MC100EL14DWR2G

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The MC100EL14DWR2G is a clock/timing device that is primarily used for the buffering, driving, and signal formation of clock signals. It is part of a family of devices that offer increased jitter, improved random clock signal performance, and improved signal accuracy over traditional clock buffer, driver, and signal formation solutions.

The MC100EL14DWR2G has an input frequency operating range of 1-100 MHz. It has both an LVPECL differential input and an LVDS differential output. The maximum LVDS output is ±200 mV with a maximum clock period of 4 ns. This device also features integrated ESD protection up to 8 kV HBM, making it a good choice for applications where the signal must travel through noisy and potentially hazardous environments.

When it comes to signal transmission, the MC100EL14DWR2G provides a level of signal integrity that is difficult to achieve with simple buffers, drivers and signal formation solutions. By leveraging its evolutionary ECL-level technology, the device enables signal performance and output levels that are close to the ECL signal range. This includes faster switching speeds and even shorter pulse widths.

The MC100EL14DWR2G is often used for signal transmission and signal formation in a variety of different applications and industries. These include clock signal routing, digital logic transmission and synchronization, synchronous clock signal routing between multiple devices, as well as on-chip clock distribution in networking and communications applications. The device is ideal for digital designs in a wide variety of settings, including server and storage systems, communications and networking, computer-on-board, military and aerospace, and other mission-critical digital environments.

The MC100EL14DWR2G is an excellent choice for applications requiring clock signal transmission and formation in noisy environments. Its integrated ESD protection ensures that any unpredictable noise is minimized, while its evolutionary ECL-level technology ensures signal integrity. The device is frequently utilized in high-performance clocks, as well as high-speed data capture, packet switching and data transmission applications. The device is also ideal for synchronization between various on-chip high-speed data sources, providing a reliable and accurate clock signal.

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