AX7MCF1-54.0000T

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Oscillators are widely used in electronic systems for their ability to generate various signals at different frequencies, and AX7MCF1-54.0000T is among the top contenders in this field. This temperature-controlled oscillator offers an optimal balance between interface complexity and performance. With an accuracy of 0.5ppm when operating at 25°C, it offers highly stable operation over a wide range of temperatures.

Applications

The AX7MCF1-54.0000T is well-suited for timing and measurement applications, such as RF testing and in radio transmitter and receiver systems. It is also popularly used in microcontrollers, networking and communications systems, and in firmware development and debugging. Moreover, its temperature-compensated performance makes it suitable for applications involving harsh environments.

Working Principle

In the AX7MCF1-54.0000T, a highly accurate quartz crystal is used as a reference oscillator. It works on the piezoelectric effect, wherein a crystal expands upon application of an electrical voltage. This mechanical expansion causes mechanical stress, leading to the generation of an oscillating electric signal. The frequency of this signal depends on the configuration of the crystal, which is achieved through polishing and cutting.

In the AX7MCF1-54.0000T, the oscillating signal is used as a reference signal and is compared to another signal generated internally. An error signal is then generated, which is fed back to the level of the reference signal and maintained at a fixed frequency. This feedback loop helps in keeping the oscillator stable over a wide range of temperatures.

To further enhance the stability of the oscillator, the AX7MCF1-54.0000T is equipped with temperature compensation circuitry. This circuitry works by automatically adjusting the reference signal based on the temperature changes and helps maintain the desired frequency of the signal. This makes the oscillator suitable for use in temperature-sensitive applications.

Apart from its temperature-compensated performance, the AX7MCF1-54.0000T also offers a variety of features, such as low jitter, low-voltage operation, low power consumption, high immunity to electromagnetic interference and radiations, and a wide range of operating frequencies. All these features make this temperature-controlled oscillator an ideal choice for a wide range of applications.

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