SG-9001JC D10P 40.0000MC

Oscillators

The SG-9001JC D10P 40.0000MC is an oscillator that is most commonly used for radio and television applications. The oscillator is used to generate a stable and reliable frequency which is essential for radio and TV broadcast. The oscillator operates in a frequency range of 40-10000 kHz, and is capable of producing a reliable output with good stability.

The SG-9001JC D10P 40.0000MC is a high-precision oscillator that combines a quartz crystal-based resonator with a precision amplifier and analog phase-locked loop control. It is constructed from high-quality components and provides excellent linearity and stability in the frequency ranges it operates in. The oscillator has a precision reference frequency source of 1.2 VDC with an output voltage of 0.445 Vrms. The frequency range that the oscillator can generate is between 40.0000MC and 10000.0 MC.

The mainworking principle of the SG-9001JC D10P 40.0000MC oscillator is based on the idea of a feedback circuit, where a signal generated from the oscillator is fed back into its own output. The frequency is then established by the resonance of the crystal element contained within the circuit. The crystal element is the key component of the oscillator, determining the accuracy and frequency stability of the oscillator. It is the combination of the crystal oscillator and the feedback loop that ensures the precise and stable frequency output from the oscillator.

The SG-9001JC D10P 40.0000MC oscillator has wide application fields as a transmitter, receiver, and signal-processing device. It can be used in various communications systems such as broadcasting and cellular telecommunication. It can also be used in consumer electronics such as televisions, audio electronics, and digital cameras. Moreover, the oscillator can be used in the fields of scientific research and laser applications.

In summary, the SG-9001JC D10P 40.0000MC is a high-precision crystal oscillator with a stable and reliable frequency output. Its wide application fields make it a suitable choice for various applications including radio and television broadcast, consumer electronics, and scientific research. Its main working principle is based on a feedback circuit where the oscillator\'s frequency is set by the resonance of the crystal element.