Components and Units for RF and Microwave Technologies

Systemtechnik
Components and Units for RF
and Microwave Technologies
http://www.mts-systemtechnik.de
About us
Systemtechnik
RF-systems and -units
Data technology
Mechanical products
History
Main products
Competence
쮿 1980 MTS Mikrotechnik has been
founded as a
development and
manufacturing
company.
쮿 Signal dirstribution
systems for own audio,
video, RF and
microwave, used for
telecommunication,
radio monitoring,
satellite communication
쮿 Own design and
production of RF-comp.
and -systems
쮿 Development and
production of active
and passive components
for high freq. technology
쮿 Soft- and hardware
laboraty
Certified with DIN ISO 9001
Joseph-Gänsler-Straße 8
D-86609 Donauwörth
Phone 0906 / 70694-0
Fax 0906 / 6661
[email protected]
www.mts-systemtechnik.de
1995 Changing from
MTS Mikrotechnik to
MTS Systemtechnik to
follow the changed
demands on the
market.
쮿 Manufacturing of mech.
components for aviation,
for aerospace industry,
RF-techn. as well as for
optical industry
쮿 RF-development and
-simulation laboratory
쮿 Big CNC-production
center
쮿 CAD construction
service
쮿 Modern production
methods like CAM
Today notable companies of the electronic industry all over europe
belong to our customers:
Copyright
Technical subject to change.
Illustrations similar.
ALCATEL, Arpege Défense, AUDI, Bosch Telecom, CERN, Danet, DB Telematik, DESY, DLR,
EADS, Ericsson, ESA, Eurocopter, Infineon, Leica, Lucent Technologie, ND SatCom, PTB,
Rohde & Schwarz, Serco, SIEMENS, Thomson, T-Mobile, Vodafone
4
Coaxial relays
Series R
The coaxial relays of the series R and T-R
are characterized through excellent
RF-specifications and an enormous
type variety. More than 100 000 different
models can be selected.
A short overview of the existing models
is shown in the following chapter in this
catalogue.
Configurations
Within the one-way and multi-way relays
up to seven different basic configurations
are available:
쮿 Without any supply voltage the contacts
can be normally open (NO), terminated or
connected to ground.
쮿 One contact can be normally closed,
all others are open, terminated or
connected to ground as desired.
쮿 All inputs and/or outputs are normally
terminated.
We also offer coaxial transfer and bypass
relays with similar configurations.
The codes used are:
쮿 RX for transfer relays
쮿 RY for bypass relays
Switch configuration
Available are coaxial 1-way-switches (SPST)
to coaxial 12-way-switches (SP12T) as well as
coaxial transfer and bypass switches
(specials on request).
Technical data (guaranted values at +25 °C)
Switching time
10 ms max.
Life cycles
106 cycles
Operating temperature
0 to 50 °C (-55 to +85 °C on request)
Maximum RF-power unterminated
terminated
2 watts
0,3 watts (others on request)
Coil current (per contact)
Impedance
All models can be offered with 50 Ω or
75 Ω impedance.
at 5 volts = 50 mA
at 12 volts = 20 mA
at 24 volts = 10 mA
Enclosure
Aluminium alodyned (alodyne 1200)
Frequency range
We offer frequency ranges from
DC to 1000MHz or higher
(depending on the type).
Control input
There are six different control input version available:
Coaxial connectors
Following coaxial connectors are available:
BNC female, TNC female, SMA female,
1.6/5.6 female and N female.
Male RF-connectors are also available on
request.
Coil and supply voltage
The coil voltage (control input F, G, C, X)
is optional +5 V DC, +12 V DC or +24 V DC.
Supply voltage for control inputs L and Z
is +5 V DC.
Control inputs
The control input and the coil voltage are
connected by means of DC-feedthrough
filters or SUB-D connectors on request.
Code
Description
C
floating, one side on a common line
Control signal
Coil voltage
G
common ground
Coil voltage
F
floating, each coil as separated connectors
(only until SPDT available)
Coil voltage
X
TTL-driver, switch at „1“
0 / 5 V, switch at 5 V
L
TTL-driver, inverting, switch at „0“
0 / 5 V, switch at 0 V
Z
with BCD-decoder TTL
0/5V
Ordering information
6
Series R and T-R
T - RT
2 - 7
T = only at cassette units
Configuration
Type of switch
Impedance
RO
1
SPST
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
80 dB
70 dB
65 dB
60 dB
2
2-way-switch SPDT
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
80 dB
70 dB
65 dB
60 dB
3
3-way-switch SP3T
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
80 dB
70 dB
60 dB
50 dB
4
4-way-switch SP4T
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
80 dB
70 dB
60 dB
50 dB
5
5-way-switch SP5T
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
80 dB
70 dB
60 dB
50 dB
6
3-way-switch SP6T
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
80 dB
65 dB
60 dB
50 dB
7
7-way-switch SP7T
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
80 dB
65 dB
60 dB
50 dB
8
8-way-switch SP8T
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
80 dB
65 dB
60 dB
50 dB
9
9-way-switch SP9T
5
7
50 Ω
75 Ω
4
2
5
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
80 dB
65 dB
60 dB
10 10-way-switch SP10T 5
7
50 Ω
75 Ω
4
2
5
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
80 dB
65 dB
60 dB
11 11-way-switch SP11T 5
7
50 Ω
75 Ω
4
2
5
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
80 dB
65 dB
60 dB
12 12-way-switch SP12T 5
7
50 Ω
75 Ω
4
2
5
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
80 dB
65 dB
60 dB
RX Transfer-switch
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
70 dB
60 dB
50 dB
40 dB
RY
5
7
50 Ω
75 Ω
4
2
5
1
DC – 40 MHz
DC – 200 MHz
DC – 500 MHz
DC – 1000 MHz
70 dB
60 dB
50 dB
40 dB
RT
If switch is out of order, all contacts are floating.
If switch is out of order, all outputs
are terminated.
RM
If switch is out of order, all outputs
are grounded.
RU
If switch is out of order, one path is closed,
all other contacts are floating.
RA
RK
RV
RX
RY
If switch is out of order, one path is closed,
all other contacts are terminated.
If switch is out of order, one path is closed,
all other contacts are grounded
The input and output ports are terminated,
if contacts are not switched.
Transfer-switch
Bypass-switch
Bypass-switch
Frequency range
Isolation
min.
1
7
0
0 - C -
Internal registration number
for special manufacturing
Insertion loss VSWR
max.
max.
