ASVV-16.000MHZ-C25-N102-T

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Oscillators are electronic circuits that generate a periodic, oscillating electronic signal, often a sine wave or a square wave. The ASVV-16.000MHZ-C25-N102-T oscillator is a Voltage Controlled Crystal Oscillator (VCXO), which uses a quartz crystal as the frequency reference for the oscillator. It is ideally suited for use in communications, networking, and instrumentation applications requiring precision frequency control.

The ASVV-16.000MHZ-C25-N102-T oscillator provides a phase-lock loop architecture for high-stability frequency conversion. This oscillator features a total frequency stability of ±0.1 ppm over temperature, operating temperatures of -40°C to 85°C, a frequency range of 16.000MHZ with a good linearity control of ±3.0 ppm/V, and a short-term stability of ±3.0 ppm over 20 minutes.

The ASVV-16.000MHZ-C25-N102-T oscillator is particularly suited for consumer electronics such as digital TVs, set-top boxes, modems, routers, and other devices needing precise and stable frequency control. It can also be used in precision frequency control applications such as telecommunications, aerospace, medical imaging, and test & measurement.

In terms of working principle, the ASVV-16.000MHZ-C25-N102-T oscillator operates by determining the device’s frequency by the electrical characteristics of a quartz crystal. The oscillator applies a voltage to a quartz crystal, which in turn vibrates at a frequency determined by its size and shape, creating an oscillating voltage waveform. The frequency is then stabilized by controlling the toggling of the oscillation waveform\'s amplitude. This is done by adjusting a voltage across the quartz crystal in conjunction with feedback elements.

In summary, the ASVV-16.000MHZ-C25-N102-T oscillator is an excellent precision frequency control device suited for use in consumer electronics and other precision frequency control applications. The device employs a quartz crystal as the frequency reference for the oscillator and utilizes a voltage control strategy for frequency stabilization, providing excellent stability and a wide range of adjustable frequencies.

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