MC100ES8111ACR2

The MC100ES8111ACR2 is a high-speed clock buffer designed for use in PCs, servers, storage, and networking products. This buffer chip is a dual differential input, quad single-ended output clock buffer that can drive clock distributions in the data rates up to 2.5Gb/s. It has a low power consumption, low EMI and integrated 50 ohm series termination. It also features low skew between clock and data signals of up to 50ps.

The MC100ES8111ACR2 is a differential buffer with a single-ended output. It takes in a differential LVDS input clock and converts it to a single-ended differential output suitable for driving clock buffers. This buffer provides a low jitter clock buffer output which is essential for high speed data rate applications. It also provides a reduced noise coupling for the output clock, improving the SERDES performance. The chip also supports up to 8 groups of quad outputs, allowing for easy clock distribution in high speed serial data applications.

In terms of application fields, this buffer chip is ideal for use in LANs, WANs, routers, and high speed storage systems. It can also be used in circuit boards with high clock speeds and tight timing constraints. Due to its low power consumption, low EMI and integrated 50 ohm series termination, it is suitable for applications that require a low power solution and fast data transaction. Moreover, it can be used to provide accurate clock and data distribution in PC and server systems.

In terms of working principle, the input clock is fed to the input of the clock buffer. The clock buffer then converts this clock signal into a single-ended differential output that can be used to drive other clock buffers. The output clock is then used to drive other clock buffers, thereby providing a highly accurate and low jitter output clock. The MC100ES8111ACR2 also supports up to 8 groups of quad outputs, allowing for easy clock distribution in high speed serial data applications.

Overall, the MC100ES8111ACR2 is an efficient clock buffer chip designed for use in high speed data rate applications. It can provide a low jitter clock buffer output which is essential for these applications, while offering low power consumption and low EMI. Moreover, it can be used to distribute clock and data signals accurately in PC and server systems, as well as providing easy clock distribution in high speed serial data applications.