FA-365 29.4910MC-C

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Crystals remain some of the most important elements in the development of technology today, and the FA-365 29.4910MC-C crystal is a prime example. This particular crystal, produced by Symech, is an excellent choice for any application requiring high quality timing accuracy, stability and reliability. It is used in a variety of electronics, such as high-end radios, audio oscillators, network and telecom applications and many other industrial, space and military applications. In this article, we will explore the application field and working principle of the FA-365 29.4910MC-C crystal.

The FA-365 29.4910MC-C is a quartz crystal oscillator, also known as AT-cut quartz, meaning it is constructed using stacked quartz plates with alternating quartz orientations. This specific crystal has a central frequency of 29.4910MHz and it utilizes Symech’s patented vertical calibration complex algorithm to maintain excellent frequency stability and accuracy. The crystal is rated to operate over a temperature range of -40°C to 85°C and it has been designed for low aging and low temperature coefficient, giving it a long service life.

The most important factor in any oscillator is the frequency stability, and with the AVR-VMC™ varactor-axial mount crystal, the FA-365 29.4910MC-C provides excellent frequency stability and accuracy. The patented VMC algorithm, coupled with the AVR-VMC™ varactor-axial mount crystal design, ensures that the oscillator will remain stable over a wide range of temperatures, shock and vibration. The crystal also has a wide tuning range, allowing for the design of highly reliable, accurate, and stable circuits.

The FA-365 29.4910MC-C crystal is used in many applications and systems, including:

• High-end professional, military, aerospace and space receivers
• Radar systems
• Broadcast transmitters
• Networking and telecom applications
• Audio oscillators
• Digital instrumentation and control systems
• Industrial process control

The main advantages of this crystal include low aging, low temperature coefficient, high frequency stability and accuracy. In addition, the crystal is compatible with a wide range of circuits, making it the ideal choice for any application requiring high quality and accuracy. As an added benefit, the crystal is also RoHS compliant, making it a safe and reliable choice for any application where environmental considerations are a priority.

At a basic level, the working principle of an oscillator is simple. The crystal oscillates at its rated frequency, driven by a power supply. As it vibrates, it creates an alternating electrical current that is used to drive the circuits and systems. In the case of the FA-365 29.4910MC-C crystal, the oscillator is designed to remain stable over a wide range of temperatures, shock and vibration, ensuring reliable operation.

In conclusion, the FA-365 29.4910MC-C crystal is a highly accurate and reliable quartz crystal oscillator. It is used in a range of applications from high-end radios to military and industrial control systems and it features low aging, low temperature coefficient and excellent frequency stability. The AVR-VMC™ varactor-axial mount crystal design provides improved frequency accuracy, while the quartz plates ensure durability and long service life. As such, the FA-365 29.4910MC-C crystal is an ideal choice for any application requiring accuracy and reliability.

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