Thermistor - 企業ランキング(全6社)
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製品画像・製品名・価格帯 | 概要 | 用途/実績例 | |
Venue: Kawasaki City Industrial Promotion Hall, 9th Floor, Room 1 【Kanagawa, Kawasaki】 7-minute walk from JR Kawasaki Station Date and Time: October 15, 2012 (Monday) 13:30-16:30 ★ Pre-event content request service available! We welcome your practical issues to be brought in! | Part 1: Fundamentals of Thermistors and Material Development for High Reliability, Research Trends 【13:30-15:00】 Instructor: Yokohama National University 1. Introduction 2. Electrical Characteristics of NTC Thermistors 3. Crystal Structure of NTC Thermistors 4. General Fabrication Methods for Thermistors 5. Single-Phase Sintered Body of Cubic Spinel Type with Stable Electrical Characteristics Part 2: Technical Features of PTC Thermistors and Efforts for Overheating and Overcurrent Protection, Application Examples 【15:15-16:30】 Instructor: Murata Manufacturing Co., Ltd. 1. Principle of PTC Thermistors 1-1. Technology for Reducing the Resistance of Originally Insulating BaTiO3 1-2. Mechanism of Rapid Resistance Increase (PTC Characteristics) 2. Applications of PTC Thermistors 2-1. Overcurrent Protection: Self-Restoring Overcurrent Protection Fuse 2-2. Temperature Detection: Multi-Point Temperature Detection with a Single Detection Circuit 2-3. Heater Without Temperature Control Circuit 3. Technical Trends and Latest Technological Developments of PTC Thermistors 3-1. Resistance Reduction 3-2. High Flash Voltage Resistance 3-3. High PTC Characteristics 4. Conclusion 【Q&A, Business Card Exchange】 | ||
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- 代表製品
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Development of thermistor materials and countermeasures for overheating and overcurrent protection, latest technological trends.
- 概要
- Venue: Kawasaki City Industrial Promotion Hall, 9th Floor, Room 1 【Kanagawa, Kawasaki】 7-minute walk from JR Kawasaki Station Date and Time: October 15, 2012 (Monday) 13:30-16:30 ★ Pre-event content request service available! We welcome your practical issues to be brought in!
- 用途/実績例
- Part 1: Fundamentals of Thermistors and Material Development for High Reliability, Research Trends 【13:30-15:00】 Instructor: Yokohama National University 1. Introduction 2. Electrical Characteristics of NTC Thermistors 3. Crystal Structure of NTC Thermistors 4. General Fabrication Methods for Thermistors 5. Single-Phase Sintered Body of Cubic Spinel Type with Stable Electrical Characteristics Part 2: Technical Features of PTC Thermistors and Efforts for Overheating and Overcurrent Protection, Application Examples 【15:15-16:30】 Instructor: Murata Manufacturing Co., Ltd. 1. Principle of PTC Thermistors 1-1. Technology for Reducing the Resistance of Originally Insulating BaTiO3 1-2. Mechanism of Rapid Resistance Increase (PTC Characteristics) 2. Applications of PTC Thermistors 2-1. Overcurrent Protection: Self-Restoring Overcurrent Protection Fuse 2-2. Temperature Detection: Multi-Point Temperature Detection with a Single Detection Circuit 2-3. Heater Without Temperature Control Circuit 3. Technical Trends and Latest Technological Developments of PTC Thermistors 3-1. Resistance Reduction 3-2. High Flash Voltage Resistance 3-3. High PTC Characteristics 4. Conclusion 【Q&A, Business Card Exchange】
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