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Oscillators

Oscillators are devices used to produce high frequency periodic signals — such as for radios, radar systems, general-purpose frequency synthesizers, and microprocessors. Oscillators can be broadly classified into linear oscillators and nonlinear oscillators, and the types of oscillators include analog oscillators, digital oscillators, phase-locked auto-control oscillators, voltage-controlled oscillators, and crystal oscillators.

The ASD3-27.000MHZ-EC-T

The ASD3-27.000MHZ-EC-T is a phase-locked auto-control oscillator. This oscillator is a common choice for many wireless communication systems and embedded applications. It is designed to deliver a frequency signal with excellent accuracy and excellent linearity over a wide range of voltage and temperatures.

Application Field

The ASD3-27.000MHZ-EC-T is most commonly used in WiFi, Radio, and other wireless communication systems. It is also used in test equipment for analog-to-digital conversion, and it is used as a signal source for closed-loop signal feedback systems. The oscillator is also commonly used in digital signal processors, signal generators, switch mode power supplies, and microprocessors.

Working Principle

The ASD3-27.000MHZ-EC-T oscillator works based on phase locked loop (PLL) technology. In this case, the oscillator receives an input input signal, such as a radio or microwave frequency, from an outside source. The signal is then digitized and converted to a binary signal for input into the PLL. The PLL then uses this input signal to control the frequency output of the oscillator. The frequency output is precise and due to the PLL technology it is able to remain stable over voltage and temperature range.

Conclusion

The ASD3-27.000MHZ-EC-T oscillator is a phase-locked auto-control oscillator, and it is commonly used in WiFi, Radio, and other wireless communication systems. It also has applications in test equipment for analog-to-digital conversion, signal generators, switch mode power supplies, and microprocessors. The oscillator works based on phase locked loop technology, which allows for a stable and precise frequency output over a wide range of temperatures and voltages.

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