SIT1602BC-12-18S-65.000000D Datasheet/PDFOscillators
The SIT1602BC-12-18S-65.000000D is an oscillator module used for various kinds of applications. It can be used for a variety of purposes, including timekeeping, signal generation, synchronization, frequency division, switching control and radar applications. The module is based on the use of phase-locked loops to generate a stable frequency in response to an input signal.
Application Field
The SIT1602BC-12-18S-65.000000D oscillator can be used for a variety of different applications. It is used for timekeeping and synchronization in industrial and commercial applications, such as the generation of digital signals at a specific frequency for the control of machines. It is also used in signal generation for such applications as audio or video signal generation in broadcasting systems. Other applications include frequency division and driving switches for industrial, automotive and aerospace applications.
Working Principle
The SIT1602BC-12-18S-65.000000D oscillator module utilizes a type of circuit known as phase-locked loops (PLL). A PLL is an electronic circuit that uses feedback to generate an output signal at a certain frequency. The signal is generated by comparing the phase of an input signal with the output signal. The frequency of the output signal is then adjusted according to the difference in phase.
In operation, an external signal generator is used to provide an input signal of a certain frequency. This input signal is then compared to the output signal. The PLL then adjusts the frequency of the output signal to match the frequency of the input signal. The output signal then remain stable until the input signal frequency is changed. This provides a versatile, accurate and stable way to control the frequency of signals.
The SIT1602BC-12-18S-65.000000D is an ideal choice for applications requiring a stable and accurate frequency source. It is designed to provide accurate and stable frequency control over a wide range of temperatures, operating voltages and environmental conditions.