XRCMD37M400F1Q01R0 Crystals, Oscillators, Resonators

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Crystals are special materials that can provide good stability of the signal frequency. They are widely used in electronic components, especially in the field of communication. XRCMD37M400F1Q01R0 (hereinafter referred to as “crystal”) is one of the types of frequency-controlling crystals, which has good features and wide application fields. This article mainly introduces the application field and working principle of this crystal.

Application Field of XRCMD37M400F1Q01R0

XRCMD37M400F1Q01R0 crystal has a high frequency stability rate of 10.0ppm and a frequency-adjusting rage of -12.5 to -2.5ppm. This kind of crystal is frequently used in high precision frequency-controlled circuits, such as radios, broadcast networks, communication systems, amplifying circuits, oscillating circuits, and frequency-controlled detectors. Besides, XRCMD37M400F1Q01R0 crystal is also suitable for special occasions, such as audio frequency filtering, ultrasonic transmission and receiving, data transmission and receiving, and so on.

Working Principle of XRCMD37M400F1Q01R0

XRCMD37M400F1Q01R0 crystal is a typical frequency-controlling component that uses the piezoelectric effect to generate an oscillation frequency. Piezoelectric effect refers to the phenomenon is that when an electric current is applied to the crystal, the crystal produces mechanical energy; conversely, when a mechanical energy is applied, the crystal produces an electric current. The crystal is a battery-like device that can convert mechanical energy into electrical energy.

XRCMD37M400F1Q01R0 crystal consists of two electrodes and a quartz crystal, which is cut and formed according to certain methods. When an electric current flows through the two electrodes, the electric field will be generated by the electric current, and the electric field will act on the quartz crystal and make the crystal expand and shrink. This expansion and contraction of the crystal will generate a high frequency mechanical vibration, and then the mechanical vibration will be transformed into an electrical signal, thereby producing a certain frequency of oscillation.

Conclusion

XRCMD37M400F1Q01R0 crystal has a high frequency stability rate and a wide application field. By using the piezoelectric effect, it is able to generate oscillation signals of certain frequencies. This crystal has excellent features for frequency controll and has been widely used in high precision frequency-controlled circuits, including radio, broadcast network, communication system, and so on.

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