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Crystals

Crystals, sometimes called quartz electronic components, are electronic components composed of an orderly arrangement of atoms and electrons, forming a semiconductor crystal. ABM11W-33.8680MHZ-8-K2Z-T3 crystal is a type amongst them which offers superior electrical and mechanical characteristics.

Application Field

ABM11W-33.8680MHZ-8-K2Z-T3 crystal are high stability components commonly used in clocks, oscillators, audio systems, as well as in many digital and communication systems. As high frequency components these crystals can work as clock generators, resonators and filters, providing precise and precise signals of a well defined frequency.

ABM11W-33.8680MHZ-8-K2Z-T3 crystals are specifically designed for low- phase noise clock oscillators such as Phase Locked Loops (PLL). These crystals offer superior phase noise, plus exceptional pull range, excellent tolerance, and low aging. In addition to audio systems, they are typically used in any radio-frequency (RF) communication systems, microwave systems, satellite systems, computer networks and telecom applications.

Besides ABM11W-33.8680MHZ-8-K2Z-T3 crystal can also be used in automotive applications, smart cards, navigation and positioning systems.

Working Principle

The ABM11W-33.8680MHZ-8-K2Z-T3 crystal operates by oscillating an electric current in a galvanic element, a piezoelectric material such as quartz. This process, known as piezoelectric effect, allows the crystal to vibrate with the same frequency of the applied electric current, resulting in a continuous signal.

The oscillator or resonator is composed of a combination of two components: a quartz crystal and an amplifier. The quartz crystal acts as the frequency determining element, and the amplifier controls the amplitude of the signal. When the electric current oscillates in the quartz crystal, it emits a signal whose electrical load is measured as frequency. This signal oscillates within a predetermined range.

The ABM11W-33.8680MHZ-8-K2Z-T3 crystal is capable of working in a wide range of temperatures and frequencies, providing ultra-low phase noise, superior tolerance and excellent pull range. The superior electrical and mechanical characteristics of the crystal make it an ideal choice for any electronic application that requires highly precise frequency.

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