VNB35N07-E

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The VNB35N07-E is a member of power management and distribution switches, load drivers, and motor controllers series. It is a versatile integrated device with a low on-resistance and excellent thermal performance. It is specifically designed to enable system designers to select the optimal solution to suit their application requirements. The VNB35N07-E is excellent for power distribution, load switching, and motor control.

The VNB35N07-E is designed to minimize power dissipation and optimize energy efficiency. It has high breakdown voltage and low on-resistance, as well as ESD immunity up to 8kV. This feature makes it ideal for highly efficient energy distribution in automotive, industrial and consumer applications. The device also features a wide variety of packages available to meet various space and thermal constraints.

The operating principle of the VNB35N07-E is based on bipolar resistive switching. It uses transistors to control the high side and low side power switches, which can be programmed independently. It also provides current protection and overvoltage protection with its adjustable current limit and fault detection. It has excellent thermal performance and can operate in temperatures up to 100°C.

The VNB35N07-E can be used in a variety of applications, including automobile powertrain system and motor control, uninterruptible power supply systems, consumer appliance power control, and many more. It can also be used in electric vehicles where its high efficiency and wide temperature range make it ideal for controlling the powertrain and battery system. The device can also be used in solar and wind energy applications for efficient energy distribution and management.

In summary, the VNB35N07-E is an extremely versatile and efficient integrated device from the power management and distribution switches, load drivers and motor controllers series. Its low on-resistance, excellent thermal performance, and wide temperature range make it an ideal choice for high end applications. Its bipolar resistive switching provides efficient power distribution and current protection, making it a valuable tool for many different applications.

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