VN750PEPTR-E

The VN750PEPTR-E is a semiconductor device typically used in applications as a power management and distribution switch, or load driver.

The VN750PEPTR-E is a versatile, high power, low on-resistance, single-channel, MOSFET-based switch that is ideal for many applications where reliable power switching is required. It is capable of controlling currents up to 30A. It features high precision on-resistance matching (which can be programmed via the configuration pins) with a fast switching speed of up to 2µs and low on-resistance (as low as 3mΩ).

This device provides flexibility by allowing the user to program specific resistor settings via control pins, allowing the device to be configured to match the specific output needs of the application. Additionally, the VN750PEPTR-E includes an adjustable overcurrent trip point setting and a thermal shutdown feature which ensures reliable operation in most operating conditions. The device is also offered in several package sizes.

The device is designed primarily to act as a power management switch, allowing the user to control power output to different components or systems within a given application. The device can be used in applications where fast and reliable power control is desired such as motor control, lighting control and power supply control. The VN750PEPTR-E can also be used to control power and current output in battery-operated systems such as cellphones and wearables, where efficient current management is important.

The VN750PEPTR-E works by using a gate capacitance to control the switching on/off of a MOSFET transistor. When a voltage is applied to the gate of the MOSFET, it creates a field between the gate and the source/drain of the MOSFET. The current flowing through the MOSFET is then controlled by the gate voltage. The gate capacitance is programmed via the configuration pins, allowing the user to set specific resistance settings to match the power output needs of the application.

In summary, the VN750PEPTR-E provides reliable and efficient power control in applications where power switching is required. It features adjustable overcurrent protection and thermal shutdown features, allowing it to be used in a wide range of applications. Additionally, the device can be configured to match specific output needs via the configuration pins, providing flexibility and efficiency.