SIT8209AI-21-25S-156.250000T

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Oscillators are electrical circuits that can produce an output signal of a precise frequency and phase without any input signal. SIT8209AI-21-25S-156.250000T is an example of this type of oscillator. It is a high-precision, ultra-low phase noise oscillator, designed to function under extreme temperature conditions, which makes it suitable for a wide range of industrial and laboratory applications.

The SIT8209AI-21-25S-156.250000T operates in the frequency range of 156.25 MHz to 25.0 MHz with a low current consumption of only 25.3 mA. It has a wide range of output waveform options that include sine and square waves and amplitude control. The phase noise is very low, with the close-in noise (CN) being as low as -94dB for the 156.25 MHz frequency range. The characteristics of this oscillator make it suitable for communications, medical, military, and avionics applications.

The working principle of SIT8209AI-21-25S-156.250000T is based on an RC oscillator, in which a capacitor is charged and discharged through a switch, generating an output waveform at the desired frequency. The capacitor is usually connected to a resistor to create a time constant and filtering circuit. The frequency of oscillation can be adjusted by changing the resistor and capacitor values, which allows precise and accurate control of the oscillator output frequency. This ensures that the oscillator produces a stable, reliable signal over a variety of temperatures and conditions.

The SIT8209AI-21-25S-156.250000T oscillator is an ideal choice for applications requiring high stability over a wide range of temperature. The oscillator\'s low CN and low current consumption makes it especially suitable for mobile communication systems, GPS systems, WLAN applications, and medical instrumentation. The large frequency range, low noise, and low current consumption make this oscillator a reliable and cost effective solution for many industrial and laboratory applications.

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