MC100E210FNG

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The MC100E210FNG provides a level-shifting function from 3.3V and 1.8V to 3.3V to meet the needs of systems with multiple voltage levels. This device effectively converts signals from bus interfaces, such as LVDS, CMOS, and TTL, into controlled outputs. It is particularly suitable for applications requiring bidirectional, low-skew synchronization, such as memory and clock signals.

The MC100E210FNG is a member of ON Semiconductor’s clock buffer family of products. Its applications include communication networks and storage systems, where fast data signaling is essential. It includes four bidirectional buffers, each capable of handling high-frequency data up to 160 MHz. It also provides an integrated power-on reset circuit, which eliminates the need of an external reset source. The device\'s wide input and output voltage range, low-jitter, low-skew, high-speed performance make it suitable for a variety of applications.

The working principle of the MC100E210FNG is fairly simple. When the input signal is applied, the device samples the voltage levels at the inputs and outputs to determine their relative levels. If the input and output levels are different, the device will buffer the signal, causing it to spread across the two. The outputs are then connected to the outputs providing a synchronized data transfer. This device also includes four delay stages that can be adjusted between 0–500 ns to ensure the signal maintains enough signal integrity while running at high speeds.

The MC100E210FNG is designed to provide reliable operation in a wide range of applications, including embedded systems, communications, and switched networks. It provides low-skew, low-jitter output signals, allowing for more predictable signal timing and a higher degree of synchronization. This device is also capable of handling a wide range of voltages and clock speeds, making it ideal for applications that require higher frequencies and faster signaling.

In summary, the MC100E210FNG is designed to provide a level-shifting function from 3.3V and 1.8V to 3.3V, and to convert signals from different buses into controlled outputs. It is ideal for applications requiring bidirectional synchronization. This device is capable of handling high-frequency data up to 160 MHz, and includes four delay stages and an integrated power-on reset circuit. This device is suitable for a variety of applications, and provides low-skew, low-jitter output signals.

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