FA-365 26.4512MC-C3

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Crystals play a crucial role in our modern lives and are widely used in various applications. One of the most commonly used crystals is the FA-365 26.4512MC-C3. This particular crystal offers superior accuracy and frequency stability, making it ideal for various applications. In this article, we’ll explore the application fields and working principle of the FA-365 26.4512MC-C3.

Application of FA-365 26.4512MC-C3

The FA-365 26.4512MC-C3 is commonly used for high-precision timing applications and frequency stabilization. It is often used as a master clock in audio/video applications, such as digital video recorders, televisions, and radios. Additionally, it is often used for micro-second synchronization applications such as those in industrial control systems, medical imaging and monitoring systems, telecommunication systems, and measurement systems. Moreover, the FA-365 26.4512MC-C3 is also commonly used in astronomical instruments, RF transceivers and receivers, and navigation systems.

Working Principle of FA-365 26.4512MC-C3

The FA-365 26.4512MC-C3 crystal is a type of quartz-based crystal. Quartz crystals have the ability to be forced to vibrate at a certain frequency when supplied with a voltage. The FA-365 26.4512MC-C3 has an excellent frequency stability, meaning that it is able to maintain an accurate frequency with minimal variation in response to changes in temperature, vibration, and above all, time. This frequency is generated due to the quartz crystal’s piezoelectric properties, which allow it to produce a voltage when subjected to stress or strain, and to produce strain when subjected to a voltage. The FA-365 26.4512MC-C3 crystal is designed to be used in a crystal oscillator circuit, in which it drives an oscillator circuit to produce a stable output frequency.

The FA-365 26.4512MC-C3 crystal also has a temperature compensated feature, which enables it to maintain a very accurate frequency even at extreme temperatures. This is possible because the temperature compensation feature is made up of a temperature sensitive capacitor that compensates for frequency changes caused by temperature variations. This feature also helps to make sure that the crystal maintains its frequency accuracy over a lengthy period of time.

Conclusion

In conclusion, the FA-365 26.4512MC-C3 crystal is a highly reliable quartz crystal that is used in various applications to maintain high accuracy and frequency stability. Its working principle is based on the quartz crystal’s piezoelectric properties, which allow it to generate a voltage when subjected to stress or strain, and to produce strain when subjected to a voltage. Furthermore, the FA-365 26.4512MC-C3 has a temperature compensation feature which helps it to maintain its accuracy over a long period of time. The FA-365 26.4512MC-C3 crystal is used in various applications including digital video recorders, televisions, radios, industrial control systems, medical imaging and monitoring systems, telecommunication systems, and measurement systems.

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