SIT8208AC-82-33E-33.333000T

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Oscillators

Oscillators are electronic circuits which produce a continuous output signal of definite frequency. They are commonly used in many areas of electronics and electromechanical systems, from generating a radio frequency carrier signal in a radio transmitter to providing a precision output frequency as a reference clock signal in many types of systems.

One of the most popular types of oscillators is the SIT8208AC-82-33E-33.333000T. This oscillator design provides a precise output signal in many applications, such as providing a reference signal for frequency synthesizers and frequency dividers, being used as a clock signal in microprocessors and other digital systems, in telecom, embedded and industrial applications, and more.

The SIT8208AC-82-33E-33.333000T oscillator uses a temperature-compensating quartz crystal to generate an extremely precise output frequency. The oscillator’s components include a driver circuit to provide proper power to the quartz crystal, an amplifier, a voltage regulator and a compensation network. The oscillator circuit also contains a damper diode to reduce the signal transients produced by the quartz crystal and a capacitor to filter out any high frequency transients.

The output frequency of the oscillator is generated by the quartz crystal. When the crystal is subject to an AC voltage, it vibrates in resonance at the input frequency. This causes the amplitude of the oscillator’s output signal to increase and decrease, resulting in a sinusoidal waveform. The amplitude of the waveform is determined by the amplifier, the driver circuit, and the compensation network. Additionally, the phase difference between the output frequency and the input frequency is determined by the capacitance of the crystal.

The SIT8208AC-82-33E-33.333000T oscillator is widely used in many applications where a precise output frequency is required. It is commonly used as the clock source for microprocessors and other digital systems, in frequency dividers, embedded systems, telecom and industrial applications, and more. Additionally, it is well suited for higher frequency application, due to its low-jitter and low-phase noise characteristics.

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