AX7PAF1-910.0000C

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Oscillators are electronic components designed to create a repetitive waveform pattern or electronically regulate a signal\'s frequency. They are used in a number of applications such as digital and analog circuits, modulation and demodulation, parametric amplifiers, clock and data recovery systems, oscilloscope calibration, radio and television transmitters, and pulse generation. One of the most popular oscillators is the AX7PAF1-910.0000C.

The AX7PAF1-910.0000C is a high-frequency, low-power crystal oscillator that offers excellent frequency accuracy and stability over a wide temperature range. It is specifically designed for use in applications where high frequency stability and control are essential. The device is capable of oscillating from 10 kHz to 900 MHz with a minimum output of 1 milliwatt at high frequencies. It is especially suited for use in frequency synthesizers,computer systems, test and measurement systems, as well as for radio and television transmitters.

The working principle of the AX7PAF1-910.0000C is based on a circuit composed of two connected sections: a resonator and an amplifier. The two integrated circuits are connected to a crystal, which acts as the resonator. The incorporated amplifier is designed to provide the necessary power to the oscillator circuit in order to generate the desired frequency. The amplified output from the amplifier is then used to drive the frequency-determining circuit, which is the crystal.

The crystal creates an electrical equivalent of an acoustic frequency, by presenting to the electrical circuit a frequency-determining impedance. This impedance is created by the resonance of the crystal itself, which produces a frequency corresponding to the frequency of the oscillator circuit. The output from the crystal is then used to drive the frequency-determining circuit of the oscillator, which will then generate the desired frequency.

The AX7PAF1-910.0000C is an excellent choice for applications requiring a wide temperature operating range, high frequency accuracy, and long-term stability. Its low power design makes it ideal for applications that require low-power components. Furthermore, its low cost makes it an attractive option for a variety of applications.

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