Innoscience Introduces 650 V GaN Power Transistor for High Efficiency Power Conversion

Innoscience is proud to unveil the INN650TA030AH, a cutting-edge 650 V GaN-on-Silicon enhancement-mode power transistor designed to revolutionize power conversion in a variety of applications. Packaged in a TOLL (Thin Outline Leadless) form factor, this transistor brings superior performance and reliability to the forefront of power electronics.

Key features

Enhancement Mode Operation: The INN650TA030AH operates as a normally-off power switch, ensuring safe and efficient operation in high-power applications.
Ultra High Switching Frequency: Designed to handle ultra-high switching frequencies, this transistor enables compact and efficient power conversion systems.
No Reverse-Recovery Charge: The absence of reverse-recovery charge reduces switching losses, contributing to higher efficiency in power conversion processes.
Low Gate and Output Charge: With low gate and output charge characteristics, the INN650TA030AH minimizes energy loss during switching, making it ideal for high-efficiency applications.
Industry-Standard Compliance: This device is qualified for industrial applications per JEDEC standards and comes with ESD safeguards, ensuring robust performance in demanding environments. Additionally, the INN650TA030AH is RoHS, Pb-free, and REACH-compliant, aligning with global environmental and safety standards.

Key applications

The INN650TA030AH is a versatile solution suitable for a wide range of applications, including:

AC-DC Converters: Enhancing efficiency in power conversion from alternating current to direct current.
DC-DC Converters: Providing reliable power conversion for various voltage levels in electronic devices.
Totem Pole PFC: Improving power factor correction in modern power supply designs.
Fast Battery Charging: Enabling quicker and more efficient charging solutions for batteries.
High-Density Power Conversion: Supporting the development of compact and efficient power systems.
High-Efficiency Power Conversion: Ideal for applications where energy efficiency is paramount, reducing overall power consumption and heat generation.