ABM10W-18.4320MHZ-8-J1Z-T3

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Crystals are widely used in electronics as oscillators for radio signals, filters for communications and timing circuits for computer applications. The specific crystal under discussion is the ABM10W-18.4320MHz-8-J1Z-T3, which is used with a wide range of current applications. This article will provide an overview of the crystal and discuss its application field and working principle.

Description of the Crystal

The ABM10W-18.4320MHz-8-J1Z-T3 is an electronically cut quartz crystal manufactured by Beijing Semiconductor Co. Ltd. It is a AT-cut device with a frequency of 18.4320MHz and a tolerance of ±7.5ppm. It has a rated temperature of 25 degrees Celsius and a maximum operating temperature of 70 degrees Celsius. It features an 8-pin DIP package and can be used with a wide range of oscillator circuits.

Application Field of the Crystal

The crystal is suitable for use in a wide range of electronics applications, from digital integrated circuits to telecommunication systems and automotive control systems. It can be used for pitch control, frequency synthesis, clock generators, phase-locked loop (PLL) devices, frequency dividers, data receivers, digital filters and many other applications. Its wide range of features, including low cost, high stability, low power consumption and low phase noise, makes it a popular crystal for these purposes.

Working Principle of the Crystal

The ABM10W-18.4320MHz-8-J1Z-T3 works by converting an alternating voltage into an alternating current. This alternating current is then used to drive the crystal resonator and generate a sinusoidal wave. The frequency of the wave depends on the series resonant circuit formed between the crystal and the capacitors connected to it. The oscillator circuit then amplifies this wave and outputs a high-frequency signal. This signal can then be used for a wide range of applications.

Conclusion

The ABM10W-18.4320MHz-8-J1Z-T3 is a quartz crystal with a wide range of applications. It is suitable for use in digital integrated circuits, telecommunication systems and automotive control systems, among others. Its operating principle involves converting an alternating voltage into an alternating current which is then used to drive the crystal resonator and generate a sinusoidal wave. This wave is then amplified and used for a wide range of applications.

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