Oscillators

Oscillators are solid state devices used in electronic circuits to generate an output signal of a certain desired frequency. Oscillators are helpful in providing stable timers, clocks, frequency synthesizers (used for signal processing) and detecting radio waves. SIT1602BC-11-33E-40.000000G is one of the oscillator variations.

Application Field

The SIT1602BC-11-33E-40.000000G oscillator is mainly used in frequency synthesizers and precise frequency register applications due to its excellent stability and accuracy. As a frequency synthesizer, this type of oscillator can be used to accurately produce the desired frequency output. With its frequency range from 40.0 to 40.500 Mhz, this oscillator offers a variation of 0.5 Mhz around a center frequency of 40 Mhz. It is also highly stable and accurate when used for precise frequency register applications.

Working Principle

The SIT1602BC-11-33E-40.000000G oscillator is a crystal oscillator based on Quartz crystal. It uses the well-known principle of vibrating quartz crystals to generate the desired output frequency. When a constant voltage is applied to the electrode quartz crystal capacitor, the quartz crystal vibrates at a particular frequency determined by the crystal parameters such as the elasticity, size and shape of the crystal. This vibration is then converted into electric signals whose frequency can be easily processed with the help of suitable electronics. The SIT1602BC-11-33E-40.000000G oscillator can be used to accurately generate an output signal with a stable frequency of 40 Mhz in the range of 40.0 to 40.500 Mhz.

Conclusion

The SIT1602BC-11-33E-40.000000G oscillator is an oscillator variation primarily used in frequency synthesizers and precise frequency register applications due to its excellent stability and accuracy. It is a crystal oscillator based on Quartz crystal which operates on the principle of vibrating quartz crystals. When a constant voltage is applied to the electrode quartz crystal capacitor, the quartz crystal vibrates at a particular frequency determined by the crystal parameters and is then converted into electric signals which can be easily processed.