GrabCAD 模型信息
Extreme Accuracy and Ultra Stable +/- 500 PPT Connor Winfield OCXO · 模型 267272
This is a model of a Ultra Stable, Oven Compensated, Crystal Oscillator (OCXO) from Connor Winfield that has a frequency accuracy of +/- 200 Parts Per Billion (PPB) and a stability of 500 Parts Per Trillion (PPT) [ +/- 0.5 Parts Per Billion (PPB) ]. It is part of the OH320 series. The stability of this oscillator is such that there are 2,000x more accurate than a 1 Parts Per Million (PPM). To give context a standard crystal is typically about +/- 50 PPM, so this crystal is 50 * 2,000 = 100,000 times more stable !! This is important for frequency responses that cannot tolerate instability for clocks and frequency control. It also means that for a Radio Frequency (RF) circuit better stability as well as accuracy. For low power RF circuits, this means that there is less wake up time for protocol resynchronization. The standard frequency is 10 MHz and ranges up to 100 MHz. For other extremely accurate and ultra stable parts, check out the Abracon AOCJY6 that are +/-100, +/-200, and +/-500 PPT : https://abracon.com/parametric/oscillators/?page=1&part_status=Active&limit=100&frequency_stability=%C2%B10.1ppb%3B%C2%B10.2ppb%3B%C2%B10.5ppb&length_mm=51
- 格式
- Rendering、STEP / IGES
- 分类
- Aerospace、Electrical、Military
- 标签
- ocxo、aocjy6、abracon、oh320、winfield、connor、microwave、millimeter、khz、mhz、ghz、oscillator、crystal、oven、vcocxo、trillion、billion、million、accuracy、clock、wireless、frequency、radio
- 数据更新
- 2026-09-17T21:27:36Z