ABM8W-18.4320MHZ-8-K2Z-T3

Crystals are one of the most common types of electronic components used in many applications, such as communication, TV & audio equipment, alarm systems, satellite receivers, and computers. The ABM8W-18.4320MHZ-8-K2Z-T3 crystal is an important part of the electronic industry. This crystal is mainly used in oscillators, timing applications, and watches.

Application Field

The ABM8W-18.4320MHZ-8-K2Z-T3 crystal is a highly precise timing device that has excellent temperature stability, low power consumption, and high reliability. It is suitable for use in oscillator, clock generator, and frequency divider circuits. This crystal is commonly used as a frequency-reference source in many types of systems, including radio and TV receivers, frequencies synthesizers, digital communication systems, and precision frequency measurement equipment.

It is also used in portable devices such as digital music players, mobile phones, and digital cameras. The simplicity, low cost, and high performance of this crystal make it the ideal choice for these applications.

Working Principle

The ABM8W-18.4320MHZ-8-K2Z-T3 crystal is driven by a CMOS, TTL, or ECL gate, depending on the system requirements. This crystal works on a simple principle of oscillation and works on the principle of harmonic motion. When a frequency is applied, the crystal vibrates at its natural frequency. These vibrations are amplified and shaped by the electrical circuit in the oscillator and then relayed to other circuits in the system.

The frequency of the crystal will depend on the size and shape of the crystal. Smaller crystals provide lower frequencies, while larger crystals provide higher frequency. The stability of the rotation frequency is relatively high, accurate frequency, and stable signal amplitude.

The ABM8W-18.4320MHZ-8-K2Z-T3 crystal has excellent temperature stability, low power consumption, and high reliability, making it an ideal choice for oscillator, clock generator, and frequency divider circuits in systems requiring precise frequency references.