- Trusted Seller
STANFORD RESEARCH CG635
used
- Manufacturer: Stanford Research
- Model: CG635
The Stanford Research CG635 2.05 GHz Synthesized Clock Generator is an advanced and versatile instrument that is designed to generate precise and stable clock signals in a variety of applications. It has the capa...
Cary, NC - Trusted Seller
Stanford Research SIM980
used
- Manufacturer: Stanford Research
- Model: SIM980
1 MHz Analog Summing Amplifier Module The Stanford Research SIM980 Summing Amplifier has four input channels that can be added or subtracted from each other. The output noise is less than 60 nV/√Hz, and cros...
Cary, NC - Trusted Seller
Stanford Research CG635
used
- Manufacturer: Stanford Research
- Model: CG635
Synthesized Clock Generator The Stanford Research CG635 generates extremely stable square wave clocks between DC and 2.05 GHz. The CG635 high frequency resolution, low jitter, fast transition times, and flexible ...
Cary, NC Stanford Research DS340
used
- Manufacturer: Stanford Research
Details The Stanford Research DS340 is a 15 MHz function and Arbitrary Waveform Generator based on Direct Digital Synthesis (DDS). A combination of features, Performance and make the DS340 ideal for a variety of ...
Dublin, IrelandStanford Research DS360
used
- Manufacturer: Stanford Research
Stanford Research DS360 Details Stanford Research DS360 The performance of a low distortion analog source and the precision of direct digital synthesis (DDS) is combined in the DS360. With ...
Lake Mary, FLStanford Research DS335
used
- Manufacturer: Stanford Research
Stanford Research DS335 Details Stanford Research DS335 The DS335 is a simple, low-cost, 3 MHz function generator designed for general benchtop or ATE applications. Based on a Direct Digital ...
Lake Mary, FLStanford Research DS340
used
- Manufacturer: Stanford Research
Stanford Research DS340 Details Stanford Research DS340 The DS340 is a 15 MHz function and arbitrary waveform generator based on Direct Digital Synthesis (DDS). A combination of features, ...
Lake Mary, FL