PI6C2409-1HLE+DH

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Clock Buffers, Drivers, and Distribution products can be used to extend clock signal range and regenerate weak signals, pass singals through high-noise environments, and configure clock signals for power savings and improved performance. The PI6C2409-1HLE+DH, a 6-output clock buffer, is a product that can be used for these purposes.

Its applications include, but are not limited to, driving high-speed output interfaces, regenerating and distributing low-voltage clocks from a low-cost oscillator, and the ability to reduce power consumption with the help of its enable pins. The device works in 1:2, 1:4, 1:5, and 1:6 clock division modes and is ideal for driving high-speed converters, memories and digital logic.

The PI6C2409-1HLE+DH is also available with a differential output stage, allowing it to be used to condition, divide and bufferr/drive high-speed differential clock signals. The differential output stage includes a differential input stage with low impedance and hysteresis to prevent ground-bounce and overshoot and undershoot of the input signals. The differential output stage guarantees equal tree delay of the true and complement output signals, which is useful for driving the high input capacitance of transceivers.

The working principle of the PI6C2409-1HLE+DH is based on a few key elements. The first is the input stage, which is designed to accept a wide range of input voltage levels from 1.0V to 6.0V. The input stage, together with the voltage translation stage, allows the device to accept an input from a low power source. The input stage also adjusts the input signal level to enable the device to interface with logic and I/O banks, preventing possible overshoot and undershoot of the input signals.

The second key element is the output stage, which is designed to drive and provide the necessary current to a wide range of outputs, such as clock buffers, transceivers and level shifters. The output stage offers a programmable slew rate, allowing users to adjust the speed at which signals are transmitted, while still providing a clean output signal. The output stage also includes a ground-bounce noise reduction circuit, providing improved noise-immunity.

The PI6C2409-1HLE+DH provides a wide range of power saving features. This includes a low-power disable function, which allows the device to turn off each individual output. Additionally, the device can be set to enter shutdown mode, or low-power sleep mode, when supplied with a logical 0. This further reduces the power consumption of the device.

In conclusion, the PI6C2409-1HLE+DH is a versatile device that can be used for a wide range of applications. Its ability to accept a wide range of input voltage levels, combined with its programmable slew rate, low-power features, and ground-bounce reduction circuit, make it an ideal choice for high-speed applications.

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