R&S SGS100A Signal Generators
  • R&S SGS100A Signal GeneratorsR&S SGS100A Signal Generators
  • R&S SGS100A Signal GeneratorsR&S SGS100A Signal Generators
  • R&S SGS100A Signal GeneratorsR&S SGS100A Signal Generators
  • R&S SGS100A Signal GeneratorsR&S SGS100A Signal Generators
  • R&S SGS100A Signal GeneratorsR&S SGS100A Signal Generators

R&S SGS100A Signal Generators

You can rest assured to buy R&S SGS100A Signal Generators from our factory. Smallest integrated signal generator for minimized system footprint.

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Product Description

Vector signal generators

Product Name Frequency range Level range I/Q modulation bandwidth Harmonics
R&S®SGS100A 1 MHz- 12.75GHz -120 dBm - +15 dBm 1 GHz ext. < -30dBc


Key facts

Smallest fully integrated vector signal generator on the market

Excellent RF performance and space-saving design

Max. output level of typ. +22 dBm for compensating setup losses

High output frequency up to 12.75 GHz for broad applicability

Wear-free electronic attenuator for high reliability


Compact - Fast - Reliable

You can rest assured to buy R&S SGS100A Signal Generators from our factory. The R&S®SGS100A is an RF source designed to meet the requirements of automated test systems. It is available as a CW source or as a vector signal generator with an integrated I/Q modulator. With its frequency range of up to 12.75 GHz, the vector signal generation version covers the essential digital signals. The CW version can be used as a flexible local oscillator and for interference testing against mobile radio standards.


Dedicated ATE signal source - minimized footprint

Smallest integrated signal generator for minimized system footprint

The small size of only one rack unit and 1/2 19 inch rack width per instrument saves space in the test system and reduces costs. Four RF paths up to 12.75 GHz can now be placed in the average space once needed for one RF path – saving space. This makes the R&S®SGS100A ideal for ATE applications, even where multiple RF sources are required simultaneously.


Smallest integrated signal generator: 1 HU, 1/2 19 inch


Dedicated ATE signal source - fast setting times

Fast setting times via PCIe/Ethernet interface for high throughput

Production applications require speed during testing to ensure high throughput. The R&S®SGS100A meets this requirement in several ways. Its internal architecture and software are designed for top speed and the PCIe/Ethernet interface transmits the remote control commands at maximum speed.


Histogram of 10,000 frequency setting times

Histogram of 10,000 frequency setting times measured via PCIe interface, Setting Characteristic: AUTO


Dedicated ATE signal source - high maximum levels

High maximum level for compensating losses in the setup

In a complex test system, typical level losses of several dB occur between the signal generator and the DUT. These result from long cables and from the use of switching matrices and filters. With a typical output level of +22 dBm, the R&S®SGS100A provides sufficient margin to compensate for such losses. Optional wear-free electronic attenuator up to 12.75 GHz.


Maximum available level for a CW signal

Maximum available level for a CW signal, setting characteristic: AUTO with R&S®SGS-B26 electronic step attenuator option (measured)


High performance in the right package

High level linearity and repeatability for consistent test conditions

The R&S®SGS100A is designed for speed and compactness and offers performance previously available only from high-end benchtop instruments. But the maximum level is not everything. In calibrated test systems, level repeatability and linearity are essential for a generator. High level repeatability ensures consistent test conditions and enables lower tolerances when defining test limits.


Level linearity for channel power

Level linearity for a 3GPP TM1/64 signal with a crest factor of 10.55 dB; the different colors are for different RF frequencies (measured)


Connectivity

Fully tuned for ATE

Though small in size, the R&S®SGMA product family has multiple remote control options. PCIe or Ethernet is recommended for maximum setting speed together with a corresponding instrument driver from Rohde & Schwarz, which is available for Windows and Linux. The standard arrangement of all the connectors on the back of the instrument as well as the broad range of available rack mount adapters enable simple integration into test systems.


Ports on the rear panel


Minimized total cost of ownership

Low initial costs and low cost of ownership

Attractive initial cost

Straightforward modular design for short repair times, minimizing test system downtime

Long calibration interval for minimized service costs

3 year standard warranty


Inside view of R&S®SGS100A


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