CMR309T50.000MABJTR

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Crystals have been used since the dawn of time, in a variety of forms, to stimulate or guide energy, or even to store it. Such crystals, including quartz and other minerals, can be used by people to create various electrical effects. The CMR309T50.000MABJTR is a fat-body crystal made from quartz, which is used to create oscillating electrical signals from very low to very high frequencies in a variety of applications.

The CMR309T50.000MABJTR is a particularly versatile crystal, due to the fact that it is engineered to handle a wide range of frequencies. It has an operating range from 9,000 to 50,000 MHz, which is suitable for applications in storage, communications, navigation and other troubleshooting environments.

This crystal has also been designed to handle temperatures ranging from -20 to +85 degrees Celsius. This makes it a great choice for electronic devices operating in both extremely cold and hot climates. The crystal is also highly shock resistant and can withstand sudden changes in temperature or even a collision or fall.

The CMR309T50.000MABJTR crystal can be used in a variety of applications, including oscillators, frequency synthesizers, phase-locked loops and data transmission. In oscillator applications, the crystal controls the frequency of the output signal, and can be used to create specific frequencies as well as frequency modulations. In frequency synthesizers, the crystal can be used to create multiple frequencies. In phase locked loops, the crystal can be used to synchronize and stabilize multiple signals. Lastly, in data transmission applications, the crystal can be used to control the speed and rate of data transfer.

The working principle behind this crystal is simple and straightforward. Quartz crystal is composed of a piezoelectric material, meaning that it develops electrical charges when it is mechanically stressed. When the CMR309T50.000MABJTR is placed in an oscillating electrical field, the electric charges it produces will be focused and amplified, resulting in an output waveform with a constant frequency. The frequency of this output is dependent on the particular characteristic of the crystal, which is determined by its shape and size as well as the type of quartz that is used.

The CMR309T50.000MABJTR is one of the many different types of crystals that can be used for various applications. It offers a wide operating range, great shock resistance and excellent temperature performance, all of which make it a great choice for many different projects. With its versatile properties, CMR309T50.000MABJTR crystal is sure to be a useful addition to any electronic device.

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