VNP49N04-E

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VNP49N04-E is a 4-channel MOSFET driver, with high-speed, low RDS(ON) power MOSFET switching. This driver is a Non-Inverting surface-mount device with a logic low threshold and a positive speed up circuit for increased switching speed. It is designed for applications requiring high speed and high accuracy switching such as high frequency switching and power distribution.

The VNP49N04-E is especially suited for automotive and industrial applications, where a high-speed, low RDS(ON) power MOSFET switch is required. The driver devices is packaged in a small 8-pin package, making it ideally suited for space constrained applications. The device also offers a high-speed, low RDS(ON) switching delay of 35ns, which is ideal for applications requiring high frequency switching.

The VNP49N04-E is well suited for power distribution and load switching applications, such as motor control and regulator circuits. It features a low propagation delay time of 14 ns and is capable of switching loads up to 32A with its integrated overcurrent protection circuit. The VNP49N04-E is also suitable for use in low power applications, such as DC-DC converters and lighting controllers.

The working principle of the VNP49N04-E is based on the MOSFET-based switching process, where current is transmitted through the channels of the device. The device is equipped with an integrated over-current protection (OCP) circuit which safeguards the device from excessive current flow. The OCP circuit is capable of sensing and recording over-current conditions and will shut off the switch if the current exceeds a predetermined threshold.

The VNP49N04-E is designed for applications requiring high-speed, low RDSON switching. The device has low on-resistance and propagation delay times, making it ideal for power distribution applications. The device also features an integrated OCP circuit, which protects against excessive current flow. Thus, VNP49N04-E is an ideal choice for applications such as low power and high frequency switching, motor control and DC-DC conversion.

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