MC100E210FNR2

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The MC100E210FNR2 chip is a generic clock buffer, driver, and output divider. This device takes a fast, low-skew input clock signal, buffers and amplifies it, and then outputs the same signal with a adjustable skew or jitter. This device outputs a full clock signal with a width that can vary between 8 and 12ns (user-defined).

This device is ideal for centralized clock distribution, where multiple devices are clocked from a single source, but with different frequencies and clock phases. For example, this device is often used in telecommunications systems, where GPS and other precision timing sources are used to clock multiple systems that must all stay in precise synchronization, but each may have differing clock rates and specific implementation needs. In this role, the MC100E210FNR2 allows for multiple output clocks, with precise frequency and timing control.

The device is able to achieve this precise timing and frequency control due to the symmetrical internal structure and fast, low-skew clock buffer. The input clock must meet the device\'s specifications in frequency and rise/fall times, but other than that, it can tolerate a wide temperature, power supply, and EMI operating range. The device can support a frequency as high as 2.8GHz, with a slightly lower frequency range available when using the device in cascaded or ring delay operations.

The MC100E210FNR2 has three main features that allow it to provide precise timing and synchronization control. The first is its input buffer, which allows for buffering and amplification of the input clock signal, allowing for exact timing and frequency control. The second is its adjustable output delay and output width, which allows the user to precisely tailor each output to the exact requirements of the target system. Finally, the device also has a adjustable output divider, which allows for dividing the frequency of the output clock for systems that require a multiple of the original input clock frequency.

In addition to its precision timing and controlled output, the MC100E210FNR2 has excellent noise performance and low EMI output. This is due to its internal design, which employs an improved layout that reduces noise injection and EMI propagation. The device also includes several ESD protection features and is built to withstand repeated power cycles without suffering degradation.

Overall, the MC100E210FNR2 is an excellent choice for systems that require precise timing and signal control. It is well-suited for applications in telecommunications, signal distributing networks, and digital signal processors, where minimized skew or jitter and precise signal separation are necessary. Due to its wide range of features and guarantees, it is also gaining traction in a number of other areas, especially in mixed signal applications.

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