ABM10W-35.4160MHZ-6-J1Z-T3

Crystals

Crystals are essential components in a wide range of modern electronics devices. They are used to control the frequency and timing of digital circuits, providing reliable and precise timing signals for digital processing. One such crystal is the ABM10W-35.4160MHZ-6-J1Z-T3. This article will discuss the application field and working principle of this crystal.

Application Field

The ABM10W-35.4160MHZ-6-J1Z-T3 crystal is used in a variety of electronics applications, where its precise timing and frequency control are needed. These applications include consumer electronics, such as watches and clocks, mobile phones, and PDAs. It is also used in industrial, automotive, and aerospace applications, for controlling the timing of oscillators, timers, and frequency counters. Moreover, it can be found in various medical devices and instruments, where a regular and predictable time signal is needed.

Working Principle

The ABM10W-35.4160MHZ-6-J1Z-T3 crystal works on the principle of oscillation. It is a small device comprising of two components - an oscillator and a resistor. The oscillator is made up of a quartz crystal, which is a piezoelectric material that vibrates when voltage is applied. The frequency at which the crystal vibrates is determined by its physical properties, such as thickness and surface area. The resistor controls the amplitude of the oscillation, ensuring that it does not become too large and cause the crystal to break.

To function properly, the crystal needs to be connected to an external oscillator circuit. The circuit consists of a voltage source, an inductor, a capacitor, and the crystal itself. When the voltage applied to the circuit is constant, the circuit will oscillate at its resonant frequency, determined by the inductor, the capacitor, and the physical characteristics of the crystal. This frequency is the ABM10W-35.4160MHZ-6-J1Z-T3’s specified frequency - 35.4160 MHz.

The oscillator circuit also amplifies the outgoing signal, then sends it through an output buffer, which converts the signal into a pulse train. This pulse train is then used to drive other electronic components, providing a precise and stable timing signal. The output buffer also isolates the crystal from any external noise and disturbances.

Conclusion

The ABM10W-35.4160MHZ-6-J1Z-T3 crystal is a versatile and reliable way to control timing and frequency in modern electronics. It finds use in a variety of applications, from consumer electronics to industrial, automotive, and aerospace applications. It works by being connected to an external oscillator circuit, where the resonant frequency of the crystal is determined by its physical characteristics, the inductor, and the capacitor. This resonant frequency is then amplified and sent out as a signal, providing a precise and stable timing signal.