Style
R-series
T-series
Coaxial connectors
0,1 dB
0,2 dB
0,3 dB
0,4 dB
1,1 : 1
1,2 : 1
1,4 : 1
1,5 : 1
1
1
1
1
like T2
like T2
like T2
like T2
0,2 dB
0,3 dB
0,5 dB
0,6 dB
1,1 : 1
1,2 : 1
1,6 : 1
1,6 : 1
2/2A*
2/2A*
2/2A*
2/2A*
T2
T2
T2
T2
0,2 dB
0,3 dB
0,5 dB
1,0 dB
1,1 : 1
1,3 : 1
1,4 : 1
1,5 : 1
like 4
like 4
like 4
like 4
T3
T3
T3
T3
0,2 dB
0,4 dB
0,6 dB
1,0 dB
1,2 : 1
1,3 : 1
1,4 : 1
2,0 : 1
4
4
4
4
T4
T4
T4
T4
0,2 dB
0,4 dB
0,6 dB
1,5 dB
1,2 : 1
1,3 : 1
1,5 : 1
2,0 : 1
like 6
like 6
like 6
like 6
like T6
like T6
like T6
like T6
0,2 dB
0,4 dB
0,6 dB
1,5 dB
1,2 : 1
1,3 : 1
1,5 : 1
2,0 : 1
6
6
6
6
T6
T6
T6
T6
0,2 dB
0,4 dB
0,6 dB
1,5 dB
1,3 : 1
1,5 : 1
1,5 : 1
2,0 : 1
like 8
like 8
like 8
like 8
like T8
like T8
like T8
like T8
0,2 dB
0,4 dB
0,6 dB
1,5 dB
1,3 : 1
1,5 : 1
1,5 : 1
2,0 : 1
8
8
8
8
T8
T8
T8
T8
0,3 dB
0,6 dB
1,0 dB
1,3 : 1
1,5 : 1
1,7 : 1
like 10
like 10
like 10
like T10
like T10
like T10
0,3 dB
0,6 dB
1,0 dB
1,3 : 1
1,5 : 1
1,7 : 1
10
10
10
T10
T10
T10
0,3 dB
0,6 dB
1,0 dB
1,5 : 1
2,0 : 1
2,0 : 1
like 12
like 12
like 12
like T12
like T12
like T12
0,3 dB
0,6 dB
1,0 dB
1,5 : 1
2,0 : 1
2,0 : 1
12
12
12
T12
T12
T12
0,2 dB
0,5 dB
0,7 dB
1,0 dB
1,1 : 1
1,3 : 1
1,5 : 1
2,0 : 1
13
13
13
13
T13
T13
T13
T13
0,2 dB
0,5 dB
0,7 dB
1,0 dB
1,1 : 1
1,3 : 1
1,5 : 1
2,0 : 1
13
13
13
13
T13
T13
T13
T13
0
2
4
6
8
BNC f
TNC f
SMA f
1.6/5.6 f
N f*
*Other enclosures
f=female
Other coaxial connectors
on request!
Coil voltage
Control input
0
1
2
C
5 V DC
12 V DC
24 V DC
Coil voltage at control
type C, G, Fand X
optionally 5, 12 or 24
volts.
At control type Z or L
only a supply voltage of
5 V DC is possible.
G
Floating (one side on a common line)
from SP3T standard
Common ground
* Enclosure 2A for switches
with driver
F
Floating, each coil at seperated connectors
(only up to SPDT)
d other
uencies an
q
e
fr
r
e
h
ig
H
uest!
ons on req
configurati
X
TTL-Driver (switch at „1“)
L
TTL-driver, inverting (switch at „0“)
Z
With BCD-decoder TTL
M2,5/5deep
M2,5/5deep
M2,5/5deep
M2,5/5deep
M2,5/5deep
M2,5/5deep
M2,5/5deep
M2,5/5deep
M2,5/5deep
12
RF-relays, 10 W, DC to 1000 MHz - SPDT-relays
Series RU2
쮿 Change over switch 2/1
쮿 Low power consumption
쮿 SMA connectors
(others on request)
쮿 Filtered control lines
쮿 Compact dimensions
Configuration SPDT
Technical data (guaranted values at +25 °C)
Frequency range
DC to 1000 MHz
Isolation
60 dB min. / 65 dB typ.
Insertion loss
0,4 dB max. / 0,25 dB typ.
VSWR
1,5 : 1 max. / 1,4 : 1 typ.
Impedance
50 Ω
Maximum RF-power
10 W (cold switching)
Switching time
15 ms
Life cycles
106 cycles
RF-connectors
SMA female
Options
Free-wheeling diode, front panel, latching
Model designation
Dimensions, serie RU2
RU2 - 5 1 4 2 - S1
Option 3 with front panel
Options:
1 = Standard
2 = Free-wheeling diode
3 = Front panel
4 = Latching
Power supply:
0 = 5 V DC (50 mA)
1 = 12 V DC (20 mA)
2 = 24 V DC (10 mA)
M3/6deep
RF-connectors SMA
Frequency range
DC to 1000 MHz
Impedance = 50 Ω
M3/6deep
RU2 series
(change over switch)
All dimensions in mm
14
RF-/Video relays DC to 1000 MHz – SPDT-relays
Series TVR and T-TVR
쮿 For high resolution monitors
and applications at the RF-band
쮿 High isolation
쮿 Low insertion loss
쮿 Impedance optional 50 Ω or 75 Ω
쮿 With BNC connectors
(others on request)
쮿 Available at short notice
(mostly ex stock Donauwörth)
쮿 Aluminium enclosures (RF shielded)
쮿 Special types on request
Technical data (guaranteed values at +25 °C)
Configuration SPDT
Frequency range
DC to 100 MHz
DC to 500 MHz
DC to 1000 MHz
Isolation
70 dB
60 dB
50 dB
Insertion loss
0,20 dB
0,30 dB
1,0 dB
VSWR
1,2 : 1
1,4 : 1
2,0 : 1
Maximum RF-power*
10 W CW
10 W CW
10 W CW
Switching time
15 ms
15 ms
15 ms
Life cycles
106 cycles
106 cycles
106 cycles
Type
A, E, T-TVR
A, E, T-TVR
A, E, T-TVR
Option D
The control lines are connected with a 9-pole-SUB-D connector
(standard at T-TVR) instead of DC-feedthrough filters.
*cold switching
Model designation
Dimensions, serie TVR and T-TVR
T - TVR - 7 2 1 1 - D
Option D
(only if required)
Style A
T-TVR
Frequency range DC–
1 = 100 MHz
2 = 500 MHz
3 = 1000 MHz
Supply voltage
0 = 5 V DC (50 mA)
1 = 12 V DC (20 mA)
2 = 24 V DC (10 mA)
Style
0 = A, 2 = E
Impedance
5 = 50 Ω, 7 = 75 Ω
TVR-series
T-TVR-series
(Cassette style
with front panel)
Style E
Option D
All dimensions in mm
Videorelays with switched shield DC to 32 MHz
15
Series TVR-70x9
쮿 RF-relays with switched shield
쮿 For high resolution monitors
and applications at the RF-band
쮿 Simultaneously switching
of the inner conducter and the shield
쮿 Low insertion loss
쮿 Impedance optional 50 Ω or 75 Ω
쮿 With BNC connectors (floating)
쮿 Available at short notice
(mostly ex stock Donauwörth)
쮿 Aluminium enclosures (RF shielded)
쮿 Special types on request
Configuration SPDT
Technical data (guaranted values at +25 °C)
Frequency range
DC to 32 MHz
Isolation
40 dB
Insertion loss
0,2 dB
Maximum RF-power
5 W CW (cold switching)
Switching time
15 ms
RF-connectors
BNC, female
Option S1
The control lines are connected with a
9-pole-SUB-D connector.
Model designation
Dimensions, series TVR-70x9-S1
TVR - 7 0 2 9 - S1
Option S1
(prefered type)
9 = change over shield
Power supply
0 = 5 V DC (100 mA)
1 = 12 V DC ( 40 mA)
2 = 24 V DC ( 20 mA)
Standard style
Impedance
5 = 50 Ω, 7 = 75 Ω
TVR-series
All dimensions in mm
16
RF-/Videorelays DC to 100 MHz – coaxial multi channel relays
Series MVR and T-MVR
쮿 DC to 100 MHz
쮿 For simultaneously switching of
several independent signals.
쮿 For switching signals between
computers and high resolution
colour monitors.
쮿 Two until five SPDTs in one
unit with only one control line
connector.
쮿 Especially applicable for switching
of RGB- ,RGBY- and Sync.-signals.
