CWX823-060.0M

Oscillators

The CWX823-060.0M oscillator, or clock generator, is a type of electronic device used to generate a periodic, oscillating electronic signal with a precise frequency. It is an important component in many frequency-dependent electrical circuits such as radios, televisions, computers, and cellular phones. It is also used in medical imaging systems, radar systems, and other instrumentation that rely on precise timing and frequency accuracy.

The CWX823-060.0M oscillator is different from other types of oscillators in that it generates a signal at a fixed frequency, meaning the frequency remains constant over time instead of oscillations degrading in frequency or drifting off from a given value. This makes it ideal for applications where frequency stability, precision, and accuracy are desired. The device is also designed to be able to withstand sudden shifts in frequency or voltage due to its low phase noise and tight tolerance.

Application Fields

The CWX823-060.0M oscillator is widely used in various electronic fields and applications due to its stable frequency characteristics, high accuracy, wide temperature and voltage range, and excellent static phase noise performance. It is commonly used for digital signal processing, communications, transportation, industrial automation, automotive applications, and in clock synthesizers and timing reference sources.

Some of the most popular application areas for the CWX823-060.0M oscillator include digital radio, digital television, computer graphics, cell phones, computer motherboards, timing systems, medical imaging, military systems, and industrial automation equipment. In these applications, it is used to generate a highly accurate and precisely frequency signal that is needed for proper operation

Working Principle

The CWX823-060.0M oscillator works on the principle of frequency regulation. It regulates the frequency of the output signal using a reference source or an internal oscillator circuit. A circuit inside the device continually adjusts the frequency of the output signal by compensating for any variation in the input signal. This way, the oscillator can provide a fixed, accurate, and stable frequency output despite any changes in the input signal.

The CWX823-060.0M oscillator also employs advanced temperature-compensated crystal oscillator (TCXO) technology. This technology enables the device to remain stable over wide temperature ranges, and also to be highly accurate and precise in its frequency output. It also allows it to operate with a much lower phase noise than other types of oscillators.

Conclusion

The CWX823-060.0M oscillator is an important device in many modern electronic circuits. It is designed to provide a highly accurate and precise frequency signal over a wide range of temperature and voltage changes. It employs the advanced TCXO technology to achieve its outstanding performance characteristics and is used in a variety of applications, including digital radio, television, computer motherboards, medical imaging, military systems, and industrial automation equipment.