Version
01.00
April
2005
Vector Signal Generator ¸SMATE200A
Configuration Guide
Option overview
Base Unit
SMATE200A
SMATE-B
SMATE-K
1400.7005.02
Hardware
Option
Software
Option
Vector Signal
Generator
RF path A
SMATE-B103
SMATE-B106
1401.1000.02
1401.1200.02
100 kHz to 3 GHz
1st RF Path
100 kHz to 6 GHz
1st RF Path
RF path B
SMATE-B206
SMATE-B22
SMATE-B31
1401.2507.02
1401.1800.02
SMATE-B203
1401.1400.02
1401.1600.02
FM/PhiM Modulator
and Low Phase Noise
High Power Output
1st RF Path
100 kHz to 3 GHz
2nd RF Path
100 kHz to 6 GHz
2nd RF Path
SMATE-B13
Baseband
Options marked with
stalled twice (first in baseband path
A, second in baseband path B)
1401.2907.02
2x
SMATE-B22
SMATE-B36
2x can be in-
1401.2507.02
1401.2107.02
Baseband Main
Module
FM/PhiM Modulator
and Low Phase Noise
High Power Output
2nd RF Path
SMATE-K62
SMATE-B10
SMATE-B11
1404.5807.02
1401.2707.02
1401.2807.02
2x
2x
2x
Baseband Generator
ARB (64 MSamples)
Baseband Generator
ARB (16 MSamples)
Additive White
Gaussian Noise
SMATE-B16
1401.2407.02
Differential
I/Q out
SMATE-K42
SMATE-K40
SMATE-K46
SMATE-K61
SMATE-K11
SMATE-K12
SMATE-K13
SMATE-K14
1404.5207.02
1404.5107.02
1404.5507.02
1404.5707.02
1404.5907.02
1404.6003.02
1404.6090.02
1404.6203.02
2x
2x
2x
2x
2x
2x
2x
2x
Digital Standard
CDMA2000
incl. 1xEV-DV
Digital Standard
3GPP FDD
Digital Standard
GSM / EDGE
Multicarrier CW
Signals
Digital Standard
IS-95
Digital Standard
CDMA2000
Digital Standard
3GPP TDD
Digital Standard
TD-SCDMA
SMATE-K43
SMATE-K15
SMATE-K17
SMATE-K19
SMATE-K20
1404.5307.02
1404.6303.02
1404.6403.02
1404.6503.02
1404.6603.02
2x
2x
2x
2x
2x
3GPP Enhanced
MS/BS Tests
incl. HSDPA
Digital Standard
3GPP FDD
incl. HSDPA
User-Defined
OFDM Signals
Digital Standard
1xEV-DO
Digital Standard
IEEE 802.11 (a/b/g)
Vector Signal Generator R&S SMATE200A
3
Single-path instrument
Applies if the instrument is equipped with one RF path and no more than one baseband path.
Step c Configure RF path
MANDATORY
Choose frequency range (only one choice possible)
MANDATORY
Option
Description
Requires
Not compatible with
SMATEB106
HW or SW Remarks
SMATEB103 100 kHz to 3 GHz
SMATEB106 100 kHz to 6 GHz
SMATE200A
SMATE200A
HW
HW
Factory-installed
Factory-installed
SMATEB103
Choose output configuration
OPTIONAL
Option
Description
Requires
SMATEB10x
Not compatible with
-
HW or SW Remarks
SMATE-B22 Low Phase Noise and analog
modulation FM and PhiM
HW
Factory-installed
SMATE-B31 High-Power Output
SMATEB10x
-
HW
Factory-installed
Step d Configure baseband path
OPTIONAL
Choose baseband source
MANDATORY
Option
Description
Requires
SMATEB10x
Not compatible with
-
HW or SW Remarks
SMATE-B13 Baseband Main Module
HW
Factory-installed.
Requires SMATEB10, SMATE-B11 or SMATEK62.