쮿 Impedance 50 Ω or 75 Ω
쮿 BNC connectors (others on request)
쮿 Aluminium enclosures (RF shielded)
쮿 Special types on request
Technical data (guaranteed values at +25 °C)
Configurations
Series
MVR
T-MVR
Frequency range
DC to 100 MHz
DC to 100 MHz
Impedance
50 Ω or 75 Ω
50 Ω or 75 Ω
Cross talk
70 dB
70 dB
Insertion loss
0,30 dB
0,30 dB
VSWR
1,2 : 1
1,5 : 1
Maximum RF-power*
10 W CW
10 W CW
Switching time
15 ms
15 ms
Life cycles
10 6 cycles
10 6 cycles
Configuration / style
2 x SPDT = A4, 4 x SPDT = A8
3 x SPDT = A6, 5 x SPDT = A10
2 x SPDT = A2
3 x SPDT = A3
Option D
The control lines are connected with a 9-pole-SUB-D connector
instead of DC-feedthrough filters.
*cold switching
Model designation
T - MVR - 7 2 1 1 - D
Option D (only on demand)
Frequency range
1 = 100 MHz
Supply voltage
0 = 5 V DC
1 = 12 V DC
2 = 24 V DC
Configuration
2 = 2 x SPDT
3 = 3 x SPDT
4 = 4 x SPDT
5 = 5 x SPDT
Impedance
5 = 50 Ω, 7 = 75 Ω
MVR-series
T-MVR-series
(cassette style with front panel)
17
Enclosure dimensions, series MVR and T-MVR
Style A4
Style A6
Style A8
Style A10
Style T2
Style T3
Option D
All dimensions in mm
18
RF-/Videorelays DC to 32 MHz – coaxial multi channel relays
Series UVS and T-UVS
쮿 DC to 32 MHz
쮿 3-way (SP3T) to 8-way (SP8T)
쮿 Impedance optional 50 Ω or 75 Ω
쮿 BNC connectors
(others on request)
쮿 Aluminium enclosures (RF shielded)
쮿 Special types on request
Technical data (guaranteed values at +25 °C)
Configurations
Series
UVS
T-UVS
Frequency range
DC to 32 MHz
DC to 32 MHz
Impedance
50 Ω or 75 Ω
50 Ω or 75 Ω
Cross talk
55 dB
55 dB
Insertion loss
0,20 dB SP3T to SP5T
0,25 dB SP6T to SP8T
0,20 dB SP3T and SP4T
VSWR
1,30 : 1 SP3T to SP5T
1,35 : 1 SP6T
1,40 : 1 SP8T
1,30 : 1 SP3T and SP4T
Maximum RF-power*
5 W CW
5 W CW
Switching time
15 ms
15 ms
Life cycles
10 6 cycles
10 6 cycles
Configuration / style
SP3T = A3, SP4T = A4
SP6T = A6, SP8T = A8
SP3T = A4
SP4T = A4
Option D
The control lines are connected with a 9-pole-SUB-D connector
(standard at T-UVS) instead of DC-feedthrough filters.
*cold switching
Model designation
T - UVS - 7 3 1 1 - D
Option D (only on demand)
Frequency range
1 = DC-32 MHz (standard)
Supply voltage
0 = 5 V DC
1 = 12 V DC
2 = 24 V DC
Configuration
3 = SP3T*, 4 = SP4T* (*T-UVS-series available only to SP4T)
5 = SP5T, 6 = SP6T
8 = SP8T
Impedance
5 = 50 Ω, 7 = 75 Ω
UVS-series
T-UVS-series
(cassette style with front panel)
20
Coaxial relay modules with IEEE-488- and RS-232-C-interface
Series KRM
Cassettes of the type "KRM" can be used to
switch various signals and represent a cheap
alternative to relay switching units (KRE).
The mounted relay is controlled via the
IEEE-488- and/or the RS-232-C-interface.
The IEEE-488-device-address must be adjusted
internally via a DIP-switch. A lower priced
alternative is the type which is controlled
only via a RS-232-C-interface.
A LED at the front panel shows the status
of the cassette. Three different standard
types of relays are available (others on
request).
Mostly all the standard types are deliverable
at short notice.
Enclosure dimensions
Desktop unit:
W = 105 mm, D = 170 mm,
H = 69,7 mm
19“-slot3 HU, 14 TE,
cassette:
168,5 mm deep,
fitting at standard
19“-frames according to
DIN 41 494
Options
Mains adaptor 1 A, 12 V
Windows-control-software
Technical data (guaranteed values at +25 °C)
Model
SR-6C-H
SR-2 MIN-H
SR-2-N-H
Configuration
SP6T (6-way)
SPDT (2-way)
SPDT (2-way)
Frequency range
DC-18 GHz
DC-18 GHz
DC-12,4 GHz
RF-connectors
SMA female
SMA female
N female
Construction of model designation
Isolation (min.)
60 dB min. (18 GHz)
60 dB min. (18 GHz)
55 dB min. (12,4 GHz)
KRM 6 - 5 4 1 1 - T
Insertion loss (max.)
DC – 4 GHz
0,2 dB
4 – 12,4 GHz 0,3 dB
12,4 – 18 GHz 0,5 dB
DC – 4 GHz
0,1 dB
4 – 12,4 GHz 0,2 dB
12,4 – 18 GHz 0,3 dB
DC – 7 GHz 0,3 dB
7 – 12,4 GHz 0,6 dB
VSWR (max.)
DC – 4 GHZ
1,25 : 1
4 – 12,4 GHz 1,40 : 1
12,4 – 18 GHz 1,50 : 1
DC – 4 GHz
1,2 : 1
4 – 12,4 GHz 1,3 : 1
12,4 – 18 GHz 1,5 : 1
DC – 7 GHz 1,25 : 1
7 – 12,4 GHz 1,60 : 1
Enlosure style
T = desktop unit
E = 14 TE-slotcassette
Interfaces
1 = IEEE-488 and RS232
2 = RS232
Impedance
50 Ω
50 Ω
50 Ω
Switching time
15 ms max.
15 ms max.
20 ms max.
Power supply
1 = 12V DC
Life cycles
106 cycles
106 cycles
106 cycles
Power consumption
530 mA
380 mA
705 mA
HF-connectors
4 = SMA female
(at SPDT and SP6T)
8 = N female
(only at SPDT)
Maximum RF-power
35 W CW
at 18 GHz
35 W CW
at 18 GHz
120 W CW
at 12,4 GHz
Impedance
5 = 50 Ω
Type of switch
2 = SPDT
6 = SP6T
KRM-series
Power rating
21
Enclosure dimensions, series KRM
14 TE-slot-cassette
Controller card
BK517
Relays card
RS232
Desktop unit
Controller card
BK517
Relays card
RS232
All dimensions in mm
22
Controller cards and interface modules
Controller card BK517 for
mounting in units
The BK517 is presented as a card in
Euro-board format. It can be used as a
stand-alone unit as well as in combination
with additional cards offered from
MTS Systemtechnik. The card is based
on the microcontroller C517A-LN.
The interface is based on the ECB-bus.
Generally there are integrated
two serial interfaces, 9 x 8 I/O-ports,
one IEEE-488-interface and maximal eight
analogue inputs.
Also available are the interrupt lines 0 - 5.
The firmware is stored on a flash module
which is plugged on a PLCC-socket.
You can use standard 64 K- or 128 K-EPROMs,
EEPROMs or FLASH-EPROMs according to the
JEDEC-standard as well.
It is possible to contact a module for
manual operation (e. g. a keyboard and a
display or a touchpanel) according to
MTS-standards. It is necessary to purchase the
firmware from MTS to use the card features.
Depending on the configuration of the card,
MTS does develop special firmware.
The controller card BK517 is able to cope with
a heavy workload. MTS uses the card in
various units, e. g. relay switching units (KRE).
Interface modul
RS232/RS485
This card module changes via the RS232- or
RS485-interfacing 16 open-collector-outputs.
It is available as stand-alone component or
as unit in combination with other modules
(e. g. relays, attenuators, etc.).
Control-software
Each output can be controlled manually
with a corresponding user interface.
