AT-11.2896MAGS-T

AT-11.2896MAGS-T application field and working principle

Crystals have been used since ancient times in many applications and have become increasingly complex from the days of simple quartz clocks to various intricate dielectric, piezoelectric, and parametric devices. The AT-11.2896MAGS-T is a new type of crystal oscillator with a frequency of 11.2896 MHz that has application in robotics, digital communication, precision timing electronics, medical and aerospace systems, and other precision control tasks.

This device operates using a quartz plate vibrating at a constant, predictable frequency, determined by the physical characteristics of the plate itself. The vibration of the quartz is then reflected in an output signal, which is the output frequency. The oscillator works on a principle of positive feedback; the output of the oscillator is fed back into the input forming a feedback loop, thus locking the oscillator in its output frequency.

The AT-11.2896MAGS-T has special features for stability and reliability which include temperature control and compensation, low noise level and low phase noise, and a special mounting technique for mechanical stability. It also has high tolerance for shock and vibration and offers a long-term stability of the output frequency over time.

Due to its accurate frequency characteristics and robustness, the AT-11.2896MAGS-T is suitable for applications where high accuracy and reliability are important, such as in robots and digital communication systems. With its ability to precisely control the power output, the AT-11.2896MAGS-T can be used in medical and aerospace systems to ensure accuracy and reliability in the control process.

The AT-11.2896MAGS-T is a quartz crystal oscillator that offers a reliable, accurate, and power-controlled output frequency. It has a wide range of application in robotics, medical, aerospace, and precision control systems. With its temperature control and compensation, low noise levels and low phase noise, and robust mounting, the AT-11.2896MAGS-T is an ideal choice for long-term accuracy and reliable control.