CPPFXC5-A7BD-1.28TS

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Introduction to CPPFXC5-A7BD-1.28TS Application Field and Working Principle

Oscillators, also known as signal sources, are electronic components used to generate oscillating signals or frequencies. The CPPFXC5-A7BD-1.28TS oscillator is a signal source designed to provide a high frequency output signal suitable for a variety of applications. This paper will focus on the application field and working principle of the CPPFXC5-A7BD-1.28TS oscillator.

Application Field of CPPFXC5-A7BD-1.28TS Oscillator

The CPPFXC5-A7BD-1.28TS oscillator is suitable for a variety of electronic products, such as mobile phones, computers, DVD players, satellite receivers, and telecommunications equipment, as well as automotive electronics and military electronics. Its small size and low power consumption make it an ideal choice for small and portable electronics. With its high frequency output signal, it is suitable for applications such as frequency control and synchronization of digital systems.

The CPPFXC5-A7BD-1.28TS oscillator is a temperature-compensated CMOS silicon oscillator, designed to provide a stable frequency output over a wide range of temperatures. It is designed to operate at temperatures from -40°C to +85°C and is ideal for extreme temperature applications. It uses a crystal oscillator circuit to provide a frequency of 1.28TS, making it suitable for high speed digital clock generation applications.

In addition, the CPPFXC5-A7BD-1.28TS oscillator features necessary safety and immunity features, such as EMCI and ESD protection, for reliable and trouble-free operation. It also passes quality control tests according to military standards, making it suitable for use in military applications.

Working Principle of CPPFXC5-A7BD-1.28TS Oscillator

The CPPFXC5-A7BD-1.28TS oscillator consists of a quartz crystal resonator connected to an amplifier via a feedback loop. When the oscillator is powered on, the quartz crystal vibrates at its resonant frequency, causing an output voltage signal at the same frequency. A feedback loop is used to maintain the frequency of the oscillator at the desired frequency.

The frequency of the oscillator is determined by the size, shape, and resonant frequency of the quartz crystal. The oscillator is temperature-compensated and uses a temperature-sensitive capacitor to adjust the frequency of the oscillator to compensate for the change in temperature. This ensures that the oscillator maintains a stable frequency over a wide range of temperatures.

The CPPFXC5-A7BD-1.28TS oscillator also features frequency trimming, which allows for the precise adjustment of the oscillator\'s frequency. This feature allows for the oscillator\'s frequency to be finely adjusted for optimal performance in specific applications.

Conclusion

The CPPFXC5-A7BD-1.28TS oscillator is suitable for a variety of applications in mobile phones, computers, DVD players, satellite receivers, and telecommunications equipment, as well as automotive electronics and military electronics. Its small size and low power consumption make it ideal for small and portable electronics. It features temperature compensation, EMCI and ESD protection, and frequency trimming for reliable and trouble-free operation. The working principle of the CPPFXC5-A7BD-1.28TS oscillator is explained above.

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