
1N0
50V
TMDS PLL Supply
SiI9135 I/O Supplies IOVCC33
C1246
1N0
50V
IOGND
IOGND
IOGND
IOGND
IOGND
IOGND
IOGND
IOGND
IOGND
1V8D
R1202 10V
DGnd
10V
10V
C1214
10uF
10V
16V
C1215
10uF
10V
16V
C1216
100N
16V
16V
C1217
100N
16V
P1203 50V
16V
C1218
100N
16V
C1219
100N
16V
50V
C1220
1N0
50V
50V
C1221
1N0
50V
50V
C1222
1N0
50V
50V
C1223
1N0
50V
50V
C1224
1N0
50V
50V
C1225
1N0
50V
50V
50V
C1226
1N0
50V
C1298
1N0
50V
IO Pins Supply
C1299
1N0
50V
IC201H
CVCC18
CVCC18
CVCC18
CVCC18
CVCC18
CVCC18
CVCC18
CVCC18
CVCC18
+3v3 PW338
DGnd
9135 CVCC18
12
24
25
80
91
107
119
131
143
10V
6
18
32
74
88
104
113
125
137
L1200
16V
4
17
31
73
87
103
112
124
136
DGnd
CVCC18
SiI9135 Digital Logic Vcc
C1273
100N
16V
C1231
1N0
50V
C1233
1N0
50V
50V
C1234
1N0
50V
50V
C1235
1N0
50V
50V
C1236
1N0
50V
50V
C1237
1N0
50V
9135 CVCC18
50V
C1238
1N0
50V
Digital Core Supply
C1239
1N0
50V
+3v3 PW338
L1202
P1205
16V
220R@100MHz
C1259
100N
16V
DGnd
EPad
50V
CGND
CGND
CGND
CGND
CGND
CGND
CGND
CGND
50V
0
C1272
100N
16V
P1204
50V
+3v3 PW338
SII9135
DGnd
50V
DGnd
1V8D
16V
120R@100MHz
L1203
10V
C1249
100N
16V
16V
C1250
10uF
10V
P1207
50V
C1251
100N
16V
L1201
16V
C1257
1N0
50V
C1258 120R@100MHz
100N
16V
DVCC18
C1253
1N0
50V
DGnd
DGnd
96
C1230
100N
16V
16V
XTALVCC
C1229
100N
16V
16V
97
C1228
10uF
10V
16V
REGVCC
C1227
10uF
10V
16V
92
DGnd
IC201E
SII9135
DGND
SiI9135 Audio PLL
93
0R0
0W063
10V
DVCC18
1V8D
R1201 10V
11
23
79
90
106
118
130
142
C1255
10uF
10V
P1200
36
41
45
49
53
59
63
67
71
+5V_STBY
SII9135
AVCC18
AVCC18
AVCC18
11mA (0.0187W)
LM1117MPX-3.3/NOPB
REG1200
TMDS_VA
+3V3
AVCC33
AVCC33
AVCC33
AVCC33
AVCC33
AVCC33
AVCC33
AVCC33
38
42
46
50
56
60
64
68
IC201F
DGnd
DRAWING TITLE
SiI9135 Power
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L122_C12_Sii9135_Power_F0.SchDoc
Notes:
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
No changes on this sheet
E.0
07_E205
NC
20/11/07
No changes on this sheet
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
01223 203200
INITIALS
Printed:
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
12
of
13
ISSUE
A3
DRAWING NO.
L122CT
AVCC33_1
44
Analogue Vcc
1V8D
16V
L1300
P1300
16V
60R@100MHz
C1300
100N
16V
C1301
22uF
6.3V
16V
C1302
100N
16V
AVCC18_1
50V
50V
C1303
100N
16V
C1304
1N0
50V
+5V_STBY
45
C1305
1N0
50V
+3v3 PW338
89
66
53
14
P1302
DGnd
+3v3 PW338
16V
L1302
P1304
16V
60R@100MHz
C1312
100N
16V
C1313
22uF
6.3V
Analogue Vcc
AVCC33_1
50V
C1314
100N
16V
43
41
35
29
26
C1315
1N0
50V
P1306
IO Pins Supply
DGnd
+3v3 PW338
P1308 16V
C1320
22uF
6.3V
16V
C1321
100N
16V
16V
C1322
100N
16V
16V
C1323
100N
16V
50V
C1324
100N
16V
50V
C1325
1N0
50V
50V
C1326
1N0
50V
+3v3 PW338
50V
C1327
1N0
50V
C1328
1N0
50V
P1310
Core Vcc
DGnd
1V8D
P131216V
C1338
22uF
6.3V
16V
C1339
100N
16V
16V
C1340
100N
16V
50V
C1341
100N
16V
50V
C1342
1N0
50V
50V
C1343
1N0
50V
50V
C1344
1N0
50V
PVCC2_1
42
1v8D
50V
C1345
1N0
50V
PVCC1_1
28
C1346
1N0
50V
AVCC18
AVCC18
AVCC33
DDCPWR5V
IOVCC33
IOVCC33
IOVCC33
IOVCC33
AGnd
AGnd
AGnd
AGnd
AGnd
DGnd
1v8D
55
99
76
64
12
AVCC18_2
38
32
CVCC18
CVCC18
CVCC18
CVCC18
CVCC18
PVCC2
SiI9134 Power & Ground Pins
AVCC18_1
38
32
IC503D
AVCC33_2
44
Analogue Vcc
1V8D
16V
L1301
C1306
100N
16V
P1301
16V
60R@100MHz
C1307
22uF
6.3V
16V
C1308
100N
16V
AVCC18_2
50V
50V
C1309
100N
16V
C1310
1N0
50V
+5V_STBY
45
C1311
1N0
50V
+3v3 PW338
89
66
53
14
P1303
DGnd
+3v3 PW338
16V
L1303
C1316
100N
16V
P1305
AVCC33_2
50V
16V
60R@100MHz
C1317
22uF
6.3V
C1318
100N
16V
C1329
22uF
6.3V
IO Pins Supply
16V
C1330
100N
16V
16V
C1331
100N
16V
16V
C1332
100N
16V
50V
C1333
100N
16V
+3v3 PW338
50V
50V
C1334
1N0
50V
C1335
1N0
50V
P1313
16V
C1347
22uF
6.3V
PVCC1
16V
C1397
100N
16V
16V
C1396
100N
16V
16V
C1348
100N
16V
16V
C1349
100N
16V
50V
C1350
100N
16V
DGnd
50V
C1351
1N0
50V
50V
1v8D
50V
50V
C1352
1N0
50V
C1353
1N0
50V
PVCC2_2
42
C1354
1N0
50V
C1355
1N0
50V
Gnd
Gnd
Gnd
Gnd
Gnd
PVCC1_2
28
38mA (0.057W)
AGnd
AGnd
AGnd
AGnd
AGnd
CVCC18
CVCC18
CVCC18
CVCC18
CVCC18
PVCC2
PVCC1
+1V8
C1361
22uF
6.3V
DGnd
SII9134
L1399
16V PVcc
C1362
100N
16V
P1317
L1304
P1318
10V
60R@100MHz
Gnd
Gnd
Gnd
Gnd
Gnd
DGnd
SII9134
LM1117MPX-1.8
REG1300
C1359
100N
16V
100
87
65
54
13
Core Vcc
DGnd
DGnd
DGnd
IOVCC33
IOVCC33
IOVCC33
IOVCC33
P1315
100
87
65
54
13
C1358
10uF
10V
55
99
76
64
12
C1337
1N0
50V
DGnd
1V8D
DDCPWR5V
DGnd
1v8D
P1311
P1314
+3v3 PW338
43
41
35
29
26
C1319
1N0
50V
DGnd
P1309 16V
AVCC33
Analogue Vcc
P1307
+3v3 PW338
AVCC18
AVCC18
SiI9134 Power & Ground Pins
IC502D
PVCC2_1
50V
16V
C1363
10uF
10V
P1320
C1364
100N
16V
DGnd
P1316
10V
60R@100MHz
C1399
10uF
10V
P1319
C1365
1N0
50V
PVCC2_2
50V
16V
C1356
100N
16V
C1357
1N0
50V
Filter PLL Supply
Filter PLL Supply
DGnd
DGnd
L1398
L1305
60R@100MHz
P1322
10V
PVCC1_1
50V
16V
C1369
10uF
10V
P1324
C1370
100N
16V
P1321
10V
60R@100MHz
C1398
10uF
10V
P1323
C1371
1N0
50V
PVCC1_2
50V
16V
C1366
100N
16V
C1367
1N0
50V
TMDS PLL Supply
DGnd
TMDS PLL Supply
DGnd
DRAWING TITLE
SiI9134 Power
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L122_C13_Sii9134_Power_F0.SchDoc
Notes:
08_E138
PK
23/04/08
None to this sheet
F.0
08_E037
PK
13/12/07
Re-name DSP signals for AD DSP, HDMI Clks routed to L121
E.0
07_E205
NC
20/11/07
No changes on this sheet
D.0
07_E177
NC
16/10/07
AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler
C.0
07_E058
NC
26/3/07
PCB change only
B.1
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203200
INITIALS
Printed:
DATE
08/07/2008
DESCRIPTION OF CHANGE
Sheet
13
of
13
ISSUE
A3
DRAWING NO.
L122CT
FS102
T6.3A
Bussmann / BK S506-6.3-R
FS100
T800mA
230V
FS101
Live 115V (1)
2B
2
T800mA
1
Neutral 230V (in)
R100
1M5
0W5
Emuden
M1907
SW101
18-000-0019
6
1B
1
1A
115V
C101
220N
275V
2A
Stocko
Stocko
F/RM-0118 F/RM-0118
C100
220N
275V
L100
1mH
4
N
Stocko
Stocko
F/RM-0118 F/RM-0118
CON107 CON108
1
1
2
CON106
1
1
3
CON104
L
4
FHLDR101
20mm HLDR
Live 230V (in)
CON100
MOLEX
To STBY TFMR
44472
Live 115V (2)
SKT100
3
Live 230V (2)
2
Live 230V (1)
1
FHLDR100
20mm HLDR
5
FS103
Bussmann / BK S506-6.3-R
T6.3A
Neutral 115V
Neutral 230V
4
CON105
1
1
3
D100
BAS16
Stocko
F/RM-0118
D101
BAS16
Live 115V (4)
C104
3N3
250V
LK100
1
4
1
3
2
+12V_RLY
2
LINK
10mm
PGND
RLY102C
Takamisawa
F1CA012V
NO FIT for AVR002
RLY100A
F1CA012V
Takamisawa
D102
BAS16 NC1 SW102A
1
3
4
5
2
6
7
Neutral1
Live 115V (6)
DGND
MSS2250R
8
MSS2250R
Relay SW
Relay SW
WARNING - PARTS MARKED WITH
AGND
R108
0R0
0W063
NF
1
Switchers
L123_C2_Switchers_G0.SchDoc
Live 115V (5)
PGND
NO3
SP100
1
C2
2
NC2
3
4/8ohm switch
10
9
8
7
SW102C
To PA TFMR
CON103
MOLEX
44472
9
1
Neutral2
MSS2250R
10
4
Live 230V (6)
NO1
PGND
2
Live 230V (5)
1
SW102B
F1CA012V
Takamisawa
PGND
C1
FIX107
RLY102A
Takamisawa
F1CA012V
RLY102B
Takamisawa
F1CA012V
To PreAmp TFMR
3N3
250V
RLY101B
2
1
FIX106
3
Live 115V (3)
TR101
MMUN2211LT1
Relay SW
RLY101C
Takamisawa
F1CA012V
CON101
MOLEX
44472
F1CA012V
Takamisawa
C105
R102
8A
R101
8A
TR100
MMUN2211LT1
RELAY SW
RLY100C
Takamisawa
F1CA012V
3N3
250V
RLY101A
+12V_RLY
RLY100B
F1CA012V
Takamisawa
4
FIX105
+12V_RLY
Live 230V (3)
5
To PA TFMR
C102
3N3
250V
6
Stocko
F/RM-0118
C103
Live 230V (4)
Thermal fuse out (230V)
Thermal fuse in (230V)
CON102
1
NO FIT for AVP800
MUST BE REPLACED WITH IDENTICAL PARTS
VGND
FIX101
FIX104
R103
1
R104
1
0R0
PGND
0W063
Dia 3.5mm
Dia 3.5mm
FIX103
NF
1
0R0
PGND
0W063
Dia 4.5mm
FIX100
1
Dia 3.5mm
FIX102
NF
R106
FIX108
NF
0R0
PGND
0W063
1
Dia 3.5mm
TOOL100 TOOL101 TOOL102 TOOL103
R107
NF
1
0R0
PGND
0W063
Dia 3.5mm
R109
NF
0R0
PGND
0W063
FIX109
1
FID100 FID101
Dia 3.5mm
R110
ITEM100
1
HJ3A00A
Nut M3 Full Stzp (1000)
ITEM101
1
HA3V10A
M Screw Torx M3x10MM ST ZP
ITEM102
1
HL3N
Washer M2.9 insulating nylon shoulder
ITEM103
1
HL3N
Washer M2.9 insulating nylon shoulder
PCB100
1
L123PB
Blank AVR002 PSU PCB
NF
0R0
PGND
0W063
DRAWING TITLE
PSU
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L123_C1_PSU_G0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
08_E169
PK
15/09/08
Layout changes for safety
G.0
08_E157
PK
16/07/08
None to this sheet
F.0
08_E131
PK
04/04/08
FS102 & FS103 added, R100 footprint change, NTC changed to 2.5R
E.0
08_E018
PK
21/12/07
None to this sheet
D.0
07_E178
PK
18/10/07
Mains isolator removed, moved to front of unit
C.0
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
(01223) 203270 tel No
Printed:
DATE
09/10/2008
Sheet
1
of
2
A3
DRAWING NO.
L123CT
1037mA (if switchers 85% eff.)
