SY100E111LJC

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The SY100E111LJC is a low-skew clock buffer that provides high drive capability and low-skew clock distribution. The performance and logic of this device make it an ideal choice for applications that require a cost effective, low-skew clock tree.

The SY100E111LJC has a wide range of features that make it suitable for both high-speed and low-power applications. It has up to eight outputs with a maximum fanout of four. Each output has a 180° phase offset, allowing for synchronization of multiple clock sources or clock domains. In addition, this device has integrated skew adjustment and power management features, ensuring optimum performance.

The SY100E111LJC is ideal for high speed memory interfaces, bus interfaces, clock generation and buffering, and reliable clock distribution requirements. It is available in a variety of packages to meet the needs of various designs.

The SY100E111LJC features a working principle that provides low-skew clock distribution while utilizing a single clock source. It uses an advanced delay-locked loop (DLL) technology that creates up to eight copies of the input clock, each with a 180° phase offset from the preceding output clocks. This allows for synchronization of multiple clock sources, as well as for continuous and stable clock distribution. The SY100E111LJC also features integrated power management, allowing for efficient use of power.

The SY100E111LJC features an excellent power-to-output ratio that makes it an ideal choice for low-power applications. Its strong output drive capability, combined with its low static power consumption, makes it an ideal solution for high speed designs with limited power budget. It also has an integrated circuit protection feature to protect against mis-configured outputs from overrunning the device.

The SY100E111LJC is designed for applications that require a cost effective, low-skew clock tree, and it can be used in a variety of applications such as high speed memory interfaces, bus interfaces, clock generation and buffering, and reliable clock distribution applications. It is available in a variety of packages to meet the needs of various designs and can provide an excellent and cost-effective solution for clock distribution.

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