MC100ES6222AER2

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The MC100ES6222AER2 is a low-skew 1-to-2 Fan-Out Buffer, or clock driver, from ON Semiconductor. It is designed to provide multiple high-skew, low-output-skew clocking signals for a variety of long-haul, high-bandwidth applications that require fast switching speeds such as protocol communications and high-frequency data transfer.

Clock/Timing - Clock Buffers, Drivers are based around the principle of distributing a single clock signal, acting as a master, across multiple outputs, known as slave devices. The MC100ES6222AER2 is ideal for this type of application, featuring low-skew, high-bandwidth capabilities. Additionally, the device allows for skew control by emitting a low-skew, single-ended master clock signal to reduce edges that occur when multiple outputs are in operation.

The MC100ES6222AER2\'s low-skew design allows for large gains in high-bandwidth throughput by ensuring that the outputs can switch quickly and accurately. This allows for higher data rates, which are imperative for long-distance transmission or data transfer that requires high bandwidth and large throughputs.

The MC100ES6222AER2 is designed to be used in a variety of applications such as protocol communications, data transfer, medical imaging, and avionics. In essence, any application that requires a low-skew, high-bandwidth clock buffer will benefit from its use.

The working principle of the MC100ES6222AER2 is fairly straightforward. The device has the capability to produce multiple low-skew clock signals by receiving one low-skew, single-ended master clock signal. The single-ended master clock signal is converted into two high-skew slave clock signals, and the low-skew clock signals are then emitted to reduce the skews between the multiple outputs.

The MC100ES6222AER2 features an I/O standard of LVDS, which offers low-voltage operation and faster switching speed. It also features a VDD supply of 3.3V, a VDD_INT supply of 2.5V, a VREG supply of 1.8V and an ultra-low skew of 4ps. The device also supports a variety of input and output clocking operations such as SSCI, two stage SSCI, two-stage, single-data and two-stage single-data with optional pre-emphasis.

The MC100ES6222AER2 also boasts a robust package design, including a compact, proven die-stack technology with a thermal pad for enhanced heat dissipation. Its die stack architecture is designed to minimize packaging costs and utilization of board space.

Overall, the MC100ES6222AER2 is an ideal choice for applications that require a low-skew and high-bandwidth clock buffer. Its design allows for the distribution of one low-skew, single-ended master clock signal across multiple outputs, and its I/O standard of LVDS allows for low-voltage operation and faster switching speeds. It is ideal for applications such as protocol communications, data transfer, medical imaging, and avionics.

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