UNREG_PW338
REG207
L7812CV
HS201A
DBR200
GBU4K
C200
100N
100V
UNREG_PW338
C201
100N
100V
C205
100N
100V
REG200
L7805CV
HS202A
+12V_RLY
+12V_RLY
+5V_STBY
+12
C203
220N
50V
C202
6800UF
50V
85C
C206
100N
100V
C255
220N
50V
C254
100N
50V
6043PB
23C/W
247mA (2.23W)
PGND
+3V3 PW338
T1 AC1
+5
C204
100N
50V
6043PB
23C/W
114mA (1.56W)
PGND
PGND
R221
6K8
0W063
T2A
P202
2
D200
P200
4K7
0W063
UNREG_PW338
TR200
BC846BW
P201
R204
LL4148
D201
4
3
CON200
MOLEX From Standby TFRMR
44472
2
5
Clk PSU
PGND
100P
50V
PGND
C247
220UF
50V
105C
2477mA (if switchers 85% eff.)
C252
220UF
50V
105C
DBR201
GBU8D
C218
100N
100V
7
C219
100N
100V
C209
5
Clk PSU
100P
50V
C211
220UF
50V
105C
T2 AC1
R217
6
270R
0W063
R220
1K0
10N
L200
33uH 3.0A
VINBOOST
EN
OUT
SYNC NFB
R202
1K0
0W063
C253
50V
PGND
2363mA
L204
1V8D
HS203A
6043PB
23C/W
1uH 10A
R218
P225 390R
0W063
C210
220UF
25V
105C
D209
C217
220UF
25V
105C
C256
100UF
10V
105C
MBRS360T3G
P203
PGND
REG201
LM2670T-ADJ
2
C216
6800UF
35V
105C
OUT
0W063
UNREG_PW338
C214
100N
100V
R222
10R
0W063
1
SYNC NFB
R219
1K0
0W063
UNREG
C213
100N
100V
EN
C245
C244
10N
50V
3
VINBOOST
7
C208
47N
50V
LL4148
REG206
LM2670T-ADJ
C207
10N
50V
3
R223
10R
0W063
10N
C257
50V
PGND
L201
3.0A 33uH
1918mA
+3V3 PW338
L205
1
R200
6
100R
0W063
R203
1K0
4
1
/AC Present
4
FS200
T1 AC2
1uH 10A
R201
P205 1K6
0W063
C226
220UF
25V
105C
D202
0W063
C246
220UF
25V
105C
HS204A
6043PB
23C/W
C258
100UF
10V
105C
MBRS360T3G
PGND
FS201
25mA
+40V_VFD
REG202
LM2670T-ADJ
UNREG
2
JST
VH
NF - Fit for AudioControl
DBR202
W02G
C222
100N
100V
C223
100N
100V
C228
100N
100V
T2 AC3
7
C215
C225
100UF
100V
105C
C229
100N
100V
5
Clk PSU
100P
50V
C220
220UF
50V
105C
7
C224
+15V
5
FS203
C238
100N
100V
R213
240R
0W063
R214
2K7
0W125
C233
6800UF
50V
85C
C236
6800UF
50V
85C
R215
2K7
0W125
D206
S1D
C230
1000UF
25V
105C
C231
1uF
25V
100P
50V
C227
220UF
50V
105C
C242
10UF
50V
105C
T2 AC6
T2 AC7
C239
1UF
50V
105C
FS204
130R
0W063
R208
1K0
R211
1K0
0W063
EN
OUT
SYNC NFB
L206
1uH 10A
R206
P216 3K0
0W063
C248
220UF
25V
105C
D203
VINBOOST
C249
220UF
25V
105C
REG204/5 mounted here
HS200
ITEM201
C221
10N
50V
3
R225
10R
0W063
C261
50V
PGND
10N
L203
33uH 3.0A
1
530002B02500G
2.6C/W
2509mA
+6V_1
L207
1
R209
6
1K0
0W063
R212
1K0
R210
P224 3K0
0W063
D204
0W063
1uH 10A
C250
220UF
25V
105C
C251
220UF
25V
105C
HS206A
6043PB
23C/W
C262
100UF
10V
105C
MBRS360T3G
PGND
D207
S1D
7
1
2
3
4
5
6
C240
1000UF
25V
105C
C241
1uF
25V
8
Clk PSU
2
+6V_1
Relay SW
/AC Present
9
3
10
4
Relay SW
+40V_VFD
+15V
JST
DGND
08_E169
PSU - Switchers
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
1
+5V_1
DGND11
5
AGND12
6
VGND
ARCAM
+3V3 PW338
1V8D
375mA (5.6W)
DRAWING TITLE
CON203
+5V_STBY
PH
CON202
-15V
S1D
ITEM200
1
REG205 LM337T
HS205A
6043PB
23C/W
C260
100UF
10V
105C
MBRS360T3G
T2A
D208
2545mA
+5V_1
PGND
C243
10UF
50V
105C
R216
240R
0W063
10N
L202
33uH 3.0A
R205
6
T2A
ADJ
7
6
5
8
T2 AC5
C237
100N
100V
ADJ
C232
1UF
50V
105C
4
3
2
1
Clk PSU
C259
50V
PGND
1
REG203
LM2670T-ADJ
2
S1D
R224
10R
0W063
P206
UNREG
D205
LM317T
REG204
C235
100N
100V
3
0W063
872mA (11W)
DBR203
GBU4K
OUT
SYNC NFB
R207
1K0
0W063
PGND
T100mA
C234
100N
100V
EN
C212
10N
50V
PGND
FS202
CON201
MOLEX
From Preamp TFRMR
44472
VINBOOST
4
T4A
CON204
1
2
T2 AC4
P204
PGND
4
T2 AC2
Filename:
L123_C2_Switchers_G0.SchDoc
Notes:
Nick Clarke
Contact Tel:
-15V
Layout changes for safety
G.0
08_E157
PK
16/07/08
CON204 change to increase bridge rec AC input clearences
F.0
08_E131
PK
04/04/08
C211, 220, 225, 227, 242, 243, 247, 252, changed to 105C
E.0
08_E018
PK
21/12/07
Heatsinks added to switching regs.
D.0
07_E178
PK
18/10/07
R217 > 270R, heatsinks added to switchers
C.0
ECO No.
Contact Engineer:
PK
MOLEX
44472
(01223) 203270 tel No
INITIALS
Printed:
DATE
09/10/2008
DESCRIPTION OF CHANGE
Sheet
2
of
2
ISSUE
A3
DRAWING NO.
L123CT
NF
C107
R111
4R7 2W
NF
C100
NF
NF
R112
4R7 1W
R100
4R7 2W
L100
100N
100V
10N 100V
RLY100A
LS100
LK105
15mm
LK104
15mm
GND_L
LS_L+
D101
1N4003
OUT_L
1U0 10A
R101
4R7 2W
L101
Omron
G5PA-2 24VDC
LK102
LS_C+
15mm
G5PA-2 24VDC
RLY103A
LK100
15mm
OUT_C
LK103
1U0 10A
LK101
15mm
22K
0W25
15mm
G P PRECISION
Omron
RLY103B
TR103
BC547B
R108
RLY_SB
GND_C
RLY101C
Omron
G5PA-2 24VDC
LK113
15mm
Omron
G5PA-2 24VDC
C101
NF
NF
R113
4R7 1W
STARGND_DEC
10N 100V
NF
C108
R114
4R7 2W
100N
100V
NF
LK106
15mm
LK107
15mm
D103
1N4003
NF
NF
C113
R124
4R7 2W
NF
R115
4R7 1W
R102
4R7 2W
10N 100V
RLY100B
L102
RLY_POWER
RLY_REST
LK109
15mm
D102
1N4003
GND_R
LS_R+
Omron
G5PA-2 24VDC
RLY102A
RLY_REST
LS_SL+
GND_SL
NF
Omron
G5PA-2 24VDC C103
RLY102C
Omron
G5PA-2 24VDC
LK114
15mm
15mm
LK111
15mm
LK110
15mm
G P PRECISION
FIX103
FIX104
10N 100V
C109
R117
4R7 2W
1
100N
100V
R107
4R7 2W
L104
CON100
OUT_SR
CON101
LS102
RLY102B
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
LS_SR+
G5PA-2 24VDC
1U0 10A
Omron
C104
NF
GND_SR
NF
R118
4R7 1W
10N 100V
C110
100N
100V
NF
NF
NF
C111
R120
4R7 2W
NF
R121
4R7 1W
100N
100V
1
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
GND_SBL
GND_SBR
GND_L
GND_R
GND_SR
OUT_SR
GND_SL
OUT_SL
GND_C
OUT_C
Dia 3.2mm
Dia 3.2mm
FIX100
FIX101
Dia 3.2mm
RLY_SB
RLY_REST
RLY_POWER
GND_SBL
TOOL100 TOOL101 TOOL102 TOOL103
OUT_SBL
1
1
GND_SBR
Dia 3.5mm
OUT_SBR
Dia 3.5mm
FD100
FD101
GND_L
OUT_L
GND_R
OUT_R
NF
C105
10N 100V
RLY101A
1
STARGND_DEC
NF
R109
4R7 2W
L105
LK112
FIX102
NF
R119
4R7 2W
RLY_REST
22K
0W25
TR102
BC547B
R106
TR101
BC547B
R104
NF
R116
4R7 1W
NF
RLY100C
Omron
G5PA-2 24VDC
22K
0W25
OUT_SL
1U0 10A
TR100
BC547B
R103
22K
0W25
LS101
OUT_R
1U0 10A
R105
4R7 2W
L103
D100
1N4003
RLY103C
Omron
G5PA-2 24VDC
100N
100V
C102
NF
LK108
15mm
SAMTEC
SSQ
LS103
LS_SBL+
SAMTEC
SSQ
From top amp
GND_SBL
STARGND_DEC
From bottom amp
OUT_SBL
1U0 10A
R110
4R7 2W
L106
Omron
G5PA-2 24VDC
RLY101B
PCB100
LS_SBR+
1
DRAWING TITLE
Omron
G5PA-2 24VDC
NF
R122
4R7 1W
NF
R123
4R7 2W
G P PRECISION
NF
C106
10N 100V
C112
100N
100V
NF
Blank AVR002 Speaker PCB
GND_SBR
OUT_SBR
1U0
10A
L124PB
AVR002 SPEAKER PCB
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L124_C1 BoardSpeaker_D0.SchDoc
Notes:
08_E144
PK
15/07/08
relays now connected to stargnd_dec (drawing change only)
D.0
08_E132
PK
23/04/08
NF all zobel networks, change PCB for side fixing.
Output resistor changed to allow auto insert at GPE
C.0
07_E196
PK
14/03/07
PCB change only, move amp connectors to correct spacing
B.0
INITIAL RELEASE
A.0.1
PK
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203265 tel No
INITIALS
Printed:
15/2/07
DATE
17/07/2008
DESCRIPTION OF CHANGE
Sheet
1
of
1
ISSUE
A3
DRAWING NO.
L124CT
FD100 FD101 FD102 FD103
U_Driver_C
L125_C7_DRIVER_C_D.0.SchDoc
+_IN_C
SRCE_C
SINK_C
OUT_C
GND_C
TEMP_3
HS100
HS GPE TO-220 GPE 5400-1702+0 14CW - RoHS
TO SPEAKER BOARD
RIGHT ANGLED SOCKET
+VLIFT_C
SRCE_C
SINK_C
SRCE_C
SINK_C
VEE_BSTRAP_C
ERR_NEG
ERR_POS
ERR_NEG
ERR_POS
TEMP_3
CON105
D100
MBR1060G
VEE_BSTRAP_C
U_Lifter_C
L125_C6_LIFTER_C_SR_D.0.SchDoc
PLD_C
NLD_C
OUT_SL
GND_SL
PLD_C
NLD_C
U_PA_SR
L125_C5_PA_SR_D.0.SchDoc
N LIFT OFF
P LIFT OFF
PLD_C
NLD_C
U_Driver_SL
L125_C8_DRIVER_SL_SR_D.0.SchDoc
OUT_SR
GND_SR
GND_R
GND_L
GND_SBL
CON100
SRCE_SR
SINK_SR
SRCE_SR
SINK_SR
VEE_BSTRAP_S
VEE_BSTRAP_S
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
-VLO
NLD_C
PLD_C
ERR_NEG
ERR_POS
SRCE_SR
SINK_SR
-VLIFT_C
D101
MBR1060G
HS101
HS GPE TO-220 GPE 5400-1702+0 14CW - RoHS
OUT_SR
GND_SR
OUT_SR
U_PA_SL
L125_C3_PA_SL_D.0.SchDoc
SRCE_SL
SINK_SL
SRCE_SL
SINK_SL
+IN_SR
+IN_SL
+IN_SR
SRCE_SL
SINK_SL
+_IN_SR
+IN_SL
PLD_C
NLD_C
VEE_BSTRAP_S
+_IN_SL
HARWIN
M20-972
CON103
MOLEX
44472
CON106
AC_LO_2
OUT_SL
GND_SL
3
6
2
5
1
4
STARGND_DEC
AC_LO_2
N LIFT OFF
P LIFT OFF
N LIFT OFF
P LIFT OFF
AC_HI_1
STARGND_DEC
AC_HI_2
SP100
GND_R
GND_SR
GND_L
GND_SL
GND_SBR
AC_HI_1
VEE
MOLEX
Hdr Plug Dual ROW 0.1IN RA 20WAY
VCC
-VLO
TO/FROM BOTTOM BOARD
BOTTOM ENTRY SOCKET
+VLO
C100
AC_LO_2
100N
100V
C101
AC_LO_1
HARWIN
M20-972
100V
STARGND_DEC
DGND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
U_PSU
L125_C2_PSU_D.0.SchDoc
AC_LO_1
GND_SBR
100N
OUT_SL
AC_LO_1
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
OUT_C
GND_C
+VLO
-VLIFT_C+VLIFT_C
+IN_C
TOOL100 TOOL101 TOOL102 TOOL103
OUT_C
+IN_C
U_PA_C
L125_C4_PA_C_D.0.SchDoc
TEMP_3
+5V
N LIFT OFF
P LIFT OFF
+7V
-7V
ERR_NEG
ERR_POS
+IN_C
+IN_SR
+IN_SL
AGND_FF
STARGND
STARGND_DEC
GND_SBL
GND_C
AC_HI_2
ITEM103
2
HA3A06A
M Screw Pan Supa M3x6MM ST ZP
PCB100
1
L125PB
Blank AVR002 AMP UPPER PCB
ITEM102
1
F293
Spacer Self-Retaining M3x9.5mm Nylon
ITEM101
1
F293
Spacer Self-Retaining M3x9.5mm Nylon
ITEM100
1
F293
Spacer Self-Retaining M3x9.5mm Nylon
FIX100
NF
R100
0R0
0W25
4
R101
0R0
0W25
1
3
DGND STARGND_DEC
1
STARGND AGND_FF
FIX101
FIX102
1
Dia 3.5mm
FIX103
1
Dia 3.5mm
2
FIX104
1
Dia 3.5mm
FIX105
1
Dia 3.5mm
FIX106
1
Dia 3.5mm
DRAWING TITLE
Upper Amp Main
1
Dia 3.5mm
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L125_C1_BoardUpper_D.0.SchDoc
Notes:
08_E042
PK
13/02/08
Added lifter mod, HS100,101 changed to GPE part, R100 NF
C100, C101 added (removed from bottom PCB)
D.0
08_E038
PK
08/01/07
None to this sheet
C.0
07_E190
PK
24/10/07
Layout change, CON106 to 6 way, bootstrap supply added
B.0
07_E041
PK
28/02/07
Value changes on output and lifter
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
1
of
8
ISSUE
A3
DRAWING NO.
