Rohde and Schwarz and Co KG 61020307 M3SR Series 4400 VHF/Transmitter User Manual Product Literature

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Document ID	331114
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Document Description	Product Literature
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Permanent Confidential	No
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Document Type	User Manual
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Date Submitted	2003-06-09 00:00:00
Date Available	2003-06-09 00:00:00
Creation Date	2001-07-17 14:07:31
Producing Software	Acrobat Distiller 4.0 for Windows
Document Lastmod	2001-07-17 14:35:18
Document Title	Product Literature

Digital Reprogrammable Software Radios M3SR
Your key to interoperability
◆ High operational flexibility while on
mission
◆ Interoperability with existing radios
according to international standards
◆ Easy system integration
◆ Low life cycle costs
◆ Software download of new
waveforms
◆ High growth potential through P3I
(preplanned product improvement)
Radio Basis KR4400
The various models are set up on the
hardware and software of the Radio Basis
KR4400, which forms the central and
common part of all M3SR radios. The
radio basis is independent of the RFspecific modules. Additional radiospecific hardware and software modules
define the performance features of the
radio.
M3SR (multiband, multimode and multirole surface radio) represents an innovative and versatile generation of software
radios for use in the navy, in civil and military air traffic control, air defence, and in
stationary applications.
In addition to M3TR (multiband, multimode and multirole tactical radio) and
M3AR (multiband, multimode and multirole airborne radio), the M3SR series is
the third element of a new radio equipment generation. All three types feature a
functionality that can be varied by means
of software.
For the commercial user, the basic units
come standard with the waveform for air
traffic control (ATC) in line with
EN300676. M3SR can be used both in
normal ATC operation and as an emergency backup radio.
The M3SR series is interoperable with
many types of existing radio equipment
and standards. For military customers,
this means seamless communication
with their own and allied troops. To communicate with neighbouring troops, the
radio is switched to the waveform or communication protocol used there. This
switchover can be made online even
during a mission.
Digital Reprogrammable Software Radios M3SR
The operational functions and the available waveforms are determined by the
loaded application software. Additional
functions can be implemented, as
required, by downloading the appropriate
software and/or using plug-in hardware
modules.
The KR4400 consists of the mechanical
frame, the radio platform (motherboard),
and a front panel with audio interface,
loudspeaker and status displays. The platform is the control center of the radio. The
embedded realtime operating system
controls and monitors all the functions in
the radio. A control panel (GB4000C) can
be integrated for local control of the
radios.
The main tasks of the radio basis include:
The M3SR features highly modular hardware and software architecture. All
M3SR units are based on the uniform
Radio Basis KR4400. The versatile
upgrade concept (P3I) of the basic version
helps to avoid unnecessarily high initial
investment costs.
◆ Monitoring and control of the complete radio unit
◆ Mechanical and electrical accommodation of modules and control panel
◆ Digital voice and data processing
◆ Internal routing of information data to
the interfaces
◆ Standard interfaces to peripherals
◆ Audio interface, loading of encryption keys and display of status information
The M3SR is available as a receiver,
multireceiver, transmitter or transceiver,
according to the customer’s requirements.
An oven-controlled crystal oscillator
(OCXO) is integrated as standard to meet
the stringent requirements regarding
time stability.
Modular design
For the configuration of the various radio
models, the radio basis is equipped with
slots for the radio modules, and a
mechanical fixture on the side to accommodate the transmitter module.
Key features of the modules
The modules have the following outstanding features:
◆ Independent use of all modules
(no alignment or manual adjustment
when modules are replaced)
◆ Central download of software and
firmware, either locally or remotely
(no need to open the radio unit)
◆ Data exchange via radio module bus
◆ Type label with bar code identification
down to PCB level (fast automated
detection and identification)
◆ All modules with electromagnetic
shielding (maximum EMC/EMI immunity)
◆ All settings made via software
(reduced maintenance)
◆ Fast and easy replacement of modules (short MTTR)
VHF/UHF Receiver Module ET4400
The Main Receiver Module ET4400 can
be universally used for all operational
modes in the VHF/UHF range. The use of
programmable VLSI components makes
for the extremely compact size of the
module which occupies only one slot. The
flexible digital demodulator allows
processing of complex digital waveforms.
