SY10H842LZC-TR

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The SY10H842LZC-TR clock buffer is a high-performance, low-latency, four-channel clock driver designed to provide low-skew, high-accuracy clock signals to distributed systems. Typical applications include PCI Express, Infiniband, and other high-speed data communications networks. The SY10H842LZC-TR is also used in data acquisition systems and high-performance video systems.

The SY10H842LZC-TR is an ideal device for distributing high-frequency clocks within systems in a wide variety of operating conditions. It features wide frequency range, adjustable output skew, and adjustable skew balancing across the four channels. It is highly configurable, allowing users to adjust transmission lines and clock parameters to optimize their system performance.

The SY10H842LZC-TR clock buffer is based on a high-performance, CMOS-compatible integrated circuit architecture that provides a low-power, wide-frequency clock driver. The operating frequency range of the device is up to 250MHz. It also features an adjustable skew balancing feature, allowing precise zero-delay-line-skew synchronization between the four channels. The device has a maximum output skew of only 150ps and its output-enable control can be used to reduce power consumption when the outputs are not in use.

The SY10H842LZC-TR clock buffer is designed to operate in a wide range of electrical and operating conditions. It features wide frequency range, adjustable output skew, and adjustable skew balancing across the four channels. It also has circuit protection features to guard against excessive power consumption and over-voltage conditions. In addition, it is designed with a high-performance CMOS-compatible architecture with low-jitter, low-phase noise outputs.

The SY10H842LZC-TR clock buffer is designed to provide an accurate, high-performance clock signal distribution system that can withstand the rigors of high-speed communication and data processing applications. It is designed to be used in a wide variety of systems with a wide range of power, speed and temperature requirements, and is appropriate for many different types of applications.

The SY10H842LZC-TR clock buffer works by acting as a one-to-four bridge between a single input clock signal and four output clock signals that are distributed to various system components. By varying the output skew, the device is able to accurately synchronize the four signals to a master clock signal. It also allows multiple clock sources to be distributed with fixed or adjustable output skew.

The SY10H842LZC-TR clock buffer is a highly-flexible device that can be used in many different types of system applications. It is a low-latency, robust device with an adjustable output skew that provides an accurate, high-speed clock signal distribution system. Its adjustable skew balancing feature provides precise zero-delay-line-skew synchronization between the four channels. It also offers low-jitter, low-phase noise outputs and circuit protection features that protect the system from power consumption and over-voltage conditions.

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