ZL40251LDG1

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ZL40251LDG1 is an integrated clock buffer and driver that can drive a clock buffer with different OE and slew rate settings. The ZL40251LDG1 clock buffer and driver is designed to improve the drive performance for high-speed signals. The device is designed to provide a low-cost clock buffer solution.

This product contains an 8-bit parallel output driver that supports two differential clock outputs with an output enable (OE) pin. The outputs are designed to drive both positive and negative input slew over a wide operating temperature range. It supports an operating temperature range of -40 to +85 °C and a supply voltage range of 1.5-5.5V.

The ZL40251LDG1 contains 8 clock buffer and driver circuits. Each clock buffer circuit provides a differential output driver and an optional disable pin. The device is designed to drive AC or DC loads with a maximum current of 5mA on each output. It supports an operating frequency range of 25MHz to 500MHz.

The ZL40251LDG1 clock buffer and driver is designed to provide a robust, high performance clock signal path for applications such as high speed digital communication, high speed switching, and embedded systems. It is suitable for use in areas such as network servers, storage systems, high speed serial buses and wireless communication systems.

The ZL40251LDG1 clock buffer and driver works by applying an input signal on the input pins and the output driving the load based on the current state of the inputs. The output enable (OE) pin is used to enable or disable the output buffer. The device supports multiple output voltage levels, including 0.5V, 1.2V, 1.8V, 2.5V and 3.3V.

The ZL40251LDG1 clock buffer and driver is an ideal solution for applications where low jitter, low power, high performance and robust signal integrity are desired. It is designed to provide reliable clock signal distribution over a wide range of operating frequencies, input voltage levels and load conditions. The device is suitable for use in high speed digital communication, high speed switching, and embedded systems.

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