CPPC7L-B6-65.536TS

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Introduction

CPPC7L-B6-65.536TS is a quartz crystal oscillator that can be used to generate and measure high-precision signal in the frequency range from 65.536kHz to 6.5MHz. This oscillator is widely used in many fields and applications, such as communication, industrial, automotive, aerospace and consumer electronics.

Application Field

CPPC7L-B6-65.536TS oscillator is mainly used in communication equipment, such as cellular phones, modems, routers, xDSL, and more. Because of its high-precision signal and accurate timing features, it is also widely used in aerospace and industrial applications, such as complex timing sequences of satellite communication systems. In consumer electronics, it can be used in radios, consumer electronics, and other applications that require precise timing.

Working Principle

CPPC7L-B6-65.536TS oscillator works on the principle of quartz crystal resonance. In this oscillator, a thin strip of quartz crystal is used as the resonating element. When a voltage is applied to the quartz crystal, it vibrates on its natural resonant frequency. This vibrating signal is then used to generate a steady and accurate frequency signal.

The quartz crystal in the oscillator is also known as a tuning fork. It is weakly coupled to a small coil, which is connected to a capacitor. When a voltage is applied to the coil, it creates an electric field which exerts a force on the quartz crystal. This force causes the quartz crystal to vibrate, and this vibration creates an alternating electrical signal. This signal is passed through the capacitor, and the resulting signal is then sent out as an oscillating frequency signal.

Conclusion

CPPC7L-B6-65.536TS oscillator can be used to generate and measure high-precision signals of a certain frequency range. It works on the principle of quartz crystal resonance, where a thin strip of quartz crystal is used as the resonating element and vibrates at its resonant frequency when a voltage is applied. This oscillator is widely used in communication equipment, aerospace, industrial, and consumer electronics applications that require precise timing and accuracy.

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