T e c h n i c a l d a t a (g ua r a n t e ed v a l u e s a t + 2 5 °C )
Interface
Supply voltage
RS232, RS485
5 V DC
Power consumption
40 mA max.
18 mA typ.
Outputs
16 x Open-collector
Output current (per output) 500 mA max.
Dimensions
57,2 mm x 45 mm
(without
connectors)
Technical data (guaranteed values at +25 °C)
Power consumption
130 mA typ.
Power supply
+5 V DC +5 % – 1 %
Dimensions
Euro-board format
Interface
IEEE-488, RS 232
Power amplifiers and small signal amplifiers
23
Series MLV and MKV
쮿 Impedance 50 Ω
쮿 RF-connectors
SMA female, others on request
Options
쮿 Bias tees
쮿 Application in a 19"unit with
power supply and other components.
쮿
Heat sink
쮿 Controllable in combination with
adjustable attenuators via
IEEE488- or RS232-interface
Technical data (guaranteed values at +25 °C)
Model
Frequency
range
(MHz)
Gain
(dB)
min.
RF-power (out)
at –1 dB
(dBm)
min.
Interceptpoint
ICP3
(dBm)
min.
Supply
voltage
(V DC)
Current
I
(A)
max.
Noise figure
at 25 °C
(dB)
max.
MLV-557-0942-02
1 – 500
40
37
45
28
2,0
7
MLV-647-0976-03
1 – 1000
35
36 (to 750 MHz) 40
35 (to 1000 MHz)
28
2,0
7
MKV-426-5441
8 – 300
8,5
30
35
12
0,6
5 at f>50 MHz
MKV-436-5441
8 – 300
20
30
35
12
1,0
5,5
MKV-446-5441
8 – 300
31
30
30
12
1,3
5,5
MKV-626-5441
50 – 1000
8,5
29
28
12
0,6
5
MKV-636-5441
50 – 1000
20
28,5
25
12
1,0
6
MKV-646-5441
50 – 1000
31
28,5
28 (to 600 MHz)
23 (to 1000 MHz)
12
1,3
6
MKV-635-0969-03
100 – 1000
23
17
36 (to 500 MHz)
30 (to 1000 MHz)
15
0,3
3,5
MKV-635-0971
1 – 1000
20
17
30
15
0,25
4,5
MKV-745-0973
100 – 2000
31
11
22
15
0,2
5
MKV-835-0972
50 – 2200
23
12
28
15
0,2
7
Datasheets with detailed specifications can be ordered at MTS.
Supply voltage through DC-feedthrough filter (V+) and the ground pin.
24
Resistive signal dividers and power splitters
Series RS and PSC
쮿 Splitter with 2 to 6 outputs
쮿 RF-power up to 0,5 Watt CW
쮿 VSWR 1,3 : 1 max
쮿 Linearity max. ±0,5 dB
쮿 RF-connectors: standard BNC,
TNC, SMA or other on request
The signal dividers of the series RS are
resistive dividers which offer very good
linearity over the entire frequency range.
These dividers can be used also at low
frequencies or DC.
Isolation and insertion loss depend on
the number of outputs. Therefore
resistive dividers are suitable for
measuring applications.
In any case it is important to terminate
all inputs and outputs inclusive the unused
outputs with the nominal impedance
of the splitter.
The dividers are generally based on
a resistive PI-element and can be used as
signal combiners too.
Customized signal dividers are available
on request (e. g. Y connected dividers with
other technical data)
(At Y connected dividers each connector
can be used as input or output.).
Resistive signal dividers
Technical data, series RS (guaranteed values at +25 °C)
Frequency range
DC – 1000 MHz
Impedance
50 or 75 Ω
VSWR
max. 1,3 : 1
Linearity
max. ±0,5 dB
Maximum RF-power
0,5 W CW
Number of outputs
2
3
4
5
6
Isolation
18 dB
24 dB
30 dB
35 dB
40 dB
Insertion loss
10 dB
14 dB
17 dB
19 dB
21 dB
Splitt./Insertion loss*
6/7 dB
9,6/11 dB
12/13,5 dB
–
–
* only at Y connection (symmetric network)
Model designation
Power splitter
RS - 5 2 0 - S
Y-Splitter
(only on demand)
RF-connectors, female
0 = BNC
2 = TNC
4 = SMA
6 = 1.6/5.6
8=N
Number of outputs (2 – 6)
Impedance
5 = 50 Ω
7 = 75 Ω
RS-series
Technical data, series PSC (guaranteed values at +25 °C)
Model
PSC-2-1-A-BNC
PSC-3-1-A-BNC
PSC-3-1W-A-BNC
Frequency range
0,1 – 400 MHz
1 – 200 MHz
5 – 500 MHz
PSC-4-1-A-BNC
0,1 – 200 MHz
Outputs
2
3
3
4
Maximum RF-power
1 W CW
1 W CW
1 W CW
1 W CW
Isolation
15 dB
25 dB
15 dB
20 dB
Insertion loss
3 +1
4,8 +1
4,8 +1,4
6 +1
Impedance
50 Ω
50 Ω
50 Ω
50 Ω
RF-connectors (female)* BNC
BNC
BNC
BNC
* others on request
25
Enclosure dimensions, series RS and PSC
2-way with N
3-way with BNC
3-way with SMA
2-way with BNC
4-way with BNC
4-way with SMA
All dimensions in mm
26
Power splitters, 500 to 2900 MHz
Series LT
The passive power splitters of the series LT
are designed to work at frequency ranges
between 500 and 2900 MHz.
In this frequency range are for e. g. the
tapes from GSM, DECT, UMTS,
bluetooth (ISM), etc..
The units can be used as dividers or
combiners.
쮿 Divider / combiner
쮿 Application are e. g. GSM, DECT,
UMTS, bluetooth
쮿 Other models on request
Model designation
Technical data (guaranteed values at +25 °C)
LT 2 - 5 4 4 P - A2
Frequency range
500 – 2900 MHz
At frequency range
800 – 2400 MHz
500 – 2900 MHz
Insertion loss
2-way
4-way
8-way
0,3 dB typ. / 0,5 dB max.
0,5 dB typ. / 1,0 dB max.
0,8 dB typ. / 1,5 dB max.
0,5 dB typ. / 1,0 dB max.
0,8 dB typ. / 1,5 dB max.
1,5 dB typ. / 2,5 dB max.
RF-connector output
4 = SMA female
8 = N female
VSWR IN/OUT
2-way
4-way
8-way
1,3 : 1 typ. / 1,5 : 1 max.
1,3 : 1 typ. / 1,5 : 1 max.
1,5 : 1 typ. / 1,8 : 1 max.
1,5 : 1 typ. / 1,8 : 1 max.
1,5 : 1 typ. / 1,8 : 1 max.
1,5 : 1 typ. / 2,0 : 1 max.
RF-connector input
4 = SMA female
8 = N female
Isolation
2-way
4-way
8-way
23 dB typ. / 20 dB min.
23 dB typ. / 20 dB min.
20 dB typ. / 18 dB min.
13 dB typ. / 10 dB min.
13 dB typ. / 10 dB min.
11 dB typ. / 9 dB min.
