AX7PAF4-161.132812T

Introduction to AX7PAF4-161.132812T Oscillators

The AX7PAF4-161.132812T is a type of oscillator, used for a wide variety of applications in fields including electronics,mechanical, and industrial engineering. Oscillators are used to generate and maintain an oscillating signal or an alternating current, and are most commonly used for clock signals such as those used in microprocessors, radio antennas, GPS signal frequency synchronization, and more.

The AX7PAF4-161.132812T is a quartz oscillator module with a built-in frequency stabilization crystal (packaged in an 11.2mm square, 9.6mm height) designed to provide long-term stable frequency when used in demanding temperature applications. It is designed to help minimize the impacts from temperature on the device’s stability, temperature coefficient, and jitter.

Application Field

The AX7PAF4-161.132812T is used in a wide variety of applications that require accurate and reliable timing signals. Some of them include telecommunications systems, automotive ECUs, and industrial controllers. It is particularly useful in automotive safety systems, industrial automation, medical devices, wireless communication, as well as radio and navigation equipment.

The device is also used for frequency modulation (FM) transmission, in applications including broadcast receivers, wireless access points, and point-to-point data links. Additionally, it can be used in timekeeping systems whenever accurate timing is needed.

Working Principle

The AX7PAF4-161.132812T is based on a quartz crystal oscillator technology, wherein quartz crystals are used to convert electrical signals into distinct frequencies. Quartz crystals are harmonic oscillators, wherein an applied electrical field vibrates the quartz at a precise frequency. This vibration can be used to oscillate an electrical signal to generate a precise frequency.

The AX7PAF4-161.132812T contains a built-in quartz stabilization crystal which helps to ensure that the frequency is precise and stable over time, even when the device is subject to temperature changes. The device also features a built-in automatic temperature compensation circuitry, which helps to maintain the frequency stability over a wide temperature range.

Conclusion

In conclusion, the AX7PAF4-161.132812T quartz oscillator module is a reliable and efficient device used to provide precise and stable timing signals for various applications. It is robust, efficient, and designed to withstand a wide range of temperatures, and is capable of providing accurate frequency signals even in the most demanding applications.