Design of thermally conductive materials using high-insulation polymers and tips for filler selection, effectiveness, and resistance measurement evaluation.
Design of thermal conductive materials using high insulation polymers and tips for filler selection, effectiveness, and resistance measurement evaluation.
Part 1: The Destruction Mechanism of Polymer Insulating Materials and the Effect of Fillers Part 2: Measurement and Evaluation of Insulation Resistance Necessary for the Development and Application of Polymer Insulating Materials Sumitomo Metal Technology Co., Ltd. Research Support Division, Analysis Technology Department, Analysis Technology Office, Reliability Group, Mr. Koji Shioya [Profile] Based on experience in transmission characteristics of IC packages, circuit simulation technology, and PC motherboard design and development, currently responsible for electrical evaluation of metals, resin materials, and finished products. [Keywords] 1. Insulation resistance measurement 2. Insulation breakdown voltage measurement 3. Resin, filler, temperature dependence Part 3: Design Philosophy of Thermally Conductive Insulating Materials and Considerations for Filler Selection, Development Direction Sumitomo Osaka Cement Co., Ltd. Building Materials Division, New Business Group, Department Manager, Mr. Noriyuki Kosakai [Keywords] 1. Thermal conductive materials, resin, molding materials, electrical insulation, insulation 2. Epoxy, liquid, sealing, adhesion, high thermal conductivity 3. Silicon, thermoplastic, thermosetting
- Company：AndTech
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