Power Master Semiconductor released TOLL Package for Enhanced Thermal Performance, Improved Switching Performance and Power Density for 600V e MOS E7 Portfolio
Power Master Semiconductor has released a new package portfolio, TO leadless (TOLL) package for 600V e MOS E7 series to meet the increasing demandsfor high power density with superior switching performance in various applications such as servers, telecom infrastructure, flat panel display power, ESS, and battery formations.The TOLL package has a footprint of 9.9mm x 11.7mm, reducing the PCB area by 30% compared to the D2PAK 7-lead package.Moreover, with a thickness of 2.3mm, it has 60% less height than the D2PAK 7-lead package. The TOLL offers superior thermal performance and low package inductance (2nH) compared to D2PAK 7-lead package.Kelvin source configuration lowers gate noise and reduces turn-on loss by 60% compared to same device without Kelvin source configuration, enabling higher frequency operation and improved power density. PMT60N105E7 has a VDSS rating of 600 V with a maximum RDS(ON) of 105 mΩ and a maximum drain current (ID) of 31A.All Power Master Semiconductor’s products in TOLL package has wettable flanks in the gate and source pins to enhance the performance of the solder joint and offers Moisture Sensitivity Level 1 (MSL 1). About Power Master SemiconductorPower Master Semiconductor, is comprised of a team of experts with over 20 years of experience in power semiconductor design, production, application, technology, and marketing at Samsung, Fairchild and onsemi. Since our establishment in January 2018, we have been focused on the design, production, and mass production of SiC Diode/MOSFET and SJ MOSFET as a domestic power integrated semiconductor company. Our headquarters and FAB are located in Cheongju, Chungcheongbuk-do, with R&D facilities in Gyeyang, Incheon in Korea. We have been developing SJ and SiC products as our major focus, and are continuously increasing our capacity by developing and mass-producing products comparable to major SiC competitors.