VN21-11-E

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Power distribution switches, load drivers, and other power management integrated circuits (PMICs) are an important part of today’s electronics networks. One such PMIC, the VN21-11-E, is a field-programmable distribution switch used for multiple voltage outputs and current monitoring. The VN21-11-E utilizes the most current technologies available to provide a superior power distribution system.

The VN21-11-E is a field-programmable distribution switch specifically designed for power systems that require both a high output current and multiple voltage outputs. It is capable of controlling up to four independent rail outputs and up to 1A current for each output. Additionally, it can be used to monitor the current draw on each rail to ensure that proper voltage output is maintained. The VN21-11-E features a 200-MHz operating frequency, allowing it to switch quickly and reliably without sacrificing performance. Additionally, it can operate in temperatures up to 85°C, making it suitable for use in a wide range of environments.

The VN21-11-E utilizes a power FET-based topology that eliminates the need for multiple gate drivers on the board. This eliminates board space and reduces EMI. As the switching frequency increases, the power FET can be protected against short circuits, ensuring reliable, efficient performance. The VN21-11-E also features built-in current sensors, allowing for accurate current monitoring and load protection. This allows the system to quickly react to changes in the current draw and adjust the outputs accordingly.

The VN21-11-E has a number of features that make it an ideal solution for power management in today’s electronics networks. The on-chip multiplier can generate a wide range of output voltages, allowing for flexibility in power distribution. The internal voltage regulator provides power from the primary power source and minimizes the external components needed. Additionally, the VN21-11-E can be field programmed for different output voltages, allowing for one device to meet multiple use cases. The on-chip current sensors allow for accurate current monitoring, while the power FET-based topology eliminates the need for multiple gate drivers on the board. This helps reduce board space and EMI.

Overall, the VN21-11-E is a powerful, efficient, and cost-effective power distribution solution. Its advanced architecture, high performance, and wide range of features make it suitable for use in a variety of applications. To make it even easier to use, the VN21-11-E is field programmable, allowing users to quickly adjust the output voltages depending on their needs. By utilizing the most current technologies available, the VN21-11-E is the ideal power management solution for today’s electronics networks.

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