85211BMI-03LN

The 85211BMI-03LN is a clock buffer, driver designed for a wide variety of applications. It is specifically designed to reduce system noise and improve signal integrity, and can transport clock signals from one chip to another on a board. Its features include low power consumption, short propagation delays, and low add-on jitter. This clock buffer driver is available in both standard footprint (14 pins) and TSSOP (14 pins), to meet different applications in the marketplace.

To understand the 85211BMI-03LN, it is important to understand the application field and working principle. This clock buffer is intended for isolated clock buffering and distribution. It is ideal for applications where noise, jitter, and skew management are key requirements. This includes applications such as networking, embedded clocks, communication systems, and consumer electronics.

The 85211BMI-03LN works in accordance with a differential-ended clock buffer driver architecture. This architecture ensures the 85211BMI-03LN can be used to buffer a single clock signal or multiple clock signals with minimal susceptibility to noise. Additionally, the 85211BMI-03LN offers low power consumption and short propagation delay of usually less than 1 ns. The 85211BMI-03LN also offers low add-on jitter, allowing users to transmit and receive clock signals with a high degree of accuracy and reliability.

The 85211BMI-03LN is designed to work with multiple devices, including CPUs, SDRAMs, and LCDs. It can also be used to send a clock signal from one part of a board to the other, such as from the ASIC to the PCI Express slot. Its features make it ideal for any system requiring multiple clock signals, low power consumption, and reliable signal transmission.

To conclude, the 85211BMI-03LN is an ideal clock buffer, driver for applications requiring accurate and reliable clock transmissions with minimal susceptibility to noise and jitter. It is a low power, high speed driver available in both standard footprint and TSSOP footprints. It is designed for use in applications such as networking, embedded clock systems, communication systems, and consumer electronics.