MC100LVE111FNG

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MC100LVE111FNG application field and working principle

The MC100LVE111FNG is an integrated device designed for clock/timing applications, specifically Clock Buffers, Drivers.

Application Field

The MC100LVE111FNG comes with two on-chip buffers with programmable output amplitudes, termination selection and flexible operating performance. It offers high signal integrity, low power consumption and excellent jitter performance. It is well-suited for clock distribution applications such as backplane, board-to-board and point-to-point transmission.

Working Principle

The MC100LVE111FNG maintains a consistent logic family across a clock signal tree. It provides low jitter clock outputs for each of the associated logic families. It is designed to function as an active driver, allowing very high data rates to be clock-distributed efficiently. It uses a proprietary frequency compensation algorithm to ensure jitter requirements are met and provides an adjustable delay chain that can be controlled via a serial interface.

The MC100LVE111FNG also helps reduce EMI radiation when driving high-frequency signals, as the output signals are spread out in time. It can support up totwo independent clock trees, providing greater flexibility for clock distribution applications. The MC100LVE111FNG is also temperature-compensated, meaning it can operate over a wide temperature range without any performance degradation.

The MC100LVE111FNG has a built-in power-on reset circuit to ensure proper operation during start-up. This is especially important for mission critical systems, where stability is a top priority. The device is also built to be extremely compact, making it ideal for space-restricted applications.

Conclusion

In summary, the MC100LVE111FNG is an ideal choice for clock/timing applications, specifically Clock Buffers, Drivers. It provides high signal integrity, low power consumption, excellent jitter performance, adjustable delay chain, and power-on reset circuit. It is applicable for backplane, board-to-board, and point-to-point transmission. It is designed to be extremely compact and temperature compensated, allowing it to operate over a wide temperature range.

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