416F4801XAKT

Crystals are widely used in many circuits due to its electrical properties. Crystals come in many different shapes, sizes and configurations, but one of the most widely used is the 416F4801XAKT crystal. It is an extremely precise quartz crystal oscillator, which is employed in many circuit designs.

The 416F4801XAKT crystal is a surface-mount crystal that is encased in ceramic. The crystals feature a 4 Gyro polarization, which makes them highly stable with low noise and jitter. They are typically available in a range of output frequencies, from 4 MHz to 85 MHZ, with excellent temperature stability.

Application Field

The 416F4801XAKT crystals are used in a wide range of applications, including computers, communications, consumer electronics, industrial controls, automotive electronics and aerospace applications. Oscillators based on these crystals are used in a wide range of public and military communications systems, as well as gaming systems, microwave systems, security systems, GPS navigation, and other systems that require precise frequency stability.

Working Principle

The way that the 416F4801XAKT crystal works is quite simple. The crystal is made up of two quartz plates that have been cut with a precisely calculated frequency. When a voltage is applied to the plates, a mechanical stress is created within the crystal that causes it to vibrate at the same frequency of its cuts. This creates an electromagnetic field that is picked up by the oscillator circuit and used to control the frequency of the output signal.

The oscillator circuit is then able to accurately measure the frequency of the output and provide it back to the powered device, such as a computer, for synchronization. The 416F4801XAKT crystals are designed to be highly accurate and stable, ensuring that the output frequency stays as close as possible to the specified frequency.

Conclusion

The 416F4801XAKT crystal is one of the most widely used crystals available today. It is incredibly accurate and stable, making it ideal for many applications. It is used in a range of public and military communications systems, computers, consumer electronics, automotive electronics, and aerospace applications. The way that it works is quite simple, and it relies on two quartz plates that have been cut to the desired frequency and vibrating when an electric voltage is applied.