L125CT
VCC
DBR201
GSIB2520
C208
100N
200V
AC_HI_1
C207
10,000UF
80V
+VLO
C212
100N
200V
VCC
R201
10K
0W063
AC_HI_1
C211
100N
200V
AC_HI_2
C206
10,000UF
80V
C209
100N
200V
C210
10,000UF
C213
80V
R200
100K
0W063
P LIFT OFF
TR200
MMBTA06W
STARGND_DEC
TR201
MMBTA06W
10,000UF
80V
AC_HI_2
VEE
R202
1K0
0W063
R203
1K0
0W063
STARGND_DEC
TR202
MMBTA56W
TR203
MMBTA56W
+VLO
DBR202
GSIB2520
C216
100N
200V
AC_LO_1
C217
100N
200V
C214
6800UF
50V
R204
10K
0W063
C215
6800UF
50V
-VLO
AC_LO_1
C219
100N
200V
C220
6800UF
50V
C221
6800UF
50V
R206
+VLO
3K3
0W5
STARGND_DEC
R207
VEE
AC_LO_2
N LIFT OFF
VEE
VCC
C218
100N
200V
AC_LO_2
R205
100K
0W063
3K3
-VLO
0W5
-VLO
DRAWING TITLE
PSU
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L125_C2_PSU_D.0.SchDoc
Notes:
08_E042
PK
13/02/08
Lifter cut out added, power supply bleed resistors added
D.0
08_E038
PK
08/01/07
None to this sheet
C.0
07_E190
PK
24/10/07
Layout change, driver PSU removed
B.0
07_E041
PK
28/02/07
Value changes on output and lifter
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
2
of
8
ISSUE
A3
DRAWING NO.
L125CT
VCC
This device must
track its relevant
driver's temperature
C300
100P
50V
NF
R301 100R
R300
100R
VCC
R329
1R0
0W33
C309
TR300
MPSA42
C301
470P
200V
R302 820R
R304
TR301
BC337-40
+VLIFT_C
R303
68R
0W33
FS300
7.0A
1206
4U7F STARGND_DEC
100V
HS300
5400-9130+0
20C/W
2K7 0W063
TR302
DZ300
BZX384C
R305
27V 5%
12K
0W25
TR303
R306
12K
0W25
MJE15034G
D301
SRCE_SL
R335
BC847BW
STARGND
PLD_C
68K
0W125
TR306A
NJL3281DG
R333
BAS21LT1
TR306B
NJL3281DG
TR309B
NJL1302DG
C304
100N
100V
RV300
200R
LIN
R315
330R
R317
4R7
2W
R318
68R
0W25
R319
560R
0W25
1K0
R314
R316
2K7
C305
10uF
10V
R320
R321
62R
TR309A
NJL1302DG
R334
SINK_SL
R338
STARGND
68K
0W125
R323
1K0 0W063
R326 820R
R327
NF
This device must
track its relevant
driver's temperature
R331
10K
0W063
10V
R336
CON300
OUT_SL
10R 0W063
TR312
BC857BW
100R
R310
2K7
10uF
1K0
R313
D303
BAT54
TR310
BC857BW
SINK_SL
R309
330R
R308
0R1
5W
TR304
BC846BW
C302
430R
TR316
BC327-40
R328
100R
HARWIN
M20-973
3R3
0W063
R332
10K
0W063
TR305
BC856BW
430R
2R2
0W25
D306
NLD_C
TR314
MJE15035G
BAS21LT1
C308
100P
50V
C306
100N
100V
HS301
5400-9130+0
20C/W
R324
68R
0W33
TR315
MPSA92
2
1
OUT_SL
R337
C307
470P
200V
D305
1N4003
C310
4U7F
100V
R330
1R0 STARGND_DEC
0W33
VEE
FS301
7.0A
1206
-VLIFT_C
R322
12K
0W25
DZ301
BZX384C
27V 5%
R325
D304
BAS316
NLD_C
R339
1K0
1W
12K
0W25
C311
47UF
100V
GND_SL
C303
10UF
100V
R312
68R
0W25
R307
GND_SL
SRCE_SL
R311
560R
0W25
PLD_C
D302
1N4003
2R2
0W25
TR308
BC847BW
D300
BAS316
VEE_BSTRAP_S
ITEM300
4
HA3A06A
M Screw Pan Supa M3x6MM ST ZP
PLACE CAPS CLOSE TO DRIVER COLLECTORS
DRAWING TITLE
Surround Left
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L125_C3_PA_SL_D.0.SchDoc
Notes:
08_E042
PK
13/02/08
Dual BAS21 diode replaced with singles
dual protection transistor replaced with singles. R336, 337 moved
D.0
08_E038
PK
08/01/07
C310 polarity corrected
C.0
07_E190
PK
24/10/07
Bootstrap network added, R335,336,337,338
B.0
07_E041
PK
28/02/07
Value changes on output and lifter
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
3
of
8
ISSUE
A3
DRAWING NO.
L125CT
VCC
This device must
track its relevant
driver's temperature
C400
100P
50V
R400
100R
R401 100R
VCC
R404
FS400
7.0A
1206
C409
C401
470P
200V
R402 820R
TR401
BC337-40
R429
1R0 0W33
TR400
MPSA42
NF
+VLIFT_C
R403
68R
0W33
4U7F
100V STARGND_DEC
HS400
5400-9130+0
20C/W
2K7 0W063
TR402
DZ400
BZX384C
R405
27V 5%
12K
0W25
TR403
R406
12K
0W25
MJE15034G
R433
SRCE_C
BC847BW
STARGND
68K
0W125
D401
PLD_C
TR406B
NJL3281DG
D402
1N4003
2R2
0W25
TR409B
NJL1302DG
SRCE_C
R411
560R
0W25
PLD_C
TR406A
NJL3281DG
BAS21LT1
R434
TR408
BC847BW
D400
BAS316
R412
68R
0W25
R407
TR404
BC846BW
430R
R408
0R1
5W
R409
330R
R410
2K7
R431
10K
0W063
C402
10uF
10V
1K0
R436
CON400
R413
C404
100N
100V
10R 0W063
D403
BAT54
TR410
BC857BW
RV400
200R
LIN
R421
62R
TR409A
NJL1302DG
R435
SINK_C
R438
STARGND
68K
0W125
R423
1K0
0W063
R426 820R
NF
R427
R428
This device must
track its relevant
driver's temperature
1K0
R414
R437
C405
10uF
10V
3R3
0W063
R420
TR412
BC857BW
100R
R416
2K7
TR416
BC327-40
C408
100P
50V
100R
OUT_C
HARWIN
M20-973
R432
10K
0W063
TR405
BC856BW
430R
2R2
0W25
D406
NLD_C
TR414
MJE15035G
BAS21LT1
C406
100N
100V
HS401
5400-9130+0
20C/W
R425
68R
0W33
TR415
MPSA92
2
1
C407
470P
200V
4U7F 100V
R430
1R0 STARGND_DEC
0W33
VEE
FS401
7.0A
1206
D404
BAS316
R439
1K0
1W
12K
0W25
D405
1N4003
C410
R422
12K
0W25
DZ401
BZX384C
27V 5%
R424
NLD_C
C411
47UF
100V
GND_C
SINK_C
R418
68R
0W25
R419
560R
0W25
R415
330R
R417
4R7
2W
OUT_C
-VLIFT_C
GND_C
C403
10UF
100V
VEE_BSTRAP_C
+5V
4
HA3A06A
M Screw Pan Supa M3x6MM ST ZP
2
IC400
LM19
Vout
470R
C413
100N
16V
3
TEMP_3
TEMP_3
R440
+Vs
GND
1
ITEM400
DGND
DRAWING TITLE
C412
100N
16V
Centre
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L125_C4_PA_C_D.0.SchDoc
Notes:
08_E042
PK
13/02/08
Dual BAS21 diode replaced with singles
dual protection transistor replaced with singles. R435, 437 moved
D.0
08_E038
PK
08/01/07
C410 polarity corrected
C.0
07_E190
PK
24/10/07
Bootstrap network added, R433,436,437,438
B.0
07_E041
PK
28/02/07
Value changes on output and lifter
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
4
of
8
ISSUE
A3
DRAWING NO.
L125CT
VCC
This device must
track its relevant
driver's temperature
C500
100P
50V
R500
100R
R501 100R
VCC
C501
470P
200V
R502 820R
TR501
BC337-40
R529
1R0
0W33
C509
TR500
MPSA42
NF
R504
+VLIFT_C
R503
68R
0W33
FS500
7.0A
1206
4U7F
100V STARGND_DEC
R505
HS500
5400-9130+0
20C/W
2K7 0W063
TR502
DZ500
BZX384C
12K
0W25
TR503
27V 5%
R506
12K
0W25
MJE15034G
SRCE_SR
R535
BC847BW
68K
STARGND
0W125
D501
PLD_C
BAS21LT1
TR506B
NJL3281DG
D502
1N4003
TR509B
NJL1302DG
C504
100N
100V
RV500
200R
LIN
R515
330R
R517
4R7
2W
10uF
10V
R521
62R
TR509A
NJL1302DG
R534
SINK_SR
R538
R523 1K0
0W063
R526 820R
NF
R527
R528
TR516
BC327-40
C508
100P
50V
100R
1K0
R514
R516
2K7
C505
10uF
10V
R520
R531
10K
0W063
C502
1K0
R513
R518
68R
0W25
R519
560R
0W25
68K
STARGND
0W125
This device must
track its relevant
driver's temperature
R510
2K7
R536
CON500
10R 0W063
TR512
BC857BW
100R
R509
330R
D503
BAT54
TR510
BC857BW
SINK_SR
R508
0R1
5W
TR504
BC846BW
430R
OUT_SR
OUT_SR
HARWIN
R532M20-973
3R3
0W063
10K
0W063
TR505
BC856BW
430R
2R2
0W25
D506
NLD_C
TR514
MJE15035G
BAS21LT1
C506
100N
100V
HS501
5400-9130+0
20C/W
R525
68R
0W33
TR515
MPSA92
2
1
R537
C507
470P
200V
C510
D505
1N4003
4U7F 100V
FS501
7.0A
1206
R530
1R0 STARGND_DEC
0W33
VEE
-VLIFT_C
R522
12K
0W25
DZ501
BZX384C
27V 5%
R524
D504
BAS316
12K
0W25
NLD_C
C511
47UF
100V
R539
1K0
1W
GND_SR
C503
10UF
100V
R512
68R
0W25
R507
GND_SR
SRCE_SR
2R2
0W25
R511
560R
0W25
PLD_C
TR506A
NJL3281DG
R533
TR508
BC847BW
D500
BAS316
VEE_BSTRAP_S
ITEM500
4
DRAWING TITLE
HA3A06A
M Screw Pan Supa M3x6MM ST ZP
Surround Right
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L125_C5_PA_SR_D.0.SchDoc
Notes:
08_E042
PK
13/02/08
Dual BAS21 diode replaced with singles
dual protection transistor replaced with singles. R536, 537 moved
D.0
08_E038
PK
08/01/07
C510 polarity corrected
C.0
07_E190
PK
24/10/07
Bootstrap network added, R535,536,537,538
B.0
07_E041
PK
28/02/07
Value changes on output and lifter
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
5
of
8
ISSUE
A3
DRAWING NO.
L125CT
D600
R614
47K
0W063
LL4148
R600
10K
0W063
C602
22P
100V
TR600
BC846BW
R601
C600
P LIFT OFF
LL4148
PLD_C
M601
FQA47P06
TR601 10R
MMBTA56W
R602
22K
D602
VCC
C601
47P
50V
TR602
BC846BW
R604
510R
R605
100K
STARGND_DEC
R608
22K
0W25
R607
100K
NLD_C
C606
47UF
100V
R617
1K0
0W063
DZ601
BZX384B
5V1 2%
TR603
BC856BW
D603
LL4148
R609
510R
0W063
R610
22K
C603
47P
50V
N LIFT OFF
C605
47UF
100V
R606
22K
0W25
STARGND
NLD_C
+VLIFT_C
DZ600
BZX384B
5V1 2%
100P
50V NF
R616
1K0
0W063
R603
22K
0W063
PLD_C
+VLIFT_C
C604 100P
R611
22K
50V
NF
C607
22P
100V
-VLIFT_C
TR604
MMBTA06W
R612
R613
10K
0W063
-VLIFT_C
M603
FQA85N06
10R
TR605
BC856BW
D601
LL4148
DRAWING TITLE
WIRE DIRECTLY TO
MOSFET SOURCE PINS
R615
VEE
47K
0W063
Lifter - Centre
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L125_C6_LIFTER_C_SR_D.0.SchDoc
Notes:
08_E042
PK
13/02/08
R616 & R617 added
D.0
08_E038
PK
08/01/07
Change M603 to 85N06 type
C.0
07_E190
PK
24/10/07
Layout change, D600,601,R614,R615 added
B.0
07_E041
PK
28/02/07
Value changes on output and lifter
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
6
of
8
ISSUE
A3
DRAWING NO.
