FNC500132

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Oscillators

Oscillators are electronic circuits that produce repetitive wave or pulse signals, and are extensively used in a variety of applications including radio receivers and transmitters, TV receivers, test and measurement instruments, consumer electronics and communication systems. Among them, FNC500132 oscillator is specially designed for high performance applications.

Application field of FNC500132 Oscillator

FNC500132 oscillator is mainly used in digital systems with high frequency and wide bandwidth requirements. It features low phase noise and low power consumption. Specifically, FNC500132 is designed as frequency synthesizer which can produce wide frequency range usually required by different communications and high-end processing systems. With the features of ultra-high stability and high image rejection, FNC500132 oscillator is mainly applied in multi-channel receiver, radio diagnostic systems, interference test system and automatic control systems.

Working Principle of FNC500132 Oscillator

The FNC500132 oscillator is a type of quartz controlled oscillator. It is based on the classic quartz crystal oscillator circuit, and utilizes a quartz crystal for frequency stability. A quartz crystal oscillator is a network of active and passive components that is designed to oscillate at an exact frequency determined by the properties of its quartz crystal. The working process is as follows.

1. First, the quartz crystal in the FNC500132 oscillator is mechanically vibrated at a specific frequency.
2. Then, the quartz crystal is electronically amplified using an active component, typically an op-amp, to generate an oscillating electrical signal.
3. Finally, the output waveform of FNC500132 oscillator is generated finely oscillating at the exact same frequency as the quartz crystal.

In addition, the FNC500132 oscillator is equipped with temperature compensation technology, which ensures that the output frequency of the oscillator remains constant despite changes in temperature. This technology is enabled by using a thermistor to sense changes in temperature and adjust the electrical properties of the oscillator accordingly.

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