Factory-installed
SMATE-B10 Baseband Generator with
ARB (64 MSamples) and
Digital Modulation
SMATE-B11 Baseband Generator with
ARB (16 MSamples) and
SMATE-B13
SMATE-B13
SMATEB11
SMATEB10
HW
HW
HW
Factory-installed
Digital Modulation
Choose baseband hardware
SMATE-B16 Differential I/Q Output
OPTIONAL
SMATE-B10 or B11
-
Factory-installed
Choose digital modulation systems
OPTIONAL
Option
Description
Requires
Not compatible with
HW or SW Remarks
SMATE-K40 Dig. Std. GSM/EDGE
SMATE-K42 Dig. Std. 3GPP FDD
SMATE-K43 3GPP enhanced MS/BS tests
incl. HSDPA
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-K42
-
-
-
SW
SW
SW
SMATE-K46 Dig. Std. CDMA2000
SMATE-K61 Multicarrier CW Signal
Generation
SMATE-B10 or B11
SMATE-B10 or B11
-
-
SW
SW
Vector Signal Generator R&S SMATE200A
4
Choose digital modulation systems with R&S WinIQSIM™ 1
OPTIONAL
Option
Description
Requires
Not compatible with
HW or SW Remarks
SMATE-K11 Dig. Std. IS-95
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
-
-
-
-
-
-
-
-
SW
SW
SW
SW
SW
SW
SW
SW
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™ and WinIQOFDM
With WinIQSIM™
With WinIQSIM™
SMATE-K12 Dig. Std. cdma2000
SMATE-K13 Dig. Std. 3GPP TDD
SMATE-K14 Dig. Std. TD-SCDMA
SMATE-K15 User-Defined OFDM Signals
SMATE-K17 Dig. Std. 1xEV-DO
SMATE-K19 Dig. Std. IEEE 802.11 (a/b/g)
SMATE-K20 Dig. Std. 3GPP incl. HSDPA
With WinIQSIM™
SMATE-K5
Bluetooth
SMATE-B10 or B11
-
SW
With application software on an external PC
Choose noise
OPTIONAL
Option
Description
Requires
SMATE-B13
Not compatible with
-
HW or SW Remarks
SW
SMATE-K62 Additive White Gaussian
Noise (AWGN)
1
R&S WinIQSIM™ requires an external PC.
Vector Signal Generator R&S SMATE200A
5
Two-path instrument
Applies if the instrument is equipped with up to two RF paths and up to two baseband paths.
Step c Configure RF path A
MANDATORY
Choose frequency range (only one choice possible)
MANDATORY
Option
Description
Requires
Not compatible with
SMATEB106
HW or SW Remarks
SMATEB103 100 kHz to 3 GHz
SMATEB106 100 kHz to 6 GHz
SMATE200A
SMATE200A
HW
HW
Factory-installed
Factory-installed
SMATEB103
Choose output configuration
OPTIONAL
Option
Description
Requires
SMATEB10x
Not compatible with
-
HW or SW Remarks
SMATE-B22 Low Phase Noise and analog
modulation FM and PhiM
HW
Factory-installed
SMATE-B31 High-Power Output
SMATEB10x
-
HW
Factory-installed
Step d Configure RF path B
OPTIONAL
Choose frequency range (only one choice possible)
MANDATORY
Option
Description
Requires
Not compatible with
SMATEB206
HW or SW Remarks
SMATEB203 100 kHz to 3 GHz
SMATEB206 100 kHz to 6 GHz
SMATEB10x
SMATEB10x
HW
HW
Factory-installed
Factory-installed
SMATEB203
Choose output configuration
OPTIONAL
Option
Description
Requires
Not compatible with
-
HW or SW Remarks
SMATE-B22 Low Phase Noise and analog
modulation FM and PhiM
SMATEB10x
HW
Factory-installed
Second option for path B. If only once installed it will
added to path A automatically.
SMATE-B36 High-Power Output
SMATEB20x
-
HW
Factory-installed
Vector Signal Generator R&S SMATE200A
6
Step e Configure baseband path A
OPTIONAL
Choose baseband source
MANDATORY
Option
Description
Requires
SMATEB10x
Not compatible with
-
HW or SW Remarks
SMATE-B13 Baseband Main Module
HW
HW
HW
Factory-installed. Requires SMATE-B10, SMATE-
B11 or SMATE-K62.
