Samsung SCH-A310 service manual

Transcription

PORTABLE CELLULAR
TELEPHONE
SCH-A310
SERVICE
PORTABLE CELLULAR TELEPHONE
Manual
CONTENTS
1. General Introduction
2. Specification
3. Installation
4. NAM Programming
5. Product Support Tools
6. Circuit Description
7. Test Procedure
8. Trouble Shooting
9. Exploded Views and Parts List
10. Block Diagram
11. Electrical Parts List
12. PCB Diagrams
13. Circuit Diagrams
ELECTRONICS
©Samsung Electronics Co.,Ltd. August. 2002
Pinted in Korea.
Code No.: GH68-03090A
BASIC.
1. General Introduction
The SCH-A310 DBDM(Dual Band Dual Mode) phone functions as both analog phone working in AMPS
(Advanced Mobile Phone Service) mode and digital phone working in PCS (Personal Communication Service)
and GPS modes.
The following standards and minimum performance standards shall be met or exceeded by each subscriber
unit.
Air Interface
The Subscriber Unit shall be Dual mode and Dual band in compliance with ANSI J-STD-008 and TIA/EIA IS95A(Analog).
ANSI J-STD-008 : Personal Station-Base Station Compatibility Requirements for 1.8 to 2.0 GHz CDMA PCS.
ANSI J-STD-018 : Recommended Minimum Performance Requirements for 1.8 to 2.0 GHz CDMA Personal
Stations.
CDG Ref. Document #27 : High Rate Speech Service Option for Wideband Spread Spectrum System.
TIA/EIA IS-96A : Speech Service Option 1 Standard for Dual mode Wideband Spread Spectrum Cellular
Systems.
TIA/EIA IS-125 : Recommended Minimum Performance standards for Digital Cellular Wideband Spread
Spectrum Speech Service Option1.
TIA/EIA IS-126-A : Mobile Station Loop back Service Option standard.
TIA/EIA IS-95B : Mobile Station-Base Station Compatibility Standard for Dual-Mode Wideband Spread
Spectrum Cellular Systems;for the analog air interface.
TIA/EIA IS-98C : Recommended Minimum Performance Standard for Dual-Mode Wideband Spread PCS
Cellular Systems. Both Analog and CDMA sections apply.
TIA/EIA IS-801-1 : Position Determination Service standards for Dual Mode Spread Spectrum System.
CDMA Receiver/Transmitter Specifications and Requirements
The Subscriber Unit shall comply with ANSI J-STD-008 and meet or exceed TIA/EIA IS-98C. The Subscriber
Unit shall comply with Personal Station Class II.
Analog Receiver/Transmitter Specifications and Requirements
The Subscriber Unit shall comply with TIA/EIA IS-95B and meet or exceed TIA/EIA IS-95. The Subscriber Unit
shall comply with Mobile Station Power Class III (600 mW).
SAMSUNG Proprietary-Contents may change without notice
1-1
2. Specification
2-1 General
Item
US PCS
CDMA
AMPS
GPS
Tx Freq. range
1851.25~1908.75MHz
824.70~848.31MHz
824.04~848.97MHz
-
Rx Freq. range
1931.25~1988.75MHz
869.70~893.31MHz
869.04~893.97MHz
1574~1576MHz
1.23MHz
1.23MHz
30KHz
50KHz
30KHz
30KHz
-
1200
20FA
832
-
80MHz
45MHz
45MHz
-
1M25F9W
1M25F9W
40K0F8W, 40K0F1D
-
50Ω
50Ω
50Ω
-
Tx Intermediate
Frequency
263.6MHz
228.6MHz
228.6MHz
-
Rx Intermediate
Frequency
183.6MHz
183.6MHz
183.6MHz
-
Tx Local Frequency
1st(FTX+263.6MHz)
2nd(527.2MHz)
1st(FTX+228.6MHz)
2nd(457.2MHz)
1st(FTX+228.6MHz)
2nd(457.2MHz)
-
Rx Local Frequency
1st(FRX+183.6MHz)
2nd(367.2MHz)
1st(FRX+183.6MHz)
2nd(367.2MHz)
1st(FRX+183.6MHz)
2nd(367.2MHz)
-
19.2MHz
19.68MHz
19.68MHz
-
± 2.5ppm
-
Channel Bandwidth
Channel Spacing
Number of Channel
Duplex Separation
Type of Emission
In/Output Impdance
TCXO Frequency
Freq. Stabillity
Operating
Temperature
Supply Voltage
Size and Weight
(FRX - 80 MHz) ± 150 Hz (FRX - 45 MHz) ± 300Hz
o
o
-30 C ~ +60 C
o
o
-30 C ~ +60 C
o
o
-30 C ~ +60 C
3.80V
STD : 113 * 47 * 22mm, 900mAh
2-1
-
Specification
2-2 1.9GHz CDMA(US PCS)
GENERAL
Frequency Range
. Transmitter
. Receiver
: 1851.25 ~ 1908.75MHz
: 1931.25 ~ 1988.75MHz
Channel Bandwidth
: 1.23MHz
Channel Spacing
: 50kHz
Number of Channels
: 1200
Duplex Seperation
: 80 MHz
Type of Emission
: 1M25F9W
Input/Output Impedance
: 50 ohms
Intermediate Freequency
. Transmitter
. Receiver
: 263.6MHz
: 183.6MHz
Local Frequency
. Transmitter
. Receiver
: 1st(FTX +263.6MHz), 2nd(527.2MHz)
: 1st(FRX +183.6MHz), 2nd(367.2MHz)
TCXO Frequency
: 19.2MHz
Frequency Stability
: (FRX-80MHz) +/- 150Hz
Operation Temperature
: -30deg ±60deg
Supply Voltage
: +3.8V
2-2
Specification
TRANSMITTER
Waveform Quality
: 0.944 or more
Open Loop Power Control Range
. -25dBm
. -65dBm
. -104dBm
: -60.5dBm ~ -41.5dBm
: -20.5dBm ~ +1.5dBm
: +15.0dBm ~ +25.5dBm
Minimum Tx Power Control
: below -50dBm
Closed Loop Power Control Range
: +/-24dB
Maximum RF Output Power
: 25.5dBm
Occupied Bandwidth
: 1.23MHz
Conducted Spurious Emission @1.25 MHz
: -42dBc/30kHz
RECEIVER
Rx Sensitivity and Dynamic Range
Conducted Spurious Emission
. 1930~1990 MHz
. 1850~1910 MHz
. All Other Frequencies
: -104dBm, FER=0.5% or less
: <-81dBm
: <-61dBm
: <-47dBm
Single Tone Desensitization
. Rx power level = -101dBm
. Tone power level = -30dBm
. Tone offset from carrier = +/-1.25 MHz
: lower than 1 %
Intermodulation Spurious Response Attenuation
. Rx power = -101dBm
. Tone 1 power = -43dBm
. Tone 1 power = -43dBm
. Tone 1 offset from carrier = +/-1.25 MHz
. Tone 2 offset from carrier = +/-2.05 MHz
: lower than 1 %
2-3
Specification
2-3 800MHz CDMA
GENERAL
Frequency Range
. Transmitter
. Receiver
: 824.70 ~ 848.31MHz
: 869.70 ~ 893.31MHz
Channel Bandwidth
: 1.23MHz
Channel Spacing
: 30kHz
Number of Channels
: 20FA
Duplex Seperation
: 45 MHz
Type of Emission
: 1M25F9W
Input/Output Impedance
: 50 ohms
Intermediate Freequency
. Transmitter
. Receiver
: 228.6MHz
: 183.6MHz
Local Frequency
. Transmitter
. Receiver
: 1st(FTX +228.6MHz), 2nd(457.2MHz)
: 1st(FRX +183.6MHz), 2nd(367.2MHz)
TCXO Frequency
: 19.2MHz
Frequency Stability
: (FRX-45MHz) +/- 300Hz
Operation Temperature
: -30deg ~ 60deg
Supply Voltage
: +3.8V
TRANSMITTER
Waveform Quality
: 0.944 or more
Open Loop Power Control Range
. -25dBm
. -65dBm
. -104dBm
: -57.5dBm ~ -38.5dBm
: -17.5dBm ~ +1.5dBm
: +18.0dBm ~ +30dBm
2-4
Specification
Minimum Tx Power Control
: below -50dBm
Closed Loop Power Control Range
: +/-24dB
Maximum RF Output Power
: 26dBm
Occupied Bandwidth
: 1.23MHz
Conducted Spurious Emission @900 KHz
@1.25 MHz
: -42dBc/30kHz
: -54dBc/30kHz
RECEIVER
Rx Sensitivity and Dynamic Range
Conducted Spurious Emission
. 869~894 MHz
. 824~849 MHz
: <-81dBm
: <-61dBm
All Other Frequencies
: <-47dBm
Single Tone Desensitization
. Rx power level = -101dBm
. Tone power level = -30dBm
. Tone offset from carrier = +/-900KHz
: lower than 1 %
. Tone 1 offset from carrier = +/-900KHz
. Tone 2 offset from carrier = +/-1.700MHz
: lower than 1 %
- Test 1, 2
Rx power = -101dBm
Tone 1 power = -43dBm
- Test 3, 4
Rx power = -90dBm
- Test 5, 6
Rx power = -79dBm
2-5
Specification
2-4 800MHz AMPS
GENERAL
Frequency Range
. Transmitter
. Receiver
: 824.04°≠848.97 MHz
: 869.04°≠893.97 MHz
Channel Spacing
: 30kHz
Number of Channels
: 832
Duplex Spacing
: 45MHz
Frequency Stability
: +/-2.5ppm(-30deg°≠ 60deg, -22°£F °≠140°£F)
Modulation/Demodulation
. Voice
. Data
: FM
: PM
Operating Temperature
: -30deg°≠ 60deg, -22°£F °≠ 140°£F
Supply Voltate
: 3.8V
TRANSMITTER
RF output power
: 27dBm
Carrier ON/OFF conditions
. "ON" Condition
. "OFF" Condition
: within +/-3dB of specification output(in 2 ms)
: below -60dBm(in 2ms)
Compresssor
. Compression Rate
. Attack Time
. Recovery Time
. Reference Input
Preamphasis
:2:1
: 3ms
: 13.5ms
: input power level for producing a nominal +/-2.9kHz
: peak frequency deviation of transmitted carrier
: 6dB/OCT within 0.3 °≠ 3 kHz
2-6
Specification
Maximum Frequency Deviation
. F3 of G3
. Supervisory Audio Tone
. Signaling Tone
. Wideband Data
: +/-12 kHz
: +/-2 kHz(+/-10%)
: +/-8 kHz(+/-10%)
: +/-8 kHz(+/-10%)
Post Deviation Limiter Filter
. 3.0 ~ 5.9 kHz
. 5.9 ~ 6.1 kHz
. 6.1 ~ 15 kHz
. Over 15 kHz
: above 40 LOG(F/3000)dB
: above 35dB
: above 40 LOG(F/3000)dB
: above 28 dB
Spectrum Noise Suppression
. For all modulation
fo +20 kHz °≠ fo + 45 kHz
: above 26dB
. For modulation by voice and SAT
fo + 45 kHz
: above 63dB+10LOG(PY)dB
. For modulation by WBD(without SAT) and ST(with SAT)
fo + 45 kHz ~ fo + 60 kHz
: above 45 dB
fo + 60 kHz ~ fo + 90 kHz
: above 65 dB
fo + 90 kHz ~ 2 fo
: above 63 dB + 10 LOG(PY) dB
( where fo = carrier frequency
PY=mean output power in watts )
Harmonic and conducted Spurious Emissions
: below 43 + 10 LOG(PY) dB
RECEIVER
De-emphasis
: -6dB/OCT within 0.3 ~ 3 kHz
Expandor
. Expandor Rate
. Attack time
. Recovery Time
. Reference input
:1:2
: within 3 ms
: within 13.5 ms
: output power level to a 1000Hz tone from a
carrier within +/-2.9 kHz peak frequency deviation
Sensitivity
: 12 dB SINAD/-116dBm
: above 65dB
RSSI Range
: above 60dB
Protection Against Spurious Response Interference
: above 60dB
2-7
Specification
In Band Conducted Spurious Emission
. Transmit Band
. Receive Band
Out of Band Conducted Spurious Emissions
. Radiated Spurious Emission
Frequency Range
25 ~ 70MHz
70 ~ 130MHz
130 ~ 174 MHz
174 ~ 260 MHz
260 ~ 470 MHz
470 ~ 1G MHz
: below -60 dBm
: below -80 dBm
: below -47dBm
: Maximum Allowable EIRP
: -45dBm
: -41dBm
: -41 ~ -32dBm
: -32 dBm
: -32 ~ -26 dBm
: -21 dBm
2-5 1500MHz GPS
GENERAL
Frequency Range
: 1574~1576 MHz
2-8
Specification
2-6 PCS Debug Display Information
To select debug display mode : Press [MENU] + [0] + [0], and press [0] + [4] + [0] + [7] + [9] + [3], and press [1].
1 Sxxxxx : SID (System Identification) toggle
Nxxxxx : NID (Network Identification) toggle
IN IDLE MODE
1
4
7
2
3
Sxxxxx SIx
x
T - xx
Dxxx - xx
Pxxx
CHxxxx
xx xx
12
6
8
3 Handset Status : 0 - NO SVC
1 - Synchronization
2 - Paging (Idle)
3 - Reg. Access state
4 - Traffic Initialization
5 - Waiting for order
6 - Waiting for answer
7 - Conversation state
8 - Exit
5
IN CONVERSATION MODE
9
10
2 SIx : Slot cycle index (lowest between the system
and the phone will be used)
1. SI0 : Slot Index 0
11
4 T-xx : Tx adjust, Value ranges from -63~+63dB
TVx RVx xx x
T - xx
Dxxx - xx
Pxxx
CHxxxx
xx xx
3
5 Dxxx : Sector power in dBm
6 -xx : ec/lo
7 Pxxx : PN offset
12
8 CHxxxx : Channel number
9 TV : Tx vocoder rate (8 is full rate, 1 is 1/8th rate)
10 RV : Rx vocoder rate (8 is full rate, 1 is 1/8th rate)
11 xx : Walsh code used in traffic channel
12 System acquisition state
2-9
Specification
2-7 AMPS Debug Display Information
To select debug display mode : Press [MENU] + [0] + [0], and press [0] + [4] + [0] + [7] + [9] + [3], and press [1].
1 SIDxxxxx : AMPS Home System ID
1
2
3
7
4
SIDxxxxx
x
x
PWRx
RSSIxxx
SATx
CHxxxx
xx xx
2 PWRx : Power Level 0 ~ 7
3 SATx : Supervisory Audio Tone code (0 ~ 2)
5
4 x (Using Frequency Band) : A Band or B Band
5 RSSIxxx : RSSI value
6 CHxxx : Channel number
8
6
7 Handset Status : 1 - Initialization state
2 - Idle state
3 - System Access state
4 - Voice channel state
8 System acquisition state
2-10
3. Installation
3-1 Installing the Battery
To attach the battery to your phone:
To remove the battery from your phone:
1. Gently place the battery into the provided slots on
the underside of the phone.
1. Turn the phone off (by pressing and holding
[PWR] until the closing animation begins).
2. Slide the top end of the battery up (The top end of
the battery displays the word Samsung in raised
letters.) until you hear it click into place.
2. On the back side of the phone, hold the button
down and push the battery toward the bottom
edge of the phone. The battery will then lift or fall
away from the phone.
3-2 Using the travel adaptor
1. With the battery in position in the phone, attach
the cord from the travel adaptor by plugging it
into the adaptor outlet at the bottom of the phone.
2. Connect the adaptor to a standard 110/220 free
volt AC wall outlet. The battery will begin
charging immediately, and the LED (located at the
top of your phone) will light and remain red
while the battery icon animates, the icon will
remain animated, even if the phone is turned off
during charging.
3. The LED indicates the status of the battery being
charged.
•Red indicates that the battery is charging.
•Green indicates that the battery is fully charged.
•Yellow indicates (1) the battery is not seated
correctly in the phone, (2) the adaptor is not
plugged in correctly, or (3) the battery is
inoperable. Please check the adaptor and/or
battery.
4. You can make a phone call when the phone is
plugged into the travel adaptor. The adaptor will
continue to charge the battery even when you are
making the call.
Specifications using DTC (Desk Top Charger)
Battery Type
Standard Battery
(Li-ion, 900mAh)
Charging Time
SEC Code
2:30 hours
GH43-00545A
3-1
Installation
3-3 For Mobile Mount
3-3-1 Cradle
1.
Choose a location where it is easy to reach and
does not interfere with the driver’s safe
operation of the car.
4.
Place the cradle onto the remaining half of the
clamshell and assemble them by using the
screws.
2.
Separate the two halves of the clamshell by
removing the two large slotted screws. See the
figure 3-2.
5.
Reassemble the two halves of the clamshell
together. Adjust the mounting angle and tighten
the two slotted screws.
3.
Drill holes and mount the lower half of the
clamshell by using the screws.
SCH-A310
MAIN PHONE
CRADLE
CLAM SHELL
MOUNT UPPER
HANDS
FREE BOX
FIXED SCREW
CLAM SHELL
MOUNT LOWER
CAR
32
32
Figure 3-2 Cradle Installation
3-2
Installation
3-3-2 Hands-Free Box
3-3-4 Hands-Free Microphone
1.
Drill holes in a proper location for the handsfree box, attach the mounting bracket by using
the screws. See the figure 3-3.
1.
2.
Install the hands-free box into the bracket.
It is recommended to install the microphone
where it is 30-45 cm (12-18”) away from the
driver. Choose the location where is least
susceptible to interference caused by external
noise sources, ie, adjacent windows, car audio
speakers, etc. Normal place is the sun visor.
2.
Once the microphone has been correctly
positioned, connect the microphone wire to the
MIC jack on the hands-free box.
3-3-3 Speaker
1.
Install the speaker into the appropriate position.
MOUNTING BRACKET
CAR
40
55
Figure 3-3 Hands-Free Box Installation
3-3
Installation
3-3-5 Cables
1.
Connect the cradle and the hands-free box with
the data cable.
2.
Connect the red wire to the battery (+) terminal,
black wire to the vehicle chassis, brown wire to
the Car Audio Mute port and orange wire to the
ignition port in the key box of vehicle or battery
(+) terminal.
3.
Connect the other end of the power cable to the
PWR jack of the hands-free box.
Notes:
•It is recommended to connect the power cable
directly to the battery to avoid power noise.
•Make sure the connection between the battery (-)
terminal and vehicle chassis is made correctly.
•Make sure the fuse having a proper capacity is
used on the power cable.
•Make sure the cables do not pass over any sharp
metal edge that may damage it.
3-4
4. NAM Programming
4-1 NAM programming
Programming of all NAM parameters, e.g. Service Security Code, MCC, MNC, MIN#, CDMA Channel#,
vocoder rate, MOB_TERM, SID, SID/NID pairs, Slot Cycle Index, etc.
1) Press “Menu 6, ∗” Enter SPC Code “000000” Use Right navigation key to select items to program.
2) You can select MORE (Menu) when “Basic NAM 1 programming is complete.” displays. Select if you want
to program more detailed items than shown in basic NAM programming. Press OK to save or Right
navigation key to proceed to next item.
-> MORE programming not a required for NAM programming.
3) To toggle between settings, e.g. Home SID/NID pairs or selecting between Yes/No, use the Up/Down
navigation key:
A. For changing Home SID/NID pairs, select from SID/NID pair numbers 01 to 20 by pressing Up
navigation key Press [edit] by pressing Menu key to change setting Press OK key to save setting.
B. For changing Forn SID or NID Registration, Home Sys. Registration, etc. press Up/Down navigation
key to select between Yes or No. Press OK key to save setting.
4) Press End Key to save & exit NAM programming.
4-2 Field Debug Screen and Test Calls
1) Press “Menu 0, ∗” Enter “000000” ;
1 ; Debug Screen
2 : Test Calls:
Markov New 8K, Markov New 13K, Loop Back 8K, Loopback 13K,
TDSO Call Simple, TDSO Full
2) Repeat above 1) to exit Debug screen
4-3 A-Key programming via Keypad
1) Press “Menu 6, ∗” Enter SPC Code “000000” Menu (Soft key) - then you will see “Press[AKEY] to continue
AKEY: “ Menu ([AKEY] ) Enter the 20-digit AKEY. Press “OK” Key to save value.
