CMR309T14.31818MABJTR Crystals, Oscillators, Resonators

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Crystals play an important role in the world of physics and engineering, as they allow for the accurate calibration of electronic components and the precise operation of electrical devices. CMR309T14.31818MABJTR is one type of crystal that is widely used for oscillator applications. This section will discuss the application fields and working principles of CMR309T14.31818MABJTR and provide readers with an understanding of how it functions.

CMR309T14.31818MABJTR is a high-precision crystal oscillator that is designed to provide accurate timing signals to circuit boards or other electrical devices. It is typically used in timing control and synchronization applications, such as in the manufacture of watches and other time-keeping devices. This crystal is also used in radio communication systems and in some radar systems, as its accurate frequency characteristics allow for the precise operation of these systems.

CMR309T14.31818MABJTR features an AT-cut quartz crystal that is designed to provide a stable and accurate frequency signal. It has a frequency of 14.31818 MHz and is configured to operate at temperatures between -10 and 70 degrees Celsius. When the crystal is installed and energized, it vibrates at a precise frequency and produces an electrical signal that can be used to control the timing and operation of electrical devices.

The working principle of CMR309T14.31818MABJTR involves the transformation of mechanical energy into electrical energy. When the crystal is energized, the quartz vibrates at its natural frequency, producing a strain wave. This wave is then converted into an electrical signal that can be used to control timing. By adjusting the electrical parameters, the frequency output of the crystal can be accurately controlled.

CMR309T14.31818MABJTR is a reliable and affordable crystal oscillator that is widely used in timing control and synchronization applications. It features an AT-cut quartz crystal that produces a precise and accurate frequency signal. When energized, it vibrates at a precise frequency, converting mechanical energy into electrical energy that can be used to control the timing and operation of electrical devices. This crystal is also highly reliable, as its frequency characteristics are not affected by temperature fluctuations or other external influences.

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