ABM10W-40.9600MHZ-4-B1U-T3

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Crystals

Crystals are ubiquitous in almost all electronic circuits, including telecoms and broadcasting, industrial, computer and consumer products. They are essential for the proper functioning of these circuits and systems. A good example of crystals used in electronics is the ABM10W-40.9600MHZ-4-B1U-T3.

Application Field

The ABM10W-40.9600MHZ-4-B1U-T3 is a crystal oscillator. It is primarily used for timing and synchronizing applications, such as in micro-controllers, digital circuits, and other electronic devices. It can also be used as a frequency reference in radio frequency (RF) applications, such as in radio transmitters and receivers.

This particular oscillator is designed to run on 5V DC power supply and is capable of producing clock pulse of 40.9600MHz. It is designed with a hermetically sealed package to protect the oscillator from contaminants. Additionally, it has a stability better than 1ppm over a wide temperature range. This makes it an ideal choice for applications in which accuracy and stability are required.

Working Principle

The ABM10W-40.9600MHZ-4-B1U-T3 oscillator works by the principle of crystal oscillation. This is a phenomenon in which a crystal consisting of a piezoelectric material such as quartz or ceramic vibrates at a specific frequency when an external voltage is applied. This vibrating crystal forms the core of a quartz oscillator. The external voltage is applied via a tuned circuit, which acts as a resonator that amplifies the frequency of the vibration and also helps in maintaining the oscillator frequency.

The external voltage that is applied to the quartz oscillator is usually an alternating current (AC). This results in a sine wave output from the quartz crystal that is synchronized with the applied voltage. This sinusoidal output is useful for producing an accurate timing reference and can be used to synchronize digital circuits and microcontrollers.

In the case of the ABM10W-40.9600MHZ-4-B1U-T3, it is designed to produce a 40.9600MHz clock pulse. This is achieved by the use of a crystal that is cut with a particular thickness and shape to produce the desired frequency. The external voltage applied to it is also tuned to the exact frequency of the crystal to maintain the desired output frequency.

Conclusion

The ABM10W-40.9600MHZ-4-B1U-T3 crystal oscillator is an excellent choice for time keeping and synchronizing applications in electronic circuits. Its hermetic seal, low power usage, and high temperature stability make it an ideal choice for demanding applications. Furthermore, its ability to produce a precisely synchronized clock pulse makes it a key component in modern digital circuits and microcontrollers.

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