4-1
NAM Programming
4-4 Channel Preset mode
1) Press “4 7 ∗ 6 8 # 1 3 5 8 0” in idle mode 001 021 and then:
for PRL based system selection enter 00000 and save(OK key).
for AMPS ; 10000 for System A, 10001 for System B
for 800MHz CDMA ; 2XXXX (XXXX is CDMA channel number)
for 1.9GHz CDMA ; 3XXXX (XXXX is PCS Channel number)
2) Press OK or “∗ Shift” key to save mode/channel value.
3) When “Saved” displays briefly, press 002 to exit test mode programming
4-5 MRU Table Review and Reset
You can review upto 12 system and channel information from the MRU Table, or reset the entire MRU table as
follows:
1) Press “4 7 ∗ 6 8 # 1 3 5 8 0” in idle mode 001 031 (MRU2 TABLE), then:
“MRU00: yzxxxx” where “y” is Mode definition(1; Analog, 2:Digital),
“z” is Band Class (0; 800MHz, 1; 1.9GHz), and
“xxxx” is Channel number, or A or B band for AMPS.
“MRU00” to “MRU11”, total of 12 MRU entries available.
Ex) for CDMA 800MHz Channel 384 in 4th MRU entry order:
“MRU03: 200384” will display.
Ex) for PCS 1.9GHz Channel 150 in 7th MRU entry order:
Ex) for AMPS A-band in1st MRU entry order: “MRU00: 100000” will display.
for AMPS B-band in 2nd entry order:
2) To toggle up and down the MRU entry numbers from 00 to 11, press Up or Down navigation key.
3) To reset entire MRU table (00 to 11), enter “000000” at “MRU00:” setting, then press OK or “∗ Shift” key.
4) When “Saved” displays briefly, press 002 to exit test mode programming
4-2
NAM Programming
4-6 Using DM Data (over-the-air messaging)
1) Press “Menu, 0, ∗” in idle mode Enter SPC Code “000000” Press “5” Port Map.
2) Select “U1:DM&DL, U2:NULL” for Samsung DM, or “U1:QC_DM, U2:NULL” for Qualcomm DM.
3) If “U1:QC_DM, U2:NULL” is selected, the Qualcomm DM COM port must be set to COM1 and
Baud rate to 38400.
(Note) U1: UART 1, U2: UART 2
DM& DL : DM and Download Mode
( Please set this mode when you take a logging.)
DS & HF : Handsfree Mode
QC_DM : Qualcomm DM Mode
4-7 Making Markov Test Calls
1) Originate a desired phone number in normal idle mode to create an outgoing call list.
2) Press “Menu 0, ∗” Enter SPC Code “000000” Press “2”
3) Make a Markov Call by selecting “Markov New 13k”.
4) The MS will originate the Markov call using the first entry in the outgoing call list.
5) If the outgoing call list is empty(no outgoing call made), the MS will originate to a default number of
'1234567'.
4-8 Fax & Data Calls:
1) Press “Menu 8, 7” in idle mode
2) Toggle among “Data/Fax Off”, “Fax for Next Call”, “Fax until Powered Off”, “Modem for Next Call”,
“Modem until Powered Off” using Navigation Up/Down Key.
3) If “Fax/Data Off” is selected, phone will display “No incoming data/fax calls can be received”.
4) If “Fax for Next Call” is selected, phone will display “Waiting for fax call (no voice) for 10min”.
5) If “Fax until Powered Off” is selected, phone will display “No incomming voice calls can be received”.
6) If “Modem for Next Call” is selected, phone will display “Waiting for data call (no voice) for 10min”.
7) If “Modem until Powered Off” is selected, phone will display “No incomming voice calls can be received”.
4-3
NAM Programming
8) Text notification of “∗Data Only∗” or “∗Fax Only∗“ will be displayed.
9) Outgoing Fax/Data Calls: Using a computing device application software, originate
calls in any state in idle mode. (For details, refer to the Draft User Manual enclosed)
4-9 8K/13K Mobile Originated SMS
1) Set Vocoder Rate(8K EVRC, 13K) via NAM Programming
Enter
[Menu], 9, ∗, “000000”, “4: Voice SO “
Then Choose desired vocoder rate from “Default”, “EVRC Call”, and “13k Call”.
Press OK key to save setting, then press END key to exit.
2) In idle mode, press “OK” Key to select from “1: New Messages”, “2: Voice”, “3: Text Inbox”, or
“4: Text Outbox”.
3) Select “1: New Messages” for Mobile Originated SMS messaging.
4) Press Destination mobile number or e-mail address thru the keypad then press OK key.
5) Enter text message at “2:Message” then press OK key to store. Press Menu key to select from ABC,
Number, T-9 Word, or Symbol mode.
6) Enter Call back number at “3:Call Back” then press OK key to store.
7) At “4: Options”, scroll using Up/Down navigation key, and select from options using Left/Right navigation
key for the “Priority” level, “Validity” Period, “Send Later” option, “Delivery Ack” On or Off,
or “Save Message” option.
8) At “5: Action”, press SEND key to transmit message, OK key to save message to Filed folder (not
implemented yet), “C” key to cancel MO messaging, or END key to quit.
9) If Save Message is set to “Auto Save”, the sent message is stored in the Txt Outbox.
4-10 Voice Privacy
1) In idle mode, press “Menu, 0” Enter “WXYZ” (where WXYZ is the last 4 digits of
the MIN number) Press “8” (Voice Privacy) Select from “standard” or
“enhanced” using the Up/Down navigation key down then press OK key to save value.
2) In conversation mode, press “Menu, 8”
Select from “standard” or “enhanced” using the Up/Down navigation key down
then press OK key to save value.
4-4
NAM Programming
4-11 Phone.com Browser IP Address & Port, Linger Timer Setting
1) IP Address
- Press “Menu, 3, 0” Enter “WXYZ” (where WXYZ is the last 4 digits of the MIN#)
- Press “1: Gateway”, then select “1: Address” for IP Address setting change. Select
from Address 1, 2, or 3, then scroll between IP “A”, “B”, or “C” using navigation key.
- Press OK key to access IP “A”, “B”, or “C”, enter new IP setting, then press OK key to store.
2) Port
- Press “1: Gateway”, then select “2: Port” for port number setting change. Select from
Port 1, 2, or 3 for IP Address 1, 2, or 3, then select from Port A, Port B, or Port C.
- Press OK key to access Port A, B, or C, enter new Port number, then press OK key to store.
3) Linger Timer
- Press “2: LingerTime”, then press [OK/Message] once.
- Enter the Default Linger Timer value ranging from 0 to 180 seconds, then press
[OK/Message] to save setting.
4-12 Auto Answer
1) Press “Menu, 8, 2” for Auto Answer.
2) Toggle using the navigation keys between, Off, after 1 ring, after 3 rings, and after 5 rings.
3)Press [OK/Message] to save setting. The mobile will automatically answer the incoming call after
the preset number of ring tones. (Useful feature for automatic equipment testing)
4-5
5. Product Support Tools
5-1 General
IMPORTANT INFORMATION
Purpose
The Product Support Tool (PST) offers you the ability to interface with the SAMSUNG DBDM telephone using
a PC. With this tool you can program the phones network system requirements and functionality, swap phone
data, and download software upgrades. This document supports UniPST version x.xx.
NOTE: This software must be executed in the Windows95/98 mode.
EQUIPMENT REQUIRED
Make sure you have the following equipment setup:
1. Minimum PC configuration: 586 CPU, 16MB RAM, Windows95/98, 5MB of disk space free for software
upgrade.
2. PST Software with appropriate cable (DM Cable for SAMSUNG DBDM phone).
3. Serial Port (16550 Serial Interface Card).
4. Power Supply (3.8 V) or Battery.
INSTALLATION
Software
1.Insert the PST floppy disk into drive (A:\).
2.Create an appropriate directory on the C:\ drive for PST software, Execute Setup.exe file,
The installation program creates folder and task bar on the windows95/98 start bar.
SAMSUNG DBDM Phone
The serial port should be configured to COM1 or COM2.
Use the following procedure to connect the phone, cable, and PC .
Plug the female end of the DM Cable into the 16550 card.
Pull the black rubber connector away from the socket at the base of the phone.
Plug the special connector on the cable into the socket at the base of the phone.
PC
Phone
DB Cable
(Parts No.:GH39-30525A)
5-1
Product Support Tools
5-2. PST (Product Support Tool)
5-2-1 Getting Started
MAIN MENU SCREEN
1. At the Windows95/98, Double Click “UniPst.exe”.
2. The Main Menu Screen will be displayed.
The Main Menu Screen shows the basic tasks that are available.
CAUTION: DO NOT attempt to program phone with a low battery.
PST SETUP
UniPst supports SAMSUNG DBDM portable telephone. You can select serial port COM1 or COM2.
5-2-2 Operation Procedure
Service Programming
The Service Programming screens enable you to set and change the service activation parameters of the
phones. These items can be changed individually or as a group via the “Edit Items” Property Sheet of the PST.
There are several pages on the Service Programming Property Sheet (See below Figure).
Read Data from File
Click “open” icon to select the name of a file whose extension is “mmc”. The values will be read from the
named file, and will initialize the parameter values seen on the Service programming screen
Read Data from Phone
Click Read from the Phone icon to upload the current programmable parameters of the phone. The values are
read from the phone, so the phone must have the power ON and be properly connected to the PST.
NOTE: To actually view the data you need to go to the Edit Items screens.
Edit Items
Click this icon to edit Number Assignment Module (NAM) items or UI items.
There are two types of screens:
1. Parameters associated with a particular Number Assignment Module (NAM)
2. UI items settings
Phone Book
Click this icon to edit Phone Book.
While you edit cell, you can use <Enter> and < UP , DOWN,LEFT,LIGHT Arrow> and <SPACE> key. If you
want to edit phone number or name , you must move rectangle box to cell where you want to edit , Write it
down . if <UP and DOWN Arrow> key is pressed, the cursor moves to next cell or previous cell.
5-2
Product Support Tools
Save Data to File
Click this icon to save the current parameters to a file. Once you enter a filename, Click <OK> button to write
all current parameters to that file. This way the same information can be downloaded into multiple phones.
Write to Phone
Click this icon to write the selected parameter values to the phone. Writing the selected values to the phone
may take up to a minute.
If there are dependencies in a field you can make all the changes in the proper fields and download the
information all together.
If you intend to use this “Write to Phone” feature, it is recommended that you do a “Read Data from Phone”
first, and then make the changes, so that nothing gets inadvertently overwritten.
NOTE: DO NOT TOUCH THE PHONE WHILE WRITING IS IN PROGRESS.
Software Download and Upgrade Screen
To begin a software upgrade or download, perform the following steps:
1. From the main menu screen choose DOWNLOAD MODE?
Click open icon to choose a BIN file of the new software to be loaded. Choose the appropriate BIN file, then
Click <Open> (see below figure).
2. Click Download? to begin downloading the file. You will notice various messages and a progress bar that
informs the user what percentage of the downloading has already occurred.
3. Click Mode Select box, then Select SERVICE MODE?to return to the Service Mode Screen.
NOTE: DO NOT POWER OFF WHILE THE PHONE IS BEING DOWNLOADED!
5-3
6. Circuit Description
6-1 Logic Section
6-1-1 Power Supply
To power on the phone, Pressing the PWR key with
the battery installed will short the V_BAT and
ON_SW signal. The V_DC, which is connected with
V_BAT, will be turned on simultaneously, The V_PD
and V_IF LDOs outputs of Regulator(U201, U322)
are turned on assuming V_BAT is greater than
2.85V.
Pressing the PWR key( END/ )of the keypad for a few
seconds, The V_BAT voltage is applied to the
ON_SW, the ON_SW signal will transition high
when the PWR_HOLD signal is high.
-Charging Method : Constant Voltage/Current
-Charging Current : Max 550mA
-Charging Time : Standard (550mAh) 1.5 ~ 2 Hrs
Extended (900mAh) 3 ~ 3.5 Hrs
-Charging Mode : 1. Charging - RED Lamp
2. Completion -GREEN Lamp
-Charging Battery Regulation Voltage
1. Min 4.158V, Typical 4.2V, Max 4.242V
(at TA : 0°C to +85°C)
2. Min 4.137V, Typical 4.2V, Max 4.263V
(at TA : -40°C to +85°C)
-Over Battery Protection Voltage : Typical 5.2V
Universal Serial Bus Interface(U250)
The low state ONO\signal will be detected by the
MSM, when PWR_HOLD signal is high, to set the
PWR_HOLD signal low and power off the phone.
Once the PWR_HOLD signal is low all the LDOs
output of the Regulator(U201, U322)will be
powered off after typically 60ms delay and all the
logic of the PMIC will be reset to the shutdown
condition.
The V_PD output voltage of Regulator(U201) is
connected with V_MEM(used in memory),
V_LCD(used in LCD), V_MSMD(used in the digital
parts of MSM).
SCH-A310 supports a Universal Serial Bus(USB)
interface, by the MSM 5100, to provide an efficient
interconnection between the mobile phone and a
Personal Computer(PC).
The MSM 5100's USB interface is designed to
comply with the Universal Serial Bus Specification,
Revision 1.1.
The USB interface of SCH-A310 and can be used to
transfer over-the-air data, or voice PCM samples
between the mobile phone and the USB host.
An external USB transceiver(U250) and 48MHz
crystal oscillator(OSC110) are required to implement
the USB interface.
6-1-2 Inner Charging Circuit Part
The most important function of the charger shall be
done in the LTC1734(U240).
When the phone attached a battery is connected
with travel charging adapter, the inner charging
circuit of the LTC1734(U240) will charge by the
constant fast charge current.
When battery reaches regulation voltage of 4.2V
(default charging voltage for Li+mode), the charge
current drops quickly to 0mA by the programmed
data of the LTC1734 controlled from the MSM.
-Input voltage range : 4.75~8V
-Charging Temperature :0°C~40°C
6-1
Circuit Description
6-1-3 Logic Part
EEPROM(U190)
The logic part consists of MSM, FROM, SRAM,
EEPROM, LCD and other input and output
peripherals.
A 256KBIT EEPROM(U190) is used to store ESN,
NAM information, telephone directory, SMS
messages and other important information of the
phone.
MOBILE SYSTEM MODEM(U100:MSM5100)
KEYPAD
The MSM5100 is designed to the IS-2000 standard
and enables up to a doubling of overall IS-95A/B
voice capacity and new, higher-data rate services.
The MSM5100 can support 153.6 kilobits per
second(kbps), providing manufacturers worldwide
ability to develop consumer products that provide
voice, high-speed data and video over wireless
networks. The MSM5100 chipset and system
software can support the phase1 1°øMC of the 3G
CDMA Multi Carrier IS-2000 standard, Release 0.
The MSM5100 device is available in the same 208pin FBGA production package allowing significant
reuse of existing MSM3100 chipset designs. The
MSM5100 integrates functions that support a trimode CDMA/FM subscriber unit. Subsystems
within the MSM5100 device include a CDMA
processor, a Digital FM(DFM) processor, a QDSP for
voice compression, an ARM7TDMI microprocessor.
Also integrated in the MSM5100 device are analog
functions such as an audio voice codec, PLL,
transmit DACS, ADCS, memories, USB controller,
peripheral interfaces, and an enhanced clock. It is
one of the most important components of the
CDMA cellular phone. The interface circuitry
consists of reset circuit, address bus (A0-A21), data
bus(D0-D15), and memory controls. The TCXO
clock of 19.68Mhz is used as the clock of SCH-A310
model.
A key pad is used for the user interface function.
For key recognition, key matrix is operated by using
signals SCAN0-5 and KEY0-3 of the MSM.
LCD MODULE
The LCD module is a 128 X 128 dots graphic LCD
with one line of ICONS. Watch LCD is a 96 X 32
dots graphic LCD. The LCD contains a controller
which will display the information by 8-bit data
from the MSM. An external backlight circuitry is
used for easy operation in the dark.
FLASH ROM AND STATIC RAM (U120)
One 32MBIT Flash ROMs and 8MBIT Flash
ROM(U120) is used to store the cellular phone's
executable program and necessary data files and a
temporary data space to store the internal flag
informations, call processing data, timer data, and
other temporary data.
6-2
Circuit Description
6-1-4 RF Interface Part
6-1-5 Audio Part
CDMA, FM DATA INTERFACE
Internal CODEC in the MSM contains software
controlled amplifier for both the receiving and
transmitting sections. Also, the vocoding schemes
used will be 13kbps QCELP or 8K EVRC. Both
QCELP and EVRC vocoding are performed by the
MSM.
•I_OUT, I_OUT_N, Q_OUT, Q_OUT_N: TX analog
signal used during both CDMA and FM mode.
•C_RX_IDATA0-3 and C_RX_QDATA0-3: RX data
bus used during CDMA mode.
•FM_RX_IDATA and FM_RX_QDATA: RX data bus
used during FM mode.
DIGITAL FM BLOCK
CLOCK
TCXO_CLK: Reference clock used for generation of
CHIPX8. OSC141 : 32.768KHz sleep crystal. Clock
used during SLEEP.
The digital FM processor is included in the Mobile
Station Modem(MSM) and brief descriptions of
each block are as follows :
FM TRANSMIT PROCESSOR
ADC INTERFACE
Pre-Emphasis Circuit
Eight HK ADC are internally placed in the MSM.
These ADCs are used to read battery voltage,
battery typeand temperature.
This part features +6dB/oct to reduce signal loss
and noise in Tx path.
Compressor
RF INTERFACE
TX: TX_AGC_ADJ port is used to control the TX
power level and PA_ON signal is used to
control the power amplifier.
RX: RX_AGC_ADJ port is used to control the RX
gain and TRK_LO_ADJ is used to compensate
the TCXO module.
The compressor features 2:1 level compressor to
reduce signal loss and noise in Tx path. The zero
crossing level of the compressor is ±2.9 kHz/dev,
attack time is 3mS, and release time is 13.5mS.
Limiter
The limiter performs to cut ±0.53 Vp-p or higher
audio signal level so that the FM frequency
deviation is not over ±12 kHz/dev. The function is
used to avoid confusion over phone line. LPF is
used to reduce a specific high frequency of limited
signal.
6-3
Circuit Description
FM RECEIVE AUDIO PATH
6-1-6 TX WBD, ST, and SAT
De-Emphasis Circuit
The WBD and ST are generated by the MSM but the
SAT is transponded by the MSM. The modulation
level of TX WBD and ST is ±8kHz/dev, and SAT is
±2kHz/dev.
This part features -6dB/oct filter to reduce signal
loss and noise in Rx path.
Expandor
The expandor features 1:2 level increaser to reduce
signal loss and noise in Rx path. The zero crossing
level of the compressor is ±2.9 kHz/dev, attack time
is 3 mS, and release time is 13.5 mS.
6-1-7 ALERT TONE GERNERATION
A buzzer is a component which converts signals to
audio alert tones. The internal buzzer generator in
the MSM will generate PWM signal which will
drive transistors(Q251) to generate the tones. The
volume of the alert tone is controlled by the width
of PWM and the different periods.
6-4
Circuit Description
6-2 PCS Section
6-2-1 Receiver
PHASE LOCKED LOOP (U340)
LOW NOISE AMPLIFIER & DOWN
CONVERTER (U300)
Input reference frequency is generated at VCTCXO
(U380) and the divided signal is generated at VCO.
The PLL compares the two signals and generates the
desired signal with a pre-programmed counter which
controls voltage.
U300 includes LNA and Down Converter and
supports Quad_mode CDMA & AMPS,GPS,PCS.
The low noise amplifier featuring 1.8dB Noise Figure
and 18dB gain amplifies a weak signal received from
the base station to obtain the optimum signal level.
The Gps RF signal is downconverted from 1575.42
MHZ to the common receive IF of 183.6 MHz .Its LO
is generates by a dual-band VCO and PLL circuit
whose other narrowband tunning range supports
both PCS and Cellialr operation.
VOLTAGE CONTROLLED TEMPERATURE
COMPENSATED CRYSTAL OSCILLATOR
(U390)
It provides 19.68Hz reference frequency to PLL (U340),
RFT3100(U400), and IFR3300(U300).
A correct frequency tuning is made by the voltage
control.
RF BAND PASS FILTER (F300,F302,F305)
The RF BPF accepts only a specific frequency
(869.04~893.97MHz,1930~1990MHz,1575.42MHz))
from the signal received from the mobile station.
6-2-2 Transmitter
RFT3100 (U400)
IF SAW BAND PASS FILTER FOR CDMA,FM
(F304,F301)
IF SAW BPF is used for CDMA system having 1.23
MHz wide band and ±630kHz band width. The filter
also eliminates the image product generated at the
mixer.F301 is IF saw band psaa filter for FM
VOLTAGE CONTROLLED OSCILLATOR(U382)
A dual-band VCO generates 1391.82MHz LO and
PLL circuit whose other narrowband tunning range
supports both PCS and Cellialr operation.
