ABSM2-48.000MHZ-4-T

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Crystals:

Crystals are widely used as electrical components to generate a precise frequency or filter out unwanted signals. A type of crystal oscillator, called an Absolute Stability Miniature Crystal Oscillator (ABSM2-48.000MHZ-4-T), is a precision device used in applications requiring accurate timing. This article will discuss the application field and working principle of the ABSM2-48.000MHZ-4-T crystal oscillator.

Application Field of ABSM2-48.000MHZ-4-T

The ABSM2-48.000MHZ-4-T crystal oscillator is designed for use in frequencies in the range of 48-540 MHz and can be used in various military and commercial applications. Some common applications include radio communication, short-range radio, satellite communication, global positioning systems (GPS), global navigation satellite system (GLONASS), robotic systems, broadcast equipment, and in high speed data transmission.

The ABSM2-48.000MHZ-4-T is an ideal choice for mission-critical applications requiring stability and reliability. For example, on board military satellites and aircraft, the oscillator can provide reliable and accurate timing over the long term, without experiencing frequency and stability drift due to harsh or high vibration environments. Additionally, thanks to its miniaturized package and resistance to environmental conditions, the ABSM2-48.000MHZ-4-T is highly suitable for use in space-constrained portable applications and equipment.

Working Principle of ABSM2-48.000MHZ-4-T

The ABSM2-48.000MHZ-4-T is an AT-cut miniature precision crystal oscillator equipped with a special temperature compensation mechanism. It is composed of an oscillator and an amplifier, as well as a clock pulse generator and a tuning fork.

The oscillator generates an electric signal based on the frequency of the quartz crystal.The amplifier further amplifies the signal while the clock pulse generator produces a frequency-stable reference signal. The tuning fork, in turn, is used to regulate the frequency of the oscillator to provide precision timing. The temperature compensation mechanism ensures the crystal oscillator maintains a stable frequency output even in high temperature environments, and can achieve frequency accuracy of less than one part-per-million (ppm).

The ABSM2-48.000MHZ-4-T is a renowned precision timing device for mission-critical products and applications. Its miniaturized package design and advanced temperature compensation mechanism make it an ideal choice for use in aerospace, robotics, navigation and communications applications.

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