ASFLMPC-16.384MHZ-T3

Oscillators form the backbone of electronics technology. From our home audio systems to our video projection systems, they allow for the readability and accuracy of basic high-frequency signals. Oscillators, especially quarz-based ones, are crucial for critical time-keeping applications. ASFLMPC-16.384MHZ-T3, a high-frequency crystal oscillator, is a typical example of a quartz-based oscillator, and it has its own particular application field and working principle.

Application Field of ASFLMPC-16.384MHZ-T3:

ASFLMPC-16.384MHZ-T3 is primarily used for communication system, computer, instrumentation, automatic control, audio and video apparatus, timing control, academic studies, military command system, and overall electronics system. Specifically, it is used in precision instrument, interrupt circuit, A-D converter, PLL synthesizer, repeater, radio transmission and reception systems, signal source and so on. It is widely used in aeronautics, astronautics and military radars.

Working Principle of ASFLMPC-16.384MHZ-T3:

When an alternating electric field is applied to the quartz crystal, it becomes deformed, and the crystal\'s piezoelectric property means that it generates an equivalent voltage. The voltage in turn results in the stress on the crystal which makes it vibrate, and these vibrations form a stable oscillation. This is the basis of the oscillator operation.

ASFLMPC-16.384MHZ-T3 is a SMD-type quartz crystal oscillator that operates at a nominal frequency of 16.384MHz. It is designed with SMD technology and is fully compatible with ROHS, CE and FCC. With low ESR (Equivalent Short Circuit Resistance) and good temperature characteristics, it is especially suitable for high frequency oscillation.

Conclusion:

The ASFLMPC-16.384MHZ-T3 quartz crystal oscillator is an essential component in many modern electronics devices. Its application field is wide-ranging, and its working principle is based on the piezoelectric effect of the quartz crystal. Its SMD design means that it is ROHS, CE, and FCC compliant, and with its low ESR and good temperature characteristics, it is well-suited for precision applications.