MC10E211FNR2

Series:	10E
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Type:	Fanout Buffer (Distribution), Multiplexer
Number of Circuits:	1
Ratio - Input:Output:	2:6
Differential - Input:Output:	Yes/Yes
Input:	ECL, PECL
Output:	ECL, PECL
Frequency - Max:	700MHz
Voltage - Supply:	4.2 V ~ 5.7 V
Operating Temperature:	0°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	28-LCC (J-Lead)
Supplier Device Package:	28-PLCC (11.51x11.51)
Base Part Number:	MC10E211

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MC10E211FNR2 Application Field and Working PrincipleIntroductionThe MC10E211FNR2 is a high-speed, low-power-consumption, logic family chip. It is specifically designed to meet the needs of high-performance, multi-purpose architectures and applications. The device features excellent signal integrity, high clock-to-output delays, and low power consumption, making it ideal for a variety of mixed-signal circuits, including communications, computing, and consumer equipment.Application Field The MC10E211FNR2 is a mature solution for clock-related applications, such as timing and synchronization, as well as driving memory, microprocessors, and CPU/system clocks. It is suitable for high-speed memory applications, PCI express links, and other critical low-skew, deterministic timing solutions. Its high output current capability and low power consumption make it suited to clock buffering and fan-out applications, and its low input delay times make it suitable for clock governor applications as well.In addition, the MC10E211FNR2 is well-suited for communications and networking applications. It is suitable for use in high-speed telecommunications systems such as Fast Ethernet or Gigabit Ethernet, VDSL or multiplexed digital subscriber line (MDDSL) links, digital subscriber line access multiplex. The MC10E211FNR2 can also be used in high-speed networking applications, such as 10BASE-T or 100BASE-T links, which require low power consumption and low skew. Working Principle The MC10E211FNR2 is a single chip macrocell that implements many useful and versatile functions. It is internally organized into 4 logic blocks, and each of these blocks contains two inverters. The outputs of the two inverters in a logic block are connected together, resulting in a single output. This output can be used as an output signal, or as an input to any of the other logic blocks.The clock input of the device is an asynchronous pin, meaning that the input clock signal is not synchronized with the output clock signal. An internal setup logic is used to automatically adjust the timing of the output clock signal to the internal logic of the device. The clock input of the device is used to define the input and the output skew of the device. This setup logic can be programmed to precisely adjust the clock delays for a wide range of applications.In addition to providing clock fanout, the MC10E211FNR2 is also capable of routing signals from one device to another. The internal logic blocks can be used to translate signals from one logic block to another, providing the flexibility to route signals from one device to another or to provide logic functions such as logic inverters and logic buffers. The MC10E211FNR2 can also be used to provide timing control. It features a phase-locked loop (PLL) that can be used to convert an input clock signal to an output clock signal with reduced skew. Its internal registers can also be programmed to provide delay sequencing. This delays sequencing allows an output clock signal to be synchronized with the input clock signal with precise timing.Conclusion The MC10E211FNR2 is a high performance, low-power device capable of providing high-speed clock buffering and fan-out functions. Its wide range of features makes it suitable for a variety of applications, such as communications, computing, and consumer equipment. It is designed to provide precise clock-to-output delays and low power consumption, making it an ideal choice for clock-related applications. In addition, its internal registers can be programmed for delay sequencing, allowing for precise timing control in a wide range of applications.

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