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Oscillators: FN0200047 Application Field and Working Principle

Oscillators, often simply referred to as oscillators, are electronic circuits that produce a regularly repeating waveform. They are used in a wide range of applications from timing and control systems through to communications networks and consumer electronics. FN0200047 is a type of oscillator device from Fujitsu Component, featuring robust frequency control characteristics and low jitter performance.

Application Field of FN0200047

FN0200047 is a type of surface mount crystal oscillator ideal for high frequency clock circuit applications such as the processing of digital video/audio, security cameras, digital HDTV and other similar products. It is small in size and offers the user a wide frequency range from 8MHz to 40MHz.

Working Principle of FN0200047

The FN0200047 operates based on a phenomenon called piezoelectric effect, where a crystal vibrates when a voltage is applied to it. The device comprises a quartz crystal mounted onto a ceramic package, which together form an electrical circuit with a built-in oscillator. When applied with an external electrical signal, the oscillator will start oscillating at a frequency determined by the size and shape of the crystal used. The frequency range of the oscillator can be determined by adding or removing various capacitors from the external connections.

As with most electronic circuits, the oscillator works by taking an electrical signal, amplifying it and feeding it back to the same point in a continuous loop. This process produces an oscillating waveform at a certain frequency which can be used to synchronize and measure other signals in numerous types of electronic applications.

Advantages of FN0200047

This oscillator features many advantages for users. These include a low power consumption, a small footprint, a low cost, a wide frequency range and highly reliable performance. It also has an alternating current (AC) drive capability which helps reduce noise interference and distortion of the output signal, allowing sensitive electronics to be operated with minimal interference.

FN0200047 also has a high maximum frequency stability of ±0.2%. This means the oscillator can maintain its frequency with minimal variation, even when subject to temperature changes, load variations or other external interference.

Conclusion

FN0200047 is a type of oscillator device that offers reliable performance, wide frequency range and low power consumption. It is ideal for high frequency clock circuit applications, such as digital video/audio, HDTV and other similar products. This device also has a high maximum frequency stability and AC drive capability, enabling it to be used in various types of sensitive electronics. As a result, FN0200047 has become one of the most popular crystal oscillators, perfect for a wide range of electronic applications.

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