Used STANFORD RESEARCH SYSTEMS / SRS FS710 #105485 for sale

STANFORD RESEARCH SYSTEMS / SRS FS710 is a high-performance frequency synthesizer designed for use in microwave and RF-related applications. The unit provides fast settling times and low-phase noise, making it ideal for research and industrial applications. SRS FS710 is a frequency synthesizer with a 1.0 GHz to 7.4 GHz frequency range, two 1-10 GHz reference inputs, dynamic frequency range of 1.0 GHz to 7.4 GHz, and a resolution of up to 1 microHz. Also, each output can be programmed with up to 30 frequencies and/or a sweep configurable in frequency, level, and dwell time. STANFORD RESEARCH SYSTEMS FS710 is a dual source synthesizer featuring two independent output paths and can be operated in either Master/Slave mode or independent Frequency Synthesis mode. In Master/Slave mode, the reference input is used to provide a common clock reference, while in Frequency Synthesis mode, both channels will remain locked together and can be tuned simultaneously or independently. In addition, FS710 offers a variety of precision and wide-range programmable features. It features an improved attribute for phase noise and AM/FM noise. The phase noise can be as low as-120 dBc/Hz at 1 KHz and -95 dBc/Hz at 10 KHz offset, and the AM/FM noise is less than 0.2 dB. The unit also offers a fast-lock feature that allows the synthesizer to quickly, accurately, and reliably settle at any frequency within its range. In terms of adjustability, STANFORD RESEARCH SYSTEMS / SRS FS710 features 2 independent outputs with adjustable amplitude and frequency, an adjustable output phase, pulsewidth and droop, adjustable tracking slopes, DDS-controlled frequency modulation, and PLL capability. Lastly, on the interface side, the synthesizer has a USB, LXI, and software controlled operation modes allowing users to easily interface with a variety of external devices. Overall, SRS FS710 is an ideal solution for high-end frequency synthesis applications in both the microwave and RF ranges. It offers excellent performance in terms of phase noise, fast frequency settling time, and user-friendly programmability. With its versatile feature set, the unit provides a strong platform for precision measurements and experiments.