AT-13.560MAHE-T

Crystals have been used for a long time for a variety of applications, and one of the most popular is the AT-13.560MAHE-T crystal. This crystal is used in many electronic applications, and its working principle is based on the properties of quartz. Quartz is a naturally occurring mineral that has piezoelectric properties, meaning that it produces electric charges when subject to mechanical stresses. This property is exploited in AT-13.560MAHE-T and is used widely for frequency control devices in a variety of systems and circuits.

Performance Characteristics

The AT-13.560MAHE-T crystal has exceptional thermal and frequency stability characteristics, making it suitable for use in a wide range of electronic applications. The quartz crystals offer excellent frequency stability performance and can withstand extreme temperature fluctuations. The frequency range of the AT-13.560MAHE-T crystal is from 10 KHz to 250 KHz, and its frequency tolerance is of 0.1% at 20°C. It also has a pullability range of ±20 ppm.

Application Fields

The AT-13.560MAHE-T crystal is used in many electronic applications, and some of the most important areas of application include oscillators, digital circuits, clocks, timing, and frequency-tunable transmission and reception of radio signals. The AT-13.560MAHE-T crystal is also used in communication systems, satellite navigation, medical devices, and vibration or motion detectors. The crystal is also widely used to generate or control signals in a variety of audio systems.

Working Principle

The AT-13.560MAHE-T crystal works on the principle of quartz resonance. The quartz crystal is cut and shaped in a specific manner, creating contact points (electrodes) which are connected to an external circuit board via two conductors. When a varying alternating current is applied to these electrodes, an oscillating electrical field is set up within the crystal. This field results in mechanical vibrations within the crystal which correspond with the frequency of the applied current. These vibrations provide a stable frequency, which is used to control the electronic systems.

Conclusion

The AT-13.560MAHE-T crystal is widely used in many electronic systems and applications. Its frequency stability characteristics make it ideal for use in oscillators and digital circuits. Its working principle is based on the properties of quartz, and it can be used to control or generate signals in audio systems. Its flexibility makes it suitable for a wide range of applications requiring frequency control.