TSX-3225 45.0000MF10P-AC0

Crystals have been widely used in the field of electronics for decades. And TSX-3225 45.0000MF10P-AC0 is one of the most popular crystals that are used in various fields. In this article, we will discuss the application field and working principle of TSX-3225 45.0000MF10P-AC0.

Overview of TSX-3225 45.0000MF10P-AC0

TSX-3225 45.0000MF10P-AC0 is a crystal oscillator which is composed of a crystal and two service electrodes sealed in a metal container. The crystal oscillator is mainly used in digital circuits, electronic watches, wireless digital communication products, microprocessors and other electronic devices. It provides an accurate, stable and reliable clock frequency, which is determined by the crystal. The main parameters of TSX-3225 45.0000MF10P-AC0 include the working frequency, temperature stability, storage temperature, static capacitance, leakage current, frequency tolerance and aging.

Application field

The TSX-3225 45.0000MF10P-AC0 is mainly used in digital multimedia audio-frequency systems, wireless digital communication products, microcontroller-based products, computer systems, wireless base station systems and other related application fields. It has the characteristics of low consumption, excellent frequency stability, fast frequency starting, high input sensitivity and high anti-interference ability. It can be used for measuring the pulse width, Phase-locked loop, clock pulse, delay pulse, frequency modulation and many other types of applications.

Working Principle

The working principle of TSX-3225 45.0000MF10P-AC0 is based on the principles of piezoelectric and electrostatic field effect. The crystal used in the device is piezoelectric, which means that the crystal will produce electrical charge when subjected to mechanical stresses. The electric field generated by the metal electrodes near the crystal causes the crystal to vibrate with a particular frequency. This frequency is determined by the shape and size of the crystal and its elastic characteristics.

Although the crystal is manufactured such that it will oscillate in a single frequency, the frequency can still be adjusted by varying the capacitance between the two metal electrodes. This capacitance will then affect the frequency of oscillation of the crystal. It should be noted that the temperature of the environment will also affect the frequency oscillation of the crystal.

Conclusion

TSX-3225 45.0000MF10P-AC0 is a widely used crystal oscillator that is used in many electronic devices. It has the characteristics of low consumption, excellent frequency stability, fast frequency starting, high input sensitivity and high anti-interference ability. Its working principle relies on the piezoelectric and electrostatic field effect and the frequency of the oscillation can be adjusted by varying the capacitance between the two metal electrodes.