ZL40207LDG1

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ZL40207LDG1 is a series of clock buffers, drivers and dividers produced by ON Semiconductor. It is designed to provide multiple copies of a clock signal from one differential or single ended input, or to divide an input signal. This device is primarily used for clock distribution and timing in consumer, industrial, automotive and media applications.

The ZL40207LDG1 consists of a differential or single ended clock input, multiple outputs and two signal outputs, depending on the operating mode. When the device is used in single ended mode, only one signal output is provided. The single ended input can be operated in either normal or high impedance mode. The normal mode provides buffer input protection, while the high impedance mode allows the signal levels to be adjusted without impacting the clock outputs. The multiple output buffer is designed to provide high fanout drive capability, and is capable of driving up to two pin-pairs with no cycle-to-cycle jitter. The signal outputs provide clock synchronization or buffering of the input clock.

The ZL40207LDG1 utilizes a differential or single ended input that has low jitter and wide fractional frequency range, which allows for improved system dynamic performance. The device is optimized to support one differential, or single ended, clock input in a range from 0 to 1.8V. The output buffers are designed to drive up to 16 outputs with no cycle-to-cycle jitter, and have adjustable output drive strength to help reduce EMI. The signal outputs provide clock synchronization or buffering of the input clock, and have selectable signal delay and skew. The device has a total of sixteen output banks, with adjustable delays and output drive strength.

The ZL40207LDG1 clock buffers and dividers are designed to provide multiple copies of a clock signal from one differential or single ended input, or to divide an input signal. It is primarily used for clock distribution and timing in consumer, industrial, automotive and media applications. The device utilizes a differential or single ended input that has low jitter and wide fractional frequency range, allowing improved system dynamic performance. It also has multiple outputs with adjustable drive strength and adjustable delays, and signal outputs for clock synchronization or buffering of the input clock. With its wide range of features, the ZL40207LDG1 can be used in a variety of timing applications.

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