5T9950PFGI8

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

The 5T9950PFGI8 integrated circuit is designed to be an easy-to-use clock/timing solution. It is ideal for applications that require multiple clock frequencies, perfect synchronization, and frequency control. This versatile chip is often used in image processing, medical imaging, digital display, and radio frequency (RF) systems. It can also be used in voice recognition and audio applications.

The chip features a low-power, low-jitter frequency synthesizer, allowing it to generate a wide range of frequencies from a single reference input. This low power operation also reduces thermal dissipation and eliminates the need for additional heat sinks. Additionally, the 5T9950PFGI8 offers multiple phase-lock loops (PLLs) for easy synchronization of multiple clock signals and offers an ultra-low-noise phase detector for maximum clock frequency accuracy.

This integrated circuit offers a variety of frequency-dependent control circuits and can be used to generate frequency-dependent control signals. Its on chip two-wire bus allows for easy configuration and port expansion, while its programmable frequency synthesizer allows for generating a wide range of frequencies from a single reference input. This chip also offers a low-power mode and low-jitter frequency synthesizer, perfect for applications requiring a wide range of frequencies and stable signals.

The 5T9950PFGI8 integrated circuit is designed to be a reliable and versatile clock/timing solution for a range of applications. It features low power operation, low jitter, a frequency synthesizer for generating a wide range of frequencies from a single reference input, and integrated phase-lock loop (PLL) circuitry for maximum clock frequency accuracy. By using the two-wire bus, the integrated circuit can be easily configured and its frequency-dependent control circuits can generate frequency-dependent control signals, making it ideal for applications such as image processing, medical imaging, digital display, and radio frequency systems.

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