ABM81-48.000MHZ-B4Y-T3

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Crystals are materials that have a regular repeating of their internal atomic or molecular structure, giving them a distinctive electrical property. The ABM81-48.000MHz-B4Y-T3 is a kind of crystal module for frequency control and operation. Here, we will discuss its application field and working principle.

Application and usage

ABM81-48.000MHz-B4Y-T3 crystal modules are mainly used in FM broadcast circuits, PLL circuits, and the like. This type of crystal module has a high frequency stability and a wide frequency range, which makes it suitable for a variety of communication application scenarios, including base stations, transceivers, and other scenarios.

The ABM81-48.000MHz-B4Y-T3 crystal module can also be used in frequency synthesizers as a reference frequency source for frequency control systems. It has high levels of shock and vibration resistance, making it particularly suitable for aerospace and military systems.

Working principle

The working principle of the ABM81-48.000MHz-B4Y-T3 crystal module is based on the mechanical and electrical characteristics of quartz, which is a piezoelectric material. This material has a property of changing its electrical potential when it is subjected to mechanical stress. When the crystal is connected to an AC electric field, it will oscillate at the same frequency.

The ABM81-48.000MHz-B4Y-T3 module uses a quartz crystal to oscillate at a specific frequency. When voltage is applied, the crystal oscillates at the specified frequency and then combines the alternating current and electric fields to convert mechanical energy into electric energy. This oscillation is then used to create a reference frequency for circuits and other applications.

The ABM81-48.000MHz-B4Y-T3 crystal module is a reliable and high-performance source for frequency control and operation. It offers a broad frequency range and highly stable oscillation, making it suitable for a variety of communication application scenarios. By understanding its working principle and application field, one can make the most of its features and applications.

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