Fundamentals and selection methods of various capacitors, learning accident prevention measures from failure examples.
S10310
Proposing preventive measures based on various characteristics of capacitors that tend to reveal dangerous aspects, as well as examples of failures and accidents (such as fires and burnouts).
【Speaker】Mr. Kenji Murata, former Lenovo Japan, Inc. 【Venue】Tekno Kawasaki 5F, Room 1 【Date and Time】March 29, 2011 (Tuesday) 13:00-16:30
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basic information
【Course Objectives and Aims】 The interior of a capacitor consists of a power source and ground separated by an extremely thin film over a wide area, creating opposing structures. Therefore, in the event of a failure or short circuit, it can lead to fire or damage, making it a component with very dangerous aspects. However, due to recent demands for miniaturization and thinness, these dangerous aspects are becoming increasingly apparent. In this session, we will explain how to avoid these risks from the user's perspective, taking into account the characteristics of various capacitors and examples of failures.
Price information
47,250 yen (including tax and text costs) for up to 2 people from 1 company. *New members who apply for the first time by March 16 will receive an early bird discount price of 42,000 yen.
Price range
P2
Delivery Time
P2
Applications/Examples of results
1. What is a capacitor? 2. Methods for selecting components 2-1 Concept of quality assurance 2-2 Purchase specifications for electronic components 2-3 Failure analysis and reliability testing 3. Types of capacitors 3-1 Materials of capacitors 3-2 Aluminum electrolytic capacitors 3-3 Tantalum electrolytic capacitors 3-4 Multilayer ceramic capacitors 3-5 Conductive polymer capacitors 3-6 Other capacitors 4. Cracks in ceramic capacitors 4-1 Mechanism of crack formation 4-2 Active area 4-3 How to detect cracks 4-4 Preventing crack formation 5. Reverse mounting of electrolytic capacitors 5-1 Causes of reverse mounting 5-2 Outflow from reverse mounting 5-3 Preventive measures against reverse mounting 6. Examples of capacitor failures 6-1 Liquid leakage in aluminum electrolytic capacitors 6-2 Burnout of tantalum electrolytic capacitors 6-3 Red heat in conductive polymer capacitors 6-4 Burnout of ceramic capacitors 7. Accident prevention measures for capacitors 8. Summary [Q&A and business card exchange]
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