MC100EP14DTG

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The MC100EP14DTG is an advanced clock buffer and driver device that offers tremendous performance and reliability for a variety of applications. The device offers a variety of features and is suitable for a wide range of applications such as clock and frequency translations, clock distribution, and signal regeneration. The MC100EP14DTG is also an ideal choice for embedded timing applications.

Application Field

The MC100EP14DTG is a low-power and low-skew dual-channel clock buffer and driver and can be used in a variety of applications needing clock buffering and driver. The device provides low-skew clock distribution and regeneration and is ideal for frequency translations or signal regeneration. It is also suitable for synchronized data transmission between digital systems, which is often found in the telecommunications, aerospace and medical industries.

The MC100EP14DTG is a cost-effective solution for internal and external clock distribution providing up to 6 outputs using symmetric-skipping output capability. Its unique and advanced design ensures power and time savings as it reduces the area and cost compared to competitive solutions.

Working Principle

The basic concept of clock buffering and driver is to isolate the incoming clock signal from the external environment to increase or maintain the same high-quality standards as the original signal. Clock buffers and drivers enable clock systems to be transmitted at speeds greater than the original signal and to work over longer distances. The MC100EP14DTG is specifically designed to buffer and drive large clock signals over long distances.

The MC100EP14DTG is based on a patented clock-recovery logic that isolates the input clock from the generated outputs, thus enabling the device to maintain excellent signal integrity over time. The device supports a master-slave operation, making it suitable for applications requiring timed multi-rate conversions with 1:2 synchronization. Additionally, the device is capable of accepting a wide range of input frequencies from 100 kHz to 1.3 GHz.

The device also includes low-skew PECL outputs with one-shot-mode selectable, which enables the MC100EP14DTG to provide the perfect solution for buffering and driving large clock signals over long distances while maintaining the same high-quality standards as the original signal. The device is designed to run at low power, meaning that it is budget and cost-effective to use.

The MC100EP14DTG also features programmable output routing and synchronization, providing flexibility in selecting the clock source in a synchronized frame network. The outputs can be individually programmed to source from the four-pin clock input, two-pin clock input, or one of the two transmission hubs. The device also supports synchronized output delay, allowing the user to select an optimal output latency.

In summary, the MC100EP14DTG is an ideal choice for clock-signal buffering and driving applications increasingly demanded by the most demanding industrial, aerospace and military markets. The device offers a wide range of features and outstanding performance than competing solutions, making it the best option for power-efficient and timely multi-rate synchronization and frequency translation.

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