L125CT
VCC
C700 100N
50V
+7V
8
NJM2114M
IC700A
3
C712
100N
100V
C701
100N
100V
R700
36K
0W25
4
C702 100N
50V
+Vcc
+Vcc
-7V
IC701
5B4702
4
2
13
14
1
R701
AGND_FF
_
5
976R
0W063
1
C703
33P
1000V
LM4702C
HS700
Comp
Source
2
3
Sink
+
6
STARGND
STARGND_DEC
HS GPE TO-220 AAVID 14CW - RoHS
14C/W
R702
+7V
C715
1
GND
Mute
7
3K0
0W063
C704
1N0
100V
STARGND 2u2F
50V
STARGND_DEC
SRCE_C
+
8
R704
Sink
_
9
STARGND
Source
2
R703 36K
12 SRCE_C
SINK_C
C713
220P
100V
11 SINK_C
Comp
976R
0W063
6
1K0
C708
100N
200V
IC700B
NJM2114M
C709
100N
100V
C714
100N
100V
STARGND
VCC
NF
R716
0R0
0W063
R718
0R0
0W063
R709
1K0
R710
R711
1K0
R715
22R
0W25
3
2
C710 100N
R708
3K3
0W063
C711 470N
100V
R712
3M3
TR700
BC847BW
STARGND
OUT_C
STARGND
-7V 50V
OUT_C
IC702B
6
ERR_NEG
BAV99
D700
R719
47R
0W25
7
D701
5
STARGND
TL072CD
LL4148
R717
VEE
1K0
0W063
ERR_POS
C707
68P
1000V
STARGND_DEC
AGND_FF
ERR_NEG
50V
1
22K
0W063
VEE_BSTRAP_C
IC702A
TL072CD
8
R707
1K0
R706
+7V C706 100N
4
7
C705 10K
33P 0W25
1000V
10
1K0
5
STARGND
15
+_IN_C
R705
+_IN_C
R714
R713
36K
0W25
C716
ERR_POS
2P2
100V
ITEM701
1
HJ3A00A
Nut M3 Full Stzp (1000)
ITEM700
1
HA3V10A
M Screw Torx M3x10MM ST ZP
DRAWING TITLE
Driver - Centre
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L125_C7_DRIVER_C_D.0.SchDoc
Notes:
08_E042
PK
13/02/08
R711 changed to 22k. R713 changed to through lead, C715,716 added
Ground links changed to resistor network, bootstrap circuit added
D.0
08_E038
PK
08/01/07
None to this sheet
C.0
07_E190
PK
24/10/07
Layout change, extra Dcaps, added bootstrap clamp, 2 pole compensation
B.0
07_E041
PK
28/02/07
Value changes on output and lifter
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
7
of
8
ISSUE
A3
DRAWING NO.
L125CT
C820
2P2
100V
R800
36K
0W25 C800
ERR_NEG
470N
100V
D800
BAV99
-7V
R823
VCC
R805
1K0
R806
100N
C805 50V
R809 1K0
_
5
976R
0W063
C806 1N0
100V
8
4
LM4702C
68P
1000V
R807
3K3
0W063
R828
STARGND
C818
220P
100V
2
10K
0W25
3
Sink
+
6
SRCE_SL
SINK_SL
R810 36K
HS800
R811
1
3K0
0W063
C807 1N0
100V
HS GPE TO-220 AAVID 14CW - RoHS
14C/W
STARGND
SRCE_SR
+
1K0
976R
0W063
5
7
R816
1K0
6
R818 1K0
C808 10K
33P 0W25
1000V
R815
C810
100N
200V
1K0
C811
100N
100V
C817
100N
100V
R819 1K0
VCC
R817
STARGND
3K3 0W063
6
7
5
22K 0W063
IC800B
TL072CD
R825
D801
BAV99
AGND_FF
C809
68P
1000V
STARGND_DEC
C812 470N
100V
R821
ERR_NEG
R831
0R0
0W063
R824
STARGND
STARGND
R830
0R0
0W063
C816
220P
100V
Comp
15
R814
SINK_SR
11
Sink
_
9
STARGND
12
Source
2
R812 36K
R813
NJM2114M
IC801B
7
GND
Mute
8
NF
C803
33P
1000V
STARGND
AGND_FF
+_IN_SR
STARGND_DEC
Comp
Source
1
+7V
+_IN_SR
100V
100N
+7V
STARGND
13
14
8
IC803
5B4702
1K0
R808 1K0
R829
0R0
0W063
STARGND
C814
10
NF
OUT_SL
C804
R804
2
-7V
R801
3M3
AGND_FF
1
STARGND
R827
0R0
0W063
C802 100N
50V
+Vcc
+Vcc
1K0
3
C815
100N
100V
C801
100N
100V
R802
22K
0W063
4
+_IN_SL
R803
+_IN_SL
2
3
ERR_POS
NJM2114M +7V
IC801A
IC800A
TL072CD
1
1K0
0W063
ERR_POS
100N C813
100V
4
ERR_NEG
OUT_SL
1K0
0W063
OUT_SR
R820
3M3
STARGND
OUT_SR
R822
ERR_POS
36K
0W25
C821
VEE_BSTRAP_S
R832
22R
0W25
R826
47R
0W25
C819
2P2
100V
TR800
BC847BW
STARGND_DEC 100N
16V
STARGND
D802
LL4148
VEE
ITEM801
1
HJ3A00A
Nut M3 Full Stzp (1000)
ITEM800
1
HA3V10A
M Screw Torx M3x10MM ST ZP
DRAWING TITLE
Driver Surr. L
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L125_C8_DRIVER_SL_SR_D.0.SchDoc
Notes:
08_E042
PK
13/02/08
R802, 821 changed to 22k. R800, 822 changed to through lead, C820,821 added
D.0
Ground links changed to resistor network, bootstrap circuit added
08_E038
PK
08/01/07
None to this sheet
C.0
07_E190
PK
24/10/07
Layout change, extra Dcaps, added bootstrap clamp, 2 pole compensation
B.0
07_E041
PK
28/02/07
Value changes on output and lifter
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
8
of
8
ISSUE
A3
DRAWING NO.
L125CT
P115
1
1
Foam D/S ADH BK 3MM Thk 10MM Wide RA106 10M Reel
CHANGE BoM TO BE 2x30mm LENGTH
C105
100P
74HC08D
P107
R127
2
1
R111
2
C107
100N
16V
FIX100
2
1
FIX101
NF
+5V_STBY
ENC_A
C101
100N
16V
ENC_B
HARWIN
M20-973
DGND
GND
CON105
1
2
3
RX100
KSM-902TM1N
+5V
R128
10K
R129
10K
+3V3 PW338
C108
10uF
10V
DGND
0R0
0W063
R103
22K
NF
P111
FIX106
Dia 3.2mm
DGND
C111
1uF
25V
C113
1N0
50V
C114
1uF
25V
+3V3 PW338
1
C115
1N0
50V
NF
NF
NF
NF
+3V3 PW338
DGND
FIX103
FIX104
FIX105
1
DGND
Dia 3.5mm
1
R123
0R0 Dia 3.5mm
0W063
DGND
DGND
DGND
10N
50V
1
NF
C131
NF
NF
C109
100P
50V
NF
DGND 10N C133
50V NF
GND
74HC08D DGND
10N
50V
C132
10N
50V
C134
10N
50V
C135
10N
50V
9
P114 R101
2
LED RED
330R
0W063
P113
If = 7mA, Vf = 2V
NF
NF
DGND
DGND
6
5
4
3
12
11
10
9
LED GN
LED RED
CLK
SIN
ENC_A
ENC_B
FP_RX
FP_TX
K_STBY
GCP
FP Int
SIN2_CTRL
SIN1_CTRL
FClock2
FClock1
LAT
BLK
14
15
16
17
19
20
21
22
23
24
26
27
28
31
32
35
36
1
AD7
AD6
AD5
AD4
PA20/AD3
PA19/PGMD7/AD2
PA18/PGMD6/AD1
PA17/PGMD5/AD0
10
74HC08D
IC102D
11
13
DGND 74HC08D
DRAWING TITLE
CON104
3
2
1
PA16/PGMD4
PA15/PGMD3
PA14/PGMD2
PA13/PGMD1
PA12/PGMD0
PA11/PGMM3
PA10/PGMM2
PA9/PGMM1
PA8/PGMM0
PA7/PGMNVALID
PA6/PGMNOE
PA5/PGMRDY
PA4/PGMNCMD
PA3
PA2/PGMEN2
PA1/PGMEN1
PA0/PGMEN0
DGND
1
2
3
AMP
CT
AMP
CT
R126
75R NF
0W063
3mm
BICOL
If = 15mA, Vf = 2V
LED SNAP OFF
FIX107
FIX108
1
1
Dia 3.2mm
Dia 3.2mm
TOOL100 TOOL101 TOOL102 TOOL103
FID100 FID101
Blank AVR002 Front Panel PCB
Front Panel
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
CON103
AT91SAM7S32
L126PB
ARCAM
R104
150R NF
0W063
R105
150R
0W063
R106
75R
0W063
LED100
IC102C
8
12
NF
SCAN0
SCAN1
SCAN2
SCAN3
KBD0
KBD1
KBD2
CON100
MOLEX
PCB100
7
10N
50V
DGND
+3V3 PW338
DGND
IC102E +3V3 PW338
14
VCC
+40V_VFD
DGND
P110
C127
100N
16V
R125
0R0
0W063
C129
C130
SDTM-610-NTR
SW112
POWER
K_STBY
1
R124
0R0 Dia 3.5mm
0W063
10N
50V
NF
R114
NF 10K
0W063
CON102
HARWIN
M20-973
C128
NF
+3V3 PW338
R116
R120
+3V3 PW338
R118
R119
47K
SW113 NF
SDTM-610-NTR
1
R121
47K
0W063
C116
10N
50V
2
TDI
TDO
TCK
TMS
+6V_1
DGND
DGND
+5V_STBY
P127
1K5
C126
100N
16V
ERASE
NRST
TST
+3V3 PW338 NF
1
2
P100
IC101A
DGND
R115
P126
AT91SAM7S32
DGND
R100
RED
47
2
FP_RX
FP_TX
FP Int
ADVREF
46
45
TDI
TDO
TCK
TMS
42
29
30
SS-160-3-A
TR101
MMUN2111LT1
P112 330R
0W063
IR In
JTAGSEL
25
37
40
39
P128
XIN/PGMCK
XOUT
VDDOUT
38
Stocko
F/RM-0118
DGND
PLLRC
8
CON108
Dia 3.2mm
TR100
+3V3 PW338
MMUN2111LT1
X100
4.00MHz
1
2
3
4
5
6
7
8
9
10
VDDOUT
C106
100N
16V
VDDCORE
VDDCORE
VDDPLL
Neutral_out 1
DGND
LED GN
2
C123
100N
16V
VDDIO
VDDIO
18
41
48
VDDOUT
GND
GND
GND
2
34
44
1
13
33
DGND
C125
100N
16V
VDDIN
VDDFLASH
3
7
43
C124
100N
16V
SW114B
Stocko
F/RM-0118
IC101B
C119
100N
16V
CON106
SS-160-3-A
CON109
1 Neutral_in
1
1
MAINS SWITCH SNAP OFF
1
Pad Adhesive Spacing - Diva Remote Sensor
+3V3 PW338
FIX102
Live_out
Stocko
F/RM-0118
Stocko
F/RM-0118
IR In
O/P
DGND
Dia 3.2mm
1
R102
ITEM102
DGND
Dia 3.2mm
SW114A
CON107
1 Live_in
1
+5V_STBY
DGND
C118
100N
16V
1
DGND
2
C110
100N
16V
P125
DGND
3
+3V3 PW338
P109
P108
IC102A
1
74HC08D
C121
10uF
10V
2
1
2
1
C120
100P
C102
100N
16V
SCAN3
5
2
P106
KBD2
6
P129
SIN
+3V3 PW338
1
MOLEX
SDTM-610-NTR
SW110
VOL+
SCAN2
AD8532AR
+3V3 PW338
R117
47K
NF
SDTM-610-NTR
SW111
VOL-
GRN
P116
100R
0W125
IC102B
4
SIN1_CTRL
SCAN1
6
P131
JTAG HEADER
CON101 NF
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
SDTM-610-NTR
SW108
DISPLAY
2
1
SDTM-610-NTR
SW109
MUTE
SCAN0
R109
DGND
DGND
SIN2_CTRL
+3V3 PW338
SDTM-610-NTR
SW107
DIRECT
2
1
2
SDTM-610-NTR
SW103
MODE/^
SDTM-610-NTR
SW106
ZONE
1
7
P130
DGND
10K
P105
KBD1
5
DGND
C122
100N
16V
SDTM-610-NTR
SW101
10K
OK
IC100B
P122
VDDOUT
SDTM-610-NTR
SW104
10K
INPUT ^
1
1
2
1
F1
F1
F1
DGND
C100
10UF
100V
DGND
R110 FClock2
10K
P101
0W063
R122
22R
0W125
+40V_VFD
10K
SDTM-610-NTR
SW102
INFO/v
C104
100P
1
8
2
ITEM101
GCP
LAT
BLK
R107
100R
0W125
R108
20K
0W063
ITEM100
1
SIN2
SIN1
CLK
P120
FClock1
DGND
4
+6V_1
IC100A
AD8532AR
17
16
15
14
13
12
11
10
9
8
7
6
+6V_1
MN32032A
ITRON
DISP100
SDTM-610-NTR
SW105
INPUT v
P104
KBD0
3
2
1
F2
F2
F2
82
81
80
DGND
3
SIN2
SIN1
CLK
SOUT2
SOUT1
GCP
LAT
BLK
VDD1
VSS
VSS
VDD2
C103
100N
16V
R113
SDTM-610-NTR
SW100
MENU
2
+6V_1
R112
+3V3 PW338
Filename:
L126_C1_Front Panel_F0.SchDoc
Notes:
Contact Engineer:
Nick Clarke
Contact Tel:
SW102 function label changed, LEDs now run off 3v3
PCB mechanics change for GPE manufacture
F.0
08/02/08
Con100 connections changed
E.0
PK
16/01/08
Power LED changed to FMJ type
D.0
07_E178
PK
16/10/07
Rx & Tx Corrected, +5V_2 changed to +6V_1, encoder connections added
C.0
07_E070
PK
02/03/07
KBD Rx4 moved to SCAN0..3, JTAGSEL made NC (was pulled up)
B.0
ECO No.