The RFT3100 contains Up converter, Automatic gain
control amplifier(AGC),and Driver Amplifier.
RFT3100 accepts analog data signal, so there is no
need for additional Modulation Circuit.
Up Converter and Driver Amplifier's gain are
controlled through the Serial Bus Interface(SBI).
RF BAND PASS FILTER (F441)
RF BPF accepts only a specific frequency
(1850~1910MHz)from the signal received from the
RFT3100.
6-5
Circuit Description
POWER AMP MODULE (U441)
Power amp module amplifies RF signal and send it
to base station through the antenna.
ISOLATOR (U441)
Isolator is used to reduce a reflected signal to
protect the power amp module from being
demaged.
DUPLEXER (F440)
Duplexer controls to transmit through the antenna
only the signals within acceptable TX frequency
range (1880±30MHz) and to receive through the
antenna only the signals within acceptable RX
frequency range (1960±30MHz).
It also matches LNA input in receiving part and
Power Amplifier output in transmitter part with the
antenna.
6-6
Circuit Description
6-3 CDMA Section
6-3-1 Receiver
VOLTAGE CONTROLED OSCILATOR(U382)
CONVERTER (U300)
A dual-band VCO generates 1391.82MHz LO and PLL
circuit whose other narrowband tunning range
supports Tri_mode CDMA & AMPS LNA/DOWN
Converter.
and 15.7dB gain amplifies a weak signal received
from the base station to obtain the optimum signal
level.
First local signal is applied to this down converter.
The down converter transfers the signal amplified at
the LNA into 183.6 MHz IF signal. 183.6MHz IF
signal is made by subtracting 881.5±12.5MHz RF
signal from 1065.1±12.5MHz first local signal.
IF AUTOMATIC GAIN CONTROLLER(AGC)
AMP
183.6MHz IF signal is applied to IF AGC amplifier(in
IFR3000), AGC output level is applied to next stage in
IFR3000.. The AGC amp keeps the signal at a constant
level by controlling the gain. Dynamic range is 90 dB,
and its control voltage varies from 0.2V to 2.5V.
PHASE LOCKED LOOP(PLL) (U340)
controls voltage.
(U390)
RFT3100(U400), and IFR3300(U300).
control.
6-3-2 Transmitter
The RF BPF passes only a specific frequency
(881.49±12.5 MHz) from the mobile station. The width
is 25 MHz.
IF SAW BAND PASS FILTER (F304)
If SAW BPF is used for CDMA system having
1.23MHz wide band. The filter also climinates the
image product generated at the mixer.
RFT3100 (U400)
The RFT3100 contains Up converter, Automatic gain
control amplifier(AGC),and Driver Amplifier.
RFT3100 accepts analog data signal, so there is no
need for additional Modulation Circuit.
Up Converter and Driver Amplifier's gain are
controlled through the Serial Bus Interface(SBI).
RF BANDPASS FILTER(F300)
The Bandpass Filter(BPF) accepts only a specific
frequency(836±12.5MHz) to send it to next RF stage.
The band width is 25MHz.
POWER AMP MODULE (U444)
Power amp module amplifies RF signal and send it to
base station through the antenna.
6-7
Circuit Description
ISOLATOR (F445)
Isolator is used to reduce a reflected signal to
protect the power amp module from being
damaged.
DUPLEXER(F446)
Duplexer allows Rx frequency range(881.49± 12.5
MHz) and Tx frequency range(836.03± 12.5 MHz)
from the antenna to pass through LNA. It also
matches LNA input in receiving part and Power
Amplifier output in transmitter part with the
antenna.
6-8
Circuit Description
6-4 AMPS Section
6-4-1 Receiver
PHASE LOCKED LOOP(PLL) (U340)
CONVERTER (U300)
controls voltage.
supports Tri_mode CDMA & AMPS LNA/DOWN
Converter.
and 15.7dB gain amplifies a weak signal received
from the base station to obtain the optimum signal
level.
First local signal is applied to this down converter.
The down converter transfers the signal amplified at
the LNA into 183.6 MHz IF signal. 183.6MHz IF
signal is made by subtracting 881.5±12.5MHz RF
signal from 1065.1±12.5MHz first local signal.
IF AUTOMATIC GAIN CONTROLLER(AGC)
AMP
183.6MHz IF signal is applied to IF AGC amplifier(in
IFR3000), AGC output level is applied to next stage in
IFR3000. The AGC amp keeps the signal at a constant
level by controlling the gain. Dynamic range is 90 dB,
and its control voltage varies from 0.2V to 2.5V.
The RF BPF passes only a specific frequency
(881.49±12.5 MHz) from the mobile station. The width
is 25 MHz.
IF SAW BAND PASS FILTER (F301)
If SAW BPF is used for AMPS system having 30KHz
narrow band. The filter also climinates the image
product generated at the mixer.
(U390)
RFT3100(U400), and IFR3300(U300).
control.
6-4-2 Transmitter
COMPENSATED CRYSTAL OSCILLATOR(U390)
It provides 19.2MHz reference frequency to
PLL(U370), RFT3100(U400), and IFR3000(U340).
A correct frequency tunning is made by the voltage
control.
DUPLEXER
Duplexer(F446) allows Rx frequency range(881.49±
12.5 MHz) and Tx frequency range(836.49± 12.5 MHz)
from the antenna to pass through LNA. It also matches
LNA input in receiving part and Power Amplifier
output in transmitter part with the antenna.
VOLTAGE CONTROLED OSCILATOR(U382)
A dual-band VCO generates 1391.82MHz LO and
PLL circuit whose other narrowband tunning range
6-9
Circuit Description
6-5 Test Command Table
To change the phone from normal mode to test mode, you should enter the following keys :
Press [4 7 ∗ 6 8 # 1 3 5 8 0]
Command No.
(OP, AB, RB)
Command SW Name
Description
001 (1F,0,0)
T_SUSPEND_I
Enter to test menu
002 (3F,0,0)
T_RESTART_I
Escape from test menu
003 (FD,0,0)
T_SAVE_VAL_I
Save values in e2prom only in auto test
004 (1D,0,1)
T_GET_MODE_I
Get mode CDMA/FM AUTO TEST
005 (1C,2,0)
T_SET_MODE_I
Set mode CDMA/FM AUTO TEST
006 (1E,0,0)
T_WRITE_NV_I
Write the EEPROM item
007 (81,0,0)
T_CARRIERON_I
Turn on the carrier
008 (82,0,0)
T_CARRIEROFF_I
Turn on the carrier
009 (83,4,0)
T_LOADSYN_I
Load the synthesizer for locking
010 (84,1,0)
T_PWRLEVEL_I
Change RF power level
011 (85,0,0)
T_RXMUTE_I
Mute rx audio
012 (86,0,0)
T_RXUNMUTE_I
Unmute rx audio
013 (87,0,0)
T_TXMUTE_I
Mute tx audio
014 (88,0,0)
T_TXUNMUTE_I
Unmute tx audio
016 (8F,0,0)
T_STON_I
Turn on ST
017 (90,0,0)
T_STOFF_I
Turn off ST
018 (92,2,0)
T_LCD_CONTRAST_I
LCD contrast ADJ
019 (9B,2,0)
T_FM_AGC_MIN_ADJ_I
ADJ FM AGC MIN
020 (9E,3,0)
T_LNA_GAIN_WR_I
Write LNA gain for IMD test
021 (94,5,0)
T_TEST_SYS_I
Set TEST_SYS
022 (91,96,96)
T_SNDNAM_I
Send NAM Information
023 (95,32,32)
T_SNDVERSION_I
Send Software Version
024 (9F,7,8)
T_SNDESN_I
Send ESN
025 (99,0,0)
T_BACKLIGHT_ON_I
Backlight on
026 (1A,0,0)
T_BACKLIGHT_OFF_I
Backlight off
6-10
Circuit Description
Command No.
(OP, AB, RB)
Command SW Name
Description
027 (96,0,0)
T_LAMP_ON_I
LAMP on
028 (97,0,0)
T_LAMP_OFF_I
LAMP off
029 (9A,0,0)
T_REBUILD_I
Rebuilding EEPROM
031 (B7,6,0)
T_MRU2_TABLE_I
MRU reset
032 (A0,1,0)
T_SATON_I
Turn on SAT
033 (A1,0,0)
T_SATOFF_I
Turn off SAT
034 (A2,0,0)
T_CDATA_I
Continuously send TX Control data
035 (A3,3,0)
T_VOLUME_UP_I
Electric Volume Up
036 (A4,3,0)
T_VOLUME_DOWN_I
Electric Volume Down
037 (A5,0,0)
T_CLR_LIFETIME_I
Clear Life Time
042 (AA,1,0)
T_DTMFON_I
Turn on DTMF
043 (AB,0,0)
T_DTMFOFF_I
Turn off DTMF
044 (B0,0,0)
T_COMPANDORON_I
Turn on compandor
046 (B2,0,0)
T_FM_VCLINE_I
Enetr FM voice state
048 (B4,0,0)
T_VIBRATOR_ON_I
Activate a vibrator
049 (B5,0,0)
T_VIBRATOR_OFF_I
Inactivate a vibrator
050 (B6,0,4)
T_BATT_TYPE_I
Battery Type
051 (B7,3,0)
T_FM_TEMPCOMP_I
FM Temp Compansation
052 (B8,3,0)
T_CDMA_TEMPCOMP_I
CDMA Temp Compansation
053 (B9,3,0)
T_PCS_TEMPCOMP_I
PCS Temp Compansation
054 (98,2,0)
T_CARRIER_I
Carrier selection
055 (AC,1,0)
T_SET_EXT_AUDIO_I
External Audio Path On/Off
056 (AD,0,0)
T_LOOPBACK_I
Vocoders encoder and decoder interrupt
059 (BE,0,0)
T_ALLPATH_I
Tune on the all audio path
060 (BF,4,0)
T_FM_CHAN_FLAT_I
Fm channel flatness
063 (C2,5,0)
T_TX_LIMITER_I
AMPS Tx Limiter Gain Control
064 (C3,5,0)
T_FM_SAT_LEVEL_I
AMPS Tx SAT Level Control
065 (C4,2,0)
T_FM_FREQ_SGAIN_I
AMPS Tx Master Gain Control
6-11
Circuit Description
Command No.
(OP, AB, RB)
Command SW Name
Description
066 (C5,2,0)
T_FM_ST_GAIN_I
AMPS Tx ST Gain Control
067 (C6,3,6)
T_READ_BATT_I
Saved Low battery value read
068 (C8,0,3)
T_VBATT1_I
Set the low battey position in the standby
069 (C9,0,3)
T_VBATT2_I
Set the low battey position in the talking
070 (CA,3,0)
T_WRITE_BATT_I
Write a BATT
071 (D1,3,0)
T_CDMA_TXADJ_I
Sets tx_agc_adj for cdma mode
072 (D2,3,0)
T_FM_TXADJ_I
Sets tx_agc_adj for fm mode
073 (89,0,0)
T_CLEAR_ALL_I
Clear All Statuses
074 (D4,0,2)
T_FM_AGC_MIN_AUTO_I
FM AGC MIN ADJ in AUTO
075 (D5,0,3 )
T_READ_RSSI_I
Read a RSSI
076 (D6,0,3)
T_PCS_RSSI_I
Adj RXRAS in PCS
077 (D7,0,3)
T_THERM_READ_I
Read a Thermister
078 (D8,0,3)
T_RXRAS_AUTO_I
Read a Thermister
079 (EE,0,0)
T_BACKUP_CAL_DATA_I
Backup Calculated Data
080 (EF,0,0)
T_RESTORE_CAL_DATA_I
Restore Calculated Data
081 (E3,0,0)
T_VOC_PCMLPON_I
Turn on to play a PCM LOOP BACK
082 (E4,0,0)
T_VOC_PCMLPOFF_I
Turn off to play a PCM LOOP BACK
083 (E5,5,0)
T_CDMA_PWR_LIMIT_I
CDMA Tx pwr limit
084 (E6,5,0)
T_PCS_PWR_LIMIT_I
PCS Tx pwr limit
088 (EA,3,0)
T_TRK_ADJ_I
TRK LOCAL ADJUST
089 (EB,3,0)
T_CDTRK_ADJ_I
FM loop back
090 (F0,4,0)
T_PCS_TXRAS_ADJ_I
PCS TX RAS adj = TXRAS offset arry
091 (F1,5,0)
T_PCS_RXRAS_ADJ_I
PCS RX RAS adj = RXRAS offset arry
092 (F2,4,0)
T_TXRAS_ADJ_I
TX RAS adj = TXRAS offset arry
093 (F3,5,0)
T_RXRAS_ADJ_I
TX RAS adj = TXRAS offset arry
094 (F4,5,0)
T_LNARAS_ADJ_I
LNA RAS adj= LNARAS offset arry
095 (F5,4,0)
T_PCS_CH_FLATNESS_I
Adjust PCS Channel Flatness
096 (F6,4,0)
T_CH_FLATNESS_I
Tx Pwr : 23dBm
6-12
Circuit Description
Command No.
(OP, AB, RB)
Command SW Name
Description
097 (F7,4,0)
T_FM_TX_PWR_I
Setting the volume for Power Level 2 - 7
098 (FB,1,0)
T_PCM_FORMAT_I
Format Pulse Code Modulation
099 (FC,3,0)
T_SND_VOC_CAL_I
Control Sound
100 (20,0,0)
T_SIO_TO_DM_I
Write NV_SIO_I
1) The AB (Input Argument Byte Number) values of these commands are used only in the manual test. In
automatic test mode, the AB is regarded as 0.
2) You can assign the value for these commands. If the AB value is assigned without argument, the test is
achieved with the value stored in EEPROM.
3) After you get a desired test value by performing these commands, if you want to save the value into
EEPROM, use T-SAVE-VAL-I command to store the test value into the corresponding position.
*OP: Operation Command Number
AB: Input Argument Byte Number
RB: Return Byte Number
*SAT 32, 33 are not operating in MSM2 CHIP test
*46 command is required in Rx, and Tx path test at AMPS mode.
6-13
7. Test Procedure
7-1 List of Equipment
• DC Power Supply
• Test Jig
• Test Cable
• CDMA Mobile Station Test Set
HP8285, HP8960, CMD-80, etc
• Spectrum Analyzer(include CDMA Test Mode) HP8596E
7-2 Configuration of Test
Spectrum Analyzer
RF In
HP8252
RF
In/Out
Audio Audio
Out
In
Directional
Coupler
To A-Out
Test Jig
To A-In
DC Power Supply
(+3.93V)
• CAUTION : The test jig and data cable has a voltage drop of 0.18V at FM Max power output,
you'd better set the DC power supply to 3.93V for normal test condition.
(Nominal voltage of battery is 3.75V at cellular phone)
7-1
Test Procedure
7-3 Test Procedure
7-3-1 Change the test mode
A. To change the phone's state from Normal Mode
to Test Mode, You should enter the following
keys.
: Press [ menu 6 # ]
B. The command "021" is mode and channel change.
"10000" or "10001" : AMPS's Sytem A or Sytem B
"2 0 3 8 4"
Channel number
Mode:CDMA
"3 0 6 0 0"
Channel number
Mode:PCS
and Push "OK" key to save.
C. The command "0 0 1" is Suspend.
D. To finish the Test Mode, You should enter the
command "0 0 2".
I. "1 0 2" : RF Power level control, 2(0~7) means
power level .
J. To finish the Test Mode, you should enter the
command "0 0 2".
• For AMPS Audio Test
=> To enable AMPS External Audio, you should
enter the command "0 5 5" and then press the
OK key
CDMA
A. Enter to Test Mode [ 4 7 ∗ 6 8 # 1 3 5 8 0 ]
B. The command "21" is mode and channel change
"2 0 3 8 4"
Channel number
Mode:CDMA
Push the Navigation key to save.
C. "0 0 1" : Suspend.
D. "0 9 0 3 8 4 #" : Set to '0384' channel.
7-3-2 Channel selection and Tx power
output level control
E. "0 0 7" : Carrier On.
AMPS(FM)
F. "0 3 4" : Spread spectrum to 1.23MHz band width.
G. "0 0 9 2 ∗ ∗ ∗ " : Adjust RF power level.
"∗ ∗ ∗" means AGC level and AGC
level range is from 000 to 511.
"10000" or "10001" : AMPS's Sytem A or Sytem B
and Push "OK" key to save.
H. To finish the Test Mode, You should enter the
command "0 0 2".
C. To finish the Test Mode, You should enter the
command "0 0 2".
D. Enter to test mode [ 4 7 ∗ 6 8 # 1 3 5 8 0 ]
E. "0 0 1" : Suspend.
F. "0 4 6" : Vocoder initial to Analog mode.
G. "0 0 9 0 3 6 3 #" : Set to '0363' channel.
H. "0 0 9 7 ∗ ∗ ∗ " : Output RF power level is set as
power level 2
7-2
Test Procedure
PCS
"3 0 6 0 0"
Channel number
Mode:CDMA
Push the Navigation key to save.
C. "0 0 1" : Suspend.
D. "0 0 9 0 6 0 0 #" : Set to '0384' channel.
E. "0 0 7" : Carrier On.
F. "0 3 4" : Spread spectrum to 1.23MHz band width.
G. "0 0 9 2 ∗ ∗ ∗ " : Adjust RF power level.
H. To finish the Test Mode, You should enter the
command "0 0 2".
7-3
Test Procedure
7-4 AMPS(FM)
TEST ITEMS
1. PREPARATION
PROCEDURE
Set test equipments up.
"4 7 ∗ 6 8 # 1 3 5 8 0" : Enter the Test Mode
"0 0 1" : Suspend
"0 0 4" : Current Mode Check
Confirm that the phone is in the "AMPS Mode".
( If not AMPS Mode, Use Test Command "21", "10000" or "10001"
and Enter "0 0 2" to restart)
"0 4 6" : Initialize Vocoder in Analog mode
If a wrong key would be selected, press "#", and then enter new command.
To exit the Test Mode at any time, just press "0 0 2".
"0 5 5" : To enable AMPS External Audio, You should enter the command
"0 5 5" and then press the OK key
2. RF POWER
"0 0 1" : Suspend.
"0 4 6" : Initialize Vocoder in Analog mode.
"0 0 9 0 3 6 3 #" : Set channel to 363.
"1 0 2" : RF Power level selection, "2" means one of the power levels (0~7).
Measurement of the Power Output Levels
Level
RF Power
0~2
+ 27 dBm +0.22/-3 dB
3
+ 24 dBm +2/-4 dB
4
+ 20 dBm +2/-4 dB
5
+ 16 dBm +2/-4 dB
6
+ 12 dBm +2/-4 dB
7
+ 8 dBm +2/-4 dB
Note 1 : In case of using the antenna cable, compensation for the
cable loss should be added (about 1.4dB for AMPS/CDMA).
Note 2 : To prevent phones from being damaged, they must be
measured only by calibrated test equipments.
Warning !
Adjustments without calibrated equipments can cause phones to be
heated excessively and would void the warranty.
7-4
Test Procedure
TEST ITEMS
3. TX
FREQUENCY
PROCEDURE
"0 0 1" : Suspend.
"0 0 9 0 3 6 3 #" : Set channel to 363.
Measure the TX frequency : 835.89 MHz±2.5ppm.
4. VOICE
DEVIATION
"0 0 1" : Suspend.
"0 0 9 0 3 6 3 #" : Set channel to 363.
"0 1 4" : TX Audio unmute.
Set the audio generator output to 1kHz, 1.0Vrms.
Measure the Tx voice deviation by using the HPF of
20Hz and the LPF of 99kHz (spec : less than ±12kHz).
5. ST DEVIATION
"0 0 1" : Suspend.
"0 0 9 0 3 6 3 #" : Set channel to 363.
"0 1 6" : ST on.
Measure the Tx ST deviation by using the HPF of 50Hz
(spec : 8kHz±10%).
"0 1 7" : ST off.
7-5
Test Procedure
TEST ITEMS
6. SAT
DEVIATION
PROCEDURE
"0 0 1" : Suspend.
"0 0 9 0 3 6 3 #" : Set channel to 363.
"0 3 2" : SAT on.
Set the equipment as following.
RF frequency
: 880.89MHz
Input RF level
: -80dBm
Modulation frequency : 6kHz
Frequency deviation
: 2kHz
Measure the Tx SAT deviation by using the HPF of 50Hz
and the LPF of 6kHz (spec : 2kHz±10%).
"0 3 3" : SAT off.
"0 0 1" : Suspend.
