DB HiTek Secures Automotive and Industrial Power Semiconductor Processes

Secured 0.13μm BCDMOS 120V Process Platform
Complete Power Semiconductor Full Lineup Established

[Photo by DB HiTek]

[Asia Economy Reporter Han Yeju] DB HiTek announced on the 8th that it has recently secured a 0.13μm Bipolar CMOS DMOS (BCDMOS) 120V process platform, expanding its application fields to high-value automotive and industrial power semiconductor sectors.

With this development, DB HiTek now possesses a power semiconductor process covering from the existing 5V~100V up to 120V. This enables the company to maintain a full lineup of power semiconductors spanning mobile and home appliances (5V~40V), displays (40V~60V), as well as industrial sectors such as automotive and data centers (60V~120V), continuing its strategy of technological superiority.

In addition to process devices, design support tools such as OTP (One-Time Programming) and memory compilers have also obtained the highest grade (Grade 0) certification under 'AEC-Q100'.

AEC-Q100 is a quality standard by the Automotive Electronics Council in the United States, requiring semiconductors to pass reliability tests demonstrating normal operation at 150℃ for over 42 days (1008 hours). The highest grade, Grade 0, is awarded only if the device operates within an extreme temperature range of -40℃ to 150℃.

Furthermore, DB HiTek plans to offer the DTI (Deep Trench Isolation) option to customers starting at the end of this year. DTI is a technology that reduces the spacing between transistors and improves device characteristics by mitigating current leakage and overcurrent issues, thereby enhancing the performance of power semiconductors.

A DB HiTek representative stated, "We provide power semiconductors embedded with highly integrated memory to implement various functional algorithms, enhancing the price competitiveness of our customers' products." He added, "Once the ongoing development of the 900V power semiconductor process is completed, business expansion into motor driver chip fields specialized for industrial use will also be realized."

This content was produced with the assistance of AI translation services.