8Z-31.250MAAJ-T

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Crystals are widely used as timing devices in radio, television and radio-frequency applications. They are also used in clock oscillators and in oscillators used to control the frequency of a radio channel in an FM receiver. 8Z-31.250MAAJ-T crystal is an important kind of the crystal owing to its better performance. This article will give a brief introduction on the application field and working principle of 8Z-31.250MAAJ-T crystal.

The application of 8Z-31.250MAAJ-T crystal covers various areas. In radio, 8Z-31.250MAAJ-T crystal is used to control the frequency of the receiver, which is used to pick up radio signals from the air. In television, the 8Z-31.250MAAJ-T crystal can be used to phase lock the vertical and horizontal synchronous signals for image processing. In radio-frequency applications, the 8Z-31.250MAAJ-T crystal also can be used to control the frequency of an FM receiver. Moreover, 8Z-31.250MAAJ-T crystal also has been used in clock oscillators, which is applied to generate a precise and continuous sequence of clock pulses for timing control.

The working principle of 8Z-31.250MAAJ-T crystal is based on the piezoelectric effect. Piezoelectric effect is the physical phenomenon where an electric field is generated in response to the mechanical stress. In the 8Z-31.250MAAJ-T crystal, the intensity of the electric field is proportional to the magnitude of the stress applied to it. In operation, the 8Z-31.250MAAJ-T crystal oscillates at a precise frequency determined by its size and composition, and the generated electric field can be used in the application mentioned above. Also, the 8Z-31.250MAAJ-T crystal can be pre-stressed to the desired frequency in order to eliminate ageing effect.

As an important kind of the crystal, 8Z-31.250MAAJ-T crystal has wide applications such as in radio, television and radio-frequency applications and also can be applied in clock oscillators. The working principle of 8Z-31.250MAAJ-T crystal is based on the piezoelectric effect and its oscillation frequency is determined by its size and composition. Owing to its better performance, 8Z-31.250MAAJ-T crystal can be used to generate a precise and continuous sequence of clock pulses for timing control.

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