9179BF-01LF

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The 9179BF-01LF clock buffer/driver is a low-voltage Low Power cmos device utilized in the synchronization and protection of clock signals. It is commonly used in systems requiring reliable clocking signals, such as computers, digital media devices, and FPGA systems.

The 9179BF-01LF has two main applications:

• As a buffer, the device is used to keep clock signals from becoming distorted when transferring them from one point to another within a system.
• As a driver, the device is used to power the signal, allowing it to be amplified for use in downstream systems.

The 9179BF-01LF is a low-voltage device and has been designed to work from a single 2.5V power supply. It also has a number of features that make it attractive for clock buffering and driving applications, including low power consumption, a wide range of operating frequencies, and short propagation delays.

The 9179BF-01LF is a differential buffer/driver with a maximum slew rate of 15V/ns. This allows it to provide clean and accurate clock signals over long distances. The input and output are impedance matched, ensuring optimal signal integrity. The device is also capable of handling voltage range of 0V to 4.5V, making it suitable for a range of applications.

The 9179BF-01LF is capable of providing a maximum output drive current of 25mA. This allows the device to drive multiple clock signals to different parts of a system or to other clock buffers. The device is also designed to reduce power consumption, with a dynamic power dissipation of 1.5 mW/MHz, making it suitable for battery-powered applications.

The 9179BF-01LF clock buffer/driver is designed to support a wide range of operating frequencies. The device is capable of operating up to 300MHz and can support a broad range of input frequencies including; 19.2MHz, 25MHz, 50MHz, 66.6MHz, 75MHz, 100MHz, 120MHz and 133MHz.

Overall, the 9179BF-01LF is a unique and highly reliable clock buffer/driver device capable of accurately transferring and driving clock signals. It is ideal for applications requiring low voltage, low power consumption, and a high range of operating frequencies.

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