ATS196B

Crystals

Crystals play an essential role in the modern world and can be found in various applications, including ATS196B. This article offers an overview of the application field and working principle of ATS196B.

Applications of ATS196B

ATS196B is a type of crystal oscillator, which is used to create an ultrasonic vibration frequency within an electronic device. It is widely used in radio, television, computers and other electronic devices that require precision timing, such as clock and watch movements. The most common application is to provide a constant frequency clock signal for digital circuits in telecommunication, digital transmission and other electronic circuits.

Working Principle of ATS196B

ATS196B is a two-pin crystal oscillator with a rectangular profile. It is made from a resonant quartz crystal and is powered by a battery or external power source. The crystal is cut and mounted between the two pins so that its opposite faces vibrate with each other when a voltage is applied. This vibration generates a frequency that is proportional to the applied electrical signal. An individual crystal can be tuned to a specific frequency by cutting it with a specific slice angle, width and thickness.

Based on the size and associated parameters of the crystal, the frequency of the signal generated by ATS196B can vary between 0.5MHz to 150MHz. This allows it to be used in a wide range of applications. Furthermore, the frequency accuracy of ATS196B is about 5ppm, which is more accurate than other crystal oscillators.

Conclusion

ATS196B is a popular crystal oscillator that has applications in numerous industries. It is able to generate frequencies from 0.5MHz to 150MHz, with the frequency accuracy of 5ppm. This is a suitable solution for devices that require precise timing and reliable signal.