This presentation covers key overvoltage protection components: TVS diodes, MOVs, and polymer ESD varistors. Gain insights to select the right protection based on factors like response time, energy handling, and form factor for robust designs.

Explore how to accelerate your development with TI’s broad selection of MSPM0 MCU subsystems by integrating application building blocks to simplify your software efforts. Easily adapt each subsystem to meet your specific end-equipment needs.

Dr. Amar Gupta has applied technology and AI to a range of problems, from banking to telemedicine. He is at the forefront of solving institutional, legal, and political challenges that come with applying new technology to key societal problems.

Learn the differences between three inductive SMT components: ceramic inductors (air coils), SMT ferrites, and wire-wound ferrite inductors. This comparison includes electrical parameters, optimal applications, and the beneficial use of parasitic parameters.

The demand for higher power density and efficiency stresses electronic components, particularly molded power inductors. Exposure to high temperatures increases thermal aging risks. To ensure stability and efficiency, especially in high-current applications, designers use powdered magnetic alloy inductors and consider factors like inductance, resistance, and power losses.

Today’s data centers have a need for speed! 3M™ TwinAx High Speed Cable Solutions help you keep servers, switches, storage, and other high-speed equipment performing at the levels your customers demand.

Mains filters protect the power grid from interference. Learn to design effective filters by comparing single- and two-stage filters and evaluating core choke materials. We cover interference types, filter calculations, layout, and component selection.

This note explores conducted emission testing per CISPR 16-2-1, focusing on test setups and loop impedances. While EMC standards prioritize reproducibility, understanding these setups is crucial for effective interference suppression. By grasping the test configuration details, one can better estimate and mitigate EMC interference.