VHF/UHF Guard Receiver ET4400G
The ET4400G simultaneously monitors
the emergency frequencies in the VHF
(121.5 MHz) and UHF (243 MHz) ranges
and can be installed in any M3SR model,
irrespective of the other modules. The AF
of the guard receiver can either be routed
to one of the audio interfaces, or mixed
with the AF of the main receiver. The software for the use of a guard receiver is
supplied with the basic unit.
Modules for radio module slots
VHF/UHF Synthesizer Module GF4400T
The synthesizer module is the core of the
high-frequency structure of the radio
unit. It covers the frequency range from
100 MHz to 512 MHz, generates the RF
signal for driving the transmitter, and
supplies the local oscillator (LO) signal for
the receiver module. Direct digital synthesis (DDS) technology ensures fine frequency tuning with high accuracy and
high speed. The extremely low-noise
signal generation allows the radio to be
used at sites with stringent requirements
regarding large-signal immunity (collocation).
Electronic Protective Measures (EPM)
Processor Module GP4400
The EPM Processor Module GP4400 is a
powerful processor module that performs
the data processing for special waveforms.
It occupies one radio module slot. The
module can host EPM waveforms such as
SATURN, SECOS or HAVE QUICK I/II on its
memory devices. The functionality of the
module is determined by the loaded software. Even switching between different
preloaded waveforms is possible.
Power modules
VHF/UHF Transmitter Module VT4403
The VT4403 is a universal transmitter
module for all operational modes in the
frequency range 100 MHz to 512 MHz
and is mounted in the KR4400. This
means that there is one transmitter for
each radio. A PIN diode switch is provided for fast and reliable switchover
between transmission and reception. Two
low-noise, temperature-controlled fans
are provided on the rear panel for heat
dissipation of the transmitter.
Main Receiver Module ET4400
Digital Reprogrammable Software Radios M3SR
Internal AC/DC Power Supply IN4400A
The IN4400A is the internal AC/DC power
supply required for receiver and multireceiver radio types. Its submodules are
an AC/DC converter and a DC/DC converter. The AC/DC converter delivers DC
from the external mains supply. The
IN4400A is located instead of the transmitter module. The external Universal
Power Supply IN4000A is required for
transceivers or transmitters.
Interfaces
In addition to the interfaces provided as
standard, interfaces in the form of interface cards can be inserted. Six free slots
are available for interface cards. These
cards may contain customer-specific
interfaces as well as other functions.
Backplane GH4400
The Backplane GH4400 connects the
optional interface cards and the transmitter module to the radio module bus. This
passive PCB does not occupy a radio
module slot. The Backplane GH4400 is
required for every M3SR configuration,
except receivers which do not need interface cards.
Local control panel
A local control panel can be integrated in
the front of the Radio Basis KR4400. If a
local control panel is not required, a blank
panel is fitted instead.
Comfort Control Panel (CCP) GB4000C
The ½ 19" plug-in CCP is the standard
control panel and allows easy and convenient local control of the radio. All the
specific functions of the radio are controlled by the GB4000C. The 5" display has
softkeys and a user-friendly, menuguided user interface. The keypad is
backlighted by LEDs. Further connected
M3SR units can be controlled and monitored from a local control panel.
Antenna connector configurations
The connector for a combined transmitting/receiving antenna is configured as
standard. Depending on the antennas
used, various connector combinations are
offered. This means that either separate
or combined antenna connectors are
available for main receiver, guard receiver
and transmitter.
Due to the use of a universal wideband
amplifier, only one antenna connector is
required, irrespective of the frequency
range. If separate operation of the VHF
and UHF range is required for special
applications, an external diplexer (e.g.
FT224) has to be used.
Remote control
A variety of standardized interfaces is
available for remote control of the radio
units. An integrated LAN (local area network) hub allows easy integration into
data networks. Any number of radios can
thus be controlled from a central operator
position.
The M3SR radios can be remote-controlled via external remote control units,
other M3SR units with integrated control
panel, Rohde&Schwarz remote control
systems or customer-specific solutions.
Backplane
Guard
receiver
EPM
processor
RX
Synthesizer
Radio modules
Interface
cards
Power modules
TX
Standard I/O
Radio module bus (RMB)
Radio basis
or
Radio control and signal processing
Audio front panel with fill gun connector
Local
control
panel
incl. DC
power supply
Digital Reprogrammable Software Radios M3SR
AC/DC
power
supply
Block diagram of M3SR
Built-in test (BIT) concept
Radio failure archive
An efficient BIT concept allows identification and location of functional failures
down to module level. All failures
detected during the test can be indicated
locally and remotely.
