rohde schwarz SMB100B RF and microwave signal generator SMBB-B106：8 kHz to 6 GHz

rohde schwarz SMB100B  RF and microwave signal generator SMBB-B106：8 kHz to 6 GHz

Available options

RF and microwave signal generator SMBB-B101：8 kHz to 1 GHz，         Order number：1422.5005.02  

RF and microwave signal generator SMBB-B103：8 kHz to 3 GHz  ，       Order number：1422.5105.02

RF and microwave signal generator SMBB-B106：8 kHz to 6 GHz ，        Order number：1422.5205.02

RF and microwave signal generator SMBB-B112：8 kHz to 12.75 GHz ，Order number：1422.9030.02

RF and microwave signal generator SMBB-B120：8 kHz to 20 GHz，       Order number：1422.9100.02   

RF and microwave signal generator SMBB-B131：8 kHz to 31.8 GHz  ， Order number：1422.9175.02

RF and microwave signal generator SMBB-B140：8 kHz to 40 GHz ，     Order number：1422.9246.02

Key facts

Frequency range from 8 kHz to 1, 3, 6, 12.75, 20, 31.8 and 40 GHz

Outstanding single sideband (SSB) phase noise of <–112 dBc (meas.) at 10 GHz and an offset of 20 kHz

Very low wideband noise depending on the frequency range, sometimes well below <–145 dBc (meas.)

Highest output power of 34 dBm at 1 GHz, 25 dBm at 20 GHz and 19 dBm at 40 GHz (all is measured)

Compact form factor of 2 HU and 3/4 19" width for the R&S®SMB100B RF signal generator (1/3/6 GHz) and 19" width for the R&S®SMB100B microwave signal generator (12.75/20/31.8/40 GHz)。

Perfect combination of performance and usability in a compact size

The R&S®SMB100B analog signal generator combines performance and versatility in a small footprint. Outstanding spectral purity and very high output power combined with comprehensive functions and very simple operation characterize the R&S®SMB100B. The R&S®SMB100B analog RF signal generator (3/4 19" width) has a frequency range from 8 kHz to 1, 3 and 6 GHz. The R&S®SMB100B analog microwave signal generator (19" width) has a frequency range from 8 kHz to 12.75, 20, 31.8 and 40 GHz.

Features & benefits

Performance and usability in a compact size.

The R&S'SMB100B has outstanding spectral purity, very high output power andcomprehensive functions

The R&SeSMB100B RF and microwave signal generator combines performance and versatility in a smalfootprint, while offering comprehensive functions and user-friendly operation.

Frequency range from 8 kHz to 1,3,6,12.75,20,31.8 and 40 GHz

Compact form factor of 2 HU and 3/4 19" width for the R&SeSMB100B analog RF signal generator(1/3/6    GHz) and 19" width for the R&SeSMB100B analog microwave signal generator(12.75/20/31.8/40 GHz)

Context-sensitive online help provides comprehensive information

SCPl macro recorder with a code generator that automatically records manual settings and createsexecutable MATLAB@ scripts。

Perfect for signal quality

Very low $SB phase noise of <-112 dBc (meas.) at 10 GHz and an offset of 20 kHz

To improve DUTs, signal source quality must be much better than DUT performance. TheinnovativeR&SeSMB100B synthesizer design has very low SSB phase and wideband noise and excellentnonharmonic signal component suppression。

Perfect for output power

Highest output power of 34 dBm at 1 GHz, 25 dBm at 20 GHz and 19 dBm at 40 GHz (all ismeasured)

The R&SeSMBB-K31 high output power option for the R&SeSMB100B RF signal generator as well asthe R&SeSMBB-K33 high output power option for the R&SeSMB100B (12.75/20 GHz)and the R&SeSMBB-K35 high output power option for the R&SSMB100B (31.8/40 GHz) are key codesand can be easily activated later on. The R&SeSMB100B RF sianal generator lets the high power optionbe supplemented with the R&S@SMBB-B32 ultra hiah output power option。

Perfect for use

The R&SeSMB100B is very user friendly

The RF signal generator is easy to operate, can work with a connected R&SeNRP power sensor andemulate legacy instruments. You can also create your own user menu

Context-sensitive online help provides comprehensive information

SCPl macro recorder with a code generator that automatically records manual settings and createsexecutable MATLAB@ scripts。

Variable reference frequency inputs/outputs

The R&SeSMB100B can output (or input) various reference signals. The 1 MHz to 100 MHz variableexternal reference frequency input (R&SeSMBB-K704 option) allows the R&SeSMB100B to be easilintegrated into existing test environments. The received reference frequency can also be sent to aseparate reference output (for details see data sheet). Superb phase stability between multipleR&SeSMB100B instruments is possible with the 1 GHz reference frequency input and output option(R&S@SMBB-B3 option).

R&S®LegacyPro;

Refresh your T&M equipment

When individual pieces of equipment become obsolete before the entire ATE svstem, the regularcalibration and repair of obsolete equipment is expensive, time consuming and challenging. Replacingobsolete test equipment with equivalent state-of-the-art instruments should be straightforward andrequire minimal hardware and software changes. R&SeLegacyPro code emulation makes these changeswhile reducing the workload and eliminating risks.

R&S®NRP power sensor connectivity

An R&SeNRP power sensor can be connected to the R&SeSMB100B

A DUT is rarely connected directly to the generator. There are often cables and other componentsbetween the generator and the DUT. This shifts the reference plane from the generator RF output to theDUT. An R&SeNRP power sensor can be connected to the R&SeSMB100B for extremely precisecalibration (tenth of a dB) at this new reference plane.

UCOR (user correction)

Compensation of an external frequency response by the R&SeSMB100B with 

a connectedR&SeNRP power sensor.

DUTs are often connected to the signal generator via long cables or other frequency-dependentcomponents. Compensating for the freauency response is very important. The R&SeSMB100B has auser correction (UCOR) function. Together with the R&S@NRP power sensor, UCOR values can beautomatically determined at the push of a button. A frequency response compensated RF signal isavailable at the new reference plane for UCOR.

Closed loop power control (CLPC)

Dynamic compensation of external frequency responses and drifts by the R&SeSMB100Bwith a connected R&SeNRP power sensor.

The dynamic closed loop power control is a standard feature of the R&SeSMB100B, in combination withan R&SeNRP power sensor, the dynamic closed loop power ensures highly accurate and stable inputpower over time to the DUT regardless of unexpected signal chain losses or gains, unwanted powerdrifts in the setup or target level changes. The 1GP141 application note describes in great detail theclosed loop power control function, the possible signals,suitable signal generator, R&SNRP poweisensors and what needs to be taken into account. Please read the application note before using theclosed loop power control for the first time to avoid a possible damage to the DUT