7. WBD
DEVIATION
"0 0 9 0 3 6 3 #" : Set channel to 363.
"0 3 4" : WBD on.
Measure the WBD deviation by using the HPF of 50Hz and
the LPF of 20kHz (spec : 8kHz±10%).
8. RX AUDIO
"0 0 1" : Suspend.
"0 0 9 0 3 6 3 #" : Set channel to 363.
"0 1 2" : RX Audio unmute.
Set the equipment as following.
RF frequency
: 880.89MHz
Input RF level
: -80dBm
Modulation frequency : 1kHz
Frequency deviation
: ±8kHz
Measure audio AC level.
7-6
Test Procedure
7-5 CDMA
TEST ITEMS
1. PREPARATION
PROCEDURE
"4 7 ∗ 6 8 # 1 3 5 8 0 " : Enter the Test Mode
"0 0 1" : Suspend
Confirm that the phone is in the "CDMA Mode".
(If not CDMA Mode, Use Test Command "21""2XXXX" and press
the OK key and enter "0 2" to restart)
If you select a wrong key, press "#", then enter new command.
To exit the Test Mode at any time, just press [0 2].
"0 0 1" : Suspend.
2. FREQUENCY
ACCURACY
"0 0 9 0 3 8 4 #" : Set channel to 384.
"0 0 7" : Carrier On.
"0 3 4" : Spread spectrum.
"0 7 1 3 6 0 #" : Set AGC level.
Measure the TX frequency : 835.89MHz±300Hz.
"0 0 1" : Suspend.
3. OCCUPIED
CDMA
BANDWIDTH
"0 0 9 0 3 8 4 #" : Set channel to 384.
"0 7 1 X X X #" : Enter AGC Code(XXX) to adjust RF Output Power.
Measure the bandwidth (spec: 1.23MHz).
7-7
Test Procedure
TEST ITEMS
4. LIMITATIONS
ON
EMISSIONS
PROCEDURE
"0 0 1" : Suspend.
"0 0 9 0 3 8 4 #" : Set channel to 384.
Measure the spurious at FC±900kHz, FC±1.98MHz, 2FC, 3FC, 1/2FC.
spec: FC±900kHz below 42dBc/30kHz
FC±1.98MHz below 54dBc/30kHz
Outside Receive Band 43+10log (PY)
PY: Mean Output Power in watts
Set the service option 9.
5. GATED POWER
&
Set the data rate Eighth (1200bps).
TIME
Registering: HHP -> HP8924C.
Call
: HP8924C -> HHP.
Measure the Gated Power & Time.
spec : Gated Power - at least 20dB
Gated Time - Rising Time : below 6µs
Falling Time : below 6µs
Burst Time : below 1.25ms
7-8
Test Procedure
7-6 PCS
TEST ITEMS
1. PREPARATION
PROCEDURE
"4 7 ∗ 6 8 # 1 3 5 8 0 " : Enter the Test Mode
"0 0 1" : Suspend
Confirm that the phone is in the "PCS Mode".
(If not PCS Mode, Use Test Command "21""3XXXX" and Push
the Navigation Key to "OK", and enter "0 2" to restart)
If you select a wrong key, press "#", then enter new command.
To exit the Test Mode at any time, just press [0 2].
"0 0 1" : Suspend.
2. FREQUENCY
ACCURACY
"0 0 9 0 6 0 0 #" : Set channel to 600.
"0 7 1 3 6 0 #" : Set AGC level.
Measure the TX frequency : 1880.00MHz±300Hz.
"0 1" : Suspend.
3. OCCUPIED
CDMA
BANDWIDTH
"0 9 0 6 0 0 #" : Set channel to 600.
"7 1 X X X #" : Enter AGC Code(XXX) to adjust RF Output Power.
Measure the bandwidth (spec: 1.23MHz).
7-9
Test Procedure
TEST ITEMS
4. LIMITATIONS
ON
EMISSIONS
PROCEDURE
"0 0 1" : Suspend.
"0 0 9 0 6 0 0 #" : Set channel to 600.
Measure the spurious at FC±1.25MHz
spec: FC±1.25MHz below 42dBc/30kHz
Set the service option 9.
5. GATED POWER
&
Set the data rate Eighth (1200bps).
TIME
Registering: HHP -> HP8924C.
Call
: HP8924C -> HHP.
Measure the Gated Power & Time.
spec : Gated Power - at least 20dB
Gated Time - Rising Time : below 6µs
Falling Time : below 6µs
Burst Time : below 1.247ms
Note 1 : In case of using the antenna cable, compensation for the
cable loss should be added (about 2.3dB for PCS).
7-10
8. Trouble Shooting
8-1 Logic Section
8-1-1 No Power
Press PWR button
U201 Pin1>=3.3V?
NO
Check Battery and its neighboring circuits
YES
NO
U201 Pin5=2.8V?
Check U201, U203 and its neighboring circuits
.
YES
U200 pin 4=2.8V?
NO
Check U100, U120
and its neighboring circuits.
YES
END
8-1
Trouble Shooting
8-1-2 Abnormal initial operation (Normal +2.8V voltage source)
Press PWR Key
TCXO CLK
applied to U182 pin2
NO
Check VCTCXO Output.
YES
TCXO CLK
signal outputted from
U182 pin4?
NO
Check U182and its neighboring
circuits. Replace if required.
YES
RAM_CS signal
outputted from U100
pin P14,N4?
NO
Check MSM board U100
YES
CHIP X8 CLK
signal outputted from
U100pin A14?
NO
YES
LED on?
NO
Check the LED and its neighboring
NO
Check the LCD pins and its neighboring
YES
Normal initial
display on LCD?
YES
END
8-2
Trouble Shooting
8-1-3 Abnormal Backlight Operation
Press any button on the phone
'L' level outputted
from U500 pin 15?
NO
Check U500. Replace if required.
YES
'L' level from
R558,R559
NO
Check R588,R559. Replace if required.
YES
END
8-3
Trouble Shooting
8-1-4 Abnormal Key Data Input
Check initial status.
Scanning signals
outputted from U100
scan 0~5 Keysense
0~3
NO
YES
Normal Key data
input?
NO
Replace the Keyboard.
YES
END
8-4
Trouble Shooting
8-1-5 Abnormal Key tone
Abnormal keytone
CLK waveform
outputted U705 pin
L16,M17
YES
NO
Check U705.
NO
CLK waveform
applied from U710 pin
2,6
Replace U710
YES
CLK waveform
applied to R729,R742
NO
Check R729,R742
YES
NO
Normal key tone?
Replace the Keypad .
YES
END
8-5
Trouble Shooting
8-1-6 Abnormal Alert Tone
Abnormal Alert tone
Signal waveform
outputted from U7 05
pin L16,M17?
NO
Check U705.
YES
NO
Signal waveform
applied to U708 pin
8,5?
Check U708
YES
Signal waveform
applied to
R729,R742?
NO
Check R729,R742
YES
Is the speaker
connection correct?
NO
Connect the Speaker correctly.
YES
Check the speaker and
replace if required.
8-6
Trouble Shooting
8-2 Receiver Section
8-2-1 AMPS mode
Start AMPS mode.
Check
AMPS 12dB
SINAD
OK?
YES
NO
NO
Check Duplexer
Check LNA
& LNA power
in/output
(Gain:+15 dB )
OK?
YES
Check
MIXER
in/output
OK?
YES
NO
Check 1st
local & mixer
power OK?
(Gain(AMPS):+7d B)
(Local:0d Bm)
Bm )
YES
Check IF
NO
Filter
in/output
OK?
(Loss:6d B)
YES
RSSI OK?
NO
Check
VCO output.
(VCO output:-6dB m)
Check IF Filter
soldering
YES
NO
Check 2nd
local OK?
NO
RF RX AMPS OK.
8-7
Check 2nd Local
& IFR3300.
Trouble Shooting
8-2-2 PCS mode
Start PCS mode
Normal PCS SVC
&ROAM OK?
NO
Check PCS Rx path.
YES
Setup PCS call. OK?
NO
Check Transmitter.
YES
Measure PCS FER.
NO
Normal PCS RF?
8-8
Trouble Shooting
8-3 Transmitter Section
Ablormal
Transmitter section.
NO
NO
NO
Check RFT3100
NO
PCS:PCSA_OUT(0~600CH)
PCSB_OUT(601~1175CH)
AMPS:CELLA_OUT
RF OUT Level
PCS:+9dBm
OK?
AMPS:+8dBm
YES
Check
PCS:PA(U313)
AMPS:PA(U317)
Output Level
OK?
YES
Check PLL
OK?
PCS:+26dBm
AMPS:+28dBm
8-9
Check RFT3100
pin 19(C340)
RF_LO Level
(AMPS:-10dBm,
PCS:-10dBm)
Trouble Shooting
8-4 GPS mode
8-4-1 Low Sensitivity
Enter GPS Test Mode
Check RF
Cable connetion
NO
Test Again.
NO
Check V. on pin4
of Osc112V<=0.3V
YES
Check LO
Freq=1391.82MHz?
NO
Check MSM GPIO port.
YES
YES
Check LO Level
P>=-5dBm
NO
Check V. on pin3
of OSC112 V=2.7V
NO
Check Power Circuit.
YES
YES
Check GPS RF path
END
NO
Check V. on pin3
of OSC112 0<V 2.7
NO
Check PLL.
Check respective part, neighbor
matchig circuit or replace the
part, if required.
8-10
9. Exploded View and Parts List
9-1 SCH-A310SS/XAR Main
1
2
7
2-1
2-2
7-1
8
9
10
3
4
10-1
10-2
5
5-1
12
11
13
17
14
16
19
15
18
19
20
21
9-1
6
Exploded View and Parts List
9-2 SPH-A310SS/XAR Parts List
Location No.
Description
SEC CODE
Remark
1
FOLDER UPPER TOP
GH72-03806A
SA
2
FOLDER UPPER
GH75-01708A
SA
2-1
WINDOW DUMMY
GH71-00872A
SNA
2-2
WINDOW DUAL LCD
GH72-04681A
SA
3
LCD
GH07-00155A
SA
4
SPEAKER
3001-001308
SA
5
FOLDER LOWER
GH75-01709A
SA
SPONGE
GH74-02199A
SNA
6
WINDOW LCD
GH72-03815A
SA
7
FRONT COVER
GH75-01711A
SA
KEY DUMMY
GH71-00686A
SNA
8
MIC
GH59-00240B
SA
9
KEYPAD
GH75-01712A
SA
10
MAIN PBA
GH92-01281A
SA
10-1
DOME SHEET
GH59-00413A
SA
10-2
VOL KEY
GH59-00414A
SA
11
CONNECTOR COVER
GH73-01367A
SA
12
SCREW
6001-001285
SA
13
REAR BRACKET
GH75-02225A
SA
14
MOTOR
3101-001301
SA
15
REAR COVER
GH75-01713A
SA
16
KNOB-VOLUME
GH75-01714A
SA
17
SHIELD STRIP
GH71-00004A
SA
18
STRIP FINGER
GH71-00084A
SA
19
MOBILE CAP
GH73-01017A
SA
20
SCREW
6001-001155
SA
21
BATTERY
GH43-00546A
SA
5-1
7-1
9-2
9-3 Travel Adapter
A
B
C
D
E
9-4 Travel Adapter Parts List
TYPE
SEC CODE
REMARK
A
GH44-00171A
CHINA
B
GH44-00171A
TAIWAN
C
GH44-00171A
EUROPE
D
GH44-00171A
UNITED KINGDOM
E
GH44-00171A
AUSTALIA
9-3
9-5 Cigarette Lighter Adaptor
9-6 Cigarette Lighter Adapter Parts List
DESCRIPTION
SEC CODE
REMARK
Cigarette Lighter Adapter code
GH44-00171A
CHINA
9-4
9-7 Test Jig
TEST JIG
GH80-10508A
TEST JIG CABLE
GH80-10508A
RF JIG CABLE
GH80-10508A
9-5
9-8 The connection of Test Jig
DC
POWER
SUPPLY
8922 or 8960
WIRELESS COMMVNCATIONS
TEST SET
RF JIG CABLE
TE
ST
JIG
232 CABLE
TEST JIG CABLE
9-7 Data Kit
DATA KIT
GH80-10508A
9-6
Ringer
Stereo
DAC
10-1
Digital Test Bus
R-UIM
MMC
External Mode Selection
Second Speaker
Keypad
Peropheral
Circuits
Microprocessor Bus
Address Data
Test/Debug
System
PC
Connectivity
Bluetooth
Baseband
Processor
SBI
DFM
Processor
Tx
DACs
CDMA
Processor
GPS
processor
RF
INTERFACE
PLL
ANSI/IEEE 1149.1A-1993
JTAG INTERFACE
R-UIM
Controller
MMC Controller
MODE
select
Interface
Integrated
CODEC
Vocoder
EVRC
13k
MP3
MIDI
ODSP2000
Enhanced
General
Purpose
Interface
ARM7TDMI
UART2
UART1
USB
Voltage
Regulator
HK ADCs
MSM5100
19.68 MHz
VCTXO
SBI
Control
Clock
Generator
I/Q CDMA
ADCs
I/QFM
ADCs
19.68
MHz
SBI
Contro
l
Quad
Modulation
TxIF
VCO
TCXO
I/Q GPS
Filters
I/Q CDMA
Filters
I/Q FM
Filters
IFR3300
Discrete IF
Filter
RFT3100
AGC
TX PLL
Dual PLL
UHF/IF
Quad
demod
ulation
FM
saw
filter
Cdma
saw
filter
Gps
LC
filter
pcs
Cell
Cell
RX
saw
Pcs
RX
saw
GPS
RX
saw
Saw
pcs
Saw
cell
CELL LNA
PCS LNA
GPS LNA
RFR3300
CX77133
RM912
D
U
P
L
E
X
E
R
C
E
L
L
D
U
P
L
E
X
E
R
P
C
S
D
I
P
L
E
X
E
R
10. Block Diagram
11. Electrical Parts List
Level
SEC CODE
Design LOC
0
DESCRIPTIONS
SCH-A310SA/XAR
1
6001-001155
PH(PI2.5),+,M1.4,L3.5,ZPC(BLK)
1
GH42-00206A
NSB155-A2S0800-SS149,SCH-A310,824~849MHZ,-,50OHM,-,90MM,-,VERTICAL,3:1
1
GH43-00545A
BST1019SEB/STD,SCHA310,LI-ION,900MAH,1CELL,
4.2V,-,3.6V,0TO+45C,-,8.3X33.9X48MM,-
1
GH44-00184G
TAD037JBE,SGH-R225,100~240V,50~60HZ,5.1V,0.73A,-,-,AC/DC,0TO+50C,-,-
1
GH68-02483A
SCH-T300,VINYL,0.2,18,10,-,TRP,-,-,-
1
GH68-02555A
SCH-A310,POLYESTER,T0.05,27.8,44.8,USA,SIL,-,-,-
1
GH68-02966A
SCH-A310,-,VINYL,T0.025,22X13,-,TRP,-,-,-
1
GH68-11057A
SCH-1900,ART,100X155,T0.1,WHT
1
GH68-30937A
SCH-1011,POLYESTER,61X71,T0.1,
1
GH73-01017A
SCH-A310,CR RUBBER,-,PI5.9,5.2,SIL,-,-,-,-
1
GH73-01367A
SCH-A310,RUBBER,14.3X3.4X5.4,-,-,SIL,-,-,-,-
1
GH74-02600B
SPH-X7000,VINYL,T0.1,-,-,-,-,ELECTROSTATIC
1
GH74-02807A
SCH-A310,VINYL,43.5X52XT0.2,TRP,-,-,-,-
1
GH75-00223V
SGH-R210,-,-,-,D/SIL,-,-,-
1
GH75-01714A
SCH-A310,USA,-,-,-,-,-,-
2
GH72-03832A
SCH-A310,ABS,SIL,-,-,-,-,-,-
2
GH73-01016A
SCH-A310,CR RUBBER,T2.6,2.5,24,BLK,-,-,-,-
1
GH92-01281A
SCH-A310,SAMSUNG,USA,MAIN PBA,-,-,-,-,-
2
0404-000161
D440
1SS315,5V,30mA,USC,TP
2
0404-000161
D480
1SS315,5V,30mA,USC,TP
2
0405-001035
D360
1SV279,15V,3nA,USC,TP
2
0405-001035
D361
1SV279,15V,3nA,USC,TP
2
0405-001074
D404
1SV305,10V,3nA,ESC,TP
2
0405-001074
D405
1SV305,10V,3nA,ESC,TP
2
0406-001084
D250
SMF05,6/-/-V,200W,-
2
0406-001084
U503
SMF05,6/-/-V,200W,-
2
0406-001084
ZD190
SMF05,6/-/-V,200W,-
2
0407-001002
D300
DAN222,80V,300mA,CA2-3,EM3,TP
2
0407-001007
U200
UMN1,80V,25mA,CA4-2,UM5,TR
2
0407-001038
U251
USBUF01W6,-,-,-,SOT-323-6L,-
2
0409-001016
D420
BAR63-02W,50V,100mA,SCD-80,TP
2
0501-000162
Q480
2SA1576,PNP,200MW,SOT-323,TP,180-390
2
0501-000225
Q213
2SC4617,NPN,200mW,EM3,TP,120-5
2
0501-002202
Q209
MMBT2222AWT1,NPN,150mW,SOT-323
2
0502-001201
Q220
ZXT13P20DE6,PNP,1100MW,SOT-23-6,TP,300-900
11-1
Electrical Parts List
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
0504-000168
Q202
RN1104,NPN,100MW,47K/47K,SSM,TP
2
0504-000168
Q203
2
0504-000168
Q211
2
0504-000168
Q440
2
0504-000172
Q204
RN2104,PNP,100MW,47K/47K,SSM,TP
2
0504-000172
Q206
RN2104,PNP,100MW,47K/47K,SSM,TP
2
0505-001165
Q201
SI3443DV,P,-20V,+-3.5mA,65mohm
2
0506-001004
Q301
UMC5N,NPN/PNP,2,50V,-,-100mA,3
2
0506-001004
Q302
2
0506-001004
Q410
2
0506-001004
Q420
2
0601-001094
LED211
CHIP,Y-GRN,0.8x1.1mm,570nm
2
0601-001226
LED210
CHIP,RED,1.2x0.8mm,660nm
2
0601-001547
D210
CHIP,BLUE,1.1X0.8MM,468NM
2
0601-001547
D211
2
0601-001547
D212
2
0601-001547
D213
2
0601-001547
D214
2
0601-001547
D215
2
0601-001547
D216
2
0601-001547
D217
2
0601-001547
D218
2
0601-001547
D219
2
0601-001547
D221
2
0601-001547
D222
2
0801-000796
U482
7S32,OR GATE,SOT-353,5P,51MIL,SINGLE,TP,PLASTIC,
-,-,0.26V,-40TO+85C,200MW,4.2V,2
2
0801-002345
U182
7S04,INVERTER,SOT-353,5P,49MIL,SINGLE,TP,PLASTIC,
-,-,0.26V,-40TO+85C,200MW,4.2V,
2
1001-001145
U445
MAX4599EXT,-,SC70,6P,49MIL,SINGLE,5.5V,
-40to+85C,PLASTIC,245mW,60ohm,25ns,30ns,0
2
1001-001151
U440
SW-437,-,SOT-363,6P,49MIL,SINGLE,8.5V,
-40to+85C,PLASTIC,20nS,-,20nS,-,-,TP,-
2
1001-001194
U431
GN04022NOL,GAAS,SOT-363,6P,49MIL,-,8V,-30TO+90C,PLASTIC,-,-,-,-,9UA,TP,-
2
1009-001010
U290
A3212ELH-SAMSUNG,SC-59A,3P,82MIL,
TP,BICMOS,PLASTIC,3.5V,2MA,-40TO+85C,-,-,-,340K
2
1103-001184
U190
24C256,32Kx8Bit,dBGA,8P,92MIL,-,2.7V,-,PLASTIC,-40to+85C,0.5uA,CMOS,TR
11-2
Level
2
SEC CODE
1109-001210
Design LOC
U120
DESCRIPTIONS
42587,32MX8MBIT,FBGA,-,-,85NS,3V,10%,
PLASTIC,-25TO+85CC,12UA,CMOS,BK
2
1201-001348
U446
821,SOT23-5,5P,63MIL,SINGLE,-,
2
1201-001348
U481
821,SOT23-5,5P,63MIL,SINGLE,-,
2
1201-001491
U444
912,LCC,7P,226MIL,SINGLE,28dB,PLASTIC,4.2V,-,-30to+85C,-,-,-,-,-
2
1201-001725
U230
4890,MSOP,8P,118MIL,-,66dB,PLASTIC,5.5V,1W,-40to+85C,-,-,-,-,-,TP
2
1201-001783
U441
-,LCC,6P,-,SINGLE,24.5DB,LAMINATE,6V,-,-30TO+85C,-,-,-,-,-
2
1202-001036
U220
75W56,SSOP,8P,90MIL,DUAL,+-7V,CMOS,PLASTIC,7V,
200MW,-40TO+85C,7V,7V,1PA,1PA,60NS
2
1203-001285
U204
5205,SOT-23,5P,150MIL,PLASTIC,
2
1203-001285
U480
5205,SOT-23,5P,150MIL,PLASTIC,
2
1203-001511
U202
809,SOT-23,3P,-,PLASTIC,0.3/6.
