SIT8920BM-73-33E-20.000000E

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Oscillators are electronic circuits used to generate periodic waveforms, such as square, triangles, or sine waves. The SIT8920BM-73-33E-20.000000E is an oscillator circuit that produces a stable output voltage regardless of temperature, voltage, or age.

The device is a three-stage analog oscillator composed of two matched JFETs (junction field-effect transistors) connected in series. These transistors are coupled together by means of a feedback network consisting of two capacitors and a resistor. The feedback network is designed to maintain a precise amount of current flowing through the transistors, allowing the device to produce a stable and predictable output voltage.

The primary application of the SIT8920BM-73-33E-20.000000E oscillator is in the field of timing and frequency measurement. The device can produce highly accurate frequencies, which can be used to measure the time interval between two events. For example, the device can be used to measure the frequency of a clock signal, enabling accurate and reliable timing measurements. It can also be used to produce stable oscillations for use in radio circuits or electronic instruments.

The working principle of the SIT8920BM-73-33E-20.000000E oscillator is based on the concept of negative feedback. The feedback network alters the current flowing through the transistors. This in turn alters the voltage at the output of the device, producing a stable and predictable voltage waveform.

The oscillator is designed with two very important features. First, the device is very temperature stable, meaning that its output will remain consistent regardless of fluctuations in ambient temperature. Second, the device is calibrated at the factory, allowing it to produce highly accurate and reliable frequencies.

In summary, the SIT8920BM-73-33E-20.000000E oscillator is a highly precise and reliable device used in the field of timing and frequency measurement. The device utilizes the concept of negative feedback to create a stable and predictable output voltage, and is designed with features to ensure temperature stability and accuracy.

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