INITIALS
DESCRIPTION OF CHANGE
ISSUE
08_E133
PK
08_E036
NC
08_E019
(01223) 203270 tel No
Printed:
11/03/08
DATE
03/07/2008
Sheet
1
of
1
A3
DRAWING NO.
L126CT
Pullup on main PCB for 3V3 operation
+5V_1
1 SKT101
5
4
3 L
2 R
DGND
Headphone Sense
Headphone L
Headphone R
Headphone Out
WTJ-035-16CB
CON100
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
+5V_1
OJ002A-Rxx
Headphone Sense
R100
AUX SPDIF
O/P
Aux L
Aux R
+5V
5V to 3V pad
1K0
0W063
R101
2K2
0W063
SKT100B
4
3
2
1
5
AUX L
AUX R
GND
AUX SPDIF
AGND
L
Mic / Aux / Aux Opt In
R
SKT100A
Headphone L
AGND
Headphone R
MOLEX
52045
AGND
DGND
DGND
FIX100
NF
NF
NF
NF
NF
C106
10N
50V
C107
10N
50V
C109
10N
50V
C110
10N
50V
C111
10N
50V
C112
10N
50V
DGND
+5V_1
C100
100N
16V
0603
X7R
DGND
C108
10uF
10V
FIX101
4
1
4
1
3
2
3
2
1
NF
NF
DGND
1
R105
0R0
0W063
NF
DGND
R106
0R0
0W063
DGND
TOOL100 TOOL101 TOOL102 TOOL103
FID100
FID101
PCB100
1
DRAWING TITLE
L127PB
Blank AVR002 Front Input PCB
08_E134
Front Input
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L127_C1_Front Input_E0.SchDoc
Notes:
PK
15/05/08
PCB change only
E.0
08_E056
PK
20/02/08
USB removed CON100, changed to 16 way
D.0
08_E020
PK
11/11/07
M100 changed to lower Rds on part
C.1
07_E180
PK
19/10/07
C101 moved to main PCB. Board mechanics changed
C.0
07_E071
PK
02/03/07
Updated PCB clearance rules
B
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
DATE
03/07/2008
Sheet
1
of
1
A3
DRAWING NO.
L127CT
FIX105
TOOL100 TOOL101 TOOL102 TOOL103
FD100
U_MiscLower
L129_C10_MiscLower_Iss_D.0.SchDoc
ERR_NEG
ERR_POS
OFFSET
TEMP_1
TEMP_2
TEMP_3
TEMP_1
OFFSET
TEMP_1
SRCE_L
SINK_L
+VLIFT_L
+VLO
+VLO
VEE_BSTRAP_L
U_Lifter_L
L129_C5_LIFTER_L_Iss_D.0.SchDoc
PLD_L
NLD_L
RLY_REST
RLY_REST
HS100
5400-9130+0
20C/W
D100
MBR1060G
RLY_SB
RLY_SB
VEE_BSTRAP_L
DGND
1
2
FANS_POS
AC_LO_1
AC_LO_2
CON107
FANS_POS
C101
100UF
25V
JST
XH
+_IN_L
~MUTE_REST
~MUTE_SB
MOLEX
52808
+_IN_SBL
+_IN_SBL
PLD_L
NLD_L
CON108
~MUTE_REST
~MUTE_SB
AC_LO_1
AC_LO_2
STARGND_LIFT
N LIFT OFF
P LIFT OFF
SRCE_SBL
SINK_SBL
D101
MBR1060G
-VLO
OUT_SBL
1
2
C100
100UF
25V
C107
220UF
50V
STARGND_LIFT
C108
220UF
50V
R102
1K5
0W063
U_Driver_R
L129_C3_Driver_R_Iss_D.0.SchDoc
1K5
0W063
DZ102
BZX384C
27V 5%
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
+7V
ERR_NEG
ERR_POS
ERR_NEG
ERR_POS
C103
2u2F
50V
OUT_R
GND_R
TEMP_2
HS102
5400-9130+0
20C/W
TEMP_2
+VLIFT_R
+VLO
R106
2K7
0W063
SRCE_R
SINK_R
SRCE_R
SINK_R
D102
MBR1060G
U_Lifter_R
L129_C6_LIFTER_R_Iss_D.0.SchDoc
PLD_R
NLD_R
N LIFT OFF
P LIFT OFF
R107
AGND_FF
2K7
0W063
C104
2u2F
50V
VEE_BSTRAP_R
+_IN_R
+_IN_R
+_IN_SBR
PLD_R
NLD_R
U_PA_SBR
L129_C4_PA_SBR_Iss_D.0.SchDoc
+_IN_SBR
VEE_BSTRAP_R
PLD_R
NLD_R
SAMTEC
SSQ
CON103
+VLO
SRCE_SBR
SINK_SBR
-7V
SRCE_SBR
SINK_SBR
C102
220UF
50V
STARGND_LIFT
C106
220UF
50V
-VLO
OUT_SBR
-VLO
Dia 3.5mm
FIX103
D103
MBR1060G
4
1
3
2
HS103
5400-9130+0
20C/W
-VLIFT_R
OUT_SBR
GND_SBR
SAMTEC
SSQ
1
VCC
-VLO
+VLO
AC_LO_1
AC_LO_2
STARGND_LIFT
DGND
TO/FROM TOP BOARD
+5V
TEMP_3
N LIFT OFF
P LIFT OFF
+7V
-7V
ERR_NEG
ERR_POS
+_IN_C
+_IN_SR
+_IN_SL
STARGND
AGND_FF
NF
R100
0R0
0W25
DGND
R101
0R0
0W25
AGND_FF
STARGND AGND_FF
~MUTE_SB
~MUTE_REST
+_IN_SBR
+_IN_SBL
+_IN_SR
+_IN_SL
+_IN_SW
+_IN_C
+_IN_R
STARGND_DEC
+_IN_L
TR101
BC327-40
CON101
MOLEX
52806
ITEM100
10
HA3A06A
M Screw Pan Supa M3x6MM ST ZP
PCB100
1
L129PB
Blank AVR002 AMP LOWER PCB
DRAWING TITLE
+5V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
33R
0W25
1
VEE
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
R109
-12V
FIX104
CON100
U_PA_R
L129_C8_PA_R_Iss_D.0.SchDoc
VEE_BSTRAP_R
R108
Dia 3.5mm
FIX100
N LIFT OFF
P LIFT OFF
DZ100
BZX384B
5V1 2%
33R
0W25
R105
1
Dia 3.5mm
STARGND_DEC
TR100
BC337-40 DGND
FIX106
TR102
MJE15034G
C105
22UF
63V
-VLIFT_R+VLIFT_R
HARWIN
M20-973
Dia 3.5mm
-VLIFT_L
OUT_SBL
GND_SBL
OUT_R
1
2
1K0
0W063
1
1
R104
2K2
0W25
-VLO
HS101
5400-9130+0
20C/W
+5V
R103
FIX101
+VLO
CON110
+12V
Dia 3.5mm
VEE_BSTRAP_L
SRCE_SBL
SINK_SBL
JST
XH
PLD_L
NLD_L
U_PA_SBL
L129_C2_PA_SBL_Iss_D.0.SchDoc
+_IN_L
1
2
GND_R
3
4
OUT_L
5
6
GND_L
7
8
OUT_SBR
9
10
GND_SBR
11
12
OUT_SBL
13
14
GND_SBL
15
16
RLY_POWER 17
18
RLY_SB
19
HS106
RLY_REST 20
5400-9130+0
STARGND_DEC
MOLEX
20C/W
OUT_R
OUT_L
GND_L
SRCE_L
SINK_L
FAN_PWM
1
CON102
-VLIFT_L +VLIFT_L
FAN_PWM
Dia 3.5mm
FD103
U_PA_L
L129_C9_PA_L_Iss_D.0.SchDoc
OUT_L
ERR_NEG
ERR_POS
ERR_NEG
ERR_POS
8
7
6
5
4
3
2
1
FD102
FIX102
U_Driver_L
L129_C7_Driver_L_Iss_D.0.SchDoc
CON104
FD101
1
-12V
+12V
Lower Amp Main
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L129_C1_BoardLower_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
Lifter mod added, R100 NF, remove large fan connectors
+/-7V supply added for driver front end op amps, relays to star_dec
D.0
08_E039
PK
08/01/08
Swap mute lines on CON101
C.0
07_E191
PK
24/10/07
Bootstrap supply added dev regulators removed
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
1
of
10
ISSUE
A3
DRAWING NO.
L129CT
VCC
This device must
track its relevant
driver's temperature
C200
100P
50V
R200
100R
R201 100R
VCC
C201
470P
200V
R202 820R
TR201
BC337-40
R229
1R0
0W33
C209
TR200
MPSA42
NF
R204
FS200
7.0A
1206
4U7F
100V STARGND_LIFT
R203
68R
0W33
DZ200
BZX384C
R205
HS200
5400-9130+0
20C/W
2K7 0W063
TR202
R235
+VLIFT_L
12K
0W25
TR203
MJE15034G
D201
68K
STARGND 0W125
TR206A
NJL3281DG
BAS21LT1
D202
1N4003
R233
TR206B
NJL3281DG
SRCE_SBL
R206
12K
0W25
D200
BAS316
PLD_L
BC847BW
TR209B
NJL1302DG
27V 5%
2R2
0W25
TR208
BC847BW
R211
560R
0W25
R212
68R
0W25
R207
R208
0R1
5W
TR204
BC846BW
430R
R209
330R
R210
2K7
R231
10K
0W063
C202
10uF
10V
1K0
R236
CON200
R213
C203
10UF
100V
C204
100N
100V
10R 0W063
D203
BAT54
TR210
BC857BW
SINK_SBL
RV200
200R
LIN
R218
68R
0W25
R219
560R
0W25
R215
330R
R217
4R7
2W
R216
2K7
R220
R221
62R
TR209A
NJL1302DG
R234
TR212
BC857BW
R238
1K0
R214
R237
C205
10uF
10V
3R3
0W063
2
1
OUT_SBL
HARWIN
M20-973
R232
10K
0W063
TR205
BC856BW
430R
2R2
0W25
D206
NLD_L
0W063
R223
1K0
R226 820R
NF
R227
100R
This device must
track its relevant
driver's temperature
TR216
BC327-40
C208
100P
50V
R228
100R
TR214
MJE15035G
BAS21LT1
HS201
5400-9130+0
20C/W
R224
68R
0W33
TR215
MPSA92
C206
100N
100V
C207
470P
200V
4U7F
100V
R230
1R0 STARGND_LIFT
0W33
VEE
R222
12K
0W25
D204
BAS316
R225
12K
0W25
D205
1N4003
C210
DZ201
BZX384C
27V 5%
R239
1K0
1W
FS201
7.0A
1206
-VLIFT_L
C211
47UF
100V
GND_SBL
68K
STARGND 0W125
VEE_BSTRAP_L
ITEM200
HA3A06A
4
DRAWING TITLE
M Screw Pan Supa M3x6MM ST ZP
Surround Back Left
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L129_C2_PA_SBL_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
Dual BAS21 diode replaced with singles
dual protection transistor replaced with singles
D.0
08_E039
PK
08/01/08
C210 polarity corrected
C.0
07_E191
PK
24/10/07
Bootstrap supply added, added R235,236,237,238
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
2
of
10
ISSUE
A3
DRAWING NO.
L129CT
C319
2P2
100V
R300
36K
0W25
ERR_NEG
D300
BAV99
C301
100N 50V
STARGND
R323
-7V
4
ERR_NEG
C300 470N
100V
1K0
0W063
R305
1K0
R304
1K0
4
R307
100N
-7V
C307 50V
R328
0R0
0W063
R308 1K0
R329
0R0
0W063
8
C305
IC302
5B4702
2
STARGND
STARGND_DEC
IC300A
TL072CD
+7V
AGND_FF
1
1K0
100N
100V
STARGND
_
5
976R
0W063
R309 1K0
4
+_IN_R
100N
100V
C303
13
14
3
OUT_R
3
C302
100N
50V
+Vcc
+Vcc
R303
+7V
R302
22K
0W063
8
NJM2114M
IC301A
NF
VCC C315
C304 100N
50V
2
1
ERR_POS
ERR_POS
R301
3M3
C308 1N0
100V
R324
C316 10K
220P 0W25
100V
2
3
Sink
+
6
STARGND
STARGND
Comp
Source
1
68P
1000V
C306
33P
1000V
LM4702C
R306
3K3 0W063
SRCE_R
STARGND
SINK_R
R310 36K
HS300
R311
+7V
AGND_FF
1
7
GND
Mute
3K0
0W063
C309 1N0
100V
STARGND
SRCE_SBR
+
8
HS GPE TO-220 AAVID 14CW - RoHS
14C/W
R313
C312
100N
200V
1K0
STARGND
NF
R330
0R0
0W063
R318
R331 1K0
0R0
0W063
C310 10K
0W25
33P
1000VC311
10
6
STARGND
C313
100N
100V
R319
1K0
C318
100N
100V
VCC
ERR_NEG
7
5
IC300B
TL072CD
1K0
0W063
BSTRAP_R_TEST
R333
10K
0W063
R327
47R
0W25
STARGND
R322
VEE_BSTRAP_R
R332
22R
0W25
3M3
6
22K 0W063
ERR_POS
R320
OUT_SBR
R321
D301
BAV99
R317 3K3
0W063
68P
1000V
STARGND_DEC
C314 470N
100V
R326
AGND_FF
R325
STARGND
R315
7
R316
1K0
Comp
15
1K0
C317
220P
100V
976R
0W063
NJM2114M
IC301B
5
+_IN_SBR
SINK_SBR
11
Sink
_
9
STARGND
R314
2
R312 36K
12
Source
36K
0W25
C320
TR300
BC847BW
2P2
100V
D302
LL4148
VEE
ITEM300
1
HJ3A00A
Nut M3 Full Stzp (1000)
ITEM301
1
HA3V10A
M Screw Torx M3x10MM ST ZP
DRAWING TITLE
Driver Right
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L129_C3_Driver_R_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
R302, 321 changed to 22k. R300, 322 changed to through lead, C319,320 added
D.0
Ground links changed to resistor network, bootstrap circuit added
08_E039
PK
08/01/08
None to this sheet
C.0
07_E191
PK
24/10/07
Bootstrap supply added, heatsink added
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
3
of
10
ISSUE
A3
DRAWING NO.
