- Trusted Seller
Stanford Research Systems SR625
- Manufacturer: Stanford Research
- Model: SR625
Rubidium atomic timebase 2 GHz prescaler input 11-digit frequency resolution (1 s) 10 minute warm-up period Portable operation 10 MHz Rb timebase output Statistical analysis & Allan variance Hardcopy to printers ...
New Smyrna Beach, FL - Trusted Seller
Stanford Research Systems SR620
- Manufacturer: Stanford Research
- Model: SR620
25 ps single-shot time resolution 1.3 GHz frequency range 11-digit frequency resolution (1 s) · 0.001° phase resolution Statistical analysis & Allan variance Graphical output to X-Y scopes Hardcopy to printers an...
New Smyrna Beach, FL - Trusted Seller
Stanford Research Systems SR625
- Manufacturer: Stanford Research
- Model: SR625
Counters/Timers The Stanford Research SR625 Frequency Counter consists of a frequency counter (SR620), a high-accuracy rubidium timebase (PRS10), and a 2 GHz input prescaler. The combination of the SR620 and the ...
Cary, NC - Trusted Seller
Stanford Research Systems / SRS SR625
- Manufacturer: Stanford Research
- Model: SR625
Stanford Research Systems / SRS SR625 Universal Frequency Counter (SR620) with Rubidium Timebase and 2 GHz prescaler.
Cary, NC - Trusted Seller
Stanford Research Systems / SRS SR620
- Manufacturer: Stanford Research
- Model: SR620
Stanford Research (SRS) SR-620 - Universal Time Interval and Frequency Counter with Option 01 - High Stability Oven Timebase
Cary, NC - Trusted Seller
Stanford Research Systems / SRS FS725
- Manufacturer: Stanford Research
- Model: FS725
Rubidium Frequency Standard. 10 MHz, 5 MHz, and 1 PPS outputs. Ultra low phase noise. Includes option 01 built-in distribution amplifier (6 additional outputs).
Cary, NC Stanford Research SR625
- Manufacturer: Stanford Research
Details The Stanford Research Systems SR625 is a 1 MHz - 2.0 GHz Frequency Counter
Dublin, IrelandStanford Research SR400
- Manufacturer: Stanford Research
Details The Stanford Research SR400 Dual-Channel Gated Photon Counter offers a convenient, integrated approach to photon counting that avoids the complexity and expense of older counting Systems.
Dublin, Ireland