SY10H841ZC-TR

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The SY10H841ZC-TR is a clock buffer designed to drive multiple clock outputs from a single clock input. It is ideal for applications requiring a reliable solution to minimize clock loading issues, or minimize power consumption, while providing improved signal integrity over a long distance. It is available in two different packages, TSSOP (Thin-Shrink Small Outline Package) and SOIC (Small Outline IC).

The SY10H841ZC-TR operates on a single 2.5V supply and supports clock input frequencies up to 200 MHz. It offers 4 differential clock outputs, each of which can be configured in a variety of modes such as: dual or single edge clocking; active or tri-state high‑impedance; negative‑edge or positive‑edge triggering; duty cycle control; and frequency multiplication/division. The SY10H841ZC-TR is also designed to minimize power consumption, with power savings of up to 50% over previous generations of clock buffers.

The SY10H841ZC-TR\'s working principle relies on the use of the Clock Tree Synthesizer (CTS) Architecture. This architecture allows the clock to be modified at the input before it is distributed to the outputs. The CTS architecture also simplifies the layout of clock lines, as there only a single line needs to be routed in order to ensure that all clock outputs match the input signal. This architecture also ensures that the buffered clock outputs are highly phase-accurate, with an accuracy of up to 2.5ns.

The SY10H841ZC-TR is ideally suited for a wide range of applications, including personal computer (PC) systems using Intel Lynnfield or Sandy Bridge Processors, digital imaging systems, LCD display controllers, digital televisions (DTVs), and other multi-faceted applications.

The SY10H841ZC-TR is the perfect choice for applications needing to reduce power consumption and maintain signal integrity, while providing numerous options for configuring the buffered clock outputs. It is a highly integrated, cost effective solution that enables designers to quickly and easily implement their application.

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