Maintaining isolation between high- and low-voltage EV systems is vital for safety and proper equipment operation. Attention must be paid to many systems and devices to ensure isolation is built in ...

To ensure compliance under 1910.147, hazardous energy sources, such as electrical, pneumatic, hydraulic, chemical and thermal energy, need to be properly isolated to a zero-energy state through a ...

This article presents a brief introduction for electrical safety, which will be fundamental for design guidelines of Optocoupler Safety Agency compliance. It gives an overview of the safety agency ...

In 2023, the NFPA promoted the NFPA 70B publication from a status of “recommended practices” to a Standard for Electrical Equipment Maintenance. Since then, we’ve seen many articles and posts ...

Based on our experience of working with customers in the development of their electrical safety plans, our perspective on electrical safety plans has evolved over the years — from being a difficult ...

Electrical hazards can strike without warning—whether from damaged wiring, overloaded circuits, wet environments, or improper procedures. Understanding these risks and taking preventive steps is ...

Advanced materials are essential for EV battery systems, addressing thermal management, fire resistance, and EMC compliance to ensure long-lasting performance.

Signal and power isolation using a DC-DC converter implementation. The importance of isolation in medical equipment. A self-driven synchronous-rectifier circuit to isolate high voltage. One of the ...