With the increasing demands for high efficiency, high power density, and low loss in modern electronic devices, performance upgrades of power devices have become a core focus of the industry. VBsemi recently launched two new E-MODE GaN HEMT devices—the VBQE165A20S and VBQA165A10S—injecting new momentum into the high-frequency power conversion field with their superior performance and innovative technology.

Top-tier specifications, performance breaks through traditional limitations

The VBQE165A20S features a 650V drain-source voltage (VDS), a gate-source voltage range of -1.5V to 7V, a turn-on threshold voltage Vth = 1.5V, an on-resistance of only 130 mΩ at 6V drive, and a maximum current ID = 20A. Its compact DFN8X8 package not only effectively improves heat dissipation but also maintains stable performance in high power density applications.

The VBQA165A10S also features 650V VDS, a gate-source voltage range of -1.5V to 7V, Vth = 1.6V, an on-resistance of 190 mΩ under 6V drive, and a maximum current ID = 10A. It is packaged in a DFN8 (5X6) package, making it more suitable for low-to-medium power applications and providing a flexible and reliable solution for various electronic systems.

Both devices are Single-N configurations, which fully meet the needs of industrial and consumer electronics for high-frequency, high-efficiency devices. Their performance indicators far exceed those of traditional silicon-based MOSFETs, especially at high switching frequencies.

E-MODE technology advantages: A perfect combination of efficiency and reliability

VBsemi Semiconductor's E-MODE (enhancement mode) GaN technology enables devices to be turned on without negative bias, bringing the following key advantages:

Low conduction loss: Under high-frequency switching, energy loss is significantly reduced and system efficiency is significantly improved.

High switching speed: Supports high-speed switching applications from hundreds of kHz to MHz, improving power conversion efficiency.

Excellent thermal performance: Reduces heat generation, lightens the burden of heat dissipation design, and enhances system reliability.

High power density: Provides greater current carrying capacity within the same size, supporting compact designs

Compared to traditional silicon MOSFETs, these two GaN HEMTs can achieve lower energy consumption, smaller size and higher system reliability in power conversion, inverter and fast charging applications.

Diverse application scenarios: driving industry upgrades

The high-performance characteristics of VBQE165A20S and VBQA165A10S from VBsemi Semiconductor give them significant advantages in the following application scenarios:

High-efficiency DC-DC converter: Improves conversion efficiency, reduces energy consumption and heat, and enhances overall power supply performance.

Wireless charging and fast charging: Supports high-frequency switching, and the high power density design meets modern fast charging standards.

Electric vehicle charging stations: operate stably under high voltage and high current conditions to ensure efficient operation of the charging system.

Data center power supply: Reduce energy consumption, improve server power supply reliability, and achieve energy savings and environmental sustainability.

Industrial inverters and power management: meeting the needs of high-frequency, high-efficiency, and high-reliability industrial applications.

These application scenarios are precisely the hot topics in the future development of the electronics industry, and VBsemi's new products provide customers with sustainable, efficient and highly reliable solutions.

Brand Strength Guarantee: VBI Semiconductor's Commitment to Innovation

As a pioneer in high-performance GaN technology, VBsemi has always been committed to providing leading power electronics solutions to customers worldwide. The newly launched VBQE165A20S and VBQA165A10S demonstrate the company's comprehensive strength in high-frequency power device design, material selection, and packaging technology. Choosing VBsemi means customers not only receive devices with superior performance but also enjoy comprehensive technical support and reliable assurance.。

Looking to the future: An accelerator for the high-frequency GaN era

With the rapid development of new energy, smart grids, electric vehicles, and high-efficiency data centers, the demand for high-frequency, high-efficiency, and high-reliability power devices continues to rise. VBsemi's VBQE165A20S and VBQA165A10S, leveraging E-MODE GaN technology, superior switching performance, and high power density, will become a key engine driving the accelerated deployment of high-frequency GaN applications.

In the new era of power electronics, VBsemi Semiconductor has once again demonstrated its commitment to leading industry innovation. High frequency, high efficiency, and reliability—VBsemi GaN HEMT helps every customer win the future.