9B-13.225625MAAE-B

Crystals are among the most versatile materials in the universe. They can be used to store and amplify sound, regulate temperature, and even serve as the basis for many technological applications. The 9B-13.225625MAAE-B crystal oscillator is one such technology that is widely used in the electronics and communications industry.

In its basic form, the 9B-13.225625MAAE-B crystal oscillator consists of two metal electrodes separated by a quartz or piezoelectric crystal. When a small electrical signal is applied to the electrodes, it vibrates the crystal and generates a highly reliable resonance frequency. This frequency can be used to accurately time the operation of electronic circuits, making it ideal for critical applications such as telecommunications and avionics.

The main advantage of the 9B-13.225625MAAE-B crystal over other oscillator technologies is its stability and accuracy. It has operating temperature ratings of -40 °C to +90 °C, with a temperature coefficient of less than/equal 0.50 ppm/°C – meaning that it will not drift due to external temperature changes. Additionally, its frequency deviation across the temperature range is exceptionally low, providing better stability for nearly any application.

The 9B-13.225625MAAE-B crystal oscillator is designed for high frequency operation, with an operating range from 10 kHz to 155 MHz. It has an extremely low phase noise of -163 dBc/Hz @ 10 Hz, which makes it ideal for applications where low noise is concerned. The 9B-13.225625 oscillator is very reliable and has a long life cycle, making it suitable for continuous operation over long periods of time. It is also available in multiple package types, including surface mount and through-hole, making it easier to use in different types of applications.

In conclusion, the 9B-13.225625MAAE-B crystal oscillator is a reliable and accurate technology that is suitable for a variety of applications. Its ability to accurately time operations, provide exceptional temperature stability, and operate over a wide temperature range make it ideal for mission-critical applications such as telecommunications and avionics. Additionally, its low phase noise and long life cycle ensure reliable operation over prolonged periods of time.