High Voltage Design

Learn about Common Busbar Failure Modes, including mechanical (shock, vibration, support spacing) and electrical (insulation, fire breakdown) causes, to enhance reliability and prevent system failures.

Learn how the High Voltage Interloop for HV Safety enhances protection in high-voltage systems, covering design, implementation, and key benefits for improved safety and efficiency.

Learn about Busbar Routing Clearance Requirements, covering essential spacing, safety standards, and compliance tips to ensure efficient and safe electrical installations.

Learn how to create a 1D thermal model for insulated busbars, account for insulation effects, and understand temperature requirements to optimize performance and reliability in electrical systems.

Learn how the Simulation-Driven Busbar Design Workflow (how using tools like Solidworks CHT and EMC sim tools, you can design and do sims quickly) optimizes busbar performance by integrating thermal and electromagnetic simulations, reducing prototyping time and improving efficiency in electrical systems.

Discover the best High-Temperature Tapes for Busbar Insulation (nomex, kapton, mylar, etc), their unique properties, applications, and benefits to ensure optimal electrical insulation and durability in demanding environments.

Explore the key differences between Busbar Connection Methods: Welding vs. Bolting, covering pros, cons, and best practices to help you choose the right method for efficient and reliable electrical connections.

Learn how to design a busbar with a built-in narrow section acting as a fuse, covering key strategies, design steps, and limitations for effective Fusing Strategy Integration in Busbar Design.

Can You Mix Copper and Aluminium Busbars? (galvanic corrosion, make connection with standoffs if needed, welding of them together, busbars made of both materials) explores risks like galvanic corrosion, connection methods using standoffs, welding feasibility, and hybrid busbar solutions to ensure safe and efficient electrical setups.

Learn how Busbar Current Density Optimization (routing busbar so electrical resistance is balances) improves efficiency by evenly distributing current, reducing hotspots, and enhancing performance in electrical systems.