AM-28.6363MBPH-T

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Most of us use the term “crystal” to refer to objects like pieces of jewelry, for example quartz crystals. However, crystals are not only objects of beauty and jewelry, but also essential components in communication technology.

One type of crystal that is used in communication technology is the AM-28.6363MHz-T crystal. This type of crystal is a single-axis, low frequency crystal device designed to run on a 28.6363MHz frequency. It is used in a variety of different applications, and it is important to understand what the application field is and how it works.

The most common applications for the AM-28.6363MHZ-T crystal are in consumer electronics, medical electronics, and telecommunications. It is used in consumer electronics such as mobile phones and other audio/video devices. In medical electronics, the crystal is used in devices that measure, monitor, and display vital signs. As for telecommunications, the crystal is used in a variety of wireless devices, such as digital radios, broadcast receivers, and satellite receivers.

The working principle of the AM-28.6363MHz-T crystal is based on the piezoelectric effect. The piezoelectric effect is a phenomenon where electric charge is generated when a mechanical stress is applied to a material. In the case of the AM-28.6363MHz-T crystal, the crystal acts as a transducer, meaning it converts electrical energy into mechanical energy. This is done by applying a voltage to the crystal which causes the crystal to vibrate at a frequency of 28.6363MHz.

When the crystal vibrates, it produces an output signal that can be used in various electronic devices. The output signal can be used to synchronize the timing of digital signals, reduce power consumption, increase frequency accuracy, and more.

In conclusion, the AM-28.6363MHz-T crystal is an essential component in communication technology, and is used in various applications such as consumer electronics, medical electronics, and telecommunications. Its working principle is based on the piezoelectric effect, where when a voltage is applied to the crystal it vibrates at a frequency of 28.6363MHz and produces an output signal which can be used in various electronic devices.

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