AOCJY3B-100.000MHZ-E

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AOCJY3B-100.000MHZ-E is a type of oscillator used in various applications. It is a ceramic input type frequency generator, which is suitable for use in oscillation frequency generation for radio receiver, plug-in receiver, FM receiver, communication equipment, AV equipment, performance instruments, stereo speakers, audio amplifiers, video recorders, video cameras, sound and TV receivers, and other products.

Application Field

AOCJY3B-100.000MHZ-E is suitable for high frequency oscillation circuits in radio communication, especially used for generating radio frequency in receiver circuits. The oscillator is used in various applications such as frequency synthesizer, modulator-demodulator, high frequency switching circuits, waveform shaping circuit and so on.

Working Principle

AOCJY3B-100.000MHZ-E is a ceramic input type frequency generator. It generates oscillations through the voltage-controlled relaxation oscillator circuit. The operation of the oscillator is based on feedback technique. The internal feedback network of the oscillator is formed by RC components. The internal oscillator circuit is constructed with an R-C feedback network. The oscillator is operated in its linear region, which gives a linear response to apertur-controlled signal.

The oscillator generates an AC voltage waveform, containing a damped sine wave at its output. This waveform is converted into desired frequency by the ceramic resonator. The resonator is made of a piezoelectric material which consists of two electrodes joined together. The voltage, generated by the resonator, is processed by the oscillator circuit for producing an AC waveform with frequency range of 100.000MHz. The frequency of the oscillator circuit can be adjusted by varying the capacitance in the feedback network.

The oscillator is designed with a wide margin of operation which ensures robust and reliable operation. It can withstand wide range of environmental conditions such as temperature variations, humidity and electrostatic discharge. Furthermore, it is designed with a wide input supply voltage range, thus making it suitable for a variety of applications.

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