49FCT805APYGI

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The 49FCT805APYGI is a 6 Input Clock/Timing Buffer designed to divide a single input clock into six equal frequency outputs. It is designed to work with clocks up to 100 MHz, and is optimized for low skew and jitter of its outputs.The 49FCT805APYGI is perfect for applications that need to spread a clock signal throughout a system and where exact timing of signals is critical. The device can also be used to route high speed clocks from one board to another. The device can be used in multiple applications, from network interfaces and test equipment to high-speed digital designs.

Features of the 49FCT805APYGI:
• Frequency division ratio is 2
• 6 individual outputs with single input clock
• Outputs are fully TTL compatible
• Input / Output skew is 2.5ns
• Sink and source currents are 4.5mA
• Operating temperatures from -20°C - +85°C
• Power consumption of 3.3V is 600µA typ. @ -20°C to 85°C and 30mA max. @ 25°C

The 49FCT805APYGI is a high-speed clock/timing buffer with 6 outputs that divides the single input clock into 6 equal frequency outputs. Its main feature is its low-skew and jitter output, making it ideal for applications requiring precise timing with minimal deviation. Additionally, thanks to its high drive capability and TTL compatibility, the outputs can be used to route signals from one board to another quickly and efficiently.

The 49FCT805APYGI is designed to work with input frequencies up to 100 MHz and its maximum output frequency is limited to the input divided by two. It also has an input-to-output delay of 4.5ns(tSU + tR). The device is powered by a single 3.3V supply, drawing 600µA typ. from it (30mA max) and is fully operational in the temperature range of -20°C - +85°C. Lastly, it has excellent ESD protection of 2kV HBM.

Working Principle:
The 49FCT805APYGI works on the principle of clock division. It divides the single input clock into six equal frequency outputs. It begins by dividing the input clock frequency by two, then by four, creating the six outputs. The clock buffering ensures that the output clock frequency is maintained accurately, with minimal or no deviation. The skew and jitter of the outputs are also kept to a minimum, which is essential for applications requiring precise timing.

One of the main benefits of the 49FCT805APYGI is its ability to spread a single input clock to multiple destinations throughout a system. This eliminates the need for multiple components and helps reduce board space. Additionally, the device can be used to route high speed clocks from one board to another with minimal losses. This makes it ideal for high speed digital data transfer, as well as network and test equipment applications.

Overall, the 49FCT805APYGI is a low-power, low-skew and low-jitter 6-input clock buffer/driver that is perfect for applications requiring precise timing with minimal deviation. The device can be used to divide a single input clock into six equal frequency outputs, and can be used for high speed clock routing from one board to another. With its excellent ESD protection, robust power supply and low power consumption, the 49FCT805APYGI is an ideal choice for clock/timing applications.

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