416F26023CKR

416F26023CKR Application Field and Working Principle

The 416F26023CKR is a crystal resonator produced by Murata Electronics. It uses a quartz crystal to produce a frequency signal to operate electronic circuits. The resonator can operate in frequencies ranging from 18.432MHz to 75MHz. It is suitable for use in a variety of applications, such as clock generators, oscillator reference signals, data transmitters, receivers, and switching equipment.

Working Principle

The 416F26023CKR uses a quartz crystal resonator to generate a frequency signal. The crystal is composed of two plates of quartz held together with a metal housing. The two plates make up two “halves” of a LC circuit. The plates have small imperfections that cause stresses in the crystal when it is excited by an AC signal. These stresses cause the crystal to resonate at a particular frequency, which is determined by the frequency of the AC signal. The frequency of the resonator is then used to drive other circuits.

Applications

The 416F26023CKR is suitable for use in a variety of applications, including clock generators, oscillator reference signals, data transmitters, receivers, and switching equipment. In clock generators, the resonator is used to generate a continuous, accurate frequency signal to ensure accurate timekeeping. In oscillator reference signals, it is used to drive an oscilloscope so that signals can be accurately measured. In data transmitters and receivers, the crystal resonator is used to generate the frequencies required for data transmission. Finally, in switching equipment, the resonator is used to create high-frequency switching signals.

Conclusion

The 416F26023CKR is a crystal resonator produced by Murata Electronics. It uses a quartz crystal to produce a frequency signal to operate electronic circuits. It has a wide range of applications, including clock generators, oscillator reference signals, data transmitters and receivers, and switching equipment. The crystal resonates at a particular frequency when excited by an AC signal, providing an accurate and reliable frequency signal to drive other circuits.