SMATE-B10 Baseband Generator with
ARB and Digital Modulation
SMATE-B11 Baseband Generator with
ARB (16 MSamples) and
SMATE-B13
(in baseband path A)
SMATE-B13
SMATE-B11
(in baseband path A)
SMATE-B10
Factory-installed
Factory-installed
(in baseband path A)
(in baseband path A)
Digital Modulation
Choose baseband hardware
SMATE-B16 Differential I/Q Output
OPTIONAL
Can only be installed only once.
Factory-installed
SMATE-B10 or B11
(in baseband path A)
HW
Choose digital modulation systems
OPTIONAL
Option
Description
Requires
Not compatible with
HW or SW Remarks
SMATE-K40 Dig. Std. GSM/EDGE
SMATE-K42 Dig. Std. 3GPP FDD
SMATE-K43 3GPP enhanced MS/BS tests
incl. HSDPA
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-K42
-
-
-
SW
SW
SW
SMATE-K46 Dig. Std. CDMA2000
SMATE-K61 Multicarrier CW Signal Gen-
eration
SMATE-B10 or B11
SMATE-B10 or B11
-
-
SW
SW
Choose digital modulation systems with R&S WinIQSIM™ 1
OPTIONAL
Option
Description
Requires
Not compatible with
HW or SW Remarks
SMATE-K11 Dig. Std. IS-95
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
-
-
-
-
-
-
-
-
SW
SW
SW
SW
SW
SW
SW
SW
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™ and WinIQOFDM
With WinIQSIM™
With WinIQSIM™
SMATE-K12 Dig. Std. cdma2000
SMATE-K13 Dig. Std. 3GPP TDD
SMATE-K14 Dig. Std. TD-SCDMA
SMATE-K15 User-Defined OFDM Signals
SMATE-K17 Dig. Std. 1xEV-DO
SMATE-K19 Dig. Std. IEEE 802.11 (a/b/g)
SMATE-K20 Dig. Std. 3GPP incl. HSDPA
With WinIQSIM™
SMATE-K5
Bluetooth
SMATE-B10 or B11
-
SW
With application software on an external PC
1
R&S WinIQSIM™ requires an external PC.
Vector Signal Generator R&S SMATE200A
7
Choose noise
OPTIONAL
Option
Description
Requires
SMATE-B13
Not compatible with
-
HW or SW Remarks
SW
SMATE-K62 Additive White Gaussian
Noise (AWGN)
Step f Configure baseband path B
OPTIONAL
Choose baseband source
MANDATORY
Option
Description
Requires
SMATE-B13
(in baseband path A)
SMATE-B13
Not compatible with
-
HW or SW Remarks
SMATE-B13 Baseband Main Module
HW
Factory-installed. Requires SMATE-B10, SMATE-
B11 (in baseband path A or B) or SMATE-K62.
