Isolation – an important foundational technology that’s embedded in everything from electric vehicles (EVs) to automated factory equipment – rarely makes headlines. That’s by design. Read the blog to learn about the important role that isolation plays behind the scenes in power electronics.

The industry’s first reinforced isolated comparators offer high performance in a 50% smaller solution for accurate, isolated overcurrent, overvoltage and overtemperature detection - a necessity in high-power industrial and automotive systems.

Reduce solution size up by to 90% and increase reliability with an integrated power and signal isolation. Also available in automotive grade with a 10-V or 15-V gate drive.

Enable faster, higher accuracy measurements without the need for a reed relay to improve system safety in high-voltage battery management systems.

Deliver higher reliability than electromechanical solutions and eliminate three or more components to reduce design cost by up to 50%.

In this article, see how TI's new isolated comparators offer the industry’s smallest solution for accurate, isolated overcurrent, overvoltage and overtemperature detection in high-power industrial and automotive systems.

Capacitive and magnetic isolation are setting a new benchmark for isolation technologies in high-voltage automotive and industrial systems. Discover the drawbacks of mechanical- and optical-based isolation, and how these can be overcome with isolated switches and drivers from TI’s new solid-state relay portfolio.

Learn why pre-charge circuits are necessary in high-voltage systems and how to replace the mechanical precharge contactor while improving power density with the TPSI3050-Q1 isolated switch driver.

Learn how to achieve overcurrent and overtemperature protection for solid-state relays with this new cost-effective reference design using the TPSI3050-Q1 5 kVRMS reinforced isolated switch driver.