SIT3809AC-D-25NG

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Programmable oscillators have been a priority for designers for decades, primarily due to their flexibility and dependability. They are available in a variety of configurations, and are suitable for myriad applications. One of the most precise and reliable devices on the market is the SIT3809AC-D-25NG.

The SIT3809AC-D-25NG is a programmable oscillator, created with an optimized combination of advanced technologies. This model supports oscillation techniques such as DRO, FSK, and PLL, and includes direct-injection, on-the-fly frequency re-programming in real-time. Other features of the oscillator include low power consumption, high performance, and full symmetry to ±15ppm out of temperature range, and tight frequency accuracy of ±0.2ppm.

The SIT3809AC-D-25NG is designed for a range of applications, including PCs, servers, routers, modems, set top boxes, DTV, and more. It is a perfect choice for embedded storage systems, as well as for high-speed data transmission networks. The oscillator is suitable for industrial/automotive applications, as well as consumer electronics, such as USB audio and gaming consoles. To improve reliability and performance, the oscillator includes resistive and capacitive compensation to guarantee consistent overall performance.

The working principle of the SIT3809AC-D-25NG programmable oscillator is simple. It consists of an oscillator transistor, an output driver, and an analog output circuit. The oscillator transistor creates an alternating current, which is then rectified by the output driver and sent to the analog output circuit. The output circuit amplifies the signal, which is then distributed to the desired output device. The analog output circuit can control the frequency, duty cycle, and voltage of the output signal, precisely.

The SIT3809AC-D-25NG programmable oscillator is one of the most reliable and precise oscillators on the market. It is suitable for a wide range of applications, while offering superior frequency accuracy and low power consumption. Its advanced features include direct-injection, on-the-fly frequency re-programming and resistive/capacitive compensation. Its working principle is based on the use of an oscillator transistor, an output driver, and an analog output circuit.

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