2
1203-002127
U240
1734,SOT-23,6P,150MIL,PLASTIC,4.7/5.3V,-,0to+70C,1A,-,TP
2
1203-002555
U203
R1160N,SOT-23-5,5P,-,PLASTIC,2.5V,250MW,-45TO+85C,200MA,-,TP
2
1203-002556
U201
R1160N,SOT-23-5,5P,-,PLASTIC,2.8V,250MA,-45TO+85C,200MA,-,TP
2
1203-002557
U322
R1160N,SOT-23-5,5P,-,PLASTIC,3V,250MW,-45TO+85C,200MA,-,TP
2
1204-001682
U400
RFT3100,BCC,32P,196MIL,PLASTIC,3.3V,-,-30TO+85C,TP,-
2
1205-002053
U300
RFR3300,BCCP,32P,-,PLASTIC,3.6V,-,-30TO+85C,TP,-
2
1205-002054
U360
IFR3300,BCC,48P,-,PLASTIC,3.6V,-,-30TO+85C,TP,-
2
1205-002099
U100
MSM5100-208FBGA,FBGA,208P,15X15MM,PLASTIC,3V,-,-40TO+85C,TP,-
2
1205-002130
U250
ISP1105W,HBCC16,16P,3X3MM,PLASTIC,5.5V,-,-40TO+85C,TP,-
2
1209-001341
U340
LMX2354SLBX,CSP,24P,-,PLASTIC,5.5V,-,-40to+85C,TP
2
1404-001152
TH100
10KOHM,5%,3380K,1MW/C,TP
2
2007-000138
R107
100ohm,5%,1/16W,DA,TP,1005
2
2007-000138
R148
100ohm,5%,1/16W,DA,TP,1005
2
2007-000138
R150
100ohm,5%,1/16W,DA,TP,1005
2
2007-000138
R225
100ohm,5%,1/16W,DA,TP,1005
2
2007-000138
R312
100ohm,5%,1/16W,DA,TP,1005
2
2007-000138
R314
100ohm,5%,1/16W,DA,TP,1005
2
2007-000138
R329
100ohm,5%,1/16W,DA,TP,1005
2
2007-000138
R409
100ohm,5%,1/16W,DA,TP,1005
2
2007-000138
R421
100ohm,5%,1/16W,DA,TP,1005
2
2007-000139
R307
220ohm,5%,1/16W,DA,TP,1005
2
2007-000140
R124
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R125
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R131
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R134
1Kohm,5%,1/16W,DA,TP,1005
11-3
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2007-000140
R135
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R138
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R145
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R146
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R147
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R207
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R303
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R305
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R401
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R405
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000140
R417
1Kohm,5%,1/16W,DA,TP,1005
2
2007-000141
R149
2.2Kohm,5%,1/16W,DA,TP,1005
2
2007-000141
R154
2.2Kohm,5%,1/16W,DA,TP,1005
2
2007-000141
R224
2.2Kohm,5%,1/16W,DA,TP,1005
2
2007-000141
R245
2.2Kohm,5%,1/16W,DA,TP,1005
2
2007-000142
R217
2.7Kohm,5%,1/16W,DA,TP,1005
2
2007-000143
R117
4.7Kohm,5%,1/16W,DA,TP,1005
2
2007-000143
R213
4.7Kohm,5%,1/16W,DA,TP,1005
2
2007-000143
R214
4.7Kohm,5%,1/16W,DA,TP,1005
2
2007-000143
R325
4.7Kohm,5%,1/16W,DA,TP,1005
2
2007-000144
R127
5.1Kohm,5%,1/16W,DA,TP,1005
2
2007-000146
R333
6.8Kohm,5%,1/16W,DA,TP,1005
2
2007-000146
R427
6.8Kohm,5%,1/16W,DA,TP,1005
2
2007-000147
R102
8.2Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R128
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R129
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R130
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R139
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R141
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R159
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R208
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R218
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R321
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R323
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R327
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R330
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R334
10Kohm,5%,1/16W,DA,TP,1005
11-4
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2007-000148
R410
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R419
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000148
R426
10Kohm,5%,1/16W,DA,TP,1005
2
2007-000149
R326
12Kohm,5%,1/16W,DA,TP,1005
2
2007-000152
R406
20Kohm,5%,1/16W,DA,TP,1005
2
2007-000153
R143
22Kohm,5%,1/16W,DA,TP,1005
2
2007-000153
R144
22Kohm,5%,1/16W,DA,TP,1005
2
2007-000156
R156
30Kohm,5%,1/16W,DA,TP,1005
2
2007-000157
R202
47Kohm,5%,1/16W,DA,TP,1005
2
2007-000157
R232
47Kohm,5%,1/16W,DA,TP,1005
2
2007-000157
R317
47Kohm,5%,1/16W,DA,TP,1005
2
2007-000157
R420
47Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R151
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R201
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R209
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R211
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R220
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R223
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R236
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R243
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000162
R402
100Kohm,5%,1/16W,DA,TP,1005
2
2007-000164
R412
150Kohm,5%,1/16W,DA,TP,1005
2
2007-000164
R423
150Kohm,5%,1/16W,DA,TP,1005
2
2007-000165
R227
200Kohm,5%,1/16W,DA,TP,1005
2
2007-000168
R219
470Kohm,5%,1/16W,DA,TP,1005
2
2007-000169
R140
510Kohm,5%,1/16W,DA,TP,1005
2
2007-000172
R237
10ohm,5%,1/16W,DA,TP,1005
2
2007-000172
R238
10ohm,5%,1/16W,DA,TP,1005
2
2007-000172
R239
10ohm,5%,1/16W,DA,TP,1005
2
2007-000172
R240
10ohm,5%,1/16W,DA,TP,1005
2
2007-000172
R241
10ohm,5%,1/16W,DA,TP,1005
2
2007-000172
R242
10ohm,5%,1/16W,DA,TP,1005
2
2007-000173
R322
22ohm,5%,1/16W,DA,TP,1005
2
2007-000775
R158
33Kohm,5%,1/16W,DA,TP,1005
2
2007-000775
R204
33Kohm,5%,1/16W,DA,TP,1005
2
2007-000982
R157
5.6Kohm,5%,1/16W,DA,TP,1005
2
2007-001156
R411
750ohm,5%,1/16W,DA,TP,1005
11-5
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2007-001156
R413
750ohm,5%,1/16W,DA,TP,1005
2
2007-001292
R222
33ohm,5%,1/16W,DA,TP,1005
2
2007-001298
R301
51ohm,5%,1/16W,DA,TP,1005
2
2007-001298
R407
51ohm,5%,1/16W,DA,TP,1005
2
2007-001305
R221
120ohm,5%,1/16W,DA,TP,1005
2
2007-001313
R428
330ohm,5%,1/16W,DA,TP,1005
2
2007-001319
R103
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R105
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R108
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R109
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R111
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R113
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R114
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R115
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R116
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R118
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R121
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001319
R231
1.2Kohm,5%,1/16W,DA,TP,1005
2
2007-001323
R418
3Kohm,5%,1/16W,DA,TP,1005
2
2007-001333
R106
18Kohm,5%,1/16W,DA,TP,1005
2
2007-001339
R137
180Kohm,5%,1/16W,DA,TP,1005
2
2007-001339
R142
180Kohm,5%,1/16W,DA,TP,1005
2
2007-002796
R101
510ohm,5%,1/16W,DA,TP,1005
2
2007-002965
R328
15OHM,5%,1/16W,DA,TP,1005
2
2007-003001
R246
12OHM,5%,1/16W,DA,TP,1005
2
2007-003001
R247
12OHM,5%,1/16W,DA,TP,1005
2
2007-003013
R308
2.4KOHM,5%,1/16W,DA,TP,1005
2
2007-003013
R309
2.4KOHM,5%,1/16W,DA,TP,1005
2
2007-007014
R415
51KOHM,5%,1/16W,DA,TP,1005
2
2007-007021
R235
75KOHM,5%,1/16W,DA,TP,1005
2
2007-007021
R422
75KOHM,5%,1/16W,DA,TP,1005
2
2007-007107
R119
100Kohm,1%,1/16W,DA,TP,1005
2
2007-007107
R425
100Kohm,1%,1/16W,DA,TP,1005
2
2007-007142
R229
10Kohm,1%,1/16W,DA,TP,1005
2
2007-007307
R416
150ohm,1%,1/16W,DA,TP,1005
2
2007-007309
R404
12Kohm,1%,1/16W,DA,TP,1005
2
2007-007310
R319
8.2Kohm,1%,1/16W,DA,TP,1005
11-6
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2007-007312
R228
20Kohm,1%,1/16W,DA,TP,1005
2
2007-007312
R230
20Kohm,1%,1/16W,DA,TP,1005
2
2007-007312
R233
20Kohm,1%,1/16W,DA,TP,1005
2
2007-007312
R234
20Kohm,1%,1/16W,DA,TP,1005
2
2007-007315
R318
3.9Kohm,1%,1/16W,DA,TP,1005
2
2007-007529
R110
91Kohm,1%,1/16W,DA,TP,1005
2
2007-007588
R408
1.8Kohm,1%,1/16W,DA,TP,1005
2
2007-007589
R424
68Kohm,1%,1/16W,DA,TP,1005
2
2007-007766
R414
2KOHM,1%,1/16W,DA,TP,1005
2
2007-007771
R104
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R112
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R120
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R122
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R123
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R132
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R133
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R152
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R153
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R155
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R160
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R161
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R162
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R205
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R212
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R215
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R216
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R244
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R302
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R304
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R306
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R310
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R313
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R316
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R324
0OHM,5%,1/16W,DA,TP,1005
2
2007-007771
R403
0OHM,5%,1/16W,DA,TP,1005
2
2203-000138
C386
1.5nF,10%,50V,X7R,TP,1005,-
2
2203-000138
C393
1.5nF,10%,50V,X7R,TP,1005,-
11-7
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2203-000138
C395
1.5nF,10%,50V,X7R,TP,1005,-
2
2203-000233
C105
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C152
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C226
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C304
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C318
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C325
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C330
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C338
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C339
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C342
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C343
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C344
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C345
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C365
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C381
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C388
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C399
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C400
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C401
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C406
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C407
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C412
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C413
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C419
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C424
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C438
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C442
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C443
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C446
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C449
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C461
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C467
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C468
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C473
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C474
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
C475
0.1nF,5%,50V,NP0,TP,1005
11-8
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2203-000233
C476
0.1nF,5%,50V,NP0,TP,1005
2
2203-000233
L327
0.1nF,5%,50V,NP0,TP,1005
2
2203-000254
C104
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C107
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C127
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C131
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C133
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C136
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C138
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C140
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C143
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C145
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C147
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C149
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C154
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C157
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C168
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C175
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C176
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C235
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C301
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C305
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C306
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C310
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C312
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C314
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C316
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C323
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C324
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C331
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C334
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C350
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C356
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C383
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C394
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C402
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C403
10nF,10%,16V,X7R,TP,1005,-
11-9
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2203-000254
C409
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C411
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C414
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C448
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C452
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C453
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C466
10nF,10%,16V,X7R,TP,1005,-
2
2203-000254
C477
10nF,10%,16V,X7R,TP,1005,-
2
2203-000278
C371
0.01nF,0.5pF,50V,NP0,TP,1005
2
2203-000278
