CSTNE14M7V530000R0

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Resonators: CSTNE14M7V530000R0 Application Field and Working Principle

Resonator is a key component in signal processing, communication and measurement system, which plays an important role in signal frequency selection, amplification, and scanning. The CSTNE14M7V530000R0 is a commonly used surface mount quartz crystal resonator, with a frequency of 14.7MHz and a load capacitance of 53pF.

Application Fields of CSTNE14M7V530000R0

The CSTNE14M7V530000R0 resonator is widely used in various communication and measurement systems. It is especially used in communication systems and devices such as radio stations, television stations, mobile phones, and smart home systems. It can also be used in medical equipment, instrumentation and consumer electronic products, such as alarm clocks, air conditioners and remote control systems, for frequency control and signal transmission.

Working Principle of CSTNE14M7V530000R0

The CSTNE14M7V530000R0 resonator is a piezoelectric quartz crystal resonator, which can convert electrical signals into mechanical vibration, and can also convert mechanical vibration into electrical signals. The frequency of the CSTNE14M7V530000R0 is determined by the load capacitance. When the input electrical signal frequency is equal to the resonance frequency of the quartz crystal resonator, the amplitude of the output electrical signal can be greatly amplified. At the same time, the amplitude of the input signal can be increased by several hundred times. The CSTNE14M7V530000R0 is typically used along with an oscillator, amplifier and filter circuit, together to select and adjust the frequency of the input signal, and to provide one or more defined frequency signals.

Conclusion

The CSTNE14M7V530000R0 resonator is a widely used type of surface mount quartz crystal resonator. It is widely used in communication system, medical equipment, instrumentation, consumer electronics, etc. for frequency controlling and signal transmitting. Its working principle is based on the piezoelectric effect of quartz crystal; when the frequency of the input signal is equal to the resonance frequency of the resonator, its output signal will be greatly amplified and filtered.

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