ASEMPC-14.31818MHZ-T3

Oscillators

Oscillators are components that generate periodic electronic signals. They are widely used in various electronic devices, wireless communication equipment, industrial automation systems, timers and other areas of electronics. Among many oscillators, ASEMPC-14.31818MHZ-T3 is one of the most commonly used crystal oscillators due to its high performance and stability.

Application Field

Based on its specific parameters, ASEMPC-14.31818MHZ-T3 clock oscillator is best applicable to precision RF (radio frequency) modules and timing applications, such as WLAN (Wireless Local Area Network), Bluetooth and broadband transmission. The devices built with this kind of oscillator tend to be more stable, precise and reliable.

In addition, the ASEMPC-14.31818MHZ-T3 crystal oscillator can also be used in a wide range of industrial automation and instrumentation devices. Other usage situations involve frequency sources in computer systems, clock synchronization of digital circuits, and precision timing applications.

Working Principle

The ASEMPC-14.31818MHZ-T3 crystal oscillator operates according to the basic principle of resonant frequency. It is composed of a quartz crystal, the holder, a parallel-mode capacitor and a tri-state buffer. The oscillation frequency usually is near to the fundamental resonance frequency of quartz crystal, which is determined by the resonator itself.

The crystal oscillator is triggered by an internal quartz oscillator, which connects the oscillator circuit to the power supply. This signal then passes through a tri-state buffer, which serves as an impedance matching device that amplifies and distributes oscillatory signals. Finally, the signal will travel through a parallel-mode capacitor that acts as a filter to refine the output signal, and finally be output to the system.

In summary, with high precision and stability, the ASEMPC-14.31818MHZ-T3 crystal oscillator is widely used in various electronic devices. Its application field and working principle make it an ideal choice for many applications.