Experience unmatched frequency precision with our Ultra Stable OCXO (Oven Controlled Crystal Oscillator). Engineered for superior thermal stability, it excels in applications requiring consistent performance, such as GPS and scientific instrumentation. This OCXO ensures long-term reliability and accuracy, making it an essential component for critical systems.
Experience unmatched frequency precision with our Ultra Stable OCXO (Oven Controlled Crystal Oscillator). Engineered for superior thermal stability, it excels in applications requiring consistent performance, such as GPS and scientific instrumentation. This OCXO ensures long-term reliability and accuracy, making it an essential component for critical systems.
The BO0907 chassis mounted oven controlled oscillator with 9 x 7mm package, available from 5 ~ 50MHz.
Suited for precision instrument and equipment
The BO0914 chassis mounted oven controlled oscillator with 9 x 14mm package, available from 5~ 200MHz.
With DIP14 standard package, BO1220 has ultra temperature stability of ±5ppb and good phase noise characteristics.
Featuring tight temperature stability of ±5ppb, the BO2020 OCXO with sine wave output has 5.0V or 12V supply at frequencies from 10 ~ 120MHz.
OCXO with Sine wave or CMOS output features and low phase noise as good as -165dBc/Hz@1kHz.
OCXO with Sine wave output features and tight temperature stability as good as ±10ppb.
Ultra Stable OCXO (Oven-Controlled Crystal Oscillator) products are precision frequency control devices that maintain exceptional stability over a wide range of temperatures. The core technology involves housing a quartz crystal oscillator within a temperature-controlled oven. This oven maintains a constant temperature, typically around 85°C, which minimizes frequency variations caused by external temperature fluctuations. The result is a highly stable frequency output, crucial for applications requiring precise timing, such as telecommunications, GPS systems, and scientific instrumentation. Advanced manufacturing techniques and materials further enhance the performance, making Ultra Stable OCXOs indispensable in high-reliability and high-precision environments.