All failures detected and error messages
are stored in the radio failure archive. The
archive can be read locally on the CCP
and remotely. Each entry also contains a
description in plain text.
◆ Power-up BIT (PBIT)
Automatic test after power-up of the
unit
◆ Continuous BIT (CBIT)
Automatic start after successful PBIT
and continuous and automatic monitoring of all modules including radio
basis during operation
◆ Initiated BIT (IBIT)
Interactive test in non-operating
status to support maintenance of the
radio units; can be triggered locally or
remotely. Test and analysis of the signal path in the radio with the aid of
test signals without disconnecting the
antenna connector (test signal generator already built-in; simplified diagnostics possible without opening the
unit)
Inventory report
The software and hardware states of the
radio system are entered in full detail into
the inventory report. The report allows a
fast overview of the total configuration
status without having to open the unit.
Power supply concept
Transceivers and transmitters are supplied from DC. The external Universal
Power Supply IN4000A provides for AC
supply of the radios.
Receivers and multireceivers have an
integrated AC/DC power supply
(IN4400A).
Radio type Receiver,
multireceiver
Transmitter
Transceiver
integrated
Power supply
DC
integrated
integrated
AC/DC
integrated
external IN4000A external IN4000A
Digital Reprogrammable Software Radios M3SR
Specifications for basic fixed-frequency radio
Common data for transmitter, transceiver and receiver radio
configurations
Receiver data
Sensitivity
Unless stated otherwise, specs are valid for the frequency range from 108 MHz
to 174 MHz and 225 MHz to 400 MHz. For the remaining ranges down to
100 MHz and up to 512 MHz minor deviations may occur.
With AM (m = 0.3)
With FM (±3.5 kHz deviation)
Usable frequency range
Waveforms contained in
standard radio configuration
Optional waveforms
Channel spacing
100 MHz to 512 MHz without gap
For (S+N)/N = 10 dB (weighted to
ITU-T) and fm = 1 kHz
VHF (108 MHz to 173.975 MHz):
LOS FM
LOS AM
Civil ATC AM acc. to EN300676
UHF (225 MHz to 399.975 MHz):
LOS FM
LOS AM
– HAVE QUICK I/II acc. to STANAG4246
– SATURN acc. to STANAG 4372
– UHF DAMA with external modem
acc. to MIL-STD-188-181/2/3
– Link 11 with external modem acc. to
STANAG5511
– Link 22 with external modem acc. to
STANAG5522 on request
– Link 4A with external modem acc. to
STANAG5504 on request
– Link Y Mk2 with external modem on
request
– SECOS voice, Rohde&Schwarz
TRANSEC/COMSEC waveform
– SECOS with data preprocessor (DPP)
– SECOS with TDMA on request
– other waveforms on request
8.33 kHz, 25 kHz, 75 kHz (HAVE QUICK
mode)
Frequency spacing
8.33 kHz, 12.5 kHz and 25 kHz synthesizer increments
Frequency drift (–20°C to +55°C)
<0.1 ppm (10–7) with OCXO
Frequency offset (for TX only)
up to 4-carrier offset mode ±2.5 kHz/
5 kHz/7.5 kHz
5-carrier offset mode on request
Preset pages (channel configuration,
including all operational parameters)
Classes of emission
≤–107 dBm (low-noise mode)
≤–101 dBm (low-distortion mode)
≤–110 dBm (low-noise mode)
≤–104 dBm (low-distortion mode)
200
AM: A3E, A9E, AXX (16 kbit/s baseband and diphase)
FM: F3E, F9E, FSK, FSK-MSK
For values with guard receiver installed
see page 9.
