CA-301 12.8000M-C

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Crystals have various applications and have been applied to several devices. The CA-301 12.8000M-C crystal is one of the more common types that are used in a variety of applications.

This crystal is designed to work at a frequency of 12.8000MHz and is commonly used in General Purpose Frequency Synthesizers, Oscillators, and Resonators. It is selected for use due to its high frequency stability, wide temperature range, and low power consumption.

One of the most common applications for this particular crystal is the use in Industrial Controllers. These controllers operate computerized programs that dictate how machines and systems are operated. The high frequency of the CA-301 12.8000M-C crystal provides the stability and accuracy needed for the controller to do its job.

This crystal is also commonly used in High Speed Logic Frequency Synthesizers. Due to its stability, accuracy and wide frequency range, this crystal can be used to generate highly reliable signals in order to provide the highest level of control for any system.

In addition, this type of crystal is often used in Resonators. This application requires high frequency stability and accuracy to ensure that the resonator is able to remain accurate over a period of time. The CA-301 12.8000M-C crystal can provide this stability, ensuring that the resonator is able to remain on frequency for longer periods of time.

The organization and structure of a crystal are based on its working principle. The CA-301 12.8000M-C crystal works by using a quartz crystal which is put between two metal plates. The plates create an electromagnetic field which causes the quartz crystal to oscillate at a specific vibration frequency. This high frequency vibration is then amplified and used in applications such as Industrial Controllers, High Speed Logic Frequency Synthesizers, and Resonators.

The CA-301 12.8000M-C crystal is a very useful and useful item in a wide range of applications due to its high frequency stability, wide temperature range, and low power consumption. It is an essential part of the equipment needed to ensure the accuracy and reliability of these systems.

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