• Frequency Range: 100 kHz - 40 GHz
• Level setting range: -130 dBm ~ 24 dBm
• Excellent Phase Noise: -135 dBc / Hz @ 1 GHz, 20 kHz offset (typ.)
• Very low sub harmonic: < -80 dBc
• Standard AM modulation with internal, external or Int+Ext source

SSG6083A/SSG6085A microwave signal generator’s output frequency ranges from 100 kHz to 13.6/20/40 GHz and supports AM and pulse modulation, pulse sequence generator, power meter control, and other functions. With standard OCXO reference hardware module inside ensures high-precision and high-stability signal output. It is designed for communication, aerospace, national defense, and other fields. It is suitable for various application scenarios such as R&D and production. Coupled with solid RF performance, and a flexible and pure signal, the SSG6000A is a complete solution that makes a great addition to any RF engineer’s workbench kit.

The SSG6000A signal generator is built to deliver outstanding signal purity across a broad frequency range of 100 kHz to 40 GHz, even at high output power levels. Excellent phase noise of -135 dBc/Hz, low sub harmonic signal components of < -80 dBc and low broadband noise of -155 dBc give you confidence that you are testing your device and not the limits of your instrumentation. Coupled with exceptional frequency and power stability, the SSG6000A is a great solution for applications including LO emulation, receiver, ADC/DAC, and components testing.

SSG6000A supports AM and pulse modulation, pulse sequence generator, power meter control, and other functions. Pulse modulation on/off ration is more than 80 dB, and the rise/fall time is less than 15 ns. SSG6000A can be used as a pulse modulation signal source or LO to simulate various radar echo signals.

SSG6000A generates staggered pulse groups and pulse pauses. The pulse width and the pulse pause can be set independently and separately for each pulse. Pulse train generator has a pulse width of 20 ns ~ 300 s and as many as 2047 different pulses. The pulse repetition period can be changed from 1 to a maximum of 65,535 which produces a very long pulse train that can be used for testing.