Frequenzstabilität

Frequenzstabilität, or frequency stability, refers to the ability of a signal's frequency to remain constant over time and under varying conditions. It is a critical performance metric in electronics, particularly for oscillators, wireless communication systems, and precision measurement devices. High frequency stability ensures reliable signal transmission, accurate synchronization, and consistent operation across different environments. Factors influencing frequency stability include temperature variations, power supply fluctuations, mechanical stress, and component aging. Techniques such as temperature-compensated crystal oscillators (TCXOs), oven-controlled crystal oscillators (OCXOs), and atomic clocks are employed to enhance stability. In summary, frequenzstabilität is essential for maintaining system integrity and performance in modern electronic applications.