Crystals

Crystals, including silicate and non-silicate crystals, have been used as energy sources for thousands of years. Today, crystals are still used widely in modern industries for their special properties. In particular, high-frequency crystals, such as 7S-27.000MAAE-T, can be used to generate signals with precise oscillation frequency, making them ideal components for high-accuracy applications in fields like avionics, medical, automotive, and telecommunications.

7S-27.000MAAE-T Application Field and Working Principle

The 7S-27.000MAAE-T is a type of high-frequency crystal, which can generate signals of up to 27MHz with very low jitter and tight frequency control, making it suitable for use in precision timing applications. The crystal is used in a wide range of applications, such as avionics, telecommunications, automotive, and medical applications, because of its high accuracy, reliability, and robustness.

The working principle of the 7S-27.000MAAE-T is based on the piezoelectric effect. This effect occurs due to the electrons in the crystal vibrating according to certain external stimuli, such as an electric field. The crystal is encased in a metal container and, when an electrical signal is applied, the crystal subjects itself to a period of tension and compression, leading to the generation of an oscillated waveform.

The 7S-27.000MAAE-T has a high degree of tolerance to environmental factors such as temperature and humidity, making it suitable for use in a wide range of environments. It is also resistant to physical and chemical damage, making it a reliable and long-lasting component. In addition, the crystal has a high degree of efficiency, ensuring a lower power consumption than many other crystals.

The 7S-27.000MAAE-T is a high-accuracy and reliable component, making it ideal for a range of precision timing applications. Because of its high accuracy and stability, it is widely used in avionics, medical, automotive, and telecommunications applications, where it is able to generate signals of up to 27MHz with very low jitter and tight frequency control.