NCV8402DDR2G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The NCV8402DDR2G is a power distribution switch, load drivers and pulse transformers manufactured by ON Semiconductor. It is part of its Low Voltage, High Drive Output voltage devices range. It is a monolithic integrated device designed for switching and providing enabling current to external devices such as processors or memories.

The key features of the NCV8402DDR2G include a high onset voltage of 5V, a saturation current of up to 8.2A, and pulse transformer/driver with very good propagation delay. The device also has a 0.6A current limit, an over-voltage protection, and over-current protection.

The NCV8402DDR2G is commonly used in applications such as DDR2 memory, graphics cards, and microprocessors. It can be used to control up to two non-volatile memory chips, one at VDD and one at VDDQ. It also helps protect the chips from over-voltage and over-current damage.

The device also integrates a DC-DC converter, which converts between two different power supplies. This helps reduce the number of components required for power conversion. In addition, the device has low on-resistance, which helps in improving power efficiency.

The NCV8402DDR2G works by providing a virtual ground between the supply and ground terminals of the external load. When the load current exceeds a certain limit, the device turns on, providing a highdrive current pulse. The pulse current is then used to provide the enabling signal to the external load. The device then returns to its OFF state when the load current drops below a certain level.

ON Semiconductor’s NCV8402DDR2G is an ideal power switching device for applications such as DDR2 memory, graphics cards, and microprocessors. Its features, such as its high onset voltage, low on-resistance, and pulse transformer/driver, make it a reliable solution for providing an enabling current to external loads.

The specific data is subject to PDF, and the above content is for reference