AX7DBF2-61.4400T

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Oscillators are electrical components that manage to deliver a continuous and periodic signal, often of an overall fixed frequency. The AX7DBF2-61.4400T is one such oscillator which serves a number of applications in various industries. Presumably, knowing how this oscillator works and the fields where it is useful is essential when deciding if it should be purchased for a particular job.

Function and Principle

The AX7DBF2-61.4400T works with an oscillator ic which is formed by several transistors and capacitors in order to create a precise static and >continuous frequency. The device is tuned to deliver an accurate signal and then adjusted in as a range from a frequency of 61.44000KHz which is the basic frequency and digital control voltage.

The design of the oscillator itself follows the Pierce oscillator circuit where two inverter blocks connected together to form an oscillator circuit, and then an additional tank circuit to deliver the desired frequency which is created by a parallel combination of capacitor and inductor. This way, the circuit is able to provide a perfectly stable signal. After a certain period of time, the charging process starts over again and so the cycle continues.

Uses and Applications

As far as applications, the AX7DBF2-61.4400T is usually used for generation of a frequency signal in electronic equipment and be found in a wide variety of products. This oscillator can be found in the PLL modules of various devices, including radios, automotive equipment, video projectors, computers and more.

In industrial switches, this oscillator is commonly used for tuning the transistors as they are connected in order to form the switches. This is important because typically, industrial switches need to be very precise, in order to deliver high-speed and accurate signal transfers.

In telecommunications, the AX7DBF2-61.4400T is a very useful device since it can deliver a signal from one transmitter to another in a very fast and reliable way. As such, it is often found in radio systems and other communication systems where the oscillator is used for tuning the signal for an optimal data transmission.

This oscillator can also be found in many consumer electronics such as TVs, stereos, DVD and Blue-Ray players and other electronic equipment. In recent times, more and more products are beginning to use the oscillator in order to deliver a steady and precise signal in order to get a better performance.

Conclusion

From the above, it can be seen that the AX7DBF2-61.4400T oscillator is a highly useful and versatile device which can be used in a wide range of applications. By utilizing the Pierce oscillator circuit design, the device is able to deliver a very stable and reliable signal which is essential in many electronic products and systems. It is for these reasons that this particular oscillator is recommended for many projects and tasks.

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