AX7MCF1-807.7038C

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Oscillators are electronic components that produce an unbiased alternating current signal for an electronic circuit’s functioning. The output current signal is produced as a result of the device’s resonant frequency, which can be specified according to the application. The most common type of oscillator is the AX7MCF1-807.7038C.

This type of oscillator is a quartz crystal oscillator that produces a square-wave output signal at a specific frequency. This frequency is determined by the value of quartz crystal and can be as low as 1 Hz and as high as 240 MHz. This frequency is therefore adjustable with the use of a frequency-selective circuit. The main advantage of the AX7MCF1-807.7038C oscillator is its high accuracy, which has a tolerance of +/- 20ppm. It also has a low phase noise which is beneficial for applications that require low distortion and jitter.

The AX7MCF1-807.7038C oscillator has a wide range of application fields which include clock generator, portable device, communications, radio transmitters, audio processing, control and robotics, RF signal monitoring, and home sound systems. In addition, the device is also used in the development of new products such as industrial computers, industrial control systems, and mobile phones.

The working principle of an AX7MCF1-807.7038C oscillator is based on the property of quartz crystal which is an electrical conductor with a periodic piezoelectric effect. The oscillator works by energizing a quartz crystal at its resonant frequency. This is done by sending a current signal with the crystal’s resonance frequency through the quartz crystal. As a result of the current, an electrical field is generated within the crystal which causes it to vibrate at its resonance frequency. This vibration is converted into an output signal which is then used to control the frequency of the oscillator for further applications.

In conclusion, the AX7MCF1-807.7038C oscillator is a highly reliable device with a wide range of applications. Its frequency is adjustable with the use of a frequency-selective circuit, and it has a tolerance of +/- 20ppm and a low phase noise. The device is also used in the development of various products such as industrial computers, industrial control systems, and mobile phones. Its working principle is based on the piezoelectric effect of quartz which allows it to vibrate at its resonant frequency when an electrical field is generated.

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