353NB3C777R

Oscillators: 353NB3C777R

The 353NB3C777R oscillator is a single-chip oscillator module with high accuracy and low cost. It is widely used in various applications due to its excellent performance, stability, and low power consumption. The 352NB3C777R can be used as the timing source for an embedded system, to provide a stable signal for digital and analog circuits, and to generate high-frequency signals for communication applications.

Application Field of 353NB3C777R:

The 353NB3C777R oscillator is mainly used in embedded applications, especially for timing control. It is also used in A/D and D/A conversion, USB communication, clock synchronization of FI/VI systems, and in industrial communication systems like CAN and Ethernet. Modulation of pulse signals and AC voltage regulation can also be done with the help of the 353NB3C777R oscillator.

Working Principle of 353NB3C777R:

The 353NB3C777R oscillator utilizes LC resonant circuits to generate an electronic square wave with a frequency range of 20 kHz to 50 MHz. The oscillator operates through two phases: the signal generation phase and the frequency adjustment phase. In the signal generation phase, the voltage applied to the LC resonant circuit is controlled by an external voltage source, which causes the LC resonant circuit to oscillate, which in turn generates a square wave. In the frequency adjustment phase, the square wave will be adjusted by the oscillator\'s internal electronic components. In addition, the 353NB3C777R oscillator utilizes a temperature compensation and frequency stabilizing circuit to ensure accuracy and stability.

Conclusion:

The353NB3C777R oscillator module is a very fast and reliable oscillator. It is used in many applications, such as timing control, A/D and D/A conversion, USB communication, clock synchronization of FI/VI systems, and industrial communication systems like CAN and Ethernet. The 353NB3C777R operates through two phases: the signal generation phase and the frequency adjustment phase. It utilizes LC resonant circuits to generate an electronic square wave with a frequency range of 20 kHz to 50 MHz. In addition, the 353NB3C777R oscillator utilizes a temperature compensation and frequency stabilizing circuit to ensure accuracy and stability.