Impedance
5 = 50 Ohm
Impedance
50 Ω
RF-connectors
SMA female, N female
Number of outputs
Temperature range
-40 °C to +60 °C
LT-series
Phase difference at the output 0°
Standard
P = Passiv
Maximum RF-power
Splitter:
5 W max.
Combiner: 1 W max. per port
Enclosure dimensions and possible variations
LT2-544P-A2
M2,5/8deep
LT2-588P-A2
M2,5/5deep
M2,5/5deep
All dimensions in mm
M3/5deep
M3/5deep
27
Enclosure dimensions and possible variations
LT4-544P-A2
LT4-588P-A2
M3/5deep
M3/5deep
M3/5deep
M3/5deep
LT8-544P-A2
M3/6deep
M3/6deep
LT8-584P-A2
M3/6deep
M3/6deep
(at both sites)
All dimensions in mm
28
Programmable attenuators DC to 2500 MHz – TTL, RS232, RS485
Series PAS und T-PAS
쮿 DC to 2500 MHz
쮿 Controlling via build in
5-V-TTL-driver or optionally
RS232/RS485-interface
쮿 Up to 63 dB total attenuation
쮿 0,5 dB, 1 dB or 2 dB steps
(depends on type)
쮿 50 or 75 Ω impedance
쮿 SMA-, BNC-, N-, or TNC connectors
쮿 Also available in cassette enclosures
At RF-technology often it is necessary to
attenuate a RF-signal defined with a digital
control signal. For that applications we
offer the types of the series PAS.
For the frequency range DC to 2500 MHz
switchable attenuators are available
with steps of 0,5, 1 or 2 dB.
A RS232- or a RS485-interface was integrated
to control the units via PC.
The controlling is realized via ASCII-strings.
The attenuators are available in 50-Ω- and in
75-Ω−technology. Precision relays are used
as switching elements in the PAS-series.
These relays enable to work up RF-signals
with DC voltage parts.
RF-connectors are alternatively SMA-, BNC-,
N-, or TNC-types (all female).
SMB, SMC or other connectors are
possible on request.
Model designation
T - PAS -100 / 31- 5 4 1 1
Style
1 = Standard
2 = Special
3 = RS232
4 = RS485
Supply voltage
0 = 5 V DC
1 = 12 V DC
2 = 24 V DC
RF-connectors,
female
0 = BNC
2 = TNC
4 = SMA
8=N
Impedance
5 = 50 Ω
7 = 75 Ω
maximum
attenuation
Frequency range
PAS-series
T = only at
cassette enclosure
Technical data (guaranteed values at +25 °C)
Switching time
15 ms
Life cycles
106 cycles
Operating temperature
0 to +50 °C
Maximum RF-power*
0,5 W CW (75 Ω); 1,0 W CW (50 Ω)
Impedance
50 Ω or 75 Ω
Supply voltage
5, 12, or 24 V (+ 5 V at RS232, RS485)
Controlling
5 V TTL (connection via SUB-D connector), RS232, RS485
RF-connectors
SMA , BNC , N , TNC female
Accessories (optional)
Mains adaptor, contol software
*cold switching
29
/
values
ations est!
u
n
e
t
t
u
a
Other ation on req
grad
Types and technical data
Basic model
Frequencyrange
(MHz)
Attenuation Gradation
max.
(dB)
(dB)
Steps of
Insertion
attenuation loss
(dB)
(dB)
VSWR
0,5
1,3 : 1
Controlling
Accuracy
per step
(dB)
5 bit TTL
±0,3
typ.
DC to 100 MHz in 50 Ω and 75 Ω
PAS-100/15,5
DC to 100
15,5
0,5-1-2-4-8
1,5
PAS-100/15
DC to 100
15
1-2-4-8
1
1
1,3 : 1
4 bit TTL
±0,3
PAS-100/31
DC to 100
31
1-2-4-8-16
1
1,5
1,3 : 1
5 bit TTL
±0,3
PAS-100/62
DC to 100
62
2-4-8-16-32
2
1,5
1,3 : 1
5 bit TTL
±0,3
PAS-100/63
DC to 100
63
1-2-4-8-16-32
1
2
1,3 : 1
6 bit TTL
±0,3
DC to 1000 MHz in 50 Ω
PAS-1000/15,5-5
DC to 1000
15,5
0,5-1-2-4-8
0,5
2,5
1,35 : 1
5 bit TTL
±0,3
PAS-1000/15-5
DC to 1000
15
1-2-4-8
1
2,0
1,35 : 1
4 bit TTL
±0,3
PAS-1000/31-5
DC to 1000
31
1-2-4-8-16
1
2,5
1,35 : 1
5 bit TTL
±0,3
PAS-1000/62-5
DC to 1000
62
2-4-8-16-32
2
3,0
1,35 : 1
5 bit TTL
±0,3
PAS-1000/63-5
DC to 1000
63
1-2-4-8-16-32
1
3,5
1.35 : 1
6 bit TTL
±0,3
PAS-1000/15,5-7
DC to 1000
15,5
0,5-1-2-4-8
0,5
2,5
1,7 : 1
5 bit TTL
±0,3
PAS-1000/15-7
DC to 1000
15
1-2-4-8
1
2,0
1,7 : 1
4 bit TTL
±0,3
PAS-1000/31-7
DC to 1000
31
1-2-4-8-16
1
2,5
1,7 : 1
5 bit TTL
±0,3
PAS-1000/62-7
DC to 1000
62
2-4-8-16-32
2
3,0
1,7 : 1
5 bit TTL
±0,3
PAS-1000/63-7
DC to 1000
63
1-2-4-8-16-32
1
3,5
1,7 : 1
6 bit TTL
±0,3
PAS-2000/15-5
DC to 2000
15
1-2-4-8
1
2,5
1,35 : 1
4 bit TTL
±0,3
PAS-2000/31-5
DC to 2000
31
1-2-4-8-16
1
3,0
1,35 : 1
5 bit TTL
±0,3
PAS-2000/62-5
DC to 2000
62
2-4-8-16-32
2
3,5
1,35 : 1
5 bit TTL
±0,3
PAS-2000/63-5
DC to 2000
63
1-2-4-8-16-32
1
4,0
1,35 : 1
6 bit TTL
±0,3
PAS-2000/15-7
DC to 2000
15
1-2-4-8
1
2,5
2,0 : 1
4 bit TTL
±0,7
PAS-2000/31-7
DC to 2000
31
1-2-4-8-16
1
3,0
2,0 : 1
5 bit TTL
±0,7
PAS-2000/62-7
DC to 2000
62
2-4-8-16-32
2
3,5
2,0 : 1
5 bit TTL
±0,7
PAS-2000/63-7
DC to 2000
63
1-2-4-8-16-32
1
4,0
2,0 : 1
6 bit TTL
±0,7
PAS-2500/15-5
DC to 2500
15
1-2-4-8
1
3,0
1,6 : 1
4 bit TTL
±0,5
PAS-2500/31-5
DC to 2500
31
1-2-4-8-16
1
3,5
1,6 : 1
5 bit TTL
±0,5
PAS-2500/62-5
DC to 2500
62
2-4-8-16-32
2
4,0
1,6 : 1
5 bit TTL
±0,5
PAS-2500/63-5
DC to 2500
63
1-2-4-8-16-32
1
4,5
1,6 : 1
6 bit TTL
±0,5
DC to 1000 MHz in 75 Ω
DC to 2000 MHz in 50 Ω
DC to 2000 MHz in 75 Ω
DC to 2500 MHz in 50 Ω
Enclosure dimensions for 4-, 5- and 6-step attenuators
Model PAS
Model T-PAS
Model PAS-RS232
1st gradiation
1st gradiation
M2,5/6deep
at back side
M4/8deep
All dimensios in mm
Semiconductor attenuators, 200 to 4000 MHz
30
Series PAH
The attenuator named PAH-4000/93-5440 is
based on semiconductor devices. It is
developed for the use between 200 and
4000 MHz.
The frequency tapes from GSM, DECT,
UMTS, bluetooth (ISM), etc. are in this
frequency range. The attenuation of the
unit is adjustable continuously and without
breaks from 0 to 93 dB. The PAH 4000 can
be used very flexible because of its compact
style and the controlling via I2C-bus, e. g.
with MTS controller card BK 517 or with any
PC with the fitting interface.