C372
0.01nF,0.5pF,50V,NP0,TP,1005
2
2203-000359
C125
0.15nF,5%,50V,NP0,TP,1005
2
2203-000386
C360
0.015nF,5%,50V,NP0,TP,1005
2
2203-000386
C389
0.015nF,5%,50V,NP0,TP,1005
2
2203-000438
C234
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C239
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C244
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C272
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C273
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C274
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C275
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C276
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C277
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C278
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C279
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C280
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C281
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C307
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C311
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C313
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C315
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C317
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C319
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C320
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C322
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C328
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C329
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C332
1nF,10%,50V,X7R,TP,1005,-
11-10
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2203-000438
C340
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C341
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C346
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C349
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C355
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C357
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C358
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C366
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C368
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C396
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C397
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C417
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C418
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C430
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C435
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C459
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
C471
1nF,10%,50V,X7R,TP,1005,-
2
2203-000438
L328
1nF,10%,50V,X7R,TP,1005,-
2
2203-000489
C230
2.2nF,10%,50V,X7R,TP,1005,-
2
2203-000489
C232
2.2nF,10%,50V,X7R,TP,1005,-
2
2203-000550
C464
0.02nF,5%,50V,NP0,TP,1005
2
2203-000550
C469
0.02nF,5%,50V,NP0,TP,1005
2
2203-000628
C384
0.022nF,5%,50V,NP0,TP,1005
2
2203-000628
C391
0.022nF,5%,50V,NP0,TP,1005
2
2203-000679
C101
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C102
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C108
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C109
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C110
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C111
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C112
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C113
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C114
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C115
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C116
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C118
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C119
0.027nF,5%,50V,NP0,TP,1005
11-11
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2203-000679
C120
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C122
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C123
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
C170
0.027nF,5%,50V,NP0,TP,1005
2
2203-000679
R311
0.027nF,5%,50V,NP0,TP,1005
2
2203-000696
C369
0.002nF,0.25pF,50V,NP0,TP,1005
2
2203-000696
C454
0.002nF,0.25pF,50V,NP0,TP,1005
2
2203-000696
C463
0.002nF,0.25pF,50V,NP0,TP,1005
2
2203-000714
U501
3.3nF,10%,50V,X7R,TP,1005,-
2
2203-000714
U502
3.3nF,10%,50V,X7R,TP,1005,-
2
2203-000812
C142
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C205
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C206
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C207
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C212
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C216
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C217
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C222
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C236
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C240
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C242
0.033nF,5%,50V,NP0,TP,1005
2
2203-000812
C243
0.033nF,5%,50V,NP0,TP,1005
2
2203-000854
C121
0.039nF,5%,50V,NP0,TP,1005
2
2203-000854
C241
0.039nF,5%,50V,NP0,TP,1005
2
2203-000854
C421
0.039nF,5%,50V,NP0,TP,1005
2
2203-000854
C429
0.039nF,5%,50V,NP0,TP,1005
2
2203-000870
C351
0.003nF,0.25pF,50V,NP0,TP,1005
2
2203-000870
C478
0.003nF,0.25pF,50V,NP0,TP,1005
2
2203-000885
C128
4.7nF,10%,25V,X7R,TP,1005,-
2
2203-000885
C333
4.7nF,10%,25V,X7R,TP,1005,-
2
2203-000885
C398
4.7nF,10%,25V,X7R,TP,1005,-
2
2203-000885
C433
4.7nF,10%,25V,X7R,TP,1005,-
2
2203-000885
C434
4.7nF,10%,25V,X7R,TP,1005,-
2
2203-000885
C444
4.7nF,10%,25V,X7R,TP,1005,-
2
2203-000940
C225
470pF,10%,50V,X7R,TP,1005,-
2
2203-000940
C385
470pF,10%,50V,X7R,TP,1005,-
2
2203-000940
C415
470pF,10%,50V,X7R,TP,1005,-
11-12
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2203-000940
C416
470pF,10%,50V,X7R,TP,1005,-
2
2203-000940
C425
470pF,10%,50V,X7R,TP,1005,-
2
2203-000940
C428
470pF,10%,50V,X7R,TP,1005,-
2
2203-000940
C441
470pF,10%,50V,X7R,TP,1005,-
2
2203-000995
C223
0.047nF,5%,50V,NP0,TP,1005
2
2203-000995
C337
0.047nF,5%,50V,NP0,TP,1005
2
2203-000995
C347
0.047nF,5%,50V,NP0,TP,1005
2
2203-000995
C439
0.047nF,5%,50V,NP0,TP,1005
2
2203-000995
C465
0.047nF,5%,50V,NP0,TP,1005
2
2203-001017
C422
0.004nF,0.25pF,50V,NP0,TP,1005
2
2203-001017
C450
0.004nF,0.25pF,50V,NP0,TP,1005
2
2203-001033
C153
5.6nF,10%,25V,X7R,TP,1005,-
2
2203-001072
C451
0.056nF,5%,50V,NP0,TP,1005
2
2203-001103
C457
6.8nF,10%,50V,X7R,TP,1608,-
2
2203-001153
C374
0.068nF,5%,50V,NP0,TP,1005
2
2203-001153
C377
0.068nF,5%,50V,NP0,TP,1005
2
2203-001153
C455
0.068nF,5%,50V,NP0,TP,1005
2
2203-001201
C440
0.007nF,0.5pF,50V,NP0,TP,1005
2
2203-001239
C348
0.082nF,5%,50V,NP0,TP,1005
2
2203-001239
C354
0.082nF,5%,50V,NP0,TP,1005
2
2203-001259
C458
0.008nF,0.5pF,50V,NP0,TP,1005
2
2203-001385
C370
0.0015nF,0.25pF,50V,NP0,TP,1005
2
2203-001385
C460
0.0015nF,0.25pF,50V,NP0,TP,1005
2
2203-001389
C162
12nF,10%,50V,X7R,TP,1608,1.6mm
2
2203-001389
C163
12nF,10%,50V,X7R,TP,1608,1.6mm
2
2203-001405
C158
22nF,+80-20%,25V,Y5V,TP,1005
2
2203-001405
C169
22nF,+80-20%,25V,Y5V,TP,1005
2
2203-001405
C171
22nF,+80-20%,25V,Y5V,TP,1005
2
2203-001405
C172
22nF,+80-20%,25V,Y5V,TP,1005
2
2203-001405
C364
22nF,+80-20%,25V,Y5V,TP,1005
2
2203-001405
C387
22nF,+80-20%,25V,Y5V,TP,1005
2
2203-001432
C470
47nF,+80-20%,16V,Y5V,TP,1005
2
2203-001598
C431
2200nF,+80-20%,16V,Y5V,TP,2012
2
2203-002668
C303
0.0005nF,0.1pF,50V,NP0,TP,1005
2
2203-002668
C427
0.0005nF,0.1pF,50V,NP0,TP,1005
2
2203-002668
C437
0.0005nF,0.1pF,50V,NP0,TP,1005
2
2203-005050
C352
0.0018nF,0.25pF,50V,NP0,TP,1005
11-13
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2203-005052
C362
0.0033nF,0.25pF,50V,NP0,TP,1005
2
2203-005061
C124
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C129
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C130
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C132
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C134
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C135
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C137
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C139
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C141
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C144
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C146
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C148
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C150
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C155
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C156
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C159
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C160
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C161
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C164
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C165
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C166
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C174
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C177
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C201
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C204
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C208
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C224
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C227
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C231
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C233
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C237
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C308
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C376
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C378
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C380
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C390
100nF,+80-20%,16V,Y5V,TP,1005
11-14
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2203-005061
C405
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C408
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C456
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
C472
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005061
U500
100nF,+80-20%,16V,Y5V,TP,1005
2
2203-005065
C167
1000nF,+80-20%,10V,Y5V,TP,1608
2
2203-005065
C213
1000nF,+80-20%,10V,Y5V,TP,1608
2
2203-005065
C228
1000nF,+80-20%,10V,Y5V,TP,1608
2
2203-005065
C229
1000nF,+80-20%,10V,Y5V,TP,1608
2
2203-005065
C436
1000nF,+80-20%,10V,Y5V,TP,1608
2
2203-005065
C445
1000nF,+80-20%,10V,Y5V,TP,1608
2
2203-005171
C219
1uF,10%,16V,X7R,TP,2012,-
2
2203-005393
C106
0.005nF,0.1pF,50V,NP0,TP,1005
2
2203-005393
C126
0.005nF,0.1pF,50V,NP0,TP,1005
2
2203-005393
C321
0.005nF,0.1pF,50V,NP0,TP,1005
2
2203-005393
C326
0.005nF,0.1pF,50V,NP0,TP,1005
2
2203-005393
C367
0.005nF,0.1pF,50V,NP0,TP,1005
2
2203-005482
C210
100nF,10%,10V,X5R,TP,1005,-
2
2203-005482
C220
100nF,10%,10V,X5R,TP,1005,-
2
2203-005483
C103
68nF,10%,10V,X5R,TP,1005,-
2
2203-005552
C302
0.0022nF,0.1pF,50V,NP0,TP,1005
2
2203-005552
C335
0.0022nF,0.1pF,50V,NP0,TP,1005
2
2404-001020
C218
10uF,20%,10V,GP,TP,3216,3.2
2
2404-001100
C151
33uF,20%,6.3V,GP,TP,3719,-
2
2404-001100
C173
33uF,20%,6.3V,GP,TP,3719,-
2
2404-001100
C202
33uF,20%,6.3V,GP,TP,3719,-
2
2404-001100
C309
33uF,20%,6.3V,GP,TP,3719,-
2
2404-001100
C375
33uF,20%,6.3V,GP,TP,3719,-
2
2404-001105
C203
10UF,20%,6.3V,GP,TP,2012
2
2404-001105
C209
10UF,20%,6.3V,GP,TP,2012
2
2404-001105
C214
10UF,20%,6.3V,GP,TP,2012
2
2404-001105
C215
10UF,20%,6.3V,GP,TP,2012
2
2404-001105
C379
10UF,20%,6.3V,GP,TP,2012
2
2404-001105
C382
10UF,20%,6.3V,GP,TP,2012
2
2404-001105
C404
10UF,20%,6.3V,GP,TP,2012
2
2404-001105
C410
10UF,20%,6.3V,GP,TP,2012
2
2703-001180
L420
15nH,5%,1x0.5x0.5mm
11-15
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2703-001180
L421
15nH,5%,1x0.5x0.5mm
2
2703-001409
L409
12nH,10%,1x0.5x0.5mm
2
2703-001409
L414
12nH,10%,1x0.5x0.5mm
2
2703-001514
L331
68nH,5%,1.8x1.12x1.02mm
2
2703-001514
L332
68nH,5%,1.8x1.12x1.02mm
2
2703-001729
L314
1.8nH,0.3nH,1x0.5x0.5mm
2
2703-001729
L323
1.8nH,0.3nH,1x0.5x0.5mm
2
2703-001729
L407
1.8nH,0.3nH,1x0.5x0.5mm
2
2703-001729
L412
1.8nH,0.3nH,1x0.5x0.5mm
2
2703-001731
L334
22nH,5%,1.8x1.12x1.02mm
2
2703-001733
L303
8.2nH,5%,1x0.5x0.5mm
2
2703-001734
L317
6.8nH,5%,1x0.5x0.5mm
2
2703-001747
C361
4.7nH,0.3nH,1.0x0.5x0.5mm
2
2703-001747
L419
4.7nH,0.3nH,1.0x0.5x0.5mm
2
2703-001748
L311
5.6nH,0.3nH,1.0x0.5x0.5mm
2
2703-001750
L411
2.2NH,0.3NH,1.0X0.5X0.5MM
2
2703-001751
C363
3.9nH,0.3nH,1.0x0.5x0.5mm
2
2703-001751
L422
3.9nH,0.3nH,1.0x0.5x0.5mm
2
2703-001752
L322
39nH,5%,1.0x0.5x0.5mm
2
2703-001752
L324
39nH,5%,1.0x0.5x0.5mm
2
2703-001786
L305
10NH,5%,1.0X0.5X0.5MM
2
2703-001786
L325
10NH,5%,1.0X0.5X0.5MM
2
2703-001790
C359
3.3NH,0.3NH,1.0X0.5X0.5MM
2
2703-001791
L315
15NH,5%,1.8X1.12X1.02MM
2
2703-001791
L316
15NH,5%,1.8X1.12X1.02MM
2
2703-001868
L312
82NH,5%,1005
2
2703-001868
L313
82NH,5%,1005
2
2703-001868
L329
82NH,5%,1005
2
2703-001938
L310
56nH,5%,1.0x0.5x0.5mm
2
2703-001938
L320
56nH,5%,1.0x0.5x0.5mm
2
2703-001943
L416
10nH,5%,1.0x0.5x0.5mm
2
2703-002155
L302
47nH,5%,1.0x0.5x0.5mm
2
2703-002155
L307
47nH,5%,1.0x0.5x0.5mm
2
2703-002155
L308
47nH,5%,1.0x0.5x0.5mm
2
2703-002155
L426
47nH,5%,1.0x0.5x0.5mm
2
2703-002207
L326
3.3NH,0.3NH,1.0X0.5X0.5MM
2
2703-002267
L406
4.7NH,0.3NH,1.0X0.5X0.5MM
11-16
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
2703-002267
L408
4.7NH,0.3NH,1.0X0.5X0.5MM
2
2703-002267
L413
4.7NH,0.3NH,1.0X0.5X0.5MM
2
2703-002267
L415
4.7NH,0.3NH,1.0X0.5X0.5MM
2
2703-002291
L425
18NH,°æ2%,1.6X1.0X0.9MM
2
2703-002320
L321
100NH,5%,1.0X0.5X0.5MM
2
2703-002320
L330
100NH,5%,1.0X0.5X0.5MM
2
2801-003856
OSC100
0.032768MHZ,20PPM,28-ACP,7PF,65KOHM,TP
2
2802-001182
OSC110
48MHZ,0.1%,BK,2.5X2X1MM
2
2806-001289
U382
1390.5/2139.MHZ,-,50OHM,TP,2.8V,1MA
2
2809-001248
U380
19.68MHz,-,10Kohm//10pF,TP,2.8V,2mA
2
2903-001277
F303
-,1.575GHZ,-,0.8DB,0.2DB,TP
2
2904-001021
F302
1.96GHz,60MHz,+-30MHz/2dB,-,+-30MHz/3.5dB,0-1850MHz/20dB
2
2904-001304
F441
1.865GHZ,-,-,TP,1770MHZ/25DB,1930-1960MHZ/35DB
2
2904-001319
F444
836.5MHZ,-,1.6DB,TP,3.5DB,-
2
2904-001346
F300
881.5MHZ,-,1.1DB,TP,2.7DB,-
2
2904-001356
F301
183.6MHZ,0.013MHZ,1.0DB,TP,4.5DB,-
2
2904-001381
F304
183.6MHZ,1.25MHZ,0.4DB,TP,-,-
2
2904-001384
F305
1.57542GHZ,-,0.1DB,TP,2.4DB,-
2
2909-001157
F446
836.5MHZ,881.5MHZ,3.0/2.1DB,TP,-,-
2
2909-001170
F440
1.96GHZ,1.88GHZ,2.2/1.8DB,TP,-,-
2
3301-001105
L306
AB,1.6x0.8x0.8mm,-,-
2
3301-001105
L402
AB,1.6x0.8x0.8mm,-,-
2
3301-001120
L410
AB,30ohm,2x1.25x0.85mm,3000mA,TP,FERRITE,0.015ohm
