AX7MAF1-1966.0800C

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Oscillators are important elements in modern electronic equipment. AX7MAF1-1966.0800C is an advanced oscillator that has wide applications. In this article, we will focus on its application field and working principle.

Application Field of AX7MAF1-1966.0800C

AX7MAF1-1966.0800C is a type of quartz oscillator, a device that produces a periodic signal without the need to be powered, or "washed" with a constant electro-magnetic field. Quartz oscillator is composed of a quartz crystal and other supporting circuits. Because of its high stability and low cost, AX7MAF1-1966.0800C oscillator is widely used in telecommunication, broadcasting, and measurement equipment.

Working Principle of AX7MAF1-1966.0800C

When an external voltage is applied to the electrodes of the quartz crystal, mechanical strain changes on the crystal lattice generate an electrical current. This current passes through the paired electrodes and causes mechanical strain in the opposite direction. This creates a mechanical resonance effect that vibrates the quartz crystal in the same frequency. This vibration is in turn converted into a periodic electrical signal.

The quartz oscillator is then coupled with a tuned amplifier circuit to obtain a stable and accurate oscillation signal. The amplifier circuit is usually composed of several transistors and capacitors, which can amplify the oscillation signal and maintain it in a constant state. The output of the oscillator is then fed into other electronic circuits, such as those of a radio or cellphone.

Conclusion

AX7MAF1-1966.0800C oscillator is a widely used device in many electronic systems. It is composed of a quartz crystal and several amplifier circuits, which amplify the oscillation signal and produce a stable and accurate output. It is widely used in telecommunication, broadcasting and measurement equipment.

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