쮿 Programmable attenuator with
I2C-bus-controlling
쮿 Address adjustment via DIP-switch
쮿 Range of application e. g. GSM,
DECT, UMTS, TETRA, bluetooth
Technical data
(guaranteed values at +25 °C)
Model PAH-4000/93-5440
General technical data (guaranteed values at +25 °C)
Frequency range (MHz)
200 – 500
500 – 800
800 – 3000
3000 – 4000
Insertion loss
<5,8 dB
<6,1 dB
<7,5 dB
<8,8 dB
Frequency range
200 to 4000 MHz
VSWR in/out
<2,6 : 1
<2,1 : 1
<1,7 : 1
<1,9 : 1
Impedance
50 Ω
Linearity (of Insertion loss)
±0,4 dB
±0,4 dB
±1 dB
±1 dB
Attenuation
93 dB max.
Gradation
1 / 2 / 4 / 8 /16 / 16 /
16 / 30 dB
Maximum RF-power
+26 dBm
Accuracy of the steps
of attenuation
1 – 23 dB
24 – 93 dB
± (0,3 dB + 5% of attenuation value)
± (0,5 dB + 10% of attenuation value)
IP 3
+44 dBm typ.
RF-connectors
SMA female
Operating voltage
+5 V DC / 10 mA
Controlling
I2C-Bus
Controlling connector
Erni blade-contact
connector, SMC-12pole
Temperature range
-10 to +50 C
Enclosure dimensions, series PAH
SMC-12pole
M3
(at both sides)
M3/4deep
All dimensions in mm
Manual adjustable step attenuators
31
Series AS
The attenuation of step attenuators
series AS is manual selected by
toggle switches. Generally the following
steps of attenuation are available:
1, 2, 4, 8 (16) dB or 1, 2, 5, 10 (20) dB;
MTS offers also other attenuation steps on
request. The attenuators are available as
4-step or 5-step types.
Model designation
AS - 5 0 0 - 4
Number of step (4 or 5)
RF-connectors female
at the output
0 = BNC
2 = TNC
4 = SMA
6 = 1.6/5.6
8=N
RF-connectors female
at the input
0 = BNC
2 = TNC
4 = SMA
6 = 1.6/5.6
8=N
Technical data (guaranteed values at +25 °C)
Basic types
Special types AS-5CC4-30-S1
Frequency range
DC to 100 MHz
400 to 1000 MHz
Attenuation steps
2, 4, 8, 16 dB
Impedance
5 = 50 Ω
7 = 75 Ω
1, 2, 4, 8 (16) dB
1, 2, 5, 10 (20) dB
Accuracy / step
±0,5 dB
±0,3 dB
VSWR
1,3 : 1
1,4 : 1
Series AS
Impedance
50 Ω or 75 Ω
50 Ω
Maximum RF-power
1 W CW (2 W on request)
0,8 W CW
Insertion loss
0,5 dB
0,8 dB
RF-connectors
BNC, TNC, SMA 1.6/5.6, N female
SMC, female
Enclosure dimensions, series AS
4 step
M2/4deep
5 step
AS-5CC4-30-S1
M2/4deep
M4/6deep
All dimensions in mm
32
Fixed attenuators, DC to 18 GHz
Series DGL-18
쮿 Standard types:
3 / 6 / 10 / 20 / 30 dB
쮿 Intermediate values:
SMA connectors
0 – 1,75 dB in 0,25 dB-steps
2 – 30 dB in 1 dB-steps
쮿 N connectors
1 – 29 dB in 1 dB-steps
Dimensions SMA and N connectors
SMA connectors
SMA connectors to
MIL-C-C-39012 typ.
see table
N connectors
N connectors to
MIL-C-39012 typ.
Technical data (guaranteed values at +25 °C)
Frequency range
see table
DC – 18 GHz
Impedance
50 Ω
Peak power
250 W max. (5 µs, 0,05%)
Attenuation accuracy
VSWR
see table
0 – 6 dB
±0,30 dB max.
7 – 20 dB
±0,50 dB max.
21 – 30 dB
±0,75 dB max.
DC – 4 GHz
1,15 : 1 max.
4 – 8 GHz
1,20 : 1 max.
8 – 12,4 GHz
1,25 : 1 max.
12,4 – 18 GHz
1,35 : 1 max.
Model designation
Maximum RF-input power
2 W at 25° C linear decreasing to 0,5 W at 125 °C
DGL18 - 5 10 5 4
Temperature range
-65 to +125 °C
RF-connectors
SMA or N
RF-connector 1
4 = SMA
female
RF-connector 2
5 = SMA
male
Attenuation (dB)
2 digits
or
Impedance
5 = 50 Ω
DGL-series,
18GHz
8=N
female
9=N
male
Dimensions
Total length
Diameter
0 – 12 dB
13 – 30 dB
0 – 30 dB
SMA f / SMA m
7,10 mm
22 mm
25 mm
–
SMA m / SMA m
7,10 mm
25 mm
28 mm
–
SMA f / SMA f
7,10 mm
22 mm
25 mm
–
Nf/Nm
15,75 mm
–
–
44,70 mm
Nm/Nm
14,22 mm
–
–
46,23 mm
Nf/Nf
14,22 mm
–
–
50,42 mm
to 60
nectors up
With N con
est
dB on requ
Fixed attenuators, DC to 1000 MHz
33
Series DGL
In the series DGL we offer fixed
attenuators combined with all saleable
coaxial connectors (jack or plug).
The operator doesn´t need expensive
adapters and prevents measuring errors as
result of bad impedance matching between
the adapter and the attenuator.
The coaxial attenuator series DGL is designed
to meet specifications within a frequency
range from DC to 1000 MHz. Some models
are designed for single hole front panel
mounting.
Various types are available with standard
attenuation values of 1 dB, 3 dB, 6 dB, 10 dB
or 20 dB ex stock in Donauwörth.
For intermediate values or higher power
contact your representative!
Enclosure dimensions, series DGL
Technical data (guaranteed values at +25 °C)
Frequency range
DC to 1000 MHz
Impedance
50 Ω or 75 Ω
Attenuation
1 dB to 30 dB in 1 dB-steps
Accuracy of attenuation
±0,5 dB to 20 dB; ±0,7 dB from 20 dB
VSWR
1,25 : 1
Maximum RF-power (bidirectional) 0,5 W CW (25 °C) (others on request)
Temperature range
-25 to +85 °C
Dimensions
see also series DGL, IAG, DCB
Model designation
DGL - 5 10 1 0
RF-connector 2
RF-connector 1
Attenuation (dB)
2 digits
Impedance: 5 = 50 Ω
7 = 75 Ω
DGL-series
All dimensions in mm
0
1
2
3
4
6
7
8
9
=
=
=
=
=
=
=
=
=
BNC female
BNC male
TNC female*
TNC male*
SMA female*
1.6/5.6 female**
1.6/5.6 male**
N female
N male
A = SMB female*
B = SMB male*
C = SMC female*
D = SMC male*
E = SMS female*
F = SMS male*
* only 50 Ω,
** only 75 Ω
33
34
Impedance matching modules / DC-blocks
Impedance matching modules, series IAG
request!
uencies on
Other freq
An impedance matching module is used for
measurement applications or for coupling
modules with unequal impedance.
