9DS800AFLF

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The 9DS800AFLF is a clock synthesizer suitable for a wide range of applications. It is a low-level circuit with a maximum output frequency of 800MHz. It is a fractional-N synthesizer with a range of features, making it suitable for many audio and video applications.

The 9DS800AFLF uses a PLL-based system to generate a range of frequencies from a single, programmable source. This system combines a crystal-based reference frequency and the input from an external clock source to generate different output frequencies. Using advanced circuitry, the output frequency can be finely tuned, allowing for a wide range of frequencies and applications.

The 9DS800AFLF features a wide, flexible input range and an adjustable output frequency multiplicity. Its input frequency range encompasses conventional crystal oscillator frequencies, as well as clock inputs from a variety of clocking sources. Its integrated frequency divider and prescaler provides additional flexibility in programming and designing the output frequency. Additionally, its power-saving PLL and low-noise design offers a low-noise signal and minimal power consumption, allowing for reliable operation in even the most energy-conscious applications.

In terms of applications, the 9DS800AFLF is suitable for a wide range of video and audio applications. This highly programmable clock synthesizer can be found in a variety of media and streaming hardware, such as video conferencing systems, video display systems, digital televisions, and audio systems. Additionally, its low-noise design and fractional-N technology make it suitable for various frequency instrumentation and industrial applications.

In summary, the 9DS800AFLF is a low-level, low-noise clock synthesizer suitable for a variety of applications. It features a wide input frequency range, an adjustable output frequency multiplicity, and a low-noise PLL design, making it suitable for many audio and video applications. It is also suitable for a wide range of industrial and frequency instrumentation applications.

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