L129CT
VCC
This device must
track its relevant
driver's temperature
C400
100P
50V
R400
100R
R401 100R
VCC
R404
FS400
7.0A
1206
C409
C401
470P
200V
R402 820R
TR401
BC337-40
R429
1R0
0W33
TR400
MPSA42
NF
+VLIFT_R
R403
68R
0W33
4U7F STARGND_LIFT
100V
R405
HS400
5400-9130+0
20C/W
2K7 0W063
TR402
12K
0W25
TR403
DZ400
BZX384C
27V 5%
MJE15034G
D401
R435
PLD_R
BC847BW
68K
STARGND 0W125
TR406A
NJL3281DG
BAS21LT1
D402
1N4003
R433
TR406B
NJL3281DG
TR409B
NJL1302DG
SRCE_SBR
R406
12K
0W25
D400
BAS316
2R2
0W25
TR408
BC847BW
R411
560R
0W25
R412
68R
0W25
R407
R408
0R1
5W
TR404
BC846BW
430R
R409
330R
R410
2K7
R431
10K
0W063
C402
10uF
10V
1K0
R436
CON400
R413
C403
10UF
100V
C404
100N
100V
10R 0W063
D403
BAT54
TR410
BC857BW
SINK_SBR
RV400
200R
LIN
R418
68R
0W25
R419
560R
0W25
R415
330R
R417
4R7
2W
R416
2K7
C405
10uF
10V
R420
R421
62R
TR409A
NJL1302DG
R434
TR412
BC857BW
R438
1K0
R414
2
1
OUT_SBR
R437
HARWIN
M20-973
3R3
0W063
R432
10K
0W063
TR405
BC856BW
430R
2R2
0W25
D406
NLD_R
0W063
R423
1K0
R426 820R
NF
R427
100R
This device must
track its relevant
driver's temperature
TR416
BC327-40
C408
100P
50V
R428
100R
TR414
MJE15035G
BAS21LT1
HS401
5400-9130+0
20C/W
R424
68R
0W33
TR415
MPSA92
C406
100N
100V
C407
470P
200V
C410
D405
1N4003
4U7F 100V
FS401
7.0A
1206
R430
1R0 STARGND_LIFT
0W33
VEE
-VLIFT_R
DZ401
BZX384C
27V 5%
R422
12K
0W25
D404
BAS316
R425
12K
0W25
R439
1K0
1W
C411
47UF
100V
GND_SBR
68K
STARGND 0W125
VEE_BSTRAP_R
ITEM400
HA3A06A
4
DRAWING TITLE
M Screw Pan Supa M3x6MM ST ZP
Surround Back Right
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L129_C4_PA_SBR_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
Dual BAS21 diode replaced with singles
dual protection transistor replaced with singles
D.0
08_E039
PK
08/01/08
C410 polarity corrected
C.0
07_E191
PK
24/10/07
Bootstrap supply added, added R435,436,437,438
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
4
of
10
ISSUE
A3
DRAWING NO.
L129CT
D500
R514
47K
0W063
LL4148
VCC
0W063
R500
10K
TR500
BC846BW
R501
C506
22P
100V
TR501 10R
MMBTA56W
R502
22K
D502
0W063
P LIFT OFF
C500
C501
47P
50V
LL4148
M502
FQA47P06
TR502
BC846BW
+VLIFT_L
NF
DZ500
BZX384B
5V1 2%
100P
50V
R516
1K0
0W063
R503
22K
R504
510R
PLD_L
R505
100K
R506
22K
0W25
R507
100K
R508
22K
0W25
C502
47UF
100V
STARGND
NLD_L
D503
N LIFT OFF
LL4148
R509
510R
0W063
R510
22K
C503
47P
50V
STARGND_LIFT
C505
47UF
100V
R517
1K0
0W063
C504 100P
R511
22K
C507
22P
100V
WIRE DIRECTLY TO
MOSFET SOURCE PINS
DZ501
BZX384B
5V1 2%
TR503
BC856BW
NF
-VLIFT_L
50V
TR504
MMBTA06W
R512
M503
FQA85N06
10R
0W063
TR505
BC856BW
R513
10K
VEE
D501
LL4148
R515
47K
0W063
DRAWING TITLE
Lifter - Left
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L129_C5_LIFTER_L_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
lift off Lifter mod added
D.0
08_E039
PK
08/01/08
Chnage M503 to 85N06
C.0
07_E191
PK
24/10/07
Added D500,501, R514,515
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
5
of
10
ISSUE
A3
DRAWING NO.
L129CT
D600
R614
47K
0W063
LL4148
VCC
0W063
R600
10K
TR600
BC846BW
R601
C606
22P
100V
TR601 10R
MMBTA56W
R602
22K
D602
0W063
P LIFT OFF
C600
C601
47P
50V
LL4148
M602
FQA47P06
+VLIFT_R
NF
DZ600
BZX384B
5V1 2%
100P
50V
TR602
BC846BW
R616
1K0
0W063
R603
22K
R604
510R
PLD_R
R605
100K
R606
22K
0W25
R607
100K
R608
22K
0W25
C602
47UF
100V
STARGND
STARGND_LIFT
NLD_R
C603
47P
50V
LL4148
R617
1K0
0W063
DZ601
BZX384B
5V1 2%
TR603
BC856BW
D603
N LIFT OFF
R609
510R
0W063
R610
22K
C605
47UF
100V
C604 100P
R611
22K
-VLIFT_R
50V NF
C607
22P
100V
TR604
MMBTA06W
R612
WIRE DIRECTLY TO
MOSFET SOURCE PINS
M603
FQA85N06
10R
0W063
TR605
BC856BW
R613
10K
VEE
D601
LL4148
DRAWING TITLE
R615
47K
0W063
Lifter - Right
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L129_C6_LIFTER_R_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
lift off Lifter mod added
D.0
08_E039
PK
08/01/08
Change M603 to 85N06, change M602 to FQA47P06 (was N channel!)
C.0
07_E191
PK
24/10/07
Added D600,601, R614,615
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
6
of
10
ISSUE
A3
DRAWING NO.
L129CT
C719
2P2
100V
R700
ERR_NEG
VCC
C702 100N
50V
AGND_FF
R706
1K0
4
R707
100N
-7V
C705 50V
R708 1K0
R729
0R0
0W063
2
OUT_SBL
R709 1K0
_
5
976R
0W063
C706 1N0
100V
LM4702C
C703
STARGND
R705 3K3
0W063
68P
1000V
R724
STARGND
Comp
Source
1
STARGND
+7V
C704
33P
1000V
4
R704
1K0
2
STARGND
R728
0R0
0W063
13
14
IC702
5B4702
1
1K0
C715
100N
100N
100V
50V
C701
100N STARGND_DEC
100V
+Vcc
+Vcc
+_IN_SBL
R702
22K
0W063
8
3
R701
3M3
3
C714
NJM2114M +7V
IC701A
NF
100N
50V 1
ERR_POS
R703
4
STARGND
R723
1K0
0W063
ERR_POS
IC700A
TL072CD
-7V
C713
D700
BAV99
8
ERR_NEG
C700 470N
100V
36K
0W25
C716 10K
220P 0W25
100V
2
3
Sink
+
6
SRCE_SBL
STARGND
SINK_SBL
R710 36K
HS700
R711
+7V
AGND_FF
1
7
GND
Mute
3K0
0W063
C707 1N0
100V
STARGND
SRCE_L
+
8
HS GPE TO-220 AAVID 14CW - RoHS
14C/W
R713
R716
1K0
STARGND
C708
33P
1000V
R715
7
6
C710
100N
200V
1K0
STARGND
NF
R730
0R0
0W063
R718
R731 1K0
0R0
0W063
STARGND
100N
100V
R719
1K0
100N
100V
VCC
6
5
IC700B
TL072CD
1K0
0W063
36K
0W25
C720
R732
22R
0W25
R733
STARGND
R722
VEE_BSTRAP_L
BSTRAP_L_TEST
R720 3M3
7
22K 0W063
ERR_POS
R717 3K3
0W063
OUT_L
R721
D701
BAV99
68P
1000V
STARGND_DEC
C712 470N
100V
C718
ERR_NEG
10K
0W25
C709
C711
R726
AGND_FF
R725
10
1K0
976R
0W063
5
+_IN_L
C717
220P
100V
Comp
15
R714
SINK_L
11
Sink
_
9
STARGND
NJM2114M
IC701B
2
R712 36K
12
Source
TR700
BC847BW
10K
0W063
2P2
100V
R727
47R
0W25
D702
LL4148
VEE
ITEM701
1
HJ3A00A
Nut M3 Full Stzp (1000)
ITEM700
1
HA3V10A
M Screw Torx M3x10MM ST ZP
DRAWING TITLE
Driver - Left
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L129_C7_DRIVER_L_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
R702, 721 changed to 22k. R700, 722 changed to through lead, C719,720 added
D.0
Ground links changed to resistor network, bootstrap circuit added
08_E039
PK
08/01/08
None to this sheet
C.0
07_E191
PK
24/10/07
Bootstrap supply added, heatsink added
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
7
of
10
ISSUE
A3
DRAWING NO.
L129CT
VCC
This device must
track its relevant
driver's temperature
C800
100P
50V
R800
100R
R801 100R
VCC
R804
FS800
7.0A
1206
C809
C801
470P
200V
R802 820R
TR801
BC337-40
R829
1R0
0W33
TR800
MPSA42
NF
+VLIFT_R
R803
68R
0W33
4U7F
100V STARGND_LIFT
R805
HS800
5400-9130+0
20C/W
2K7 0W063
TR802
DZ800
BZX384C
27V 5%
12K
0W25
R806
12K
0W25
TR803
MJE15034G
R833
D801
PLD_R
BC847BW
68K
STARGND 0W125
TR806A
NJL3281DG
BAS21LT1
D802
1N4003
R834
TR806B
NJL3281DG
TR809B
NJL1302DG
SRCE_R
D800
BAS316
2R2
0W25
TR808
BC847BW
R811
560R
0W25
R812
68R
0W25
R807
TR804
BC846BW
430R
R808
0R1
5W
R809
330R
R810
2K7
R831
10K
0W063
C802
10uF
10V
1K0
R836
CON800
R813
C803
10UF
100V
C804
100N
100V
10R 0W063
D803
BAT54
TR810
BC857BW
SINK_R
RV800
200R
LIN
R818
68R
0W25
R819
560R
0W25
R815
330R
R817
4R7
2W
1K0
R814
R816
2K7
C805
10uF
10V
R820
R821
62R
TR809A
NJL1302DG
R835
TR812
BC857BW
R838
2
1
OUT_R
R837
HARWIN
M20-973
R832
10K
0W063
3R3
0W063
TR805
BC856BW
430R
2R2
0W25
D806
NLD_R
0W063
R823
1K0
R826 820R
NF
R827
100R
This device must
track its relevant
driver's temperature
TR816
BC327-40
C808
100P
50V
R828
100R
TR814
MJE15035G
BAS21LT1
HS801
5400-9130+0
20C/W
R824
68R
0W33
TR815
MPSA92
R825
D805
1N4003
C810
C807
470P
200V
DZ801
BZX384C
27V 5%
C806
100N
100V
4U7F
100V
R830
1R0 STARGND_LIFT
0W33
VEE
R822
12K
0W25
D804
BAS316
12K
0W25
R839
1K0
1W
FS801
7.0A
1206
C811
47UF
100V
-VLIFT_R
GND_R
68K
STARGND 0W125
VEE_BSTRAP_R
ITEM800
+5V
TEMP_2
C813
100N
16V
2
1
Vout
3
R840 470R
DRAWING TITLE
+Vs
GND
IC800
LM19
DGND
C812
100N
16V
HA3A06A
4
M Screw Pan Supa M3x6MM ST ZP
Right
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L129_C8_PA_R_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
Dual BAS21 diode replaced with singles
dual protection transistor replaced with singles
D.0
08_E039
PK
08/01/08
C810 polarity corrected
C.0
07_E191
PK
24/10/07
Bootstrap supply added, added R833,836,837,838
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
8
of
10
ISSUE
A3
DRAWING NO.
