CWX815-7.3728M

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Oscillators are systems that work in a way to produce a periodic device or signal, and the CWX815-7.3728M is an example of such a device. This device is used mainly in applications that require a relatively high degree of accuracy while still providing features such as low power consumption and a small size.

CWX815-7.3728M is a quartz crystal oscillator and it belongs to the class of oscillators known as piezoelectric oscillators. Quartz crystals are of high purity and a high electromechanical coupling coefficient, which makes them suitable for oscillator applications. This particular device has a frequency of 7.3728MHz with an accuracy of ±20ppm over the full operating temperature range of 0°C to +70°C.

The working principle of this device is based on the principle of electrical resonance. It is essentially a quartz crystal in a sealed enclosure with metal electrodes attached to each side. When an alternating current of the same frequency as the resonant frequency of the quartz crystal is applied, the quartz crystal is set into oscillation and produces a sinusoidal output signal. This signal is then processed for use in the application.

The global timing and frequency synchronization is one of the many applications of the CWX815-7.3728M oscillator. This oscillator is a favorite for use in precision timing applications, and it is often used in radio broadcasting, GPS receivers, sonar systems, and other precision timing and frequency synchronization applications. Other applications of the CWX815-7.3728M oscillator include digital synthesis, wired communication networks, high speed communication links, and telecommunications.

The CWX815-7.3728M oscillator is a very reliable device and a viable option for those seeking a reliable, accurate, low-power oscillator with a small form factor. Its high accuracy and small size make it an ideal choice for a wide range of applications, and its low power consumption and reliability make it a great choice for most applications that require precision timing and frequency synchronization.

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