654L16113C3T

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Oscillators

654L16113C3T oscillator is a wide-range surface-mount oscillator used in communication and high-speed data processing applications. The oscillator is offered in a variety of frequencies up to 800MHz and is designed to provide reliable operation in most radio, telecom, and fiber optic applications.

Application Field

654L16113C3T oscillator has the most design flexibility among its peers, providing high frequency stability and near-perfect phase noise in most kinds of environment. The performance of this oscillator is ideal for radio, GPS, and WLAN applications because of its high switching frequency, low noise, high stability, and wide operating frequency range. Moreover, it is suitable for all kinds of communication and high-speed data processing systems, especially in fiber optical transmission, real-time control systems, and virtual instrumentation.

Working Principle

The working principle of 654L16113C3T oscillator is based on an oscillator circuit with a feedback loop, which uses a negative feedback to regulate the output and maintain a particular frequency. This oscillator circuit consists of an amplifier, a feedback network, and an inverter or flip-flop circuit. The feedback network applies the output of the amplifier to the input of the amplifier, creating a loop. The amplitude of the output waveform is regulated by the amount of negative feedback. This oscillator is activated by a pulse, and then the output is sustained at a certain frequency by the negative feedback mechanism.

The oscillator is manufactured with a combination of a ceramic resonator and an IC chip, providing an extremely small form factor for the device. This ensures a low power consumption and high reliability. The ceramic resonator component has an extremely high Q-factor and low power consumption, while the embedded integrated circuit acts as the logic circuit to generate the required output signal and feed the feedback from the output to the input. The IC chip is integrated and tightly coupled with the resonator component to ensure stability and reliability while controlling distortions and other waveform quality issues.

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