MC100ES8111FA

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The MC100ES8111FA is a low voltage differential signaling (LVDS) clock and data distribution buffer. It is designed to provide a space and power saving, low noise clock and data transmission in applications including but not limited to server motherboards, high speed communications and consumer electronics. It is an ideal choice for distributed systems that require reliable, low noise clock and data distribution.

The device works by receiving a single clock input and distributing it to four outputs in parallel, with each output having its own level-shifting block. The level-shifting blocks are made up of special low-voltage devices that produce low noise and reduce power consumption. Each of the multiple outputs is also buffered, so it is not affected by load conditions or noise on other outputs.

In addition to its ability to operate in a differential signaling environment, the MC100ES8111FA is designed to accommodate single-ended TTL outputs. It will accept TTL inputs or differential LVDS inputs, allowing designers to make quick use of existing hardware without the need to modify circuitry. Further, the device can operate over a wide voltage range, from 0.9 V to 3.3 V, allowing it to be used in a variety of systems without the need for user adjustment of the device.

The MC100ES8111FA is designed with a built-in spread spectrum feature, which helps to reduce the overall noise in frequency band applications. By changing the frequency on each output to a slightly different value, this allows for spread out of the energy on the board and results in lower overall EMI. Furthermore, the device features adjustable output slew rate and adjustable current drive levels, which can help optimize power consumption levels and reduce EMI in various applications.

The MC100ES8111FA is an efficient and reliable way to reduce noise, power consumption, and electromagnetic interference (EMI) in distributed systems. Its adjustable current drive, spread spectrum implementation, and level-shifting blocks make it an ideal choice for a variety of applications, including server motherboards, high speed communications, and consumer electronics.

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