AM internal noise level
(with input signal –47 dBm,
fm = 1 kHz, m = 0.3)
FM noise quieting (with input signal
–70 dBm, fm = 1 kHz;
deviation = ±3.5 kHz )
(S+N)/N ≥40 dB (modulated-tounmodulated), weighted to ITU-T
(S+N)/N ≥40 dB, weighted to ITU-T
Selectivity (IF bandwidth)
Main RX
BW 1 for 25 kHz channel spacing
BW 2 for 8.33 kHz channel spacing
BW 3 for data
BW 4 for data
≥26 kHz/6 dB, ≤50 kHz/80 dB
≥7 kHz/6 dB, ≤13 kHz/60 dB
≥50 kHz/6 dB, ≤150 kHz/70 dB
≥70 kHz/6 dB, ≤140 kHz/60 dB
RFI (radio frequency interference) suppression
Adjacent-channel rejection
Desensitization
S+N/N >10 dB, weighted to ITU-T
VHF ATC band acc. to EN300676
≥60 dB for 8.33 kHz and 25 kHz channel
spacing
wanted signal –95 dBm/m = 0.6,
unwanted signal +80 dBc
VHF at >±200 kHz
UHF at >±200 kHz
IF/image rejection
≥80 dB
Spurious rejection
80 dB
Suppression of 3rd order intermodulation products
Low-distortion mode, ref = –101 dBm,
≥70 dB
m = 30%, ∆f = 100 kHz
Local oscillator reradiation at antenna
≤–90 dBm
connector
Squelch
(S+N)/N setting range
6 dB to 20 dB
Squelch hysteresis
1.5 dB to 6 dB
Squelch attenuation (muting) (AF output with activated squelch threshold) ≤–70 dBm
Digital Reprogrammable Software Radios M3SR
AF outputs (voice) (valid for A3E and F3E in plain and fixed-frequency mode)
Transmitter data
Line output
Impedance
Level with input signal –47 dBm,
fm = 1 kHz, m = 0.6 or ∆f = 3.5 kHz
Unless stated otherwise, specs refer to the antenna terminal and involve an
antenna impedance of 50 Ω (max. VSWR = 1.1 and nominal power supply).
AF response
With 25 kHz channel spacing and
input signal –47 dBm, m = 0.3
With 8.33 kHz channel spacing and
input signal –47 dBm, m = 0.3
600 Ω ±10%
0 dBm nominal (–20 dBm to +10 dBm
settable) into 600 Ω, balanced (floating) allowing external grounding;
500 V minimum isolation against
ground
300 Hz to 3500 Hz with ±2 dB
≤150 Hz with ≤–15 dB (fref = 1 kHz)
≥5000 Hz with ≤–20 dB (fref = 1 kHz)
300 Hz to 3000 Hz with ±2 dB
≤150 Hz with ≤–15 dB (fref = 1 kHz)
≥4000 Hz with ≤–20 dB (fref = 1 kHz)
Output power
AM carrier power
30 W nominal, 1 W to 30 W adjustable
FM/FSK
100 W nominal, 1 W to 100 W adjustable
Power setting
quasi-continuously and independently
for AM and FM
Power reduction
for VSWR ≤2
for VSWR >2
for 26 V (FM)/28 V (AM) to 19 V DC
≤1 dB
graceful degradation
graceful degradation from nominal
power
THD (total harmonic distortion)
(with input signal –79 dBm to +3 dBm,
fm = 1 kHz and 600 Ω termination)
≤5%
With m = 0.6
≤10%
With m = 0.9
Permissible mismatch without
damage
short circuit to open circuit, all phases
Duty cycle
continuous transmission
Noise peak limiter threshold range
m = 0.3 to 0.9 adjustable
Thermal protection
integrated temperature-controlled fans
AF AGC with input variation
m = 0.3 to 0.9
≤1 dB AF output variation
AF outputs (WB) (valid for A9E and F9E in plain and fixed-frequency mode)
Line output
Impedance
Level with input signal –47 dBm,
fm = 1 kHz, m = 0.9 or ±6.25 kHz FM
deviation
600 Ω ±10%
1.4 V peak-peak nominal
(1 V to 8 V peak-peak settable) into
600 Ω unbalanced
AF response
With input signal –47 dBm, m = 0.9
30 Hz to 12000 Hz with ±2 dB
25000 Hz with ≤–10 dB (fref = 1 kHz)
Extended frequency range on request 30 Hz to 16000 Hz with ±2 dB
THD
(with input signal –79 dBm to +3 dBm,
m = 0.9, fm = 1 kHz and 600 Ω termina≤10%
tion)
Unwanted emissions
≥65 dB for 2nd harmonic
≥80 dB for 3rd harmonics and higher
higher suppression with external addon filters to comply with EN300676
Harmonics suppression
Nonharmonic spurious suppression
(for >100 kHz from carrier frequency)
≥80 dBc, 90 dBc typ.
