LFOCXO063802BULK

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LFOCXO063802BULK application field and working principle

LFOCXO063802BULK, also known as Low Frequency Oven Controlled Crystal Oscillator, is a type of quartz-based electronic oscillator which offers precise and stable frequency control that improves frequency accuracy over longer periods of time. It is mainly used in communication and industrial applications and is often found in military and satellite applications. This oscillator provides a higher frequency accuracy than they traditional oscillators, due to its ability to compensate temperature effects over longer periods of time.

The LFOCXO063802BULK oscillator works through the combination of both a quartz crystal and a temperature-controlled oven. The oven provides the temperature controlled environment which holds the crystal in a stable state, allowing for the temperature compensation of the frequency of the crystal. The crystal itself is used to provide the oscillatory properties needed to create an output signal which can then be used in various applications. The frequency of the crystal is determined by its size, physical shape and cut angle, as well as the temperature of the oven it is in. The crystal is also subjected to voltage and current control, which can be used to fine tune the frequency of the oscillator.

The LFOCXO063802BULK oscillator can be used for a variety of applications, including radio frequency applications such as tracking and navigation in aircraft, and satellite communications. It can also be used for military applications, where reliable frequency accuracy is essential, and for industrial synchronization and instrumentation, where precise timing is required. Another use for the oscillator is in telecommunications, where the highly precise and stable frequency signal is ideal in order to ensure reliable connection between devices.

The LFOCXO063802BULK oscillator is a cost-effective and reliable oscillator which offers a high degree of frequency accuracy and stability, making it ideal for a variety of uses. The combination of quartz crystal and oven-controlled temperature provides for the temperature compensation of the frequency which improves accuracy and stability, and its uses are wide-ranging from military applications right through to telecommunications.

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