UPA1764G-E2-AZ

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

UPA1764G-E2-AZ is an array of transistors, mainly MOSFETs, developed by NEC Electronics. It is based on NEC\'s Core-HCDI technology and is composed of interconnects and P-channel MOSFETs. The device is designed to operate at high voltages and has a power efficiency up to 98%.

The main application of the UPA1764G-E2-AZ is in power switching applications. It is used to control powerful currents that switch on and off at high voltages. This makes it ideal for automotive, industrial and computing applications, as well as for controlling high power DC motors. It is also used to regulate the power supply to electronic devices, such as DC-DC converters and voltage regulators.

The working principle of the UPA1764G-E2-AZ is based on its patented Core-HCDI technology. This technology allows the devices to operate at high voltages, providing maximum power efficiency. The P-channel MOSFETs and interconnects in the device form a feedback loop, which controls current and voltage. This feedback loop enables the device to adjust its operating parameters in response to changing load conditions, providing stable and reliable power switching.

The UPA1764G-E2-AZ is also highly efficient. It features a low on-resistance of less than 20mΩ at 1.8V and can switch current up to 25A. It also has a wide voltage range, from 0 to 600V, and is rated for continuous current density up to 25A/mm2. All of these features provide enhanced power efficiency and power savings for the user.

The UPA1764G-E2-AZ is a powerful and efficient device, ideal for use in power switching applications. Its patented Core-HCDI technology makes it capable of operating at high voltages, while its low on-resistance and high current density mean it can switch current with maximum efficiency. Combined with its wide voltage range and high power efficiency, it makes a great choice for automotive, industrial, computing, and other high-power applications.

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