Phase noise attenuation
at ∆f = ±25 kHz from carrier
at ∆f = ±1% from carrier
at ∆f = >±10 MHz
≥120 dBc/Hz (VHF)/≥110 dBc/Hz (UHF)
≥150 dBc/Hz
165 dBc/Hz
AM modulation depth tolerance with
specified input level at AF inputs
80% to 98%
FM frequency deviation
configurable acc. to the mode used;
examples
3.5 kHz
6.25 kHz
AF outputs (data) (valid for ASK and FSK/MSK)
Voice
WB/data
Data rate
AF inputs (NB voice) (valid for A3E and F3E in plain and fixed-frequency mode)
max. 32 kbit/s, higher data rates on
request
16 kbit/s baseband or diphase
m = 0.9; ∆F = ±6.25 kHz
RF AGC
With modulated input signals AM
(m = 0.6) or FM (±4.66 kHz deviation)
–107 dBm to +1 dBm (LN mode) or
≤3 dB AF output variation
–101 dBm to +7 dBm (LD mode)
Nominal input level voice audio
0 dBm
AF line input voice
–15 dBm to +10 dBm settable, into
600 Ω ±10% balanced; transformers
with center tap for phantom circuit;
500 V minimum isolation against
ground
For values with guard receiver installed
see page 9.
Digital Reprogrammable Software Radios M3SR
AF response
With 25 kHz channel spacing and
nominal input signal
With 8.33 kHz channel spacing and
nominal input signal
Built-in interfaces
300 Hz to 3500 Hz with ±2 dB
≤100 Hz with ≤–20 dB (fref = 1 kHz)
≥5000 Hz with ≤–25 dB (fref = 1 kHz)
Serial interfaces
2 serial interfaces up to 115 kbit/s; one
RS-232-C, the other one can be configured as RS-232-C/RS-422/RS-485,
parameters adjustable;
for radio control, configuration, software download and user data (SECOS
mode with DPP)
LAN
2 interfaces acc. to Ethernet IEEE802.3,
RJ-45 connectors, 10baseT;
for radio control, configuration and
software download
300 Hz to 2500 Hz with ±2 dB
≤100 Hz with ≤–20 dB (fref = 1 kHz)
≥3200 Hz with ≤–25 dB (fref = 1 kHz)
AF inputs (WB)
Nominal input level wideband
1.4 V peak-peak
AF line input WB/data
1 V to 8 V peak-peak adjustable,
into 600 Ω ±10%
RF power amplifier (PA) and RF filter
control interfaces
AF response (valid for A9E)
30 Hz to 12000 Hz with ±2 dB
With nominal input signal
Extended frequency range on request 30 Hz to 16000 Hz with ±2 dB
AF response (valid for F9E)
With nominal input signal
300 Hz to 12000 Hz with ±2 dB
Extended frequency range on request 300 Hz to 16000 Hz with ±2 dB
RF connectors for antennas
N female for TX or common TX/RX antenna and BNC female for RX
AF standard interfaces
2 narrowband, 2 wideband;
for voice and user data
External reference frequency
for special applications; input/output
(BNC connector): 0.8/1/2/5 or 10 MHz
configurable, can be daisy-chained
Timing system
input/output to receive/transmit TOD
(time of day) from/to external timing
system (e.g. GT400) acc. to STANAG
4246, STANAG 4430, ICD-GPS-060
AF inputs (data) (valid for ASK and FSK/MSK)
Data rate
max. 32 kbit/s, higher data rates on request
16 kbit/s baseband or diphase
m = 0.9; ∆F = ±6.25 kHz
Distortion AM/FM
(with 0 dBm input (300 Hz to 3500 Hz)) ≤8%
ALC (automatic level control) function
selectable
Modulation depth variation for
±15 dB, with input level setting
m = 0.8 to 0.98
–15 dBm to 0 dBm
Noise modulation (S+N/N) (m = 0.9,
1 kHz; fm = 5 kHz)
2 user-configurable interfaces for
Rohde&Schwarz PA and filters: 2 x PA
or 2 x filter or 1 x filter + 1 x PA; others
on request
Key distribution device interface
(fill gun)
≥40 dB
KYK-13, KOI-18, DTD (data transfer device) conforming to DS100/DS101/
DS102; Rohde&Schwarz KDD (key distribution device); external maintenance tool
External crypto devices
KY 58 (others on request)
Miscellaneous interfaces
e.g. PTT, carrier SQ, NOGO, INHIBIT,
switched DC for external devices; other
I/Os on request
DTMF
on request
Headphones output
max. 1 V at 150 Ω (adjustable to lower
