MXO45T-3C-64M0000

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Oscillators have a wide variety of applications because of their ability to produce electrical signals at some predetermined frequency. Such oscillators can take many forms, from mechanical to electronic, and one example is the MXO45T-3C-64M0000 oscillator. This oscillator is capable of producing electrical signals of 64.0 MHz. In order to understand the application field and working principle of this oscillator, the following will go into detail.

Applications

The MXO45T-3C-64M0000 oscillator is primarily used in the telecommunications industry, specifically for high-definition broadcast video applications such as HDTV broadcast. This oscillator is designed to produce precise signals over long distances, so it is well suited for this type of application. Other applications include cellular base stations, satellite communications, and wireless network systems. In each of these applications, the oscillator\'s accuracy and stability ensure that the system can function reliably.

Working Principle

The MXO45T-3C-64M0000 oscillator is based on a type of multi-layer ceramic or MLCC technology. It is a piezoelectric type oscillator, which means that it can be used to convert mechanical energy into electrical energy. The oscillator consists of a piezoelectric disk, a metallic layer, and a composite ceramic substrate. When an oscillating voltage is applied to the metallic layer, the disk vibrates at the frequency of the applied voltage. This creates an electrical signal which is then amplified and sent out. As the oscillator is designed with precise components and controlled conditions, it is capable of producing accurate and stable signals.

Conclusion

The MXO45T-3C-64M0000 oscillator is a piezoelectric type series used in various applications, such as HDTV broadcast, cellular base stations, satellite communications, and wireless network systems. Its accuracy and stability make it well suited for these applications. The oscillator is based on multi-layer ceramic technology and works by converting mechanical energy into electrical energy. With its precise components and controlled conditions, it is able to produce consistent and reliable electrical signals.

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