AT-20.500MAGQ-T

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Crystals are defined as any solid material that is formed naturally in a geometric shape. In the most basic sense, they are everything from diamonds to salt, but their most useful form is in their ability to work as a transducer. AT-20.500MAGQ-T is an example of a crystal transducer.

AT-20.500MAGQ-T is a piezoelectric quartz crystal with a resonant frequency of 20.500MHz. It is manufactured by Mitsubishi Materials Corporation, and is commonly used in communication, medical, and industrial applications. It is also used in high reliability timing applications as its C−V characteristics enables precise frequency control and temperature stability.

One of the most important fields of application for the AT-20.500MAGQ-T crystal is in communication systems. With its high stability and accuracy, it is used in telecommunication equipment such as modems and fax machines. It is also used in the Long Term Evolution (LTE) communications technology, where it is used in the base station and Radio frequency (RF) head module for synchronization. In addition, it is used in satellite and airplane transceiver systems to maintain a constant frequency.

The AT-20.500MAGQ-T crystal is also useful in medical applications, such as the ultrasound system. It is used to generate and detect ultrasound pulses, thus providing increased accuracy for the readings. It can also be used in time measurement devices, like the Electrocardiogram, or ECG, and the electroencephalogram, or EEG. The crystal can also be used in endoscopy and laser scanners, further contributing to the accuracy of these medical techniques.

In industrial applications, the AT-20.500MAGQ-T crystal is commonly used to control the frequency of motors and generators. It can also be used in an electronic circuit to generate an output voltage, making it an ideal choice for precision control and measurement of current and voltage. Finally, it is used in various industrial equipment, such as conveyor systems, with its easy integration into existing systems.

The crystal’s working principle is based on the piezoelectric effect, which states that when a material, such as quartz, is mechanically stressed, it produces an electrical charge. This becomes useful in the AT-20.500MAGQ-T crystal transducer, as the stress applied to it causes a frequency change in the output signal. The output frequency can be meticulously controlled by altering the electrical signals through a match circuit, or the coupling which is resonant.

In summary, the AT-20.500MAGQ-T quartz crystal is a versatile transducer widely used in communication, medical, and industrial systems. It utilizes piezoelectricity to change the frequency of an output signal when stressed. By doing this, it provides accuracy and stability in all its applications, making it an invaluable resource in many situations.

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