Overview
Pendulum brand frequency standards offer extreme accuracy for applications in telecommunications, calibration laboratories, automated test systems and design departments.
GPS-disciplined references offer traceable Cesium-like stability at an attractive price. Units are self-calibrating. A stand-alone high stability frequency standard is available where traceability to external reference is not required.
Benefits
- Get the accuracy and stability of a Cesium clock at a fraction of the cost
- Traceable self-calibrating Frequency Standard. No need to send away for external calibration. Save time and money. (GPS-88/89)
- Bring near-Cesium stability to the field with no warm-up time. No need for hours of waiting time. (GPS-12R/HS plus internal battery)
- Easy-to-use, and operate. No configuration via PC needed
6688/6689
60688/6689 High Stability Frequency Standards The Pendulum Frequency References; model 6689 with a Rubidium clock and model 6688 with a high-stability ovencontrolled crystal oscillator, are designed for use in test systems, where a very high stability frequency reference is required … Continued
FTR-210R
The Pendulum FTR-210R GNSS disciplined Rubidium Frequency & Time Reference provides near Cesium-level stability through GNSS-based disciplining. There are 7 standard outputs (5×10 MHz, 1×5 MHz and 1×1 pps) that can be expanded with up to 4 extra outputs, plus a programmable … Continued
GPS-12R/HS
The GPS-12R/HS frequency standard offers traceable Cesium-like stability at a very attractive price. Synchronized to the GPS satellite system, the GPS-12R/HS provides both short and long–term high time and frequency stability, assuring precision and accuracy. Very high long-term frequency stability … Continued