values down to 0 V), NF7-type headset
connector
Integrated loudspeaker
max. 0.4 W, volume adjustable via
knob
Microphone inputs
dynamic micro: 0 mV to 25 mV into
150 Ω
amplifier micro: 0 V to 1 V/150 Ω,
15 mA to 20 mA, 9 V DC max.,
NF7-type headset connector
Special tones and PTT
Test tone
1 kHz/m = 0.9; generator included as
standard; for local and remote tests
Sidetone
(in plain AM/FM (normal voice) mode,
sidetone derived from carrier (AM) or
level related to adjusted RX output)
power monitor (FM) and introduced
into normal AF output
0 dB to 10 dB adjustable
PTT signalling
variety of methods (configurable):
parallel (ground or voltage), serial or
via audio inband tone (e.g. 2040 Hz) on
request
Digital Reprogrammable Software Radios M3SR
General data
Operating temperature range
–20°C to +55°C
Dimensions
Storage temperature range
–40°C to +70°C
Transceiver/transmitter (DC)
19" plug-in, 3 HU
Humidity
≤95% at +45°C to MIL-STD-810D
method 507.2 and DIN IEC68-2-30
without condensation and
50% at –5/+20°C to DIN IEC68-2-14
Transceiver/transmitter set (AC/DC)
19" plug-in, 3 HU + 1 HU (AC power
supply)
Receiver/multiple receiver (AC/DC)
19" plug-in, 3 HU
Additional space for rear cabling
200 mm recommended
Dust and water protection
Control unit
Radio
Fungus
Permissible altitude
Permanent operation
5 min operation
Transport
Vibration
Shock
EMI/EMC
IP 54
IP 20
protected to MIL-STD-810C method
508.2
5000 m asl
10000 m asl
10000 m asl
5 Hz to 55 Hz, 0.4 mm double
amplitude, test period: 30 min to
DIN IEC68-2-14, MIL-STD-167-1 type 1,
STANAG4138
45 Hz to 2000 Hz, ≤40 g, 3 shocks in
two of three axes to DIN IEC68-2-27,
MIL-STD-810D method 516.3
EN300 339
MIL-STD-461E: CE101, CE102, CE106,
CS101, CS114, RE101, RE102, RS101
(maximally achieved test field strength
160 dBpT), RS-103 (2 MHz to 1 GHz,
test field strength 10 V/m)
Transients and spikes (AC supply)
STANAG1008 edition 8 and
MIL-STD-1399 sec.103 type 1
Electrical safety
Directive 72/23/EEC (CE mark), IEC950,
VDE0804, VDE0805, VDE0866,
EN60950
Cooling
sensor-controlled forced-air cooling by
integrated fans, air flow direction from
front to rear side; if there is a front
door, it should have sufficient air inlets
Power supply
DC operation
AC operation
Receiver
Transmitter, transceiver
AC/DC operation
Power consumption
(example: VHF/UHF transceiver with
CCP, EPM, guard RX)
28 V nominal, 19 V to 31 V with some
degradations (acc. to Directives
89/336/EEC and 72/23/EEC)
90 V to 264 V, 47 Hz to 63 Hz
90 V to 264 V, 47 Hz to 63 Hz; 110 V at
400 Hz to 440 Hz (with external
IN4000A)
automatic switchover; priority to AC
depending on configuration and DC/
AC supply
approx. 80 W (receive mode, DC)
approx. 380 W/505 VA for VHF/UHF
30 W AM/100 W FM (transmit mode,
AC/DC)
Weight
Receiver
approx. 14 kg
Transceiver
approx. 16.5 kg
EPM transceiver incl. guard receiver
approx.17.5 kg
External Universal Power Supply
IN4000A
5.7 kg
Logistics
MTTR on module level
15 min typ.
Important note: All adjustments, settings and configurations stated above can
be performed locally or remotely via software.
Plug-in option
Guard Receiver ET4400G
Guard (distress) frequencies
121.5 MHz and 243 MHz in parallel at
the same time
Input signal protection
≤+21 dBm
Sensitivity (with AM (m = 0.3),
121.5/243 MHz)
ITU-T S+N/N = 10 dB
≤–101 dBm
Image and spurious rejection
80 dB
Selectivity (IF bandwidth)
≥30 kHz/6 dB, ≤75 kHz/60 dB
AM internal noise level
(with input signal –47 dBm,
fm = 1 kHz, m = 0.8)
(S+N)/N = 40 dB (modulated-tounmodulated), weighted to ITU-T
Note: If a guard receiver with common main receiver antenna is installed in an
M3SR, the sensitivity of the main receiver is reduced by 4 dB.
