SIT8918AA-22-33S-100.000000E

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Oscillators are electronic circuits that produce a periodic signal, usually a sine wave or a square wave. SIT8918AA-22-33S-100.000000E is a type of Oscillator designed to be used in a wide range of applications. This article discusses the application field and working principle of SIT8918AA-22-33S-100.000000E.

Application Field

SIT8918AA-22-33S-100.000000E is well suited for applications like broadcast receivers, audio receivers, television receivers, and video signal receivers. It is also used in cellular phones, cameras and other portable devices. It is also used in modem systems, measuring instruments, and medical equipment. Additionally, it is commonly used in automotive electronics, high frequency switching power supplies, and digital broadcasting systems.

Working Principle

SIT8918AA-22-33S-100.000000E consist of an oscillator, frequency divider, and phase detector circuit. An oscillator circuit generates a stable frequency which is then divided by the frequency divider into a smaller signal. The phase detector then compares the original signal with the divided signal and use the difference to adjust the frequency accordingly. This process continuously occurs to ensure that the generated signal is always in synchronization with the original signal.

This Oscillator also contains other features like the Temperature compensation, an On/Off switch, and demultiplexer circuit. The temperature compensation feature prevents the oscillator from generating signals at different frequencies when the temperature changes. The On/Off switch ensures that the oscillator can be turned off during certain periods of time. The demultiplexer circuit consists of the driver stage which adjusts the amplitude of the signal being outputted. This ensures that all the signals have the same amplitude.

Conclusion

SIT8918AA-22-33S-100.000000E is a type of Oscillator used in a wide range of applications. It consists of an oscillator circuit, frequency divider, phase detector circuit, temperature compensation, an On/Off switch, and demultiplexer circuit. The frequency divider divides the original signal into a smaller signal while the phase detector compares them and adjusts the frequency accordingly. The temperature compensation feature prevents the oscillator from generating signals at different frequencies when the temperature changes. Additionally, the on/off switch and demultiplexer circuit ensures that the oscillator works correctly and all the outputting signals have the same amplitude.

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