XLP73V644.162800I

Oscillators are tuned circuits which have the natural ability to generate an alternating current or voltage signal without any outside application of power. They are used in many applications such as in ultrasonic sound generators, power supplies, digital and radio communications, and medical equipment. The XLP73V644.162800I oscillator is a medium voltage, medium power type oscillator, commonly used in the range from 8 to 16 volts. It can be used to generate a steady waveform and frequency over a wide operating range with excellent linearity.

The XLP73V644.162800I oscillator works on the principle of feedback oscillation and uses the output signal of an amplifier to create an additional input signal. This additional input signal is fed back into the amplifier and is amplified to a level that is sufficient to cause oscillation. By controlling the amount of feedback, the amplitude and frequency of the output signal can be varied. The oscillator uses an NPN transistor and a LC tuned circuit as its basic components. The LC tuned circuit consists of a series inductor and a parallel capacitor, and is used to control the frequency of the oscillator.

The XLP73V644.162800I oscillator application field includes audio signal generation, signal generator drivers, oscillators for ultrasonics, and power supplies. It is ideal for applications that require a low-distortion waveform generator and a frequency with built-in temperature compensation. It is also suitable for high-fidelity audio applications such as amplifier and speaker control. Moreover, it can be used for radio communication, medical equipment, and other circuits requiring a frequency with built-in temperature compensation.

The XLP73V644.162800I oscillator is a reliable and stable device that is widely used in many applications. It offers excellent linearity, a stable output, and a wide operating range. Additionally, the oscillator has low noise levels and can be used for low distortion waveform generation and frequency control. It is an ideal choice for applications where accuracy and stability are key requirements.