Factory-installed
SMATE-B10 Baseband Generator with
SMATE-B11 in path A
HW
ARB and Digital Modulation (in baseband path A or B)
and SMATE-B10
SMATE-B11
(in baseband path B)
SMATE-B10
(in baseband path A)
SMATE-B11 Baseband Generator with
SMATE-B13
(in baseband path A or B)
and SMATE-B10 or
SMATE-B11
HW
Factory-installed
ARB (16 MSamples) and
Digital Modulation
(in baseband path B)
(in baseband path A)
Choose digital modulation systems
OPTIONAL
Option
Description
Requires
Not compatible with
HW or SW Remarks
SMATE-K40 Dig. Std. GSM/EDGE
SMATE-K42 Dig. Std. 3GPP FDD
SMATE-K43 3GPP enhanced MS/BS tests
incl. HSDPA
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-K42
-
-
-
SW
SW
SW
SMATE-K46 Dig. Std. CDMA2000
SMATE-K61 Multicarrier CW Signal Gen-
eration
SMATE-B10 or B11
SMATE-B10 or B11
-
-
SW
SW
Vector Signal Generator R&S SMATE200A
8
Choose digital modulation systems with R&S WinIQSIM™ 1
OPTIONAL
Option
Description
Requires
Not compatible with
HW or SW Remarks
SMATE-K11 Dig. Std. IS-95
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
SMATE-B10 or B11
-
-
-
-
-
-
-
-
SW
SW
SW
SW
SW
SW
SW
SW
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™
With WinIQSIM™ and WinIQOFDM
With WinIQSIM™
With WinIQSIM™
SMATE-K12 Dig. Std. CDMA2000
SMATE-K13 Dig. Std. 3GPP TDD
SMATE-K14 Dig. Std. TD-SCDMA
SMATE-K15 User-Defined OFDM Signals
SMATE-K17 Dig. Std. 1xEV-DO
SMATE-K19 Dig. Std. IEEE 802.11 (a/b/g)
SMATE-K20 Dig. Std. 3GPP incl. HSDPA
With WinIQSIM™
Choose noise
OPTIONAL
Option
Description
Requires
SMATE-B13
Not compatible with
-
HW or SW Remarks
SW
SMATE-K62 Additive White Gaussian
Noise (AWGN)
Note:
Digital modulation systems and noise can be used either in baseband path A or baseband path B. The digital modulation systems or noise will be required twice
only if the baseband paths are used simultaneously. (For example, an instrument is equipped with one R&S SMATE-K40 and two R&S SMATE-B10. In this con-
figuration, R&S SMATE-K40 can be used either on baseband path A or baseband path B. For simultaneous use on both baseband paths, R&S SMATE-K40 would
be required twice.)
As only one set of Differential I/Q outputs SMATE-B16 can be installed, they can be switched to path A or B like the I/Q-outputs.
1
R&S WinIQSIM™ requires an external PC.
Vector Signal Generator R&S SMATE200A
9
Configuration Examples
The modular design of the R&S SMATE200A allows the instrument to be equipped with up to two paths. This allows a multitude of applications to be performed for which
several signal generators were previously required.
One baseband generator and one RF path
One baseband generator and two RF paths
SMATEB10x
SMATEB20x
SMATE-B10
SMATE-B13
SMATE-B13
SMATE-B10
SMATE-B13
SMATEB10x
Instrument configuration
Instrument configuration
Option
Installed
Description
Base unit
Frequency option 1st RF path
Frequency option 2nd RF path
Baseband main module
Option
Installed
Description
Base unit
Frequency option
Baseband main module
Baseband generator
SMATE200A
SMATEB10x
SMATE-B13
SMATE-B10
1x
1x
1x
1x
SMATE200A
SMATEB10x
SMATEB20x
SMATE-B13
SMATE-B10
1x
1x
1x
2x
1x
Baseband generator
Application example
Generation of digitally modulated signals
Application example
¾
¾
Interference test with same digital signal
Simulation of antenna diversity
¾
Vector Signal Generator R&S SMATE200A
10
One baseband generator and two RF paths
Two baseband generators and two RF paths
SMATEB10x
SMATEB20x
SMATE-B10
SMATE-B13
SMATE-B13
SMATE-B10
SMATE-B13
SMATEB10x
SMATEB20x
SMATE-B10
Instrument configuration
Instrument configuration
Option
Installed
Description
Base unit
