AB-48.000MHZ-B2

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Crystals have been essential in the world of electronics since their first use in quartz watches. The AB-48.000MHZ-B2 is a crystal used in the electronics industry and is known for its precision and accuracy. This article will discuss the application field and working principle of this particular crystal.

The Field of Application

AB-48.000MHZ-B2 crystal is used primarily in the manufacturing of communication systems and microprocessors. Its application in the communication system involves the use of a transceiver that is designed to communicate over long ranges. Specifically, the AB-48.000MHZ-B2 crystal is used in the direct-conversion mode of communication, which transmits the signal directly from the transmitter to the receiver. This mode of communication can be used for short-range, medium-range, and long-range communication. AB-48.000MHZ-B2 crystal can also be used in the manufacturing of microprocessors. It is used to modulate the clock signals in the microprocessors and help in the execution of instructions.

Working Principle

AB-48.000MHZ-B2 crystal works on the principle of piezoelectricity. It has two plates formed of two different materials, one made of lead (which is called an active element) and the other made of a conductive material (which is called a passive element). When a voltage is applied to the plates, it creates a stress between the two materials which causes the plates to vibrate at a constant frequency. This frequency is known as the usage frequency and is used to synchronize the transceiver or the microprocessor that has the crystal installed in it.

In addition, the AB-48.000MHZ-B2 crystal has a number of other features that make it useful in modern electronics. For example, it has a wide frequency range and can be used in multiple applications due to its low power consumption. It also has excellent temperature stability and can withstand shock and vibration.

Conclusion

AB-48.000MHZ-B2 crystal is an important component in the world of electronics, especially in the manufacturing of communication systems and microprocessors. It works on the principle of piezoelectricity and has features such as a wide frequency range, low power consumption, and excellent temperature stability. It is an essential part of a successful communication system or microprocessor, and its use will continue to be important as technology continues to evolve.

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