SIT1602BC-21-28S-33.333000G

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Oscillators refer to circuits that continuously produce periodic pulses at certain frequencies. They are used in the fields of radar, radio, television and some other applications, such as timing control of digital circuits. SIT1602BC-21-28S-33.333000G is an oscillator that has many uses and working principles.

When it comes to the application field of SIT1602BC-21-28S-33.333000G, the oscillator can be applied in the fields of telecommunication, audio-visual, and data communication. It is also used in various consumer electronic goods and automotive applications. It can be used to produce signals in the frequency range of 0.992 MHz to 33.333 MHz. In benefit of its good performance and high frequency stability, SIT1602BC-21-28S-33.333000G often is used in frequency calibration and waveform measurement system.

The working principle of SIT1602BC-21-28S-33.333000G is quite simple. It is mostly adapted Phase-Locked Loops (PLLs). The PLLs consists of the VCO, Phase-Frequency Divider, Variable Frequency Divider, Reference Oscillator, and Control Logic Circuit. The VCO is part of the oscillator that works as an amplifier, while the other parts of the oscillator are the Phase-Frequency Divider, Variable Frequency Divider, and Reference Oscillator. The Control Logic Circuit provides the necessary control signals that allow the oscillator to produce the output waveforms in a certain frequency range. In addition, the oscillator also uses feedback system to help the VCO achieve this output.

In conclusion, SIT1602BC-21-28S-33.333000G is an oscillator that has many applications and working principles. It has wide application in telecommunications, audio-visual, and data communication, and it can encompass a wide range of frequencies from 0.992 MHz to 33.333 MHz. Furthermore, SIT1602BC-21-28S-33.333000G uses a Phase-locked loop system which is composed of the VCO, Phase-Frequency Divider, Variable Frequency Divider, Reference Oscillator, and Control Logic Circuit, as well as a feedback loop to ensure that the output waveforms are of the desired frequency range.

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