7W-16.384MAB-T

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Oscillators are an important type of electronic circuit widely used in many applications. This article will focus on the 7W-16.384MAB-T oscillator in particular, looking at its application fields and the working principle underlying it.

What is 7W-16.384MAB-T oscillator?

7W-16.384MAB-T oscillator is widely used when a high stability output frequency is required. It is a high performance, cost-effective, low power consumption quartz crystal oscillator used in applications like telecommunications equipment, satellite receivers, modems, network products, etc.

Application Field

In the domain of communications, 7W-16.384MAB-T oscillators are widely used in the fields of frequency synthesis, microwave communication systems, back-use telecommunication, semiconductor test equipment, satellite communication systems, RF military communication systems and more.

As for industrial control, they are used in temperature, pressure, speed and other measurements, as well as in autonomous robots for navigation, aircraft and military equipment, downhole survey and resource searching, and more.

Working Principle

A 7W-16.384MAB-T oscillator consists of a quartz crystal plate with two electrodes attached to it. The electrodes are connected to the oscillator driving circuit. When an alternating current is applied to the electrodes, it changes the crystal\'s electrical capacitance. This changes the oscillator frequency and thus allows the frequency to be accurately controlled.

As the quartz crystal oscillates, the frequency produced is very accurate and stable. As the frequency is close to the resonant frequency of the quartz crystal, the frequency fluctuation is minimized. This makes the frequency of the 7W-16.384MAB-T highly stable and precisely adjustable.

Conclusion

7W-16.384MAB-T oscillators are widely used for various applications, such as communication, industrial control and more. The working principle underlying this type of oscillator is based on the crysal oscillation process, where an alternating current is applied to the electrodes, and this changes the oscillator frequency. Based on this, it is then able to produce a very accurate and stable frequency that is highly adjustable.

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