ABM10W-30.0000MHZ-4-D2X-T3

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Crystals are integral components of electronic devices and are utilized to control the timing, frequency and synchronization of electronic circuits. The ABM10W-30.0000MHZ-4-D2X-T3 crystal is a common crystal and is used in a wide variety of applications such as timing and clocking. In this article, we will discuss the application field and working principle of the ABM10W-30.0000MHZ-4-D2X-T3 crystal.

One of the major application fields of the ABM10W-30.0000MHZ-4-D2X-T3 crystal is the generation of precise oscillation frequency. This type of crystal is usually used in micro-controllers, digital signal processors and frequency synthesizers to produce a precise clock frequency for timing and synchronization purposes. This crystal can be used to generate frequencies in the range of 30.0000MHz to 50.0000MHz.

Besides generating precise oscillation frequency, the ABM10W-30.0000MHZ-4-D2X-T3 crystal can also be used as a signal source in telecommunication equipment. This type of crystal is commonly used in TV signal transmission systems and other communication equipment to generate a stable clock signal with low phase jitter.

The ABM10W-30.0000MHZ-4-D2X-T3 crystal also has some applications in the medical field. For example, it is often used to generate high frequency clock signals for medical imaging applications. Moreover, it can also be used in medical diagnostic systems for generating precise clock signals in the range of 30MHz to 50MHz.

The working principle of the ABM10W-30.0000MHZ-4-D2X-T3 crystal is based on the piezoelectric effect. When a voltage is applied to the crystal, mechanical stress is generated on the crystal due to the piezoelectric effect. This mechanical stress causes the crystal to vibrate at a frequency determined by the mechanical properties of the material. This frequency is known as the resonant frequency of the crystal and is typically very stable.

The ABM10W-30.0000MHZ-4-D2X-T3 crystal is a popular crystal used in many different applications. It is capable of generating stable clock signals with low phase jitter, which makes it suitable for timing and clocking applications. Moreover, it is also well-suited for use in telecommunication equipment and medical imaging applications. The working principle of the crystal is based on the piezoelectric effect and its resonant frequency can be controlled by the mechanical properties of the material.

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