SIT1602BC-71-33N-28.636300G

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Oscillators refer to electronic components that generate signals with an output frequency of a certain value. SIT1602BC-71-33N-28.636300G is an adjustable oscillator device that can be used to generate signals with a precise frequency output. Its application fields and working principle are discussed as follows.

Application Fields

SIT1602BC-71-33N-28.636300G has wide applications in the fields of digital signal systems, communications systems, television systems, and other related frequency generating fields. Because of its precise frequency output, the device is also often used in consumer electronics that require a reliable frequency output.

Working Principle

The oscillator device includes an integrated circuit design with integrated active components, a quartz crystal oscillator, and several adjustable resistors. It utilizes the crystal oscillator as the reference frequency source, and it is able to generate the signal with a precise frequency output that is adjustable using the provided external resistors. The signal is then sent to an amplifier to drive the load.

The adjustable integrated circuit design of SIT1602BC-71-33N-28.636300G offers wider adjustment range for the output frequency, and it makes the setting of different frequencies very easy. When the external resistor is set to have a certain resistance value, the circuit will be stabilized and the output frequency will be determined by the resonance frequency of the quartz crystal oscillator.

In addition, the device is designed to have low jitter characteristics in order to ensure precise output frequency and stability. It also has adjustable output amplitude and temperature compensation capabilities, making it an ideal choice for applications that require precise signal output.

Conclusion

SIT1602BC-71-33N-28.636300G is an adjustable oscillator device that offers a wide range of applications in frequency-dependent systems. It utilizes an integrated circuit design with an integrated oscillator, a quartz crystal oscillator, and several adjustable resistors to generate a precise frequency output. The device also has low jitter characteristics, adjustable output amplitude, and temperature compensation capabilities, which make it especially suitable for applications that require precise signal output.

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