In a move to bolster industrial and high-power applications, South Korean company DAHWS is showcasing its extensive portfolio of power electronic components, emphasizing the use of Wide Bandgap (WBG) technologies. These technologies, primarily based on Silicon Carbide (SiC) and Gallium Nitride (GaN), are crafted to meet the growing demands for power efficiency, effective thermal management, and compact system design across various industries.
Among its offerings, DAHWS provides WBG Power Modules that are available in both standard and customizable configurations. These modules feature low-inductance structures and high power density, complemented by advanced thermal management solutions. To enhance heat dissipation and reliability under strenuous high-power conditions, the company employs silver sintering technology, setting its modules apart in the competitive market.
Moreover, DAHWS supplies film capacitors known for their stable electrical performance in challenging conditions. Their innovative Ceramic-in-Board (CiB) technology, which integrates the attributes of ceramic substrates with traditional PCB structures, supports the creation of more compact electronic systems. These solutions are particularly applicable in sectors like renewable energy, industrial automation, power conversion, energy storage, and electric mobility.
Dedicated to addressing specific application requirements, DAHWS engages in application-focused engineering, offering technical support to help clients select and develop the most suitable power electronics solutions. As the demand for advanced power conversion technologies continues to rise, DAHWS is committed to the ongoing development of SiC and GaN-based components, alongside tailored solutions that meet the evolving needs of power systems globally.
DAHWS Co., Ltd., based in South Korea, specializes in power electronic components and materials. Its product lineup includes SiC/GaN WBG Power Modules, Film Capacitors, and Ceramic-in-Board technologies, serving a diverse range of applications from industrial to renewable energy sectors. For more information, interested parties can contact DAHWS at 1577-4695 or via email at [email protected].
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