Technical data (guaranteed values at +25 °C)
Frequency range
DC to 2 GHz
Impedance
50 Ω and 75 Ω
Insertion loss
6,5 dB
VSWR
1,5 : 1
Maximum RF-power
0,5 W CW (25 °C) (others on request)
Temperature range
-25 to +85 °C
Dimensions
see styles of the series DGL, IAG, DCB
Standard connectors
N/N and BNC/BNC, also see styles and
dimensions of the series DGL, DA/DAS, IAG, DCB
Model designation
IAG 0 - 50 - 0 - 75
Impedance 75 Ω
RF-connector 75 Ω
Impedance 50 Ω
RF-connector 50 Ω
IAG-series
0
1
2
3
4
6
7
8
9
=
=
=
=
=
=
=
=
=
BNC female
BNC male
TNC female*
TNC male*
SMA female*
1.6/5.6 female**
1.6/5.6 male**
N female
N male
A
B
C
D
E
F
=
=
=
=
=
=
SMB female*
SMB male*
SMC female*
SMC male*
SMS female*
SMS male*
*only 50 Ω,
** only 75 Ω
DC-block, 50 MHz to 2 GHz, series DCB
request!
uencies on
Other freq
A DC-block prevents following
components from DC-voltages.
Technical data (guaranteed values at 25° C)
Frequency range
50 MHz to 2 GHz
Impedance
50 Ω (75 Ω on request)
Insertion loss
2 dB typ.
VSWR
1,25 : 1
Maximum RF-power
0,5 W CW (25° C) (others on request)
Temperature range
-25 °C to +85 °C
Standard connctors
N, BNC, TNC, also see styles and
dimensions of the series DGL, IAG, DCB
Construction of model designation
DCB - 5 0 0 - 2G
Standard frequency
HF-connector 2
HF-connector 1
Impedance
5 = 50 Ω
7 = 75 Ω
DCB-series
0
1
2
3
4
6
7
8
9
=
=
=
=
=
=
=
=
=
BNC female
BNC male
TNC female*
TNC male*
SMA female*
1.6/5.6 male**
1.6/5.6 male**
N female
N male
A =
B =
C =
D =
E =
F =
SMB female*
SMB male*
SMC female*
SMC male*
SMS female*
SMS male*
*only 50 Ω,
** only 75 Ω
35
Style and dimensions of the series DGL, IAG, DCB
BNC-f/m
BNC-f/f
TNC-f/m
TNC-f/f
N-f/m
N-f/f
1.6/5.6-f/m
1.6/5.6-f/f
SMA-f/f
SMA-f/m
SMC-m/m
All dimensios in mm
38
Aircirculation ventilation units
Series LE-U
쮿 230 V, 50/60 Hz AC voltage
쮿 12 V DC voltage
쮿 24 V DC voltage
Generally our aircirculation ventilation units
are made as 19"units from a height
of 1HU (1 HU = 43,6 mm).
The customer can choose between
1, 2 or 3 raws of ventilators in the depth.
We offer the 230 V AC units with the
types of ventilators named A, B or C, the
12 V DC versions with the types named D or
E and the 24 V DC versions with the types
F or G (see page 41).
The ventilation units series LE are
open at the bottom side.
We can offer finger protectors or
dust filters for bottom side on request
(Finger protectors and dust filters
are not available for fan type C).
쮿 Other heights (2HU, 3HU) or other
depths on request;
Air flow direction
Air is sucked from below and is led onto
the upper side.
Typical applications
쮿 Support of natural convection inside of
19"racks
쮿 Forced air cooling of equipment
by means of air circulation
ered!
consid
e
b
l
il
hes w
er´s wis
Custom
Basic configuration
Options and accessories
쮿 Front panel is colourless anodized.
쮿 Rubber socket and cable, 2 m long
(230 V AC voltage)
쮿 19"unit is yellow alodyned.
쮿 Rubber connector for 230 V AC
includes switch and fuse (power cord
is not included with 230 V AC types.).
(= Option 1)
쮿 Rubber socket and cable, 3 m long
(230 V AC voltage)
(= Option 2)
쮿 Extra dust filter for 1-raw drawer
(= Option 3)
쮿 12 V DC or 24 V DC types
are delivered with 1,2 m cable inclusive
pull relief.
쮿 Take off of hot air by mounting
the blowers at the top of a unit
쮿 The number, the model and the position
of fans can be specified on demand.
쮿 Elimination of heat sections in a rack
쮿 Unused positions will be closed with a
blank plate.
쮿 Please send us your application!
쮿 Extra dust filter for 2-raw drawer
(= Option 4)
쮿 Extra dust filter for 3-raw drawer
(= Option 5)
쮿 Finger protection at bottom side
(= Option 6)
쮿 Custom silk-screen printing on the
front panel
(= Option 7)
Examples of special custom models
Model LE1-1520-09, 1 HU ventilation
unit, 2 fans, TTL alarm circuit for
protection of external equipment
Model LE1-3531-15C, 1 HU ventilation unit,
3-6 fans according to customers request
Model LE2-3E-11, 2 HU ventilation unit,
3 fans and 3 mains outlets
Front sucking ventilation units
39
Serie LE-F
쮿 230 V, 50/60 Hz AC voltage
쮿 12 V DC voltage
쮿 24 V DC voltage
The front sucking ventilation units are
available with 2 HU front panels
(2 HU = 88 mm).
The customer can select between
1, 2 or 3 raws of ventilators in the depth.
We offer the 230 V AC units with the
types of ventilators named A, B or C, the
12 V DC versions with the types named D or
E and the 24 V DC versions with the types
F or G (see page 41).
The exact ordering designation
is described at page 40.
Generally the front sucking ventilation
units are equipped with a large dust filter
at the side of the air suction.
This dust filter is mounted horizontally
below the fans. With this construction you
reach a homogeneous contamination
and a very long life cycle of the filter.
Air flow direction
The unit sucks in the air at its front side,
filters it and blows it upwards.
Typical applications
쮿 Ventilating the whole rack from the
bottom to the top
쮿 Forced cooling of several units
with air from outside the
rack.
쮿 Elimination of heat sections within
an unit, especially if there is no
possibility to use aircirculation
ventilation units.
red!
onside
c
e
b
l
hes wil
er´s wis
m
o
t
s
u
C
Options and accessories
쮿 Rubber socket and cable, 2 m long
(230 V AC voltage)
(= Option 1)
쮿 Rubber socket and cable, 3 m long
(230 V AC voltage)
(= Option 2)
쮿 Extra dust filter for 1-raw unit
(= Option 3)
쮿 Extra dust filter for 2-raw unit
(= Option 4)
쮿 Extra dust filter for 3-raw unit
(= Option 5)
쮿 Custom silk-screen printing on the
front panel
(= Option 7)
Aircirculation ventilation units
Front sucking ventilation units
Basic configuration
쮿 Front panel is colourless anodized.
쮿 19"unit is yellow alodyned.
쮿 Rubber connector for 230 V AC
includes switch and fuse (power cord
is not comprised with 230 V AC types.).
쮿 12 V DC or 24 V DC types are
delivered with 1,2 m cable
inclusive pull relief.
쮿 Dust filter
쮿 The number, the model and the position
of fans can be specified on demand.
쮿 Unused positions will be closed with a
blank plate.
The air is sucked below the ventilation unit
and is conveyed to the top.
The air is sucked through the frontside of the
ventilation unit, filtered and conveyed to the top.
Ventilation units, ordering information
40
Series LE-U and LE-F
Please choose the needed parts of the
ordering number of a special ventilation
unit from the following drawings.
Aircirculation ventilation units are available
only with a height of 1HU,
front sucking ventilation units
with a height of 2HU.
1-raw ventilation unit
The front panel width of all models
is 19" (482,6 mm).
2-raw ventilation unit
3-raw ventilation unit
1HU,
aircirculating,
model U1
1 HU,
air, Modell U1
43,6
1HU,
model
1 H,aircirculating,
umlüftend, Modell
U2U2
43,6
1HU,
1 aircirculating, model U3
43,6
22HU,
HE, frontansaugend,
ModellF1
F1
front sucking, model
88
front sucking, model
22HU,
HE, frontansaugend,
ModellF2
F2
88
front sucking, model
22HU,
HE, frontansaugend,
ModellF3
F3
88
1
2
3
171
431,5 mm
4
5
6
311
1
2
3
All dimensions in mm.
