CCR10.0MXC8T Crystals, Oscillators, Resonators

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A CCR10.0MXC8T is a resonator, which is an electromechanical device used to filter out certain frequencies and couple the rest of the frequencies to a circuit. This type of resonator is broadly used in all kinds of applications, ranging from radio communications, radar systems, stabilized oscillators, pulse and signal handling, audio equipment, and many more.

This resonator is widely used due to its ability to generate or filter out specific frequencies, making it ideal for radio communications, since radio signals must be filtered at specific frequencies. It also works extremely well at creating stabilized oscillators, meaning that it can create a fixed frequency without any variation even in the presence of varying temperatures or environmental conditions.

A CCR10.0MXC8T resonator has a wide range of working frequencies from 50 kHz to more than 400 MHz. This makes it a suitable choice for many applications, like navigation and communication systems, wireless links, Radar, and many more. It is also extremely reliable for a vast array of tasks due to its lower minimum insertion loss and increased longevity. This type of resonator is typically made up of a substrate, a piezoelectric material, a conductive film, and electrodes.

The working principle of a CCR10.0MXC8T resonator is based on the fact that when an alternating voltage is applied to the electrodes of the conductive film, a periodic displacement of the piezoelectric material occurs, creating a vibration or resonance. These vibrations, in turn, produce a unique frequency with an almost constant amplitude. This frequency will be affected by the physical characteristics of the circuit and the materials used to construct the resonator.

The CCR10.0MXC8T resonator is a great choice for applications that require an efficient and reliable filtering or frequency source. Its wide range of working frequencies and its low insertion loss, making is suitable for a variety of applications, from radio and television broadcasting to navigation and communication systems. Its construction from top-quality materials also makes it robust and stable over a wide range of temperature and environmental conditions. With all this in mind, it is evident why this type of resonator is so widely used.

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