Frequency Standards

The GPS-12R Portable Frequency Standard offers traceable Cesium-like stability at a very attractive price. Synchronized to the GPS satellite system, the GPS-12R provides both short and long-term time and frequency stability. The GPS-12RG Portable Reference clock is a GLONASS and GPS-disciplined Rubidium reference, targeted for both laboratory and telecommunications applications. More info>

The TO-16 is a Precision Tracking Oscillator for 5 or 10 MHz, aimed for scientific or metrology applications. The TO-16 is able to effectively produce an output signal that combines the long-term stability of an external reference, such a Cs clock, with the low phase noise of the local oscillator. It makes the TO-16 an indispensable piece of equipment when working on critical situations. More info>

Achieve a stable frequency reference in calibration labs or test systems with the stand-alone high stability oven-controlled crystal oscillator found in the 6688 Stand-alone Frequency Standard. For greater stability employ the 669 Stand-alone Rubidium Frequency Standard, ensuring frequency drift due to aging of less than 0.001ppm per 10 year period. More info>

Deliver precision frequency and time reference with these GPS-controlled frequency standards. The GPS- 88 and GPS-89 are fully traceable and extremely accurate frequency standards, with applications in telecommunications, calibration laboratories, automated test systems and design departments. Note! The GPS-88/89 are available for sales in all countries in the world, except USA/Canada. More info>

The GPS PicoReference™ is a low-cost, high-performance frequency reference and measurement test set. It integrates a smart GPS and a Rubidium reference, features a flexible 1-30MHz frequency testing range and a cutting-edge 1 ps measurement resolution. It’s ideally designed for clock characterization and calibration applications. More info>