520N25IA16M3680

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are devices that produce periodic electrical signals, and the 520N25IA16M3680 is an oscillator that is used in many applications. It has a very basic design, featuring a quartz crystal oscillator circuit, two capacitors, and several resistors. The operation of this oscillator is based on the phenomenon of negative resistance, which is the idea that a resistor will increase its resistance as the voltage across it increases. In this way, the oscillator can sustain an electric current of a certain amplitude and frequency even when it is being supplied with a constant voltage.

The 520N25IA16M3680 oscillator is often used in automotive systems for electronic ignition and in alarm systems for generating pulses. In communications systems, it is used for generating a signal that will modulate other signals onto a carrier frequency, as well as for generating clocking signals for data communication systems. In military applications, the oscillator is used for radar and sonar systems. In industrial applications, it is used for controlling the speed of motors, as well as for temperature control systems.

The 520N25IA16M3680 oscillator operates by passing an alternating current through a quartz crystal which is used as an impedance matching element. By matching the impedance of the oscillator to the load, the energy that is lost is reduced to a minimum. This enables the oscillator to function at a relatively low frequency and waveform distortion is minimized. The quartz crystal is connected in resonance with two capacitors which determine the frequency of the oscillator. The two capacitors are connected in series and each capacitor has a distinct capacitance. The combination of the two capacitors determines the frequency of the oscillator. The size of the capacitors is calculated so that the frequency of the oscillator is equal to the natural frequency of the quartz crystal, which is known as the resonance frequency.

The oper

The specific data is subject to PDF, and the above content is for reference