AX7MCF1-563.7600C

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Oscillators are devices used in a wide range of applications including electronic counting, monitoring, timing, waveform generation, frequency stabilization, and signal control. One such oscillator is the AX7MCF1-563.7600C, designed to provide an accurate and reliable frequency source.

The AX7MCF1-563.7600C oscillator is a 4-pin surface-mount device that provides an output frequency of 563.7600MHz. It is based on a temperature compensated quartz crystal, to ensure an accurate and reliable output frequency at all times. The circuit also features excellent frequency stability over a wide range of temperatures, making it suitable for use in a variety of environments. It has a fast start-up time, with low power consumption of up to 700μA. The recommended operating temperature range is -15 to +65°C. The device offers an excellent long-term stability, with a typical drift of less than ±5ppm per year.

The working principle of the AX7MCF1-563.7600C is based on the piezoelectric effect, where a quartz crystal functions as a resonator. When an electric field is applied to the crystal, it vibrates at a precise frequency, determined by its physical parameters, as determined by the material it is made from. This produces an oscillating electric field, with a predictable frequency, which is then used as an output signal. The output signal can be modified using a variety of components, including capacitors and inductors, to adjust the amplitude and frequency of the signal.

The AX7MCF1-563.7600C can be used in a variety of applications, including level monitoring, frequency measurement, pulse width modulation, data buffering, and clock synchronization. It is particularly suited for use in military and aerospace applications, where high accuracy and reliability are essential. It can also be used for radio frequency communication and GPS receivers, due to its excellent stability.

In summary, the AX7MCF1-563.7600C is an excellent choice for a variety of oscillator applications, thanks to its excellent stability and accuracy over a wide range of temperatures. It is based on a temperature-compensated quartz crystal, and can be used for level monitoring, frequency measurement, pulse width modulation, data buffering, and clock synchronization. As such, it is an invaluable tool for modern electronics.

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