AX7MAF1-100.0000C Crystals, Oscillators, Resonators

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Oscillators

The AX7MAF1-100.0000C device is an oscillator, a circuit generating an AC voltage or current, with frequency and amplitude determined by external components. Such oscillators are used in many different applications to drive circuits, maintain synchronization, send RF signals, and more. In this article, the application and working principle of the AX7MAF1-100.0000C oscillator will be explored.

Applications

The AX7MAF1-100.0000C oscillator is used mainly in analog and digital instrument applications, such as communications systems, audio, video, alarm, and medical devices. It can also be used in consumer electronics, automotive, measuring, and telemetry equipment. Specifically, the oscillator can be utilized in voltage sources, signal generators, mixers, polarization isolators, frequency synthesizers, multiplexers, demodulators, filters, voltage controlled oscillators, and oscilloscope sweep circuits for precise voltage measurements, amongst many other applications.

Working Principle

The AX7MAF1-100.0000C oscillator has a direct voltage control, and can maintain a stable oscillation frequency with no adjustment or external components. The internal circuit design utilizes a crystal and a feedback resistor to create a self-oscillation that can be controlled by a voltage source. An integrated diode is used to provide a constant frequency over temperature and regulate the output frequency. The device operates in the 10 KHz to 100 MHz frequency range with a frequency coefficient of less than 4 ppm/V.

The output signal is a sinusoidal waveform, with very low phase noise, and it is adjustable with an externally applied voltage. The oscillator can provide both low- and high-frequency signals. A voltage adjustment range of 0 to 10 V allows for a wide range of frequency output. The power dissipation of the device is typically 20 mW, and required supply voltage ranges from 5 to 15 Volt.

Conclusion

The AX7MAF1-100.0000C oscillator is an ideal solution for precision analog and digital instrument applications. It can be used to generate both low- and high-frequency signals, and its stable oscillation frequency can be regulated by a voltage source. The device operates in the 10 KHz to 100 MHz frequency range, and has a frequency coefficient of less than 4 ppm/V. As well, its power dissipation is typically 20 mW, and required supply voltage ranges from 5 to 15 Volt.

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