L129CT
VCC
This device must
track its relevant
driver's temperature
C900
100P
50V
R900
100R
R901 100R
VCC
C901
470P
200V
R902 820R
R904
TR901
BC337-40
R929
1R0
0W33
C909
TR900
MPSA42
NF
+VLIFT_L
R903
68R
0W33
FS900
7.0A
1206
4U7F
100V STARGND_LIFT
DZ900
BZX384C
R905
HS900
5400-9130+0
20C/W
2K7 0W063
TR902
27V 5%
12K
0W25
R906
12K
0W25
TR903
MJE15034G
R933
D901
PLD_L
BC847BW
68K
STARGND 0W125
TR906A
NJL3281DG
BAS21LT1
D902
1N4003
R934
TR906B
NJL3281DG
TR909B
NJL1302DG
SRCE_L
D900
BAS316
2R2
0W25
TR908
BC847BW
R911
560R
0W25
R912
68R
0W25
R907
TR904
BC846BW
430R
R909
330R
R908
0R1
5W
R910
2K7
R931
10K
0W063
C902
10uF
10V
1K0
R936
CON900
R913
C903
10UF
100V
C904
100N
100V
10R 0W063
D903
BAT54
TR910
BC857BW
SINK_L
RV900
200R
LIN
R918
68R
0W25
R919
560R
0W25
R915
330R
R917
4R7
2W
1K0
R914
R916
2K7
C905
10uF
10V
R920
R921
62R
TR909A
NJL1302DG
R935
TR912
BC857BW
R938
2
1
OUT_L
R937
HARWIN
M20-973
R932
10K
0W063
3R3
0W063
TR905
BC856BW
430R
2R2
0W25
D906
NLD_L
0W063
R923
1K0
R926 820R
NF
R927
100R
This device must
track its relevant
driver's temperature
TR916
BC327-40
C908
100P
50V
R928
100R
TR914
MJE15035G
BAS21LT1
HS901
5400-9130+0
20C/W
C910
R924
68R
0W33
TR915
MPSA92
C906
100N
100V
C907
470P
200V
VEE
R925
D905
1N4003
4U7F
100V
R930
1R0 STARGND_LIFT
0W33
R922
12K
0W25
DZ901
BZX384C
27V 5%
D904
BAS316
12K
0W25
R939
1K0
1W
FS901
7.0A
1206
-VLIFT_L
C911
47UF
100V
GND_L
68K
STARGND 0W125
VEE_BSTRAP_L
+5V
R940
TEMP_1
2
1
Vout
C913
100N
16V
3
470R
DGND
C912
100N
16V
HA3A06A
4
DRAWING TITLE
+Vs
GND
IC900
LM19
ITEM900
M Screw Pan Supa M3x6MM ST ZP
Left
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L129_C9_PA_L_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
Dual BAS21 diode replaced with singles
dual protection transistor replaced with singles
D.0
08_E039
PK
08/01/08
C910 polarity corrected
C.0
07_E191
PK
24/10/07
Bootstrap supply added, added R933,936,937,938
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
9
of
10
ISSUE
A3
DRAWING NO.
L129CT
+VLO
R1018
R1000
100K
0W063
AC_LO_1
TR1000
BC327-40
56R
2W
R1001
100K
0W063
AC_LO_1
TR1002
BC856BW
D1000
BAS21LT1
D1002
BAS21LT1
AC_LO_2
100K
0W063
TR1003
BC856BW
1
2
13
12
R1014
100K
0W063
74HC11
ERR_NEG
ERR_NEG
47K
0W063
C1004
10uF
10V
R1010
12K
C1003
1N0
50V
R1006
9K1
0W25
FANS_POS
C1006
1000UF
35V
NF
STARGND_LIFT
R1009
1K0
DGND
IC1000B
3
4
5
6
+5V
RLY_SB
RLY_SB
74HC11
TR1004
BC846BW
R1019
1K0
R1008 300K
0W063
R1015
4K7
0W063
DGND
FAN_PWM
R1005
0W063
R1012100K
R1013
100K
0W063
FAN_PWM
OR 3V FROM DAC
TR1005
BC846BW
DGND
R1011100K
~MUTE_SB
FANS_POS
IC1000A
DGND
~MUTE_REST
HS1000
20C/W
5400-9130+0
NF
D1001
BAT54
R1004
330K
0W063
R1007
330K
0W063
~MUTE_SB
FIT IF DAC
TR1001
TIP32C
C1001
4N7 +5V
100V
R1003
AC_LO_2
~MUTE_REST
FIT IF PWM
R1002
12K
0W25
D1003
BAS21LT1
R1016100K
OFFSET
OFFSET
0W063
R1017
100K
0W063
D1004
BAS21LT1
DGND
R1020
47K
0W063
TR1006
BC846BW
R1021
ERR_POS
47K
0W063
ERR_POS
IC1000C
11
10
9
DGND
8
RLY_REST
RLY_REST
74HC11
R1022
47K
0W063
IC1000D
VCC
+5V
14
C1005
100N
100V
7
GND
74HC11 DGND
ITEM1000
HA3A06A
2
DRAWING TITLE
M Screw Pan Supa M3x6MM ST ZP
Misc. Components
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB5 9QR
Filename:
L129_C10_MiscLower_Iss_D.0.SchDoc
Notes:
08_E043
PK
13/02/08
IC1000 changed to HC series, dual transistors changed to single parts, fan C added
D.0
C1006 added
08_E039
PK
08/01/08
Correct fan drive circuit
C.0
07_E191
PK
24/10/07
No changed to this sheet
B.0
07_E042
PK
28/02/07
Value changes on ouptut stage and lifters
A.1
PK
02/06/07
Initial Release
A.0.1
ECO No.
Contact Engineer:
John Dawson
Contact Tel:
(01223) 203200 tel No
INITIALS
Printed:
DATE
14/07/2008
DESCRIPTION OF CHANGE
Sheet
10
of
10
ISSUE
A3
DRAWING NO.
L129CT
D100
BAT54
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
/OE
/WE
/CS
37
15
8
/RD
/WR
/SRAM_CS1
4
3
2
1
4
3
2
1
A8
A9
A10
A11
A12
A13
A14
A15
5
6
7
8
5
6
7
8
19
18
17
16
15
14
13
12
RP102D
RP102C
RP102B
RP102A
RP103D
RP103C
RP103B
RP103A
22R 62mW
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
D0
D1
D2
D3
D4
D5
D6
D7
OE
LE
2
3
4
5
6
7
8
9
4
3
2
1
4
3
2
1
5
RP100D
6
RP100C
7
RP100B
8
RP100A
5
RP101D
6
RP101C
7
RP101B
8
RP101A
22R 62mW
1
11
DGND
A16
4
A17
3
A18
2
A19
1
A20
4
A21 not used3
A22
2
A23
1
5
RP107D
6
RP107C
7
RP107B
8
RP107A
5
RP108D
6
RP108C
7
RP108B
8
RP108A
22R 62mW
19
18
17
16
15
14
13
12
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
4
3
2
1
4
3
2
1
2
3
4
5
6
7
8
9
D0
D1
D2
D3
D4
D5
D6
D7
1
11
5
RP105D
6
RP105C
7
RP105B
8
RP105A
5
RP106D
6
RP106C
7
RP106B
8
RP106A
22R 62mW
DGND
PAD8
PAD9
PAD10
PAD11
PAD12
PAD13
PAD14
PAD15
NF, Fit if internal boot required
NF, Fit if internal boot required
DSP CLK
DSP MISO
DSP MOSI
DSP1 /CS
DSP1 CLKCFG1
DSP1 BOOTCFG1
DSP1 BOOTCFG0
/RST
121
DSP1 CLKCFG0 2
DSP1 CLKCFG1 3
DSP1 BOOTCFG04
DSP1 BOOTCFG15
MM74HC573WM
R121
0R0
0W063
R103
0R0
0W063
TOOL101 TOOL103
4
1
FD101 FD103
3
2
1
VCC
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15/A-1
4
3
2
1
4
3
2
1
5
RP109D
6
RP109C
7
RP109B
8
RP109A
5
RP110D
6
RP110C
7
RP110B
8
RP110A
22R 62mW
30
32
34
36
39
41
43
45
PAD0
PAD1
PAD2
PAD3
PAD4
PAD5
PAD6
PAD7
131
AVDD
DGND
IC100
ADSP-21366
TMS
TCK
TDI
TDO
/TRST
/EMU
MISO
MOSI
SPICLK
/SPIDS
R118
3V3
20
2
3
1
DGND
A0
A1
4
5
6
7
Y0
Y1
Y2
Y3
E
BANK1 DGND 15
BANK0
BANK1
BANK2
0R0
DGND
0W063
3V3
20
VCC
GND
DGND
MM74HC573WM
140
139
137
136
138
135
1
2
3
4
5
6
7
8
9
10
11
12
13
14
12
11
10
9
Y0
Y1
Y2
Y3
E
R106
R107
0R0 0W063
/SRAM_SEL1
/SRAM_SEL2
0R0
62mW
1
RP111A
3
RP111C
4
RP111D
2
RP111B
8
6
5
7
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
IC107A
2
/RST
DSP2 /CS
4
1
DSP1 /CS
74LVC1G32DBV
VCC
IC105C
VCC
3V3
16
IC107B
VCC
C105
100N
16V
10
GND
DGND
MM74HC573WM
GND
8
DGND
SN74HC139D
PCB100
3V3
5
DRAWING TITLE
C107
100N
16V
GND
1
3
DGND
74LVC1G32DBV
L156PB
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
20MHz
C102
22P
50V
C103
22P
50V
DGND
3V3
DSP2 /CS
DSP2 /CS
DSP CLK
DSP CLK
DSP MISO
DSP MISO
DSP MOSI
DSP MOSI
DSP1 /CS
DSP1 FLAG0
DSP2_FLAG0
MCH Data0
MCH Data1
MCH Data2
MCH Data3
DGND
Blank AVR002 AD DSP PCB
DSP 1
Filename:
X100
R120
47R
0W063
CON101
NF
R108
NF
R109
0R0 0W063
/RST
IC106B
1M0
0W063
Harting NF
R122
BTMS
DGND
JTAG
4K7
0W063
TDO_DSP_2
TCK
/TRST
/EMU
TMS
TDI_DSP_2
/SRAM_CS1
/SRAM_CS2
SN74HC139D
C106
100N
16V
10
R119
IC105B
A0
A1
DSP2 LR
DSP2 LsRs
DSP2 CSw
DSP2 SblSbr
P114
SN74HC139D
14
13
P106
P107
P108
P109
MCH Data0
MCH Data1
MCH Data2
MCH Data3
22R P110
DSP2 WClk
22R P111
DSP2 BClk
DSP WClk
DSP BClk
DSP MClk
0W063
R101
0W063
R102
IC105A
A22
A23
5
6
7
8
I2S DATA
MOLEX
IC102B
C104
100N
16V
22R 62mW
RP104D
RP104C
RP104B
RP104A
P105
143
134
142
NF if JTAG required
PAD8
P100
P101
P102
P103
P104
4
3
2
1
DGND
DGND
BTMS
RY/ /BY
/RST
/WE
/CE
/OE
/BYTE
NC
NC
NC
53
56
57
62
63
64
65
70
71
77
78
79
80
81
82
86
87
88
89
94
CON102
/RESET
CLKCFG0
CLKCFG1
BOOTCFG0
BOOTCFG1
DGND
A19
10
13
14
XTAL
CLKOUT
CLKIN
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
29
31
33
35
38
40
42
44
FLAG0
FLAG1
FLAG2
FLAG3
6
8
10
12
14
18
20
22
28
32
38
44
48
55
58
61
67
69
74
76
84
85
91
92
95
100
102
104
106
109
111
113
115
117
119
123
128
141
133
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
126
127
125
122
DSP MISO
DSP MOSI
DSP CLK
DSP1 /CS
/WR
/RD
ALE
Fit for production (SPI slave boot)
NF if internal boot required
DGND DGND
DSP1 CLKCFG0
R117
4K7
DGND
0W063
FD100 FD102
15
12
11
26
28
47
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
DIA_P1(SD0A)
DAI_P2(SD0B)
DAI_P3(SCLK0)
DAI_P4(SFS0)
DAI_P5(SD1A)
DAI_P6(SD1B)
DAI_P7(SCLK1)
DAI_P8(SFS1)
DAI_P9(SD2A)
DAI_P10(SD2B)
DAI_P11(SD3A)
DAI_P12(SD3B)
DAI_P13(SCLK3)
DAI_P14(SFS3)
DAI_P15(SD4A)
DAI_P16(SD4B)
DAI_P17(SD5A)
DAI_P18(SD5B)
DAI_P19(SCLK5)
DAI_P20(SFS5)
DGND
FIX100
TOOL100 TOOL102
15
16
97
98
ALE
IC103
S29AL016D
37
DGND
3V3
DGND
CLK CFG = 16:1
/RST
/WR
BANK0
/RD
/RD
/WR
/SRAM_CS2
R110
R111
R112
R113
R114
R115
R116
4K7
0W063
DSP1 FLAG0
P112
P113
P115
VSS
VSS
/OE
/WE
/CS
PAD8
PAD9
PAD10
PAD11
PAD12
PAD13
PAD14
PAD15
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
37
15
8
35
39
40
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
AD8
AD9
AD10
AD11
AD12
AD13
AD14
AD15
27
46
33
11
VDD
VDD
VSS
VSS
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
25
24
23
22
21
20
19
18
8
7
6
5
4
3
2
1
48
17
16
9
PAD9
PAD10
PAD11
PAD12
PAD13
PAD14
PAD15
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
IC104
71V424S
34
12
1
2
21
22
23
24
25
42
43
44
IO0
IO1
IO2
IO3
IO4
IO5
IO6
IO7
/WR
/RD
ALE
ALE
IC106A
3V3
3
4
5
6
7
16
17
18
19
20
26
27
28
29
30
38
39
40
41
34
33
30
29
26
25
24
17
52
51
50
49
46
43
42
41
MM74HC573WM
OE
LE
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
PAD0
PAD1
PAD2
PAD3
PAD4
PAD5
PAD6
PAD7
PAD8
PAD9
PAD10
PAD11
PAD12
PAD13
PAD14
PAD15
PAD0
PAD1
PAD2
PAD3
PAD4
PAD5
PAD6
PAD7
DGND
9
10
13
14
31
32
35
36
1
9
11
13
19
23
27
37
36
47
54
60
66
68
72
75
83
90
96
99
101
103
105
107
108
110
112
114
120
118
124
129
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
PAD8
PAD9
PAD10
PAD11
PAD12
PAD13
PAD14
PAD15
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
3V3
PAD0
PAD1
PAD2
PAD3
PAD4
PAD5
PAD6
PAD7
C101 10R
100N 0W063
16V
C100
10N
50V
AVSS
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
1V2
IC102A
3
4
5
6
7
16
17
18
19
20
26
27
28
29
30
38
39
40
41
34
12
1
2
21
22
23
24
25
42
43
44
IO0
IO1
IO2
IO3
IO4
IO5
IO6
IO7
IC101
71V424S
R100
132
9
10
13
14
31
32
35
36
VSS
VSS
PAD0
PAD1
PAD2
PAD3
PAD4
PAD5
PAD6
PAD7
VDD
VDD
33
11
3V3
1V2
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
VDDINT
7
21
31
45
59
73
93
116
130
144
3V3
L156 C1 DSP_1 D0.SchDoc
Notes:
08_E135
PK
26/03/08
None to this sheet
D.0
08_E040
NC
11/02/08
/RST changed to OR gate, SPI slave boot
C.0
07_E221
NC
7/12/07
DSP Clk changed to Xtal, resistors added to select boot mode
B.0
07_E169
NC
3/10/07
Initial Release
A.0
DATE
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
03/07/2008
Sheet
1
of
3
A3
DRAWING NO.
