VND830AEPTR-E

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The VND830AEPTR-E is a low current level load driver integrated circuit containing a low output resistance, two high side and two low side N-Channel MOSFET switches.The device has an operating voltage of 9V to 28V, with a maximum output current of up to 8A. This integrated circuit is part of the PMIC - Power Distribution Switches, Load Drivers category.

The main application field for the VND830AEPTR-E is in automotive systems, where the integrated circuit can be used to switch electrical signals or power in the system. This device can be used to switch loads, regulate or control the voltage or current, convert DC voltages, or to provide protection against over-current or short circuits. The integrated circuit can also be used to control or enable the on or off state of a device.

The working principle of the VND830AEPTR-E integrated circuit is based on two high side and two low side N-Channel MOSFET switches. The device is controlled by an enable input pin that allows the user to turn the circuit on and off. The enable input pin also has an internal 10k pull-up resistor that can be used to enable the circuit from a logic level low (logic 0) to an enable level high (logic 1). The VND830AEPTR-E has a maximum output current of 8A.

The device has built-in protection features that protect against over-current and short circuits. An error flag output is available to indicate any fault condition. There is also a "blank off" pin that can be used to disable the device in an event of a fault, or to switch the device off in an event of a fault. The device also includes an inrush current control feature to protect against inrush current.

The VND830AEPTR-E IC is an efficient load driver, providing multiple features to make it well suited for various applications. The device is easy to use and can be controlled directly by low voltage logic signals. With its high perfomance, small package size and rugged design, it is a good choice for automotive systems that require high current level load drivers.

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