AWSCR-6.00MGD-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

AWSCR-6.00MGD-T application field and working principle

AWSCR-6.00MGD-T is a type of resonator. It is designed for communications systems wherein timing precision, stability and frequency accuracy are essential. Resonators work with a wide variety of applications like high-order filters, antennas and high-speed logic clocks. But its primary use is as a timekeeper, with motor-timing sensors, in electronic circuits.

Resonator Basics

A resonator is a device that vibrates or stores energy at certain frequencies. It uses an oscillator and feedback loop to keep a frequency between its input and output. As a result, this makes them ideal for monitoring and controlling events within an electronic system. Resonators are made of metal, ceramics or other materials, and are classified by their resonant frequency.

Applications

AWSCR-6.00MGD-T resonators provide precise timing for use in systems such as communications, positioning, sensing, measuring, and navigation. The timing of operation is determined by the frequency of the resonator and how precisely it can be adjusted. AWSCR-6.00MGD-T resonators are specifically designed for timing applications in communication systems. With its wide frequency range, high accuracy, and high stability, it\'s a reliable tool for any engineering application.

Working Principle

The working principle of AWSCR-6.00MGD-T resonators is based on the properties of resonance. When the resonator is placed in an electromagnetic field, it vibrates at its resonant frequency, and absorbs energy from this field. The energy is then used to generate an output signal of fixed frequency and amplitude. This output signal remains stable over time, making it a powerful tool for precise timing.

Conclusion

In conclusion, AWSCR-6.00MGD-T resonators are an important type of resonator for the applications of communication systems that require precise timing. They are made of metal, ceramics or other materials, and are designed to absorb energy from an electromagnetic field, providing a stable output signal of fixed frequency and amplitude. With its wide frequency range, high accuracy, and high stability, it\'s a reliable tool for any engineering application.

The specific data is subject to PDF, and the above content is for reference