CSTCE12M0G55A-R0

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Resonators　are electromagnetic devices which, when excited by an alternating current, store electromagnetic energy. The CSTCE12M0G55A-R0 is one such device, used mainly in wireless communication systems to provide a stable source of frequency. Here, we’ll take a look at its application field and working principle.

Applications

The CSTCE12M0G55A-R0 is widely used in mobile communication systems, such as cellular phones, mobile radios, satellite communications, and base station applications. Its compact size makes it suitable for applications such as GPS receivers, embedded systems, and even some space applications.

Also, due to its wide temperature range, the CSTCE12M0G55A-R0 is also often used in times-sensitive applications. In such applications, it can help stabilize other components whose operation is affected by temperature and environment changes.

Working Principle

The CSTCE12M0G55A-R0 works by using a parallel resonant circuit, which is a combination of an inductor and a capacitor. This makes it possible to create an oscillating electromagnetic field in the resonator, which is stored and released periodically, as long as the input power is applied.

The frequency of the oscillations is determined by the capacitance and inductance values of the circuit. By carefully selecting the values of the components, the CSTCE12M0G55A-R0 can be tuned to specific frequencies, and it will continue to oscillate at that frequency, even if the environment or input power is changed.

In addition to its basic function, the CSTCE12M0G55A-R0 has the capability of holding its frequency for long periods of time. This makes it ideal for radio systems which require very precise timing, and it is often used where stability and accuracy are important.

Conclusion

The CSTCE12M0G55A-R0 is a compact and powerful resonator, ideal for applications such as cellular phones and base stations. Its wide temperature range and stable frequency make it suitable for times-critical applications where accuracy and precision are important. Finally, the resonator works by using a parallel resonant circuit, and its frequency is determined by the values of the components.

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