F3YD32-1P From left to right: James Tang, Executive Vice President, Mobility Business Unit and general manager, Electric Vehicle Solutions Business Group, Delta Electronics Amichai Ron, Senior Vice President, Embedded Processing, Texas Instruments

“The shift to electric vehicles is the key to a more sustainable future, and in our many years of collaboration with Delta Electronics we have built a strong foundation.” “Working with Delta, we will use Texas Instruments’ semiconductors to develop electric vehicle power systems such as on-board chargers and DC/DC converters, enabling smaller, more efficient and more reliable performance while increasing vehicle range and encouraging more people to use electric vehicles,” said Amichai Ron, senior vice president of embedded processing at Texas Instruments.

“Delta has been developing efficient automotive power products, systems and solutions to help reduce transport-related carbon emissions since 2008.” James Tang, executive vice President of Delta’s Mobility Business Unit and general manager of the Electric Vehicle Solutions Business Group, said, “By establishing a joint innovation lab with Texas Instruments, Delta will leverage Texas Instruments’ extensive experience and advanced technology in digital control and gallium nitride (GaN). Improve the power density and performance of our electric vehicle poF3YD32-1P wer supply systems. With more advanced product development and design capabilities, we aim to achieve closer technical exchanges and cooperation, accelerate product development, and improve product safety and quality. We look forward to further consolidating our technology leadership in the rapidly evolving electric vehicle market and creating a win-win situation.”

Three development stages for next-generation automotive power solutions

In the first phase of the collaboration, Delta will focus on developing a lighter, lower cost 11kW on-board charger using Texas Instruments’ new C2000™ real-time microcontroller (MCU) and Texas Instruments’ proprietary active electromagnetic interference (EMI) filtering product. By leveraging products from Texas Instruments, the two companies have combined to reduce the size of chargers by 30 percent while achieving up to 95 percent power conversion efficiency.

In the second phase, Texas Instruments and Delta will integrate the new C2000 real-time MCU into automotive applications to help automakers achieve the ASIL D automotive safety integrity level. The highly integrated automotive isolated gate driver will further enhance the power density of the on-board charger while minimizing the size of the oF3YD32-1P verall solution.

In the third phase, the two companies will leverage TI’s more than a decade of experience in the development and manufacturing of gallium nitride (GaN) technology to collaborate on next-generation automotive power solutions.

Thanks to the rapid development of automotive electronics, vehicles are richer, more efficient and safer. At present, Texas Instruments already has more than 7,000 automotive grade products, and is constantly strengthening the pace of new product advancement. Texas Instruments provides continuous innovation and systems expertise to help customers extend range, make electric vehicles more affordable, enable faster charging and improve safety.