SN74ALVCH16973DL

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The 74ALVCH16973DL is a high-speed, low voltage, low-power and low-skew logic buffer family which is designed for clock distribution in high-speed applications such as high-speed bus or point-to-point clocking or other high-frequency applications. It is a low voltage, low power device which makes it ideal for managing current requirements in battery powered supply systems.

The 74ALVCH16973DL has a single-ended differential output, meaning that it utilizes a single driver to transmit the clock signal from the input to the output. This is advantageous as the power consumption is reduced when compared to the use of multiple drivers for the transmission.

The 74ALVCH16973DL features clock fan-out capabilities which enable it to drive multiple logic paths. This is especially useful when designing clock distribution systems for large applications, where multiple clock signals need to be routed to multiple components. Additionally, the device also features very low-skew outputs, providing precise and accurate timing in critical applications.

The 74ALVCH16973DL utilizes a push-pull, single-ended output buffer which is interfaced with a single load. This interface helps to reduce clock jitter, as the device is able to actively drive a load and dampen any reflections or overshoots, thus enabling precise clock distribution.

The 74ALVCH16973DL’s single-ended output buffer operates on supply voltages ranging from 1.3V to 3.3V. It also features slew rate control enabling it to control the rise and fall times of the output signal. This allows the device to be utilized for frequency applications that require lower clock rates.

The 74ALVCH16973DL’s features make it an ideal choice for clock distribution systems. It offers low power consumption, low jitter, small form factor and high speed, making it a great choice for applications that require high-speed data transfer or multiple clock distribution paths.

The 74ALVCH16973DL is also an ideal choice for low voltage applications, as it is designed to operate on voltages as low as 1.3V. This helps to reduce the power requirements of the system, while still providing accurate timing. Additionally, the device utilizes very low power in idle mode.

Overall, the SN74ALVCH16973DL makes an ideal choice for clock distribution applications, providing high-speed data transfer, low power requirements and excellent timing accuracy. Furthermore, its single-ended output structure helps to reduce jitter and drive multiple loads, allowing it to be used in a wide range of applications.

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