2
3301-001120
L418
AB,30ohm,2x1.25x0.85mm,3000mA,TP,FERRITE,0.015ohm
2
3301-001341
L424
AB,120OHM,1X0.5X0.5MM,150MA,TP,M,0.4OHM
2
3301-001342
L101
AB,1.5KOHM,1X0.5X0.5MM,100MA,TP,M,1.4OHM
2
3301-001342
L201
2
3301-001342
L301
2
3301-001342
L304
2
3301-001342
L333
2
3301-001342
L335
2
3301-001342
L336
2
3301-001342
L337
2
3301-001342
L401
2
3301-001342
L403
2
3301-001342
L404
2
3301-001342
R291
11-17
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
3705-001255
CN450
-,JACK,-,-,-
2
3710-001105
CN204
2P,1R,1.27mm,SMD-S,AU
2
3710-001599
CN200
18P,1R,0.5mm,SMD-A,AUF
2
3711-004980
CN102
NO,26P,2R,0.5MM,SMD-S,AU,NTR
2
3722-001456
EARJ1
2P,2.6PI,AUF,BLK,-
2
4709-001202
F445
824~849 MHz,12dB,0.65dB,1.5
2
4709-001257
F442
824-894MHZ,1850-1990MHZ,0.55DB,10DB,-40TO+85C,50OHM
2
4709-001283
U430
1850-1910MHZ,14DB,0.6DB,1.5
2
GH41-00262A
2
GH61-00019A
2
GH96-01175A
SCH-A310,XAR,BRAZ,KEY PAD ALL ASSEMBLE,-,-,-
3
GH59-00413A
SCH-A310,SCH-A310METAL DOME ,-,METAL DOME,-,-,-,-,-,-,-
3
GH59-00414A
SCH-A310,KBSCHA310,-,VOLUME KEY ASS'Y,-,-,-,-,-,-,-
1
GH97-02302A
SCH-A310,VERIZON,USA,SIL,-,-,-
2
3001-001308
0.05W,32OHM,116DB,-
2
6001-001577
CH,TORX,M1.7,L2.5,NI PLT,SWRCH18A,FP,P0.35
2
GH07-00155A
UG-12D72-FLHTX-A,SCH-A310,-,37.4X55.21X4.6MM,
SCH-A310,FR-4,8L,-,1.0T,110X158MM,-,3,-,L405
SGH-N105,BE-CU,-,-,-,-,-,-,GLD,-,-
4GRY/BLK,-,0.225X0.225MM,-20TO+60C,
2
GH59-00240B
SGH-R210,OBG-15S42-C1033 R210,-,MIC ASS'Y,
SGH-R210/R220/R208,-,-,-,-,-,-
2
GH59-00415A
SCH-A310,SM16G02BMA,-,SPEAKER,FPCB ,-,-,-,-,-,-
2
GH59-00416A
SCH-A310,KBSCHA310C,-,CONNCTOR,FPC,-,-,-,-,-,-
2
GH72-03806A
SCH-A310,PC,SIL,-,-,-,-,-,-
2
GH72-03815A
SCH-A310,ACRYL,TRP,-,-,-,-,-,-
2
GH73-01350A
SCH-A310,CR RUBBER,28X3XT1.0,-,-,BLK,-,-,-,-
2
GH73-01351A
SCH-A310,CR RUBBER,6.5X2XT1.4,-,-,BLK,-,-,-,-
2
GH74-02788A
SCH-A310,PORON,20X7XT2.0,BLK,-,-,-,-
2
GH74-02790A
2
GH74-02791A
SCH-A310,RUBBER SPONGE,10X6XT2.0,BLK,-,-,-,-
2
GH74-02804A
SCH-A310,PORON,PI11XT2.0,BLK,-,-,-,-
2
GH74-02806A
SCH-A310,VINYL,46X73XT0.2,TRP,-,-,-,-
2
GH74-02807A
SCH-A310,VINYL,43.5X52XT0.2,TRP,-,-,-,-
2
GH74-02807B
SCH-A310,3M4187C,43.5X52XT0.1,TRP,-,-,-,-
2
GH74-02926A
SCH-A310,VINYL TAPE,21X7XT0.05,WHT,-,-,-,-
2
GH74-03265A
SCH-A310,CU TAPE,15X4XT0.1,GLD,-,-,-,-
2
GH75-01708A
SCH-A310,USA,-,-,SIL,-,-,-
3
GH71-00822A
-,SCH-A310,MG,-,47X73X8,-,-,-,-,SIL,-
11-18
Level
SEC CODE
Design LOC
DESCRIPTIONS
3
GH71-00872A
-,SCH-A310,ZN,-,33,23,T1.4,-,-,SIL,-
3
GH72-04681A
3
GH74-02197A
SCH-A310,TESA,T0.1,TRP,-,-,-,-
3
GH74-02198A
SCH-A310,PORON SRS,T0.5,BLK,-,-,-,-
3
GH74-02600A
SPH-X7000,VINYL,T0.1,-,-,-,-,3M4187
3
GH74-02927A
SCH-A310,VINYL TAPE,20X4XT0.05,WHT,-,-,-,-
3
GH74-03257A
SCH-A310,PET,3X3XT0.05,BLK,-,-,-,-
3
GH74-03339A
SCH-A310,VINYL TAPE ,5X7XT0.05,WHT,-,-,-,-
2
GH75-01709A
SCH-A310,USA,-,-,SIL,-,-,-
3
GH70-00039A
SCH-A2000,NDFEB,-,-,-,-,PI3.0X2.0,-,-
3
GH71-00683A
-,SCH-A310,SUS304,-,4.4,20,T0.4,-,-,SIL,-
3
GH71-00684A
-,SCH-A310,SUS304,-,4.4,20,T0.4,-,-,SIL,-
3
GH71-00824A
-,SCH-A310,NI,-,18X2X1,-,-,-,-,CR PLATE,-
3
GH72-03808A
SCH-A310,PC,SIL,-,-,-,-,-,-
3
GH72-03809A
SCH-A310,ABS,SIL,-,-,-,-,-,CR PLT
3
GH74-02199A
SCH-A310,PORON SRS,T0.7,BLK,-,-,-,-
3
GH74-02200A
SCH-A310,TESA,T0.1,TRP,-,-,-,-
3
GH74-02607A
SCH-A310,TESA,17X1.2XT0.4,TRP,-,-,-,-
3
GH74-02801A
3
GH74-02847A
SCH-A310,TESA,7X9XT0.15,TRP,-,-,-,-
3
GH75-00764A
SCH-8500,-,ASS`Y,-,BLK,-,-
4
GH70-00073A
SCH-8500,SUS,-,PI4.9X10,-,-,-,-,-
4
GH71-00316A
SCH-8500,ZNDC,-,NI PLT,-
4
GH72-00291A
SCH-A100,POM,BLK,-,-
4
GH72-01863A
SCH-8500,-,POM,BLK,-,-,-
2
GH75-01711A
SCH-A310,USA,-,-,SIL,-,-,-
3
GH71-00620A
-,SPH-X4700,ZN,R3X6,-,-,-,-,-,SIL,-
3
GH71-00686A
-,SCH-A310,SUS304,41X29XT1.2,-,-,-,-,-,SIL,-
3
GH72-03816A
SCH-A310,PC,SIL,-,-,-,-,-,-
3
GH72-03817A
3
GH72-03818A
SCH-A310,POM,SIL,-,-,-,-,-,-
3
GH73-01013A
SCH-A310,CR RUBBER,T8.7,4,1.5,BLK,-,-,-,-
3
GH73-01368A
SCH-A310,RUBBER,8.6X10.7X9.8,-,-,SIL,-,-,-,-
2
GH75-01712A
SCH-A310,USA,-,-,-,-,-,-
3
GH72-03826A
SCH-A310,PC,SIL,-,-,-,-,-,-
3
GH72-03827A
SCH-A310,PC,SIL,-,-,-,-,-,-
3
GH72-03828A
SCH-A310,ABS,SIL,-,-,-,-,-,-
11-19
Level
SEC CODE
Design LOC
DESCRIPTIONS
3
GH72-03829A
SCH-A310,PC,SIL,-,-,-,-,-,-
3
GH73-01014A
SCH-A310,SI RUBBER,T0.6,42,65.8,TRP,-,-,-,-
1
GH97-02303A
SCH-A310,VERIZON,USA,SIL,-,-,-
2
3101-001301
15000RPM,-,3V,90MA
2
6001-001285
PH,+,M1.4,L3,ZPC(BLK),SWRCH18A,FP
2
GH71-00004A
SCH-800B,C5210-1/2H,T0.1,-
2
GH71-00084A
SPH-A1000,C5210P-H,T0.1,AU
2
GH74-02802A
SCH-A310,PORON,6X3XT4.2,GLD,-,-,-,-
2
GH75-01713A
SCH-A310,USA,-,-,-,-,-,-
3
GH61-00020A
SPH-A330,SUS304WP,-,-,PI3.1X4.5,-,-,-,-,-,-
3
GH68-00973B
SCH-A300,VINYL,T0.12,10,4,-,TRP,-,-,-
3
GH71-00823A
-,SCH-A310,ZN,-,5.4X7.2X3.2,-,-,-,-,GLD PLATE,-
3
GH72-04415A
SCH-A310,PC,L/GRY,-,-,-,-,-,-
3
GH72-04416A
SCH-A310,PC,SIL,-,-,-,-,-,-
3
GH72-05356A
SCH-A310,ELASTOMER,GRY,10X6.2XT9.0,-,-,-,-,-
3
GH73-01352A
SCH-A310,CR RUBBER,14.1X14.1XT1.0,-,-,BLK,-,-,-,-
3
GH74-02929A
SCH-A310,3M 1350,5X5XT0.1,BLK,-,-,-,-
3
GH74-03256A
SCH-A310,PET,5X3XT0.05,BLK,-,-,-,-
2
GH75-02225A
SCH-A310,-,-,-,SIL,-,-,-
3
GH72-04672A
SCH-A310,PC,SIL,-,-,-,-,-,-
3
GH74-03092A
SCH-A310,PORON SRS,5X3XT0.05,BLK,-,-,-,-
1
GH99-02735A
SCH-A310,XAR,U.S.A,MANUAL,-,-
2
GH68-01897A
SCH-T300,SAMSUNG,ENG,STA,-,-,-,-,-,-,-,-
2
GH68-02616A
SCH-A310,VERIZON,ENGLSIH,USA,-,-,-,-,-,-,-,-
2
GH68-02618A
SCH-A310,VERIZON,ENGLISH/SPANISH,USA,-,-,-,-,-,-,-,-
2
GH68-02619A
SCH-A310,VERIZON,ENGLISH,USA,-,-,-,-,-,-,-,-
2
GH68-02620A
2
GH68-02778A
2
GH68-03005A
SCH-A310,VERIZON,ENGLISH,USA,-,-,-,-,QRC CARD
2
GH68-03023A
SCH-A310,VERIZON,ENGLISH,USA,-,-,-,-,CARD
2
GH69-30518A
PP,T0.06,125*280,SCH-1011
1
GH99-02739A
SCH-A310,VERIZON,USA,-,-,-
2
GH68-02967A
SCH-A310,-,ART PAPER,-,PI20,-,BLU,-,-,-
2
GH68-03029A
SCH-A310,-,ART PAPER,-,35X13.5,-,YEL,-,-,-
2
GH69-00910A
SPH-N200,VINYL,T0.06,130,80,-,-
2
GH69-00941A
SPH-N200,LDPE,T0.06,206,100,-,-
2
GH69-01055A
SCH-A310,IVORY(#300),-,-,-,-,135X79X192,-
11-20
Level
SEC CODE
Design LOC
DESCRIPTIONS
2
GH69-01056A
SCH-A310,PS,132X134XT0.5,-,-,-,-,WHT,-
2
GH69-11279A
CHINA,SGH-600,SW-3,530X510X187
11-21
12. PCB Diagram
GND3
Q213
MIC200
12-1
GND
D213
TMODE
U499
LWR_N
D217
R236
R240
VPU
VPO
VREG
SUSPND
U250
R216 C220
VMI
_OE
STAR
R212
C210
R214
GND2
7
C177 C174
U251
C217
4
C212
D211
R237
D212
R238
C278
C274
R217 R219
C206
C205
C207
1
D250
SCAN0
K_SEN1
C477
TALK
SCAN1
D219
C273
C272
MENU LEFT
R161 R112
C114 R115
R116
R104 C216
GND4
R162
ZD190 L101
R230
R121
R118
R114
R113
R111
R108
R105
R103
R160
C238
R233
R234
0
8
VMO
5
VPI
2
DATA
D218
D222
C244
DOWN CLK
C228
I
U230
C229
UP
R156 R159
R218
C169
R149
C221
R153
C171
C279
R220
R155
Q204Q206
R221
R222
C215
U503
R228
R246
R247
C241
R245
C167
D210
C277
R239
R420
R427 R426
C239
C281
Q209 C280
SHARP
C276
RWR
9
D214
C275
R242
6
3
C224
R291
R223
C223
C214
C173 U204
U290
D221
R241
LED211
OK
LED210
D215
D216
RIGHT
GND99
12-1 Main PCB Top Diagram
L405
C455
R411
R407
R401
C473
L401
L416
C446
L403
Q410
C404
C454
C470 C468
L426 R416
R413
C427
L407
D480
L408
C422 C442
C435
U441
U430
U431
C452
C453
R402
F441
R425 R423
C413 L424
U481
C451
D420
C450
C418
C425 L404
C475
C428 C405
C474
C415 C406
C443
R404 C417 L425 C416
R409 R419
R410
Q302
C461 D405
D404
U201
C203
U500 C412
U480
C152 C204
R133 R132
U200
TRST_N
Q211
R201 C201
R202 R207
Q203
LB_N
U203
R206 C234 R150
RAM_CS1_N
RD_N
ROM_CS1_N
TH100
L306 R302
C390 L337 C402
C378
U382
L335
C398 R329 C388 C391 R314
U340
U380
C170 R148
U182
C166
CN102
TDO TDI TMS TCK LWRN V_BAT
CN200
L318 C350
C356 L317
L324 L321
C353
C345
L319
C374
C385 C313
C312
U495
L332
F305
F301
DP_RX_DATA
OSC110
DP_TX_DATA
L301
RESET
C142
C136
C137 R142
C155
C158
C164
R140
C161
C172 R137
C237
R154
C231
C160
C150
C149
R126
C337 R311
C310 R127
U360
C106
R232
R229
C141 C140 R428
HP_PWR
F302
C321 L309
C322 R308
C368 D300 L312 C341
C340 L313
C306 R303 R309
C333
R313
C334
C307
C311
R310
C371
C367
C372
L331
C366
L329
L327 C357
F300
R306 C330
R307 C336
L311 C331
L302 C305
L303 C301
C131 C145 C103 C104 C154
C132 C146 R106 R107 R134
C309
C377
U100
C219
U190
R138 R136
R227
C360 C343
L328 C344
C363 C325
C315
C347
C339
C338
C373 C370 C351 C326
L330 R320 R315 R305
F303
C424
L412
C437 C423 C420
C419
F440
R129 C157
C472 R417 R325 C176 R328 R215 C208 R110
R119
C105
Q301
U446
R135
C148
C147
C376 R324 C153
C410
C457
U482
C202
Q202
R209
R406
C441
U445
C409
R415
U322
R203
Q201 R205
U202
C411
U400
C469
C464
R412
C465
C151C375
C211
R213
R211 R204
L402
C456 C459 C444 C430 U440
L423 C445 C421 C429 R424 Q480
C476
U444
C462
C463
F445
C432
L413
C478
F444
C448
C449
C458
C407
C408
R422
R421
C467 R408
L418
R418
L419 C447
C466 D440 R414
C433
CN204
Q420
L422
F442
CN450
C439 L417
F446
C426
C243
L410
C438
Q440
C381 R334
R158
C175
R157
R323 C387 R327 R326
C434 C436
C431
U501
L409
L406
L415
L414
C440 C471 U502
R405 C414
L421
L420
C460
R208
U240
C236
EARJ1
C156
R144
R143
C226
R224
C225
R225
C235
R226
C233
C232
D361 D360 R321
Q220
L201
C403 R332 C395
C392
R330
C397
C393
R333
C394
R331
C383
C384
C324 L323
R318 L325
L315
U300
L334
C379
C382
C389 R403
C399
C400
C401
C396
C386
C380
R151 C168 L336
L333
R322
R102
R123
R122
R152
C143
C144
C134
C346
C355
C349
C352
L320
C218
L411
C126
C348
C354
F304
L316
R304
R301
C304
C329
C328
C222
U120
U220
C101 C102 C135
C209
R243
C240
R235
R244
C242
R101
R312
C342
C364
R317
C314
C308
L304
R128
C129
C130
R130
C159 R139 R141 C165
R131 R117
R125 C107
C127 R124 C128
OSC100
12-2
R210
R146
R145
R147
C139
C138
C133
C120
C119
C115
C113
C112
C111
C110
C109
C108
C230
R231
C123 C227
C122
R120
C121
C118
C125
C117
C116
R109
C124
C316 R319 C323 C303 L310
C302
L305
R316
L322
L326 L314
C362 C332
C358 C335
C369
C365
C361
C318 L308 C359
C317 L307
C319 C320
C327
C162 C163
C213
PCB Diagrams
12-2 Main PCB Bottom Diagram
13. Circuit Diagrams
13-1 Logic Circuit Diagram 1
1
2
3
4
RESET
6
AUDIO : 146 ~ 161
R101
510
C101
27PF
SYNTH_LOCK
V_PD
RF INTFACE : 162~182
S3.6
SLEEP_N
A
CN102
C128
4.7NF
R124
1K
C126
5PF
R125
1K
C127
10NF
TMODE
R126
NC
TMODE
DP_TX_DATA
DP_RX_DATA
TCXO_CLK
R134
1K
TX_AGC_ADJ
R135
1K
C153
5.6NF
C154
10NF
V_MSMA
PA_ON_PCS
PA_ON_CELL
C155
100NF
C157
10NF
PA_IREF
Q_OUT_N
Q_OUT
I_OUT_N
I_OUT
CLOSE TO D5
C158
22NF
C159 100NF
C162
R140
R142
180K
C160
100NF
C161
100NF
R139
10K
H1
J4
J3
H4
D9
K4
M15
E14
M4
P8
D5
D10
F4
F15
L14
B1
A1
B2
G2
F1
G3
F2
E1
F3
E2
A5
B4
C3
C6
D4
B17
D17
D16
C15
E17
(GPIO21)
GPIO21|DP_TX_DATA2
(GPIO20)
GPIO20|DP_RX_DATA2
(GPIO19)
GPIO19|RFR_N2
(GPIO18)
GPIO18|CTS_N2
AUX1N
AUX0P
AUX0N
12NF
R141
10K
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
ROM_CS1_N
GPIO_INT38|ROM_CS2_N
RAM_CS1_N
GPIO_INT37|RAM_CS2_N
GPIO_INT39|GPCS1
GPIO_INT40|LCD_CSN
GPIO_INT41|LCD_EN
RD_N
LWR_N
HWR_N
GND11
GND10
GND9
R12
U10
R11
T10
U9
P10
R10
T9
U8
R9
T8
U7
R8
T7
U6
P7
N16
N15
U12
R13
T12
U11
T11
P11
R7
T6
U5
R6
T5
T4
R5
U4
T3
R4
U3
U2
T2
D(0)
D(1)
D(2)
D(3)
D(4)
D(5)
D(6)
D(7)
D(8)
D(9)
D(10)
D(11)
D(12)
D(13)
D(14)
D(15)
USB_VPO
USB_VMO
USB_OE_N
USB_VPI
USB_VMI
USB_DATA
SPK_RX+
SPK_RX-
GND
A(0:20)
N14
M14
C132
100NF
C133
10NF
D9
A(0)
A(1)
A(2)
A(3)
A(4)
A(5)
A(6)
A(7)
A(8)
A(9)
A(10)
A(11)
A(12)
A(13)
A(14)
A(15)
A(16)
A(17)
A(18)
A(19)
A(20)
C134
100NF
K4
P14
N4
P6
P12
P13
R14
P16
P15
L15
P9
L4
C136
10NF
M15
MIC-
R153
0
C138
10NF
E14
C144
100NF
C145
10NF
D5
C146
100NF
C147
10NF
D10
C148
100NF
C149
10NF
F15
C140
10NF
C141
100NF
3
4
C173
33UF
6.3V
H_TX_AUDIO
R155
0
R156
30K
C174
100NF
H_RX_AUDIO
CMX_SPK-
C177
100NF
C176
10NF
R158
33K
R157
5.6K
C175
10NF
HP_PWR
DP_RX_DATA
DP_TX_DATA
C118
C121
R160
R161
39PF
0
0
R162
C125
150PF
27PF
0
C116
C117
C124
100NF
NC
C122
C123
27PF
MEMORY
C
R143
R144
22K
22K
R150
100
A(1:20)
J5
J6 VCCF
VCCS
CIOF
CIOS
CE2S
RY/_BY
_WE
SA
H9
K6
D6
E5
C6
G8
LWR_N
A0
A1
A2
GND
D(0:15)
VCC 8
WP 7
R136
NC
SCL 6
SDA 5
D(0)
D(1)
D(2)
D(3)
D(4)
D(5)
D(6)
D(7)
D(8)
D(9)
D(10)
D(11)
D(12)
D(13)
D(14)
D(15)
SCL
SDA
AT24C256-10UI-2.7-T.R
V_TCXO
C166
100NF
5 VCC NC 1
F10
G1
G10
L1
L5
L6
L10
M1
M10
C168
10NF
R148
100
T
CXO_IN
R151
100K
C170
27PF
J3
G4
K4
H5
H6
K7
G7
J8
K3
H4
J4
K5
J7
H7
K8
H8
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15/A-1
G3 VSS1
J9 VSS2
U182
TC7S04FU(TE85L)
TCXO_CLK
NC
NC
NC
NC
NC
NC
NC
NC
NC
U120
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
G2
F2
E2
D2
F3
E3
D3
C3
C7
E7
F7
C8
D8
E8
F8
D9
G9
F4
E4
D7
E6
A(1)
A(2)
A(3)
A(4)
A(5)
A(6)
A(7)
A(8)
A(9)
A(10)
A(11)
A(12)
A(13)
A(14)
A(15)
A(16)
A(17)
A(18)
A(19)
A(20)
ROM_CS1_N
RAM_CS1_N
RD_N
A(21)
LB_N
_CEF
_CE1S
_OE
_LB
H2
J2
H3
C4
_UB D4
C5
_WP/ACC
D5
_RESET
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
ROM_CS1_N
RAM_CS1_N
RD_N
LB_N
A(0)
_ROM_WP
RESOUT_N
3
4
SCREW HOLE
A1
A10
B1
B5
B6
B10
C1
E9
F1
F9
EXCDMA
SAMSUNG
Drawn by
KHS
R&D CHK
Size
TITLE
D
DOC CTRL CHK
Date Changed
2002.07.23
5
13-1
D
DS42587
Engineer
EXCDMA
2
0,5%
MF_Rev02
MFG CTRL CHK
Changed by
1
C151
33UF
6.3V
V_MEM
CMX_SPK+
R159
10K
0
ACZ1005M-152-T
C156
100NF
LWR_N
J-TAG
THERM_DET
V_MEM
R133
C150
100NF
4 OUT GND 3
TRST_N
TDO
TDI
TMS
TCK
LWRN
V_BAT
U495
HP_PWR
DP_RX_DATA
DP_TX_DATA
V_PD
0
R138
1K
TRST_N
TDO
TDI
TMS
TCK
LWR_N
V_BAT
V_LCD
P8
U190
KEYSENSE0
KEYSENSE1
KEYSENSE2
KEYSENSE3
ON_SW_SENSE
CHG_ON
LCD_GREEN_N
GREEN_LED_N
LCD_ORANGE_N
RED_LED_N
AB_SEL
PLL_DATA
PLL_CLK
PLL_EN
TH100
NTH5G1M33B103J04TH
5
L101
0,5%
M4
L14
V_PD
2
V_THM
EAR_MIC+
EAR_SPK+
27PF
C120
27PF
C139
100NF
SDA
SCL
PCS_BAND
C172
22NF
LCD_GREEN_N
LCD_ORANGE_N
REF : 120
1
R152
0
R154
2.2K
27PF
C115
C114
C119
27PF
C113
27PF
27PF
C112
27PF
27PF
C111
C137
100NF
V_MEM
C143
10NF
LB_N
EAR_DET
SCAN0
MOTOR_EN
SCAN1
C171
22NF
4
V_MSMA
A(21)
GPS
ROM_CS1_N
REED_SW
RAM_CS1_N
TA_DET
LCD_CS2_N
LCD_CS1_N
SCAN4
RD_N
LWR_N
R15
P4
C135
100NF
C152
100PF
SCAN5
_ROM_WP
TCXO_EN
SCAN3
BACKLIGHT_EN
SCAN2
FM_N
SOFT_CON
MIC+
3
V_IF
V_MSMD
R132
RX_ON
PS_HOLD
C169
22NF
0
REF : 100 ~ 110
V_MSMD
IN 2
R149
2.2K
1.2K
R120
B
V_PD
GPS_N
C167
1UF
1.2K
0
R115
J-TAG
C131
10NF
1K
1K
1K
R145
R146
R147
1
R109
R112
V_LCD
SPK_RX+
A(1)
LCD_CS2_N
RESETIN_N
LCD_CS1_N
BACKLIGHT_EN
SPK_RX-
1
2
3
4
5
6
V_MSMD
C164
100NF
C165 100NF
AXK6F26335J
0
D(0:15)
510K
C163
D
12NF
LWR_N
GPIO_INT15|A21
GPIO_INT31|A22
U13
T13
T16
T15
U16
T14
C2
A3
E4
D3
C1
B3
A2
B8
A4
L3
K2
J1
K3
J2
K1
L2
M3
L1
M2
N3
M1
N2
P3
N1
R3
P2
P1
R1
R2
T1
U1
H2
G1
D1
D2
E3
R137
180K
VDD_C1
VDD_C2
VDD_C3
VDD_P1
VDD_P2
VDD_P3
VDD_A1
VDD_A2
VDD_A3
VDD_A4
VDD_A5
SBDT
SBCK
SBST
HKADC6
HKADC5
HKADC4
HKADC3
HKADC2
HKADC1
HKADC0
TDO
TDI
TMS
TRST_N
TCK
TMODE
DP_TX_DATA
DP_RX_DATA
CTS_N
RFR_N
A17
U15
U14
T17
R17
N17
P17
M16
R16