Certified Environmental System
Certified Quality System
ISO 14001 ISO 9001
REG. NO 1954
DQS REG. NO 1954
Digital Reprogrammable Software Radios M3SR
Ordering information
Type
Order No.
Basic transceiver models with OCXO, fixed-frequency software and without
control panel
6105.6006.03
6105.6006.04
VHF Receiver
EU4460A
6122.0502.03
Remote Control Units of
Series 400U2)
GB406xx
VHF Transmitter
SU4460A
6122.0402.03
Audio accessories
VHF Transceiver
XU4460A
6122.0302.03
Handset, rugged type
GA013
0693.7712.02
UHF Receiver
ED4460A
6122.0802.03
Headset, standard type
GA015
0583.6012.02
UHF Transmitter
SD4460A
6122.0702.03
Headset, light type
GA015L
6082.9663.02
UHF Transceiver
XD4460A
6122.0602.03
Headset, rugged type
GA012
0693.7664.02
VHF/UHF Receiver
ET4460A
6122.0202.03
VHF/UHF Transmitter
ST4460A
6122.0102.03
Microphone, dynamic,
handheld type
GA016H1
0583.5568.02
VHF/UHF Transceiver
XT4460A
6122.0002.03
GB4000C
6105.6006.02
VHF/UHF Guard Receiver ET4400G
6102.8508.02
Link 11 (software only
suitable for transceiver
configurations)1)
6102.2000.13
DS4400A
External filters and amplifiers
All Rohde&Schwarz filters and amplifiers in the radio frequency range are suitable. They can be remote-controlled via the basic radio without any need for
additional interface cards or software.
Options for basic radios
Local Comfort Control
Panel (CCP)
on request
Mating connectors (suitable for all radio types)
Full Connector Set
ZF4410
6105.9011.02
Connector Set without
circular connector
ZF4410
6105.9011.03
VHF
(100 MHz to 163 MHz)
HK012
0459.7611.02
UHF
(225 MHz to 400 MHz)
HK001
0425.2781.03
VHF/UHF
(100 MHz to 1300 MHz)
HK014
0644.1514.02
FT224
0525.5117.03
Antennas
SECOS 5/16
on request
SECOS 5/16 with DPP
on request
HAVE QUICK I
on request
HAVE QUICK II
on request
SATURN
on request
UHF DAMA
on request
Full duplex operation
on request
Miscellaneous
Interface for separate
RX/TX antennas
GI4403
VHF/UHF Diplexer
(100 MHz to 163 MHz/
225 MHz to 400 MHz )
6103.4758.02
Rohde&Schwarz Timing
GT400
System3)
Packages for later upgrade to Link 11, SECOS, HAVE QUICK I/II, SATURN etc on
request. Multiline equipment on request.
1)
2)
Auxiliary equipment
Power supply
Universal Power Supply
Power supply cable
M3SR-IN4000A, 1 m
3)
IN4000A
on request
Link 11 operation with RF monitoring using a second synthesizer on request.
With GB406xx, only the operational remote-control functions of M3SR are available. Please ask
for special firmware to control M3SR.
Recommended for time synchronization of frequency hopping systems. Including GPS receiver
and disciplined rubidium oscillator.
6105.5500.03
6105.5639.10
ROHDE & SCHWARZ GmbH & Co. KG ⋅ Mühldorfstraße 15 ⋅ 81671 München ⋅ Germany
P.O.B. 8014 69 ⋅ 81614 München, Germany ⋅ Telephone +4989 4129-0 ⋅ Fax +4989 4129-13663 ⋅ www.rohde-schwarz.com
PD 0757.6691.21 ⋅ Digital Reprogrammable Software Radios M3SR ⋅ Trade names are trademarks of the owners ⋅ Subject to change ⋅ Data without tolerances: typical values
Order designation
Comfort Control Unit (DC) GB4000C
Comfort Control Unit
(AC/DC)
GB4000C
(suitable for all radio
types, incl. software)
Printed in Germany
Basic radios
0701 (Bi ko)
Compatible remote control units

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