AOCJY2A-13.000MHZ-F-SW

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators refer to devices that generate periodic electronic signals with a certain frequency, phase and waveform. AOCJY2A-13.000MHZ-F-SW is an oscillator that can provide quick, accurate and stable clock signals. It has been widely used in complex electronic circuits as an essential component.

AOCJY2A-13.000MHZ-F-SW application field

AOCJY2A-13.000MHZ-F-SW is typically used in sensor modules, digital signal processing systems, communication equipment, motor controllers, digital television systems, tablets, servers, and other devices that use fast, accurate timing signals. Among them, it is highly valued in the field of telecommunications, due to its excellent performance in providing effective synchronization between components, and controlling the system clock.

AOCJY2A-13.000MHZ-F-SW working principle

The principle of AOCJY2A-13.000MHZ-F-SW is based on the phenomenon of auto oscillation. It consists of a positive feedback loop, in which an electronic oscillator amplifies an electrical signal, and then passes it back to itself through the same path. This process continues until the original signal decays and oscillation ceases. The frequency of the resulting oscillator signal can be tuned by changing the values of the inductor and capacitor in the feedback loop, or by inserting a resistor.

AOCJY2A-13.000MHZ-F-SW uses temperature-stable quartz crystals as its oscillator in order to achieve precise frequency stability. The waveform of the oscillator signal can be adjusted by adjusting the shape of the capacitor, and by adding or removing additional external components to the circuit. In addition, its output current can be set to a maximum of 20mA for efficient power utilization.

Conclusion

AOCJY2A-13.000MHZ-F-SW is a highly reliable oscillator suitable for use in a wide range of electronic devices. With its temperature-stable quartz crystals, it can provide accurate and stable clock signals for reliable synchronization in complex digital systems. Its simple and flexible design makes it ideal for applications that require precise timing signals.

The specific data is subject to PDF, and the above content is for reference