U17
J14
J15
L17
K16
NO : 100 -- 199
R104
U499
1
2
3
4
5
6
GND3
GND4
GND5
GND6
GND7
GND8
C142
33PF
MSM5100-208FBGA
G4 NC
PA_R0
14
15
16
17
18
19
20
21
22
23
24
25
26
2
R127
5.1K
SUSPND
AMP_ON
LCD_BLUE_N
SEND_END
U100
14
15
16
17
18
19
20
21
22
23
24
25
26
ZD190
SMF05.TB
C5
D11
K15
F14
H3
D8
R131
1K
PDM2
PDM1
SYNTH_LOCK
SLEEP_N
IDLE_N
TRK_LO_ADJ
LNA_GAIN
LNA_RANGE0
LNA_RANGE1
RX_AGC_ADJ
Q_OFFSET
I_OFFSET
C_RX_QDATA0
C_RX_QDATA1
C_RX_QDATA2
C_RX_QDATA3
FM_RX_QDATA
FM_RX_IDATA
C_RX_IDATA2
C_RX_IDATA3
FM_RX_STB
CX8_FM_CLK
PA_R0
PA_R1
TX_AGC_ADJ
PA_ON2
PA_ON
DAC_IREF
Q_OUT_N
Q_OUT
I_OUT_N
I_OUT
GND_RET
CCOMP
MICFBN
MICINP
MICOUTN
MICOUTP
MICINN
MICFBP
EAR10P
EAR10N
MICBIAS
MIC1P
MIC1N
MIC2P
MIC2N
EAR20
AUXIP
C14 RINGER
D12 GND1
P5 GND2
C130
100NF
B9
C8
C10
A8
B7
B11
B12
C7
C9
A11
B10
A10
D13
C13
B13
A13
B14
B15
C17
C16
A15
A14
A9
D7
A12
C11
D6
C4
A6
B5
B6
A7
F16
E15
G14
H17
J17
H16
G16
G15
L16
M17
G17
J16
K17
H14
H15
K14
AUX_PCM_CLK|RFR_N2ANDSTEREO_CLK|
AUX_PCM_SYNC|CTS_N2ANDL_R_N|
AUX_PCM_DIN|DP_RX_DATA2|
AUX_PCM_DOUT|DP_TX_DATA2ANDSTEREO_DOUT|
R130
10K
I_OFFSET
RX_QDATA0
RX_QDATA1
RX_QDATA2
RX_QDATA3
FM_RX_QDATA
FM_RX_IDATA
RX_IDATA2
RX_IDATA3
FM_RX_STB
CX8_FM_CLK
MMC_CLK A16
BT_CLK|GPIO_INT45_RESERVED B16
GP_MN C12
R129
10K,5%
C129
100NF
GPIO_INT47|USB_VPO|BT_SBST|
GPIO_INT46|USB_VMO|BT_SBCK|
GPIO_INT45|USB_OE_N|BT_SBDT|
GPIO_INT44|USB_VPI|
GPIO_INT43|USB_VMI|
GPIO_INT42|USB_DATA|
GPIO_INT36
GPIO_INT35
GPIO_INT34
GPIO_INT33
GPIO_INT32
GPIO_INT30|WDOG_STBANDMMC_CMD|
GPIO_INT29
GPIO_INT28
GPIO_INT27
GPIO_INT26|MMC_DATA|
GPIO_INT25
GPIO_INT24
GPIO_INT23
GPIO_INT22
GPIO_INT17
GPIO_INT16
GPIO_INT14
GPIO_INT13|FM_RF_SLEEP_N|
GPIO_INT12|LB_N
GPIO_INT11|GP2_CS_N|
GPIO_INT10
GPIO_INT9
GPIO_INT8
GPIO_INT7
GPIO_INT6
GPIO_INT5
GPIO_INT4
GPIO_INT3
GPIO_INT2
GPIO_INT1|BT_DATA|
GPIO_INT0|BT_RX_TX_CTL|
KEYSENSE4_N
KEYSENSE3_N
KEYSENSE2_N
KEYSENSE1_N
KEYSENSE0_N
B
TCXO
XTAL48_IN
XTAL48_OUT
SLEEP_XTAL_IN
SLEEP_XTAL_OUT
RESIN_N
RESOUT_N
WDOG_EN
MODE1
MODE0
R128
10K
Q_OFFSET
D15
F17
E16
D14
V_PD
1
2
3
4
5
6
7
8
9
10
11
12
13 13
1.2K
TDO
TDI
TMS
TRST_N
TCK
WDOG_EN
RX_AGC_ADJ
R121
C109
SPK+
SPKLWR_N
LCD_BLUE_N
C110
R119
100K,1%
C105
100PF
27PF
0
0
R123
LNA_RANGE0
LNA_RANGE1
R122
V_MSMD
OSC110
CSTCW48MOX11047-RO
V_MSMA
R428
330
C107
10NF
R110
91K,1%
1
2
3
4
5
6
7
8
9
10
11
12
1.2K
1.2K
1.2K
1.2K
1.2K
1.2K
1.2K
1.2K
27PF
C106
5PF
LNA_GAIN
SBDT
SBCK
SBST
H_DET
I_CON
TH_CON
THERM_DET
R103
R105
R108
R111
R113
R114
R116
R118
C108
S3.6
OSC100
MC-146(32.768KHz,20ppm)
R117
4.7K
D(7)
D(6)
D(5)
D(4)
D(3)
D(2)
D(1)
D(0)
27PF
C102
27PF
R106
18K
C103
68NF
V_MSMD
R107
100
C104
10NF
D(0:15)
R102
8.2K
27PF
IDLE_N
TRK_LO_ADJ
E
8
MSM : 130 ~ 145
RESETIN_N
C
7
REF
RESOUT_N
A
5
Time
09:00:00 am
6
QA CHK
REV
02
7
Drawing Number
Sheet1
8
E
Circuit Diagrams
13-2 LOGIC Circuit Diagram 2
2
3
4
5
6
7
8
1
I
KEYPAD
REF : 270 ~ 280
V_BAT
V_PD
C208
100NF
R209
100K
TCXO_EN
C213
1UF
2
4
3
C215
10UF
2 _OE
RCV
3 VP
VPI
USB_VPI
VMI
SUSPND
4 VM
5 SUSPND
SUSPND
20
13
VMO
4
5
6
7
8
9
*
0
#
RIGHT
DOWN
UP
OK
USB_VMO
VPO
C277
SCAN5
SCAN4
SCAN3
SCAN2
SCAN1
SCAN0
C272
C102K,1NF,50V
B
USB_VPO
6
7
8
U251
USBUF01W6
R216
C216
33PF
1 DXIN
6
DXOUT
2 GND VBUS5
0
C217
33PF
USB_D+
3 DYIN DYOUT4
C278
C102K,1NF,50V
C279
C102K,1NF,50V
C280
C102K,1NF,50V
C281
C102K,1NF,50V
1NF
1NF
1NF
1NF
USB_D-
V_IF
C220
100NF
Q204
DTA144EE/TR 1
I_CON
1
Q206
DTA144EE/TR
2
2
RED_LED_N
R219
470K
REF : 260
MIC+
3
3
IF CONNECTOR
MIC200
MIC
GREEN_LED_N
C221
NC
3
1
R220
100K
3
D+ 10
D- 9
V_BAT
Q213
2SC4617
2
2
KEYSENSE3
KEYSENSE2
KEYSENSE1
KEYSENSE0
VREG
VREG 12
FSE0
VO 11
R217
2.7K
CHG_ON
C212
33PF
16 15 14
VPU
1
DATA
USB_DATA
MOTOR_EN
C218
10UF
R218
10K
C
_OE
USB_OE_N
GND 2
REF_BYP
4
EN 3
C214
10UF
6.3V
1
C207
33PF
VPU
18 17
USB_VMI
LTC1734ES6-4.2#TR
C219
1UF
16V
D250
SMF05.TB
V_USB
U250
ISP1105W
CN204-2
24-8005-002-000-867
Q220
ZXT13P20DE6
1
2
5
6
DC_VOLT
1
C210
100NF
19
3 VCC PROG 4
3
SOFT_CON
S3.6
U204
MIC5205-3.0BM5/TR
5 OUT IN 1
1
1 ISENSE
6
DRIVE
2 GND
VSENSE 5
R214
4.7K
R215
0
CN204-1
24-8005-002-000-867
U240
4
ON_SW_SENSE
Q203
DTC144EE/TR
C211
NC
Q211
DTC144EE/TR
5
R212
0
VCC
2
2
C209
10UF
6.3V
R210
NC
3
1
V_IF
SOFT
R213
4.7K
TA_DET
C206
33PF
C477
10NF
2
MODE
3
1
C205
33PF
VCC
SPEED
R211
100K
B
V_MSMA
GND
R208
10K
LEFT
TALK
SCAN1
U203
R1160N251B
5
1
VDD OUT
2
GND
3 CE ECO 4
R206
NC
1K
V_PD
K_SEN1
KEYSENSE1
SCAN1
TCXO_EN
R207
CLK
C204
100NF
R203
NC
R205
0
MENU
SCAN0
SCAN0
C273
2
R204
33K
C203
10UF
6.3V
ECO4
ON_SW
RESETIN_N
C102K,1NF,50V
R202
47K
5
DC_VOLT
GND
3 CE
A
RESET 2
GND
1
GND
4
HP_PWR
Q202
DTC144EE/TR
1
VCC
GND
2
3
2
C202
33UF
6.3V
3
3
5
C102K,1NF,50V
1
ON_SW
PS_HOLD
VDD OUT
C274
1
V_BAT
PWR/END
KEYSENSE2
C102K,1NF,50V
1 2 5 6
SCAN0
U202
MAX809REUR-T
V_PD
U201
R1160N281B
C275
S3.6
C276
Q201
SI3443DV-T1
C102K,1NF,50V
U200
UMN1
4
GND
A
3
C102K,1NF,50V
R201
100K
C201
100NF
DC_VOLT
V_BAT
C
DC_VOLT
R222
33
R221
120
LED210
SML-310LT-T86
MIC-
LED211
V_IF
ACZ1005M-152-T
V_MSMA
1 VCC OUT 2
GND
3
VTA IS 5.0V+-0.2
USB_D+
REED_SW
USB_DDP_RX_DATA
DP_TX_DATA
C223
47PF
C224
100NF
S3.6
C222
33PF
R223
100K
U290
A3212ELH-SAMSUNG
R291
R225
100
V_PD
R226
NC
C229
1UF
8
3
C230
2.2NF
R227
200K
AMP_ON
1
EAR_DET
U220-1
4
TC75W56FK-TE12L
D
C231
100NF
R231
1.2K
2
1
2
R230
20K,1%
CMX_SPK+
C237
100NF
R233
20K,1%
_SHDN
BYPA
3
+IN
4
-IN
VO2 8
GND 7
SPK+
VDD 6
5
VO1
CMX_SPK-
5
D210
D211
D212
D213
D214 D215
D216 D217
D218 D219 D222 D221
S3.6
SPK-
6
U220-2
TC75W56FK-TE12L
1NF
C244
R235
75K
R236
100K
C238
NC
R237
10
R238
10
R239
10
R240
10
R241
10
EAR_MIC+
2
R242
10
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
SLS-NNBL102TS
U503
5
SMF05.TB
R232
47K
C235
10NF
C236
33PF
4
3
1
C232
2.2NF
C233
100NF
D
2
C239
1NF
R243
100K
R244
0
4
5
EARJ1
EPJ1-5-A-D1
L201
R229 ACZ1005M-152-T
10K,1%
TH_CON
R234
20K,1%
7
SEND_END
H_TX_AUDIO
H_RX_AUDIO
U230
LM4890MM
R228
20K,1%
R224
2.2K
C226
100PF
HP_PWR
C228
1UF
V_TCXO
C227
100NF
C225
470PF
CN200
1004-0018-305
1 BTT+
2 USB+
3 RESERVED0
4 USB5 DP_RX_DATA1
6 DP_TX_DATA1
7 RESERVED1
8 GND
9 RESERVED2
10 RESERVED3
11GND
12 RESERVED4
13HP_PWR
14 BTT+
15 TX_AUDIO
16RX_AUDIO
17 TA+
18 TA+
19GND
20
21
22V_BAT
GND GND
25 26
C234
1NF
BACKLIGHT_EN
R245
2.2K
1
3
Q209
MMBT2222AWT1
2
3
EAR_SPK+
1
C242
33PF
C243
33PF
Engineer
C240
33PF
C241
39PF
R246
12
R247
12
EXCDMA
SAMSUNG
Drawn by
KHS
R&D CHK
Size
TITLE
E
D
MF_Rev02
DOC CTRL CHK
MFG CTRL CHK
Date Changed
Changed by
1
2
3
4
Time
2002.07.23
EXCDMA
5
13-2
9:14:49 am
6
QA CHK
REV
7
Drawing Number
Sheet2
8
E
Circuit Diagrams
13-3 RF Circuit Diagram 1
2
1
4
3
6
5
L301
ACZ1005M-152-T
V_RFR
R301
51
L302
47nH
F300
B7704
C301
10NF
L303
8.2nH
IN
1
C304
100PF
C305
10NF
V_PD
V_IF
L306
BLM11A102SPT
3
GND2
2
L304
ACZ1005M-152-T
L305
10nH
4
L308
47nH
L307
47nH
F301
HFF-MCF-129
C319
1NF
C320
1NF
1
C324
10NF
C326
5PF
L310
56nH
4
IDLE_N
IDLEB
VCC 5
VCC 32
9
PCS_BAND
FM_N
C338
100PF
SEL1
8 SEL2
C339
100PF
2
R314
100
VGC
25 DIV2B
C347
47PF
LO_IN
26
CELL_RX
L317
6.8nH
C350
10NF
L318
NC
PCS_RX
2
GPS_RX
OUT
L324
39nH
L325
10nH
L328
1NF
C360
15PF
GLNA_OUT
28 PLNA_IN
29 PLNA_BIAS
31 RLNA
19
RMIX
C363
3.9nH
R318
3.9K,1%
C351
3PF
3
L326
3.3nH
1 IN
C362
3.3PF
FM_RX_CLK
SLEEP_N
RXQD2
CX8_FM_CLK
R312
100
RXQD0
RX_QDATA3
40
RX_QDATA2
RX_QDATA1
42
RX_QDATA0
RXID3 45
46
RXID2
FM_RX_IDATA_RXID1 47
RX_SLOT/
GND
3
GND
5
RX_IDATA3
RX_IDATA2
FM_RX_IDATA
FM_RX_QDATA
GND 16
R317
47K
GND
8
GND 13
C364
22NF
GND 18
32
31
SBDT
C367
5PF
GND 19
NC
GND 23
SBI_EN
30
SBST
SBCK
GNDD 34
SBST
GND
SBDT
GND 49
52
GND
GND 53
C368
1NF
GND
C371
10PF
C
43
54
L332
68nH
C372
10PF
C374
68PF
R321
10K
RX_IFVCO_VT
5
R322
22
D360
1SV279-TPH3
V_IF
L333
ACZ1005M-152-T
L334
22nH
UMC5NTL
L336
ACZ1005M-152-T
TCXO_EN
C378
100NF
C380
100NF
L335
ACZ1005M-152-T
D361
1SV279-TPH3
C379
10UF
R323
10K
C377
68PF
V_IF
C381
100PF
C382
10UF
6.3V
4.7K
20
CPOIN
18
17
4
C396
1NF
PLL_EN
FINIF
GND
16 GND
15 LE
IF_EN
13 CLOCK
PLL_CLK
12 11
C399
100PF
C402
10NF
C400
100PF
OSCIN 9
RX_RFVCO_OUT
R332
NC
C397
1NF
C393
1.5NF
C394
10NF
1 VCTL
C395
1.5NF
G GG G
246 8
C392
NC
C388
100PF
3
VCC
4
FINRF 5
6
_FINRF
7
GND
8
OSCX
_FININ
14 DATA
PLL_DATA
R330
10K
OUT
5
Q301
1
SW
7
C391
22PF
GPS_N
Engineer
EXCDMA
C398
4.7NF
R333
6.8K
C401
100PF
RX_ON
R329
100
LO_IN
FAST_LOCK1
10
UMC5NTL
RX_RFVCO_OUT
R331
NC
FAST_LOCK0
5
4
2
U382
UCVA1XD08A
VCCRF 1
2
VPRF
CPORF 3
D
FM_N
R328
15
24
OUT0
21 VPIF
C387
22NF
RX_IFVCO_OUT
3
R325
V_THM
FAST_LOCK1
FAST_LOCK0
23
OUT1
U340
LMX2354SLBX
22
C386
1.5NF
RF_EN
C390
100NF
C384
22PF
3
R327
10K
19 GND
C389
15PF
C383
10NF
R326
12K
FOLD
1
B
RX_IFVCO_OUT
39
RXQD1 41
V_PD
C366
1NF
C369
2PF
L331
68nH
R310
0
C342
100PF
FM_RX_QDATA_RXID0 48
C361
4.7nH
4
L330
100nH
R320
NC
RXQD3
C373
NC
L337
ACZ1005M-152-T
OUT VCC
C355
1NF
L320
56nH
RXVCO_OUT 25
1
29
SBCK
L329
82nH
TCXOVN 37
CHIPX8 38
33
C385
470PF
VCON GND
C352
1.8PF
L327
100PF
C359
3.3nH
GND2
2
36
36 TCXO
28 I_OFFSET
I_OFFSET
OUT 4
IN
G GGGG G
1 2 3 6 7 8
C334
10NF
35
VDDD
VDDM 44
2 FM_RX_STB
22
RXVCO_T2
21
RXVCO_T1
27
Q_OFFSET
Q_OFFSET
OUT 5
15
VDDA 14
20
VDDA
VDDA 24
C357
1NF
OUT 3
GND1
C349
1NF
V_RFR
F305
7708
C358
1NF
R313
0
17
FM_N
RX_IFVCO_VT
TRK_LO_ADJ
L319
NC
C353
NC
VDDA
R311
27PF
F304
DGLE32M01
9
VDDA
GPS_FM_IF
Q302
V_TCXO
2
C337
47PF
TCXO_IN
CX8_FM_CLK
V_IF
C375
33UF
6.3V
2
1
2
VDDA
GPS_FM_IF/
11 CDMA_IF
12
CDMA_IF/
FM_RX_STB
R316
0
R324
0
U380
VC-TCXO-208C
L313
82nH
C341
1NF
6
VDDNTROL
C333
4.7NF
3
V_RFR
4
TCXO_EN
1
R309
2.4K
C340
1NF
V_PD
5
GND
3 CE
ECO 4
D
D300
DAN222TL
C346
1NF
C354
82PF
22
L322
39nH
9
26
R334
10K
2
C376
100NF
L316
15nH
R315
NC
V_IF
VDD OUT
L312
82nH
GPS_N
10 IN
C370
1.5PF
1
C335
2.2PF
C348
82PF
C365
100PF
U322
R308
2.4K
PCS_BAND
1 3 4 6
L315
15nH
C345
100PF
12
7
C328
1NF
V_RFR
R319
8.2K,1%
R1160N301B
C332
1NF
5
L314
1.8NH
C
S3.6
2 3 4 6 7 8
TX_LO
23
GND 33
34
GND
GND 35
GND
OUT
G GGG
C336
NC
GMIX_IN 17
11
GPS_IFP
GPS_IFM 10
30 GLNA_IN
1
IN
GND GND
4 3
CDMA_IFM
27 CLNA_BIAS
C356
10NF
F303
DFM2R1575MDA
CLNA_IN
L321
100nH
L323
1.8NH
IN
PLNA_OUT 24
16
PMIX_IN
CDMA_IFP 13
7 LO_IN
C314
10NF
4
VDDA
L309
NC
C329
1NF
F302
FAR-F6CE-1G9600-L2XB
C331
10NF
6
3
C308
100NF
U360
IFR3300
C330
100PF
2
CMIX_IN 18
15
FM_IFP
FM_IFM 14
VGC
1
C344
100PF
LO_OUT
CLNA_OUT
LNA_RANGE0
LNA_RANGE1
C343
100PF
VDD_MSM
L311
5.6nH
OUT 5
IN
V_RFR
VCCIF
B
VCC
C307
1NF
C306
10NF
R303
1K
RX_AGC_ADJ
C322
1NF
10
R307
220
20
SLEEPB
C321
5PF
G1 G2G3G4G5 G6
C327
NC
R305
1K
R306
0
U300
RFR3300
21
C313
1NF
A
C318
100PF
R304
0
SLEEP_N
C312
10NF
C311
1NF
C316
10NF
C317
1NF
C325
100PF
C310
10NF
C309
33UF
V_RFR
R302
0
C323
10NF
V_IF
C302
2.2PF
OUT
GND1
C303
0.5PF
C315
1NF
A
8
7
SAMSUNG
Drawn by
R&D CHK
Size
TITLE
E
D
C403
10NF
DOC CTRL CHK
MF_Rev02
TCXO_IN
MFG CTRL CHK
Changed by
Date Changed
1
2
3
Time
2002.07.23
EXCDMA
5
13-3
QA CHK
REV
Drawing Number
Sheet3
9:41:21 am
6
7
8
E
Circuit Diagrams
13-4 RF Circuit Diagram 2
3
2
4
5
L401
ACZ1005M-152-T
U480
L402
BLM11A102SPT
TXIF_CELLULAR_228.6MHz
R401
U501
U502
1K
3.3NF
3.3NF
MIC5205-3.0BM5/TR
5 OUT IN 1
GND 2
REF_BYP
4
EN 3
L403
ACZ1005M-152-T
C407
100PF
C404
10UF
6.3V
C408
100NF
C406
100PF
C405
100NF
L404
ACZ1005M-152-T
VTX_TANK
C413
C414
100PF
10NF
U500
100NF
C412
100PF
4 5 6 7 8 91011121314151617
1 TX
V_TX
C416
470PF
C417
1NF
C418
1NF
U430
CE0401G88DCB000
U440
SW-437
I_OUT
F441
855833
L406
4.7nH
PA_IREF
1
I_OUT_N
2 TX_QB
3
TX_I
4
TX_IB
25
TCXO
17
PA_ON
21
AB_SEL
8
VCONTROL
24
SBCK
22
SBST
23
SBDT
0
TCXO_IN
PA_CP
AB_SEL
TX_AGC
SBCK
SBST
SBDT
6
IF_BPF1
7
IF_BPF2
G
G
G
G
C440
7PF
IREF
VDDA1
VDDA3
VDDA4
VDDA5
VDDA6
CELLB_OUT
31
4
6
RFIN RFOUT
1
V2 4
VCC1 GND
C426
NC
L414
12nH
C430
1NF
C431
2.2UF
C434
4.7NF
25V
C436
1UF
Q410
UMC5NTL
VTX_RF
L416
10nH
PA_ON_CELL
100PF
U400
C446
100PF
C449
100PF
R406
20K
C451
56PF
4
C444
4.7NF
25V
IN
OUT
GND1
VTX_TANK
2 RFIN
3
GND2
2
1
L423
NC
4
C463
2PF
C462
NC
6 7 8 9 101112
1SS315(TPH3)
R414
2K,1%
H_DET
51K
2
PA_ON_CELL
PA_ON_PCS
E
U481
LMV821M7
5
1
PA_CP
C473
100PF
C475
100PF
CELL_RX
R416
150,1%
6
D
C470
47NF
R422
75K
Q480
2SA1576FRT106
1
R421
100
2
Engineer
EXCDMA
3
R424
68K,1%
C474
100PF
SAMSUNG
Drawn by
2
R423
150K
SBDT
RX 5
V_TX
3
TX_AGC
SBST
4
5
V_IF
V_TX
4
B VCC
Y
2
A GND
3
ANT
R427
6.8K
R426
10K
R420
47K
1
C454
2PF
FM_N
V_TX
V_TX
SBCK
R&D CHK
Size
TITLE
V_REF
R425
100K,1%
D
DOC CTRL CHK
C476
100PF
MF_Rev02
MFG CTRL CHK
Changed by
2
3
4
Time
Date Changed
EXCDMA
1
C
V_TX
C468
100PF
D480
1SS315(TPH3)
V_TX
C472
100NF
5
NO
3
TX_AGC_ADJ
IN
LMV821M7
2nd_Local_PCS : 527.2MHz
2nd_Local_CELLULAR : 457.2MHz
U482
TC7S32FU
GPS_N
C453
10NF
1
NC 4
U446
COM
1
GND
5
C471
1NF
R419
10K
GPS
R413
750
L426
47nH
R418
3K
MAX4599EXT-T
3
4
V+
TX_AGC
U445
2
D405
1SV305
C469
20PF
C438
100PF
1312109 7 6 4 3 2 1 F446
EFSD836MC2S3
R411
750
R415
D
6
8
11 TX
6 IN
OUT 1
G1 G2 G3 G4 G5
2
3 4
5
7
D440
R412
150K
R417
1K
G
5
C466
10NF
1SV305
L425
18nH
L419
4.7nH
F445
CE053R836DCB-TA2
L422
3.9nH
C465
47PF
D404
C467
100PF
C439
C452
10NF
4
RFOUT 5
4
L413
4.7nH
C447
NC
C456
100NF
G
LABEL VREF
G
VCC1
G
G
G
VCC2
G
C461
100PF
R410
10K
3
C459
1NF
G G
L417
NC
5
RM912
F444
H836BF
3
47PF
C442
100PF
3
C455
68PF
U444
1
C464
20PF
6
GND
PS
1
C457
6.8NF
R409
100
L424
ACZ1005M-121-T
PS
GND
5
U431
GN04022NOL
1
6 OUT1
VCTL1 2
5
GND
IN 3
4
OUT2
VCTL2
L418
BLM21P300SPT
C458
8PF
C460
1.5PF
1
S3.6
L421
15nH
GND
2
PA_ON_PCS
2
C445
1UF
C448
10NF
4
PS
2
R407
51
R408
1.8K,1%
F442
DX21TFAP01
3
4
C441
470PF
C
2
B
C478
3PF
C432
NC
3
R404
12K,1%
1
C437
0.5PF
14
C443
G A
L412
Q420
1
UMC5NTL
5
3
L411
2.2nH
L415
4.7nH
SYNTH_LOCK
CN450
KMS-158
3
2
C424
100PF
C433
4.7NF
TX_LO
L420
15nH
C427
0.5PF
2
1
1.8NH
V_REF
LOCK_DET 26
27
PD_ISET
PD_OUT 28
19
1
C423
NC
S3.6
C435
1NF
16
L405
-
C420
NC
L410
BLM21P300SPT
2
11
GPS_RX
C419
100PF
6
3
1
AB_SEL
PCS_RX
2
L407
1.8NH
5
DTC144EE/TR
10
18
2
L408
4.7nH
VTX_RF
RFT3100-32BCCPF-MT
D420
BAR63-02W-E6327
C422
4PF
V1 6
5
RFC
C429
39PF
8
5
9
U441
CX77133
GND
3
4
VREF VCC2
7
Q440
PCSA_OUT 13
12
PCSB_OUT
CELLA_OUT 15
3334 35 36 30
R405
1K
2
L409
12nH
VDDA2
TXVCO_T2
R403
32
29
VDDD
B
VDDM
20
RF_LO
C428
470PF
1 TX_Q
C450
4PF
1 RF1
2
GND
3 RF2
3 IN2
OUT2 5
G1 G2 G3 G4
TXVCO_T1
C425
470PF
C421
39PF
OUT1 7
IN1
R402
100K
RX
ANT
3
G
G
G
G
G
G
G
G
G
G
C415
470PF
A
F440
QPMD-0422-TR1
IDLE_N
Q_OUT_N
C
C409
10NF
C411
10NF
C410
10UF
6.3V
Q_OUT
VTX_RF
8
S3.6
V_TX
TXIF_PCS_263.6MHz
7
G1
G2
G3
G4
G5
G6
G7
G8
G9
G10
G11
G12
G13
G14
V_PD
A
6
1 IN
OUT 6
2
5
GND1 GND2
3
4
GND3 GND4
1
2002.06.08
5
13-4
10:26:47 am
6
QA CHK
REV
02
7
Drawing Number
Sheet4
8
E

Samsung SCH-A310 service manual

Transcription

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