| 11/30/2021 |
Fuseology Fundamentals
IAEI Magazine
高品質な過電流保護の開発において重要なのは、システムのニーズと過電流保護デバイスの基本を理解することです。
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| 10/28/2021 |
Protecting Fast EV Charging Stations
EE World Online
Several standards dictate safety measures that fast charging stations must employ.
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| 10/25/2021 |
Protecting Fast EV Charging Stations
Power Electronics Tips
Several standards dictate safety measures that fast charging stations must employ.
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| 10/21/2021 |
How to Protect USB Type-C connectors from ESD and Overtemperature
Electronics Products
Mobile device engineers can protect their designs by using TVS diodes to safeguard the USB lines and digital temperature indicators to protect the USB Type-C connectors.
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| 9/29/2021 |
How to Protect Communication Ports from Unwanted Interruptions: Part 1 - Power Over Ethernet (PoE / PoE++)
Embedded Computing Design
Designers often neglect to consider that electrostatic discharge (ESD) and power-line induced transients can impact the electronic circuitry not directly connected to the AC power line.
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| 9/1/2021 |
Prevalent and Deadly: Electrical Shock Prevention Needs a Jolt of Change
Plant Services
The continued reality around electrical fatalities requires more than PPE and safety training.
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| 8/6/2021 |
Prevent Shocks to Your System: New technologies to help you mitigate electrical hazards
Plant Services
Keeping pace with new and evolving technologies, practices, and standards for electrical safety is an ongoing endeavor.
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| 8/2/2021 |
Battery Pack Protection Keeps EVs on the Road
Power Electronics Tips
A few best practices for handling transients and over-currents help make electronic drivetrains more reliable.
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| 7/22/2021 |
Designing Reliable 2- and 3-Wheel Electric Vehicles to Improve Air Quality and Reduce Environmental Impact
Embedded Computing Design
Robust design of circuit protection, power control, and temperature management circuitry is key to long-term durability and safety.
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| 7/22/2021 |
Designing Circuit Protection for Autonomous Driving Systems
Electronics 360
Widespread adoption of autonomous vehicles cannot be achieved unless their electronic circuits are reliable and robust to electrical shocks.
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