Frequency option 1st RF path
Frequency option 2nd RF path
Baseband main module
Option
Installed
Description
Base unit
Frequency option 1st RF path
Frequency option 2nd RF path
Baseband main module
SMATE200A
SMATEB10x
SMATEB20x
SMATE-B13
SMATE-B10
1x
1x
1x
1x
1x
SMATE200A
SMATEB10x
SMATEB20x
SMATE-B13
SMATE-B10
1x
1x
1x
2x
2x
Baseband generator
Baseband generator
Application example
Application example
¾
Generation of a modulated signal on path A and a CW interferer on
path B
¾
Generation of a wanted signal and an interfering signal for receiver
tests
¾
Generation of multicarrier signals with extremely wide bandwidth
(>80 MHz)
Vector Signal Generator R&S SMATE200A
11
Ordering information
Vector Signal Generator1
R&S SMATE200A
1400.7005.02
including power cable, Quick Start Guide and CD-ROM
(with operating and service manual)
Options
RF path A
100 kHz to 3 GHz
100 kHz to 6 GHz
Low Phase Noise and analog modulation FM / PhiM
High-Power Output
R&S SMATEB103
R&S SMATEB106
R&S SMATE-B22
R&S SMATE-B31
1401.1000.02
1401.1200.02
1401.2507.02
1401.1800.02
RF path B
100 kHz to 3 GHz
100 kHz to 6 GHz
Low Phase Noise and analog modulation FM / PhiM
High-Power Output
R&S SMATEB203
R&S SMATEB206
R&S SMATE-B22
R&S SMATE-B36
1401.1400.02
1401.1600.02
1401.2507.02
1401.2107.02
Baseband
Baseband Generator with ARB (64 Msamples) and Digital Modulation
(realtime)
Baseband Generator with ARB (16 Msamples) and Digital Modulation
R&S SMATE-B10
R&S SMATE-B11
1401.2707.02
1401.2807.02
(realtime)
Baseband Main Module
Differential I/Q Output
R&S SMATE-B13
R&S SMATE-B16
1401.2907.02
1401.2407.02
Digital modulation systems
Digital Standard GSM/EDGE
Digital Standard 3GPP FDD
3GPP enhanced MS/BS tests incl. HSDPA
Digital Standard CDMA2000 incl. 1xEV-DV
Multicarrier CW Signal Generation
R&S SMATE-K40
R&S SMATE-K42
R&S SMATE-K43
R&S SMATE-K46
R&S SMATE-K61
1404.5107.02
1404.5207.02
1404.5307.02
1404.5507.02
1404.5707.02
Vector Signal Generator R&S SMATE200A
12
Digital modulation systems using R&S WinIQSIM™ 2
R&S SMATE-K11
R&S SMATE-K12
R&S SMATE-K13
R&S SMATE-K14
R&S SMATE-K15
1404.5907.02
1404.6003.02
1404.6090.02
1404.6203.02
1404.6303.02
Digital Standard IS-95
(with R&S WinIQSIM™)
Digital Standard CDMA2000
Digital Standard 3GPP TDD
Digital Standard TD-SCDMA
User-Defined OFDM Signals
(with R&S WinIQSIM™)
(with R&S WinIQSIM™)
(with R&S WinIQSIM™)
(with R&S WinIQSIM™
and R&S WinIQOFDM)
(with R&S WinIQSIM™)
(with R&S WinIQSIM™)
R&S SMATE-K17
R&S SMATE-K19
R&S SMATE-K20
1404.6403.02
1404.6503.02
1404.6603.02
Digital Standard 1xEV-DO
Digital Standard IEEE 802.11 (a/b/g)
Digital Standard 3GPP FDD incl. HSDPA (with R&S WinIQSIM™)
Digital modulation systems using external PC software
Bluetooth (with external SW)
R&S SMATE-K5
R&S SMATE-K62
1404.7000.02
1404.5807.02
Noise
Additive White Gaussian Noise (AWGN)
Recommended extras
Hardcopy manuals (in English, USA)
19" Rack Adapter
1401.0940.39
1096.3283.00
1109.3774.00
1160.4545.02
1157.6870.03
1157.7060.02
1134.8201.12
R&S ZZA-411
R&S ZZA-T45
R&S SMATE-Z5
R&S PSL-Z2
R&S PSL-Z10
R&S PSP-B6
Adapter for Telescopic Sliders
BNC Adapter for AUX I/O connector
Keyboard with USB Interface (US assignment)
Mouse with USB interface, optical
External USB CD-RW Drive
1
2
The base unit can only be ordered with an R&S SMATEB10x frequency option.
R&S WinIQSIM ™ requires an external PC.
Vector Signal Generator R&S SMATE200A
13
Europe: Tel. +49 1805 12 4242, e-mail: [email protected] · North America: Tel. +1 410-910-7988, e-mail: [email protected]
Asia: Tel. +65 68463710, e-mail: [email protected]
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