MC10E411FNR2G

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The MC10E/100E411FNR2G is a Von Neumann-based clock driver featuring a wide range of utility outputs. It combines active low output, Schmitt-trigger performance, high level output clocking, EFT and ESD protection, WL-PBM gating, and PLL functionality into one package. This device is ideally suited for use in a variety of high-speed, real-time applications. It has the capability to perform high-fidelity clock rate conversion, generate periodic signals, buffers, and other general-purpose circuit functions.

The MC10E/100E411FNR2G is ideal for usage as a clock buffer in many clock-driven applications. This device provides flexible timing options, input-to-output delay, and control pin configuration to sample clock signals prior to driving the output drivers. It can also be used as a high-speed logic buffer, powering multiple logic levels at high speeds. The device also allows for smaller form factors and for connections of non-ideal logic inputs to be driven, making it an attractive choice for low-power, fast operations.

The MC10E/100E411FNR2G features Schmitt Trigger performance, allowing it to provide longer output times and making it a reliable clock buffer and driver. This device also features active low logic input and output design that allows each output to be independently configured as either active low (LVTTL) or active high (LVTTL). This flexibility adds value to the device as it can be used in unique applications.

In addition to its primary functions, the MC10E/100E411FNR2G also features protection from Electrostatic Discharge (ESD) and Electro-Magnetic-Fields (EMF). It is designed in compliance with United States and European ESD standards. It contains metal oxide varistor (MOV) devices to guarantee maximum ESD protection. It also provides EFT protection with metal oxide varistors, ensuring optimal data I/O integrity.

Apart from its ESD and EFT protection features, the MC10E/100E411FNR2G also features WLPBM gating. This device has the ability to detect clock edges that are no greater than 0.5V in amplitude and provide differential output drive. This enables a fast, reliable clock signal when connecting WLPBMclocks to non-ideal logic inputs.

The MC10E/100E411FNR2G also provides low power consumption and maintains low power-to-ground ratio. This device has the capability to drive multiple clocks and receive reliable output, making it suitable for power-sensitive applications. Additionally, it has included advanced ESD protection, which makes it highly reliable in harsh environments.

The MC10E/100E411FNR2G is a robust, multifunctional clock buffer and driver with a wide range of applications, including medical, military, automotive, industrial, and consumer electronics. Its integrated ESD and EFT protection make this device an ideal choice for highly sensitive clock-driven applications. It is an excellent choice for those seeking a reliable, low-power, and low-footprint clock driver.

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