Enhancing the Performance of Critical Electronic Applications

Temperature stability is a primary requisite in critical applications such as wireless systems, synchronous telecom and wireless networking, precision instrumentation and other applications that rely on frequency for timing executions. These critical... More

Temperature stability is a primary requisite in critical applications such as wireless systems, synchronous telecom and wireless networking, precision instrumentation and other applications that rely on frequency for timing executions. These critical applications require a precision reference timing source that maintains the same frequency over temperature and voltage fluctuations. Less