Product Description
It features a cutting-edge 1ps resolution to compare and measure the phase and frequency stability of a clock, such as a Rubidium, against an external GPS/GNSS reference standard. It’s ideally designed for crystal, rubidium and cesium clock characterization, clock short term stability and ADEV measurements, and clock calibration applications.
Applications:
- Clock ADEV stability measurement & analysis systems
- Clock calibration systems
Key Features:
- Clock DUT input 1-30 MHz
- Reference Input 10 MHz from GPS/GNSS
- Tempco (phase time) < 20ps⁄C
- Temp 15 to 30C
- Power (operating) < 10w after warm-up
- Voltage > 85-264 VAC
- Size (WxHxL) 445x300x44mm (1U) | 17.51x11.81x1.73"
- Weight 3.5 Kg | 123.4 lbs
Case Studies
Testing Confirms Resilient Timing Success
What do you do when your GPS receiver is in a basement and underground, with marginal availability of GNSS signals? This was a challenge for…
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Case Studies
Using a Passive Anti-Jam Antenna to Combat GNSS Interference
A customer with a major datacenter facility was experiencing issues with GNSS interference affecting its timing systems. This case study…
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Case Studies
Legally Traceable Time® in Action
The Martinsville-Henry County 911 Center, located in Henry County, Virginia, installed an Orolia NetClock® time server solution. During an…
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