AX7MAF1-108.0000C

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Oscillators are vital components for electrical circuits, and the AX7MAF1-108.0000C is an example of one of these devices. This oscillator features a wide output frequency range from 8.0KHz to 111.2KHz, providing flexibility that can be used in many applications. The device offers high-performance and is highly reliable over extended operating temperatures of – 40 to +85°C. It also offers high accuracy, frequency stability, low power consumption, and good shock and vibration resistance.

Application Field of AX7MAF1-108.0000C Oscillator

This oscillator is typically used in applications that require medium to high frequency outputs. It is typically used in motor control applications, frequency synthesizers, consumer electronics and communication equipment. Due to its wide frequency range and high accuracy, it can also be used in sound and touch sensing applications.

Working Principle of AX7MAF1-108.0000C Oscillator

The AX7MAF1-108.0000C operates based on relaxation oscillator principle. This type of oscillator is based on a capacitor and resistor in a simple RC circuit. The circuit has an inverting amplifier which is used to invert the current applied to the capacitor. The amplifier compensates for the losses of the capacitor leakage current, allowing the capacitor to oscillate over a wide range of frequencies. This type of oscillator also makes use of hysteresis, which is the ability of the circuit to remain stable regardless of the initial conditions of the system.

When the capacitor is charged to a certain voltage level, the output of the inverting amplifier is driven to the threshold voltage. At this point, the capacitor stops charging, and the current flowing through the capacitor reverses its direction. The current causes the capacitor to discharge, and the output voltage of the circuit drops. When the capacitor voltage reaches a certain level, the output of the inverting amplifier goes back to its original state, allowing the capacitor to start charging again. This cycle continues endlessly.

The frequency of oscillation is determined by the RC time constant of the circuit, i.e. the RC time constant = R × C. The resistor (R) and capacitor (C) can be adjusted to obtain a specific frequency. By adjusting the resistor and capacitor values, the output frequency of the oscillator can be varied over a wide range.

The AX7MAF1-108.0000C oscillator offers great accuracy and frequency stability for its application. It is also a very cost-effective solution, making it an attractive prospect for many different applications.

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