L156CT
D200
3V3
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
BA0
BA1
DQM0
DQM1
DQM2
DQM3
/WE
/CAS
/RAS
/CS
CLK
CKE
6
12
32
38
46
52
78
84
ADDR1
ADDR2
ADDR3
ADDR4
ADDR5
ADDR6
ADDR7
ADDR8
ADDR9
ADDR10
SDA10
ADDR12
22
23
ADDR17
ADDR18
16
71
28
59
17
18
19
20
68
67
DGND
/SD WR
/CAS
/RAS
/CS SDRAM
SDCLK
SDCKE
14
30
73
70
69
57
VSS
VSS
VSS
VSS
NC
NC
NC
NC
NC
NC
25
26
27
60
61
62
63
64
65
66
24
21
DGND
R205
4K7
0W063
DGND
10
13
14
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15/A-1
RY/ /BY
/RST
/WE
/CE
/OE
/BYTE
NC
NC
NC
29
31
33
35
38
40
42
44
30
32
34
36
39
41
43
45
DATA0
DATA1
DATA2
DATA3
DATA4
DATA5
DATA6
DATA7
112
111
110
109
108
120
/RD DSP2 119
/CS FLASH2102
/CS SDRAM 103
/WR DSP2
/SD WR
SDCKE
/RAS
/CAS
ADDR0
1
11
19
22
24
33
43
52
53
63
72
79
87
104
105
118
127
138
141
152
154
156
157
158
160
161
162
167
181
193
208
C200
1N0
50V
201
183
184
185
186
187
188
189
190
195
196
197
198
200
199
DPI14
DPI13
DPI12
DPI11
DPI10
DPI9
DPI8
DPI7
DPI6
DPI5
DPI4
DPI3
DPI2
DPI1
121
122
123
124
FLAG3
FLAG2
FLAG1
FLAG0
DGND
C201
10N
50V
1V2
C202
100N
16V
P200
DSP MClk
125
130
131
132
133
134
135
136
137
143
144
146
145
148
147
149
175
177
176
178
DAI20
DAI19
DAI18
DAI17
DAI16
DAI15
DAI14
DAI13
DAI12
DAI11
DAI10
DAI9
DAI8
DAI7
DAI6
DAI5
DAI4
DAI3
DAI2
DAI1
DSP2 BClk
DSP2 WClk
DSP2 SblSbr
DSP2 CSw
DSP2 LsRs
DSP2 LR
P202
P203
Data SblSbr
Data CSw
Data SlSr
Data LR
DGND
22R DSP BClk Out
R206
22R DSP WClk Out
R207
0W063
+6V
DSP MClk
DSP BClk
P204
P205
P206
P207
P208
DSP WClk
DSP MClk
DSP BClk
DSP BClk Out
DSP WClk
DSP WClk Out
I2S DATA
Data LR
Data CSw
Data SlSr
3V3
Data SblSbr
R200
4K7
0W063
CON200
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
DGND
MOLEX
DSP2 /CS
DSP CLK
DSP MISO
DSP MOSI
P201
P209
P210
DSP2_FLAG0
116 SDCLK
113 SDA10
SDCLK0
SDA10
165
164
163
168
174
172
TCK
/TRST
TDI
TMS
TDO
/EMU
/WR
/SDWE
SDCKE
/SDRAS
/SDCAS
ACK
/RD
/MS1
/MS0
22P
50V
T2A
FS200
81
80
CLKOUT
DATA31
DATA30
DATA29
DATA28
DATA27
DATA26
DATA25
DATA24
DATA23
DATA22
DATA21
DATA20
DATA19
DATA18
DATA17
DATA16
DATA15
DATA14
DATA13
DATA12
DATA11
DATA10
DATA9
DATA8
DATA7
DATA6
DATA5
DATA4
DATA3
DATA2
DATA1
DATA0
R209
83
84
AVDD
AVSS
IC201
ADSP-21367KSWZ-2A
X200
22P
20MHz 50V
C204
47R
0W063
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
5
15
31
41
50
55
65
74
85
90
96
107
115
129
139
150
179
191
203
DATA31 206
DATA30 205
DATA29 207
DATA28
2
DATA27
3
DATA26
6
DATA25
7
DATA24
8
DATA23
9
DATA22 12
DATA21 13
DATA20 14
DATA19 17
DATA18 18
DATA17 21
DATA16 26
DATA15 27
DATA14 28
DATA13 29
DATA12 30
DATA11 35
DATA10 36
DATA9
37
DATA8
38
DATA7
39
DATA6
40
DATA5
45
DATA4
44
DATA3
47
DATA2
46
DATA1
49
DATA0
48
R208
1M0
0W063
CLKIN
XTAL2
ADDR23
ADDR22
ADDR21
ADDR20
ADDR19
ADDR18
ADDR17
ADDR16
ADDR15
ADDR14
ADDR13
ADDR12
ADDR11
ADDR10
ADDR9
ADDR8
ADDR7
ADDR6
ADDR5
ADDR4
ADDR3
ADDR2
ADDR1
ADDR0
BOOT_CFG1
BOOT_CFG0
CLK_CFG1
CLK_CFG0
TCK
/TRST
TDI_DSP_2
TMS
TDO_DSP_2
/EMU
173
170
3V3
1
8
RP200A
4K7 62mW
3
6
RP200C
4K7 62mW
171
169
2
7
RP200B
4
5
RP200D
R211
0R0
0W063
4K7 62mW
4K7 62mW
CLK CFG = 16:1
DGND
202
/RESET
204
194
192
182
180
166
159
155
153
151
142
140
128
126
117
114
106
95
89
86
82
78
73
71
64
62
54
51
42
34
32
25
23
20
16
10
4
/RST
/WR DSP2
/CS FLASH2
/RD DSP2
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
/RST
R210
0R0
0W063 Fit for production (SPI slave boot)
NF if internal boot required
DGNDDGND
DGND
VSS
VSS
15
12
11
26
28
47
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
27
46
25
24
23
22
21
20
19
18
8
7
6
5
4
3
2
1
48
17
16
9
ADDR1
ADDR2
ADDR3
ADDR4
ADDR5
ADDR6
ADDR7
ADDR8
ADDR9
ADDR10
ADDR11
ADDR12
ADDR13
ADDR14
ADDR15
ADDR16
ADDR17
ADDR18
ADDR19
ADDR20
IC202
S29AL016D
VCC
37
3V3
ADDR20
ADDR19
ADDR18
ADDR17
ADDR16
ADDR15
ADDR14
ADDR13
ADDR12
ADDR11
ADDR10
ADDR9
ADDR8
ADDR7
ADDR6
ADDR5
ADDR4
ADDR3
ADDR2
ADDR1
ADDR0
100
101
99
98
97
94
93
92
91
88
77
76
75
70
69
68
67
66
61
59
60
57
58
56
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31
ADDR23 not used
ADDR22 not used
ADDR21 not used
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDDEXT
VDD
VDD
VDD
VDD
43
29
15
1
IC200
MT48LC4M32B2P-6:G
44
58
72
86
2
4
5
7
8
10
11
13
74
76
77
79
80
82
83
85
31
33
34
36
37
39
40
42
45
47
48
50
51
53
54
56
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
DATA0
DATA1
DATA2
DATA3
DATA4
DATA5
DATA6
DATA7
DATA8
DATA9
DATA10
DATA11
DATA12
DATA13
DATA14
DATA15
DATA16
DATA17
DATA18
DATA19
DATA20
DATA21
DATA22
DATA23
DATA24
DATA25
DATA26
DATA27
DATA28
DATA29
DATA30
DATA31
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
41
81
75
55
49
35
9
3
3V3
C203
1V2
BAT54
DGND
DRAWING TITLE
DSP 2
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L156 C2 DSP_2 D0.SchDoc
Notes:
08_E135
PK
26/03/08
DSP package changed to LQFP, X200 changed to 20MHz
D.0
08_E040
NC
11/02/08
SPI slave boot
C.0
07_E221
NC
7/12/07
DSP Clk changed to Xtal, resistors added to select boot mode
B.0
07_E169
NC
3/10/07
Initial Release
A.0
DATE
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
03/07/2008
Sheet
2
of
3
A3
DRAWING NO.
L156CT
SRAM_2 decoupling
SRAM_1 decoupling
3V3
C300
10N
50V
3V3
C301
10uF
10V
C302
10N
50V
DGND
C303
10uF
10V
DGND
DSP_1 1V2 decoupling
1V2
C304
10N
50V
C305
10N
50V
C306
10N
50V
C307
10N
50V
C308
10N
50V
1V2
C309
10N
50V
C310
10N
50V
C311
10N
50V
C312
10N
50V
C313
10N
50V
C314
10N
50V
C315
10N
50V
C316
10N
50V
C317
10N
50V
C318
10N
50V
C319
10N
50V
C320
10N
50V
C321
10N
50V
C322
10N
50V
C323
10N
50V
C324
10N
50V
C325
10N
50V
C326
10uF
10V
C327
10uF
10V
C328
10uF
10V
DGND
C329
10uF
10V
DGND
DSP_1 3V3 decoupling
3V3
3V3
C330
10N
50V
C331
10N
50V
C332
10N
50V
C333
10N
50V
C334
10N
50V
C335
10N
50V
C336
10uF
10V
C337
10uF
10V
C338
10uF
10V
DGND
C339
10uF
10V
DGND
SDRAM decoupling
3V3
3V3
C340
10N
50V
C341
10N
50V
C342
10N
50V
C343
10N
50V
C344
10N
50V
C345
10N
50V
C346
10N
50V
C347
10N
50V
C348
10N
50V
C349
10N
50V
C350
10N
50V
C351
10N
50V
C352
10uF
10V
C353
10uF
10V
DGND
C354
10uF
10V
DGND
DSP_2 1V2 decoupling
1V2
1V2
C355
10N
50V
C356
10N
50V
C357
10N
50V
C358
10N
50V
C359
10N
50V
C360
10N
50V
C361
10N
50V
C362
10N
50V
C363
10N
50V
C364
10N
50V
C365
10N
50V
C366
10N
50V
C367
10N
50V
C368
10N
50V
C369
10N
50V
C370
10N
50V
C371
10N
50V
C372
10N
50V
C373
10N
50V
C374
10N
50V
C375
10N
50V
C376
10N
50V
C377
10N
50V
C378
10N
50V
C379
10N
50V
C380
10N
50V
C381
10N
50V
C382
10N
50V
C385
10uF
10V
C386
10uF
10V
C387
10uF
10V
DGND
DSP_2 3V3 decoupling
3V3
C391
10N
50V
C392
10N
50V
C393
10N
50V
C394
10N
50V
C395
10N
50V
C396
10N
50V
C397
10N
50V
C398
10N
50V
C399
10N
50V
C400
10N
50V
C401
10N
50V
C402
10N
50V
C403
10N
50V
C404
10N
50V
C405
10N
50V
C406
10N
50V
C407
10uF
10V
C408
10uF
10V
DGND
C411
10uF
10V
C412
100N
16V
1
Vin
SD
Vout
ADJ
P300
4
5
R304
220R
0W063
R302
C413 1R0
15N 0W063
16V
3V3
P301
C414
10uF
10V
DGnd
P304
DGnd
HS300
5
3V3
REG300
2
FLASH1 decoupling
BAS16
2
C415
10uF
10V
C416
10uF
10V
C417
10N
50V
1
DGnd
DGnd
DGnd
4
1V2
C418
10N
50V
S/D
REG301
National/LP3883-1.2
R306 P305
110R
0W063
+1V2
Bias
+6V
C410
10uF
10V
DGND
3
R300
10K
0W063
C409
10uF
10V
C419
10N
1500mA (3.15W) 50V
+6V D300
1500mA (4W)
National/LP3876ESX-ADJ
GND
C390
10N
50V
DGND
3V3
3
C389
10N
50V
C388
10uF
10V
FLASH2 decoupling
3V3
C420
10uF
10V
3V3
C421
10N
50V
DGnd
Oscillator Decoupling
C422
10uF
10V
3V3
C423
10N
50V
DGND
C424
10uF
10V
DGND
C425
10N
50V
DGND
DGnd
HS301
P308
R308
18R
0W063
Aavid / 7106DG
15C/W
DGnd
Aavid / 7106DG
15C/W
DRAWING TITLE
PSU & Decoupling
ARCAM
A & R Cambridge Ltd.
Pembroke Avenue
Waterbeach
Cambridge CB25 9QR
Filename:
L156 C3 Decoupling D0.SchDoc
Notes:
08_E135
PK
26/03/08
None to this sheet
D.0
08_E040
NC
11/02/08
No changes to this sheet
C.0
07_E221
NC
7/12/07
DSP Clk changed to Xtal, resistors added to select boot mode
B.0
07_E169
NC
3/10/07
Initial Release
A.0
DATE
DESCRIPTION OF CHANGE
ISSUE
ECO No.
Contact Engineer:
Nick Clarke
Contact Tel:
(01223) 203270 tel No
INITIALS
Printed:
03/07/2008
Sheet
3
of
3
A3
DRAWING NO.
L156CT