MC100EP210SFAR2G

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The MC100EP210SFAR2G is a high-performance integrated circuit developed by ON Semiconductor, specifically designed for clock buffering, driving and fanout operations. It is an ideal solution for applications in a wide range of fields, where increased speed, improved timing accuracy and improved fanout are desired. By featuring a low voltage differential signaling (LVDS) process, this chip can save up to 30% in energy consumption, relative to conventional logic solutions like 3.3V differential LVTTL.

The MC100EP210SFAR2G is made up of sixteen channels which are indepenently programmable. Through the use of 24 different power settings, the MC100EP210SFAR2G allows users to configure the drive strength according to their application. Furthermore, by providing fast signal switching speeds (8 ns typical propagation delays), this device is well suited to a wide variety of architectures such as those found in high performance computers and servers.

One of the most notable features of the MC100EP210SFAR2G is its robust ESD protection. This advanced integrated circuit incorporates built-in protection for its input and output pins, safeguarding against damage due to electrostatic discharge. Furthermore, as the MC100EP210SFAR2G is part of the EP210 Series product line, it is designed to meet today’s rigorous RoHS regulations.

The MC100EP210SFAR2G is a versatile tool when it comes to clock buffering, driving and fanout operations. It offers an improved level of signal integrity and timing accuracy, while significantly lowering the overall energy consumption of the system. Additionally, the robust ESD protection circuit makes the MC100EP210SFAR2G well suited to a variety of applications.

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