SIT9002AC-38N25DG

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Programmable oscillators are devices used as frequency references in microelectronics, like radios and television. They are usually divided up into two basic categories: Sinewave or “tunable” oscillators and “programmable” oscillators. The SIT9002AC-38N25DG belongs to the latter. This programmable oscillator is powered by a low voltage signal (1.8V), and is capable of producing a clean and stable frequency signal up to 380MHz.

The SIT9002AC-38N25DG is especially well-suited for a wide range of applications including digital communication systems, global positioning systems, navigation systems, and mobile phones. Its high frequency stability and accuracy (plus or minus 5 ppm) ensure reliable performance even in rapidly changing environmental conditions. Additionally, its small size and low power consumption make it a cost effective solution for industrial applications.

The working principle of the SIT9002AC-38N25DG programmable oscillator is straightforward. The oscillator is powered by a voltage signal and the frequency can be adjusted according to the voltage signal’s frequency. The oscillator contains an oscillator chip, a tuning control voltage regulator, a quartz crystal, and a buffer amplifier. The oscillator chip is divided into two parts, the analog section and the digital section. The analog section contains the tuning control voltage regulator and quartz crystal, which work together to generate the stable frequency signal. The digital section contains the buffer amplifier which amplifies the frequency signal and outputs it.

The SIT9002AC-38N25DG is a versatile programmable oscillator that can be applied to a wide range of electronic and communication systems. Its unique features ,such as a low power and small size, make it suitable for many industrial applications where cost-efficiency is a priority. Its accuracy, stability and wide frequency range make it highly suitable for digital communication systems, GPS systems, navigation systems, and mobile phones. It is a reliable oscillator that is capable of providing stable frequency signals and accuracy even in rapidly changing environmental conditions.

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