Model designation
LE - U1 - A - 0 - 3 - 1/2/3
Position of fans (not necessary if all positions are used)
No. of fans installed (not necessary if all positions are used)
Options
0
1–7
Supply voltage
A, B, C
of the type of fan D, E
F, G
H
= No option (standard)
= See description of the relevant ventilation unit
=
=
=
=
230 V AC
12 V DC
24 V DC
48 V DC
Model selection U1 to U3 = Aircirculating
F1 to F3 = Front sucking
Basic model description
Air conveying direction
431,5 mm
Air conveying direction
Air conveying direction
431,5 mm
7
8
9
4
5
6
1
2
3
451 mm
DC-feedthroughs, DC-feedthrough filters
42
Series D/DF
DC-feedthroughs
We offer various models of teflon isolated
DC-feedthroughs.
Type D1 and D2 are delivered without
nut and toothed lock washer.
Model D1
M3.5, item no. 46.13.0016
Inner conductor gold-plated
Model D2
M5 x 0,5, item no. 46.13.0017
Inner conductor gold-plated
DC-feedthrough filters
DC-feedthrough filters prevent the power
supply path from transporting RF-signals in or
out of an enclosure.
Technical data DC-feedthrough filters
Type
max. voltage
(at +85° C)
max. current
min. capacity
pF
min. no load insertion loss at 25°C to MIL-STD-220
10 MHz
100 MHz
1 GHz
10 GHz
item no.
DF2
350 V DC
10 A
1500
5 dB
45 dB
70 dB
70 dB
46.13.0014
DF3
200 V DC
10 A
1500
5 dB
45 dB
65 dB
70 dB
46.13.0013
Typical attenuation
DC-feedthrough filters
Dimensions DC-feedthroughs and
DC-feedthrough filters
Insertion loss in dB
Supplied with nut and washer, detailed technical data sheets are available on request.
Model D1
Model D2
Model DF2
Model DF3
Frequency in MHz
All dimensions in mm
Information (other components / feedback)
43
request!
Available on
Variable attenuators –
adjustable continuously,
series DGV
Frequency range
Attenuation
Impedance
Max. RF-power
RF-connectors
DC to 1000 MHz
18 dB min., 20 dB typ.
50 Ω or 75 Ω
1W
SMA female
Manual coaxial switches,
series SW
Frequency range
Impedance
Max. Rf-power
RF-connectors
DC to 32 MHz
50 Ω or 75 Ω
5 W CW
SMA, BNC, N
or TNC female
Power attenuators,
series LDGL and
power terminations,
series LAW
Coaxial terminations,
series AW and
coaxial short circuits,
series KK
Frequency range DC to 2 GHz
Impedance
50 Ω
Max. RF-power LDGL 10 W or 50 W
LAW 10 W or 60 W
RF-connectors
SMA, BNC, N, TNC
Frequency range
Impedance
Max. RF-power
RF-connectors
Feedthrough terminations,
series DA/DAS
Bias tees,
series FSW
Frequency range
Impedance
RF-connectors
Frequency range
Impedance
RF-connectors
DC to 500 MHz
50 Ω or 75 Ω
BNC
50 MHz to 2 GHz
50 Ω
BNC, SMA, TNC, N
fax
o
t
n
r
u
t
Re
Copy this page, fill it out and send it back to MTS Systemtechnik.
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쑽
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Company
Name
DC to 1000 MHz
50 Ω or 75 Ω
1 W CW
BNC, SMA, TNC,
1.6/5.6, N
Dpt.
Street
Post code
Location
Phone
Telefax
Systemtechnik
RF-systems and -units
Data technology
E-Mail
About the selected products please
Mechanical products
왏 send me detailed information
Systems and units
왏 Signal distribution units
왏 Antenna distrib. units / multi couplers
왏 Combiners
왏 Remote controlled switching units
왏 Filter units
왏 Ventilation units
왏 Matrices
왏 Coupling units
왏 Air interface adapters
왏 Shielding boxes
Components
왏 Coaxial relays
왏 Multi channel switches
왏 Videorelays
왏 Feedthrough terminations
왏 DC-blocks
왏 Fixed attenuators
왏 Terminations
왏 Coaxial short circuits
왏 Power attenuators and
power terminations
왏 send me an offer
왏 Signal dividers, power splitters,
combiners and multi couplers
왏 Programmable step attenuators
왏 Coaxial cable assemblies
왏 Bias tees
왏 Directional couplers
왏 Impedance matching modules
왏 PC controlled components
왏 Amplifiers
Mechanical modules
왏 RF shielded enclosures
왏 Structural enclosures
왏 Custom specified enclosures
왏 Milled components
왏 Milled cassettes
왏 Cassette enclosures
왏 19"-racks
왏 Ventilation units
왏 call me back
Data technology
왏 Controller cards and accessories
for operators in electronic
왏 Control units
왏 Custom specified interface units
왏 Development of firm- and software
according to customer's wishes
왏
Services
왏 CAD development and customerspecified CNC milled modules
왏 Mounting of components to and
testing of RF printed circuit boards
왏 Engineering-service
왏 Programming-service
Distribution for
IMS Connector-Systems GmbH
왏 Coaxial connectors
왏 Terminations
왏 Coaxial adapters
왏 Coaxial cable assemblies
Overview of systems and instruments
46
Systems and instruments
Signal distribution units for
쮿 Video signals
쮿 LF, HF, VHF, UHF
쮿 Data signals / control units
PC controlled signal switching units
쮿 With standard relays
쮿 Customer-specified (for measurement usage)
쮿 With control software for windows
Matrices for
쮿
쮿
쮿
쮿
쮿
Audio signals
Video signals
LF, HF, VHF, UHF
Satellite communication
Microwave applications
Filter units
Satellite communication in
Coupling units
쮿 L-, C-, X-, Ku- frequency band
Air Interface adapter
Professional systems for
telekommunication, e. g.
Shielding boxes
쮿 simulated hops
testing GSM-modules within
쮿 For
repeater
defined
environmental influences
쮿 Mastheads
쮿 Possibility
coupling units
of operating the test modules
쮿 during
air-interface
adapter
the test
with remote control
Aluminium
cover (closed) and further cover
Shielding
boxes
with shielded wire mesh to operate the
쮿 test
for testing
GSM-modules
speciem
manually (bywith
closed box)
defined environmental influences
쮿 shielding around 80 dB (under defined
conditions, order data sheed)
쮿
s
Please send u
your inquiry!
Mechanical overview
RF shielded enclosures
쮿 Series AG/AGO
RF shielded enclosures for electronicand RF-applications
(PCB clamp mounted)
쮿 Series UC
RF shielded enclosures with variable
bearing surface for PCBs (PCB screw
mounted)
쮿 Series ZG
RF shielded enclosures for hybrid
applications, dimensions in inches
쮿 Series TC
RF shielded enclosures for mounting
of TO8-thin and thick-film modules
Structural enclosures
쮿 Series G
Structural enclosures made of rectangular
tubes with variable base plate and
cover
쮿 Series KG
Customized structural enclosures
(width, depth), available optionally
in heights of 1 HU, 2 HU, 3 HU or 4HU
19’’-technology
쮿 Series FK
RF shielded milled cassettes for
units according to DIN 41494/T5,
Euro-board format (inside and outside!)
쮿 Series HK
RF shielded structural cassettes
for plug-in units according to
DIN 41494/T5, depth like an Euro-board
or customized
쮿 19’’-plug-in units
19’’-chassis (empty) and 19’’-subracks
also with improved RF shielding
쮿 Milled components
Customized milled components
s
Please send u
your inquiry!
47