AM-13.560MDHE-T

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Crystals are a type of electronic components and are essential in modern electronic circuits. The most common use of crystals is in oscillators, where they provide a time reference to create signals. One type of crystal is the AM-13.560MDHE-T piezoelectric crystal, which has a wide range of applications. This article will discuss the applications and working principle of the AM-13.560MDHE-T crystal.

The AM-13.560MDHE-T crystal is a miniaturized piezoelectric crystal. It has a resonant frequency of 13.56 MHz, a small size of 5.8 (L) x 3.2 (W) mm, and a low power consumption of 2.2 mW. This makes the crystal suitable for use in a variety of different electronics and power applications, from medical instruments and wearables to wireless networks and communications systems.

The AM-13.560MDHE-T crystal is used primarily as a timing device. It is most often used in oscillators, where it can provide an accurate and reliable rate for the generation of signals. For example, in radio frequency (RF) systems, the crystal can be used to provide a reference signal for the tracking and transmission of data signals. The crystal can also be used in the generation of timing signals for automotive systems, mobile phones, microcontrollers, and digital TVs.

The working principle of the AM-13.560MDHE-T crystal is based on the piezoelectric effect. This effect occurs when a mechanical stress is applied to certain crystals, such as quartz, and causes them to produce an electrical voltage. When a low voltage current is sent through the crystal, the crystal’s vibration frequency is determined by its shape and size. By applying an oscillating signal to the crystal, a specific frequency can be maintained.

The AM-13.560MDHE-T crystal is a very useful component for a variety of applications. Its small size and low power consumption make it suitable for use in medical, automotive, and communications systems. Its reliable accuracy makes it ideal for use in oscillators, where it can be used to generate signals of a specific frequency. Finally, its working principle, based on the piezoelectric effect, makes it a reliable and accurate timing device.

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