AX7MCF4-200.0000C

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Oscillators are involved in a wide range of applications, ranging from audio signal generators to microprocessor clock generators, as well as in frequency control systems. One such oscillator is the AX7MCF4-200.0000C, which is designed specifically for applications that require very precise frequencies. This article will provide an overview of this oscillator\'s application field and working principle.

Application Field of AX7MCF4-200.0000C

The AX7MCF4-200.0000C is a low-distortion, temperature compensated oscillator. It has a frequency range of 200.0000MHz, and is a quartz crystal oscillator with a very low intrinsic temperature drift. This oscillator is suitable for high-precision applications requiring precise timing control, such as GPS receivers, RADAR systems, TV tuners, frequency synthesizers, and frequency counters. The AX7MCF4-200.0000C is also designed to work in temperature ranges from -40°C to +85°C, making it very suitable for industrial and military applications.

Working Principle of AX7MCF4-200.0000C

The AX7MCF4-200.0000C is a quartz crystal oscillator that utilizes a quartz crystal to generate a precisely controlled electric signal at its resonant frequency. This signal is then amplified and shaped into a square wave output. A voltage-controlled oscillator is also included, which allows the frequency to be fine-tuned. The oscillator is also temperature compensated, meaning that it can maintain the same frequency output even when the ambient temperature changes. This ensures the accuracy of the quartz crystal oscillator, even in extreme conditions.

The AX7MCF4-200.0000C also includes a phase locked loop (PLL) circuit, which is used to synchronize the output frequency of the oscillator with a reference signal. This ensures that the output frequency is exactly the same as the reference signal, and can be used to ensure that all oscillators in a system remain in sync.

In summary, the AX7MCF4-200.0000C is a quartz crystal oscillator designed for applications that require very precise frequencies. Its combination of temperature compensation and phase locking ensure that the oscillator remains accurate and stable, even in extreme conditions.

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