AX7DCF4-368.6400T

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Oscillators are electrical circuits that produce regular or periodic electrical oscillations at a constant amplitude and frequency. The AX7DCF4-368.6400T is an oscillator used for a variety of applications.

AX7DCF4-368.6400T was first developed by the Amphenol Corporation in the early 2000s. The oscillator is a Crystalline Frequency Trinity Oscillator (CFTO) that allows very precise frequency control. The crystal in the oscillator is of a higher quality material and is cut to a specific shape to enhance its frequency stability and accuracy. The oscillator has a guaranteed topology that supersedes those of traditional quartz oscillators.

The AX7DCF4-368.6400T can be used in general timing systems, automotive sensing systems, as well as industrial timing applications. It is also suitable for microprocessor-based circuit applications, including motor speed control, and frequency / phase locking. The oscillator is versatile and can be used in many different applications.

The working principle behind AX7DCF4-368.6400T is based on the concept of resonance. This principle is utilized in the oscillator to produce an alternating electric field by the use of a quartz crystal. The oscillator uses a feedback loop between the crystal and the output line to maintain the frequency of the oscillations. The frequency is maintained by the capacitance of the crystal and the accuracy of the oscillations is regulated by the operational amplifier within the oscillator.

The AX7DCF4-368.6400T has some advantages over traditional quartz oscillators, such as its small size and low power consumption. It also has a better performance in terms of frequency stability and accuracy. Its superior topology ensures a higher reliability and greater performance in applications such as frequency or phase locking and motor speed control.

In summary, the AX7DCF4-368.6400T is an oscillator designed to allow precise frequency and phase control for a variety of applications. The oscillator utilizes a quartz crystal and feedback loop to maintain a regular frequency, accuracy and reliability. This oscillator has advantages over traditional quartz oscillators such as its small size and low power consumption, as well as superior topological features that offer greater performance in applications such as frequency or phase locking and motor speed control.

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