SIT8209AI-23-25E-106.250000T

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Oscillators are commonly used in digital circuits and analog circuits. In a digital circuit, the oscillator helps to transmit the frequency and normally produces a square wave. In an analog circuit, the oscillator helps the circuit distinguish between two voltage levels, which helps control power feedback. SIT8209AI-23-25E-106.250000T oscillator is one type of oscillator, with some characteristics listed below:

Application Field

This type of oscillator is most commonly used in radio and television, frequency dependent filtering, vertical scanning modules, frequency detecting modules and communication system local clocks.

SIT8209AI-23-25E-106.250000T comes with a low current drain and low jitter. It is suitable for low frequency applications, and works effectively in temperature ranges of -40°C to +125°C.

Working Principle

This oscillator works on the principle of a combined resistor-capacitor (RC) network. It produces a periodic pulse when it is in operation. An ideal oscillator has an exact waveform defined by the frequency of the signal. In this type of oscillator, the frequency of the output signal is determined by the time constant of the resistor-capacitor network. The time constant, in turn, is determined by the value of the resistance and capacitance.

The oscillator includes a series circuit that possesses frequency-dependent components: a capacitor which creates a time constant, and a resistor which influences the amplitude. An Amplifieris also included in it, which acts as a feedback element when connected to an RC network. This connection creates a negative feedback loop which helps to maintain the voltage of the circuit close to a desired value.

In conclusion, SIT8209AI-23-25E-106.250000T oscillator is a high precision type that is used in various electronic devices. It has a wide temperature range and works effectively with a low current drain and low jitter. Its working principle is based on the combined resistor-capacitor network that helps to maintain the voltage of the circuit close to a desired value.

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