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This article aims to help design engineers and compliance teams understand the key distinctions between Class I and Class II appliances, how to interpret those in system design, and how to select a PSU that aligns with the required protection scheme.
5 minutes read
This comprehensive guide discusses the MOSFET symbol, explaining how gate, source, drain, and body connections are represented for N channel and P channel devices. It covers theoretical concepts, practical design guidelines, market trends and emerging technologies.
EV on-board chargers require precise protection against overvoltage, overcurrent, electric shock, and thermal stress. TDK delivers dedicated solutions across these domains to enhance safety, reliability, and compliance in high-voltage automotive systems.
As lithium-ion batteries power more vehicles and energy systems, the risk of thermal runaway grows. Honeywell's BES LITE detects electrolyte vapors at the first vent stage, enabling rapid intervention to prevent failures, protect assets, and ensure safety compliance.
A detailed exploration of PWM theory and practice: from duty cycle and frequency to motor control, LED dimming, and emerging market trends.
Conventional microcontrollers make digital control impractical in 50 W-1 kW power supplies due to cost and power demands. ROHMs LogiCoA™ overcomes this with a hybrid, event-driven design that adds calibration, logging, and software flexibility for efficient, scalable power electronics solutions.
Article #3 of Confronting AI Series: Discover how data centers tackle AI's surging energy needs, from renewable energy adoption to advanced cooling technologies and sustainable practices for a greener, smarter future.
How do MOSFETs work? This article provides an in-depth exploration of their internal structure, electrical characteristics, operation modes, real-world use cases, and the latest technological advancements and trends for 2025!
Learn how source transformation simplifies complex circuit analysis by converting between Thévenin voltage sources and Norton current sources – complete with definitions, derivations, step-by-step examples (including dependent and AC sources), common pitfalls, and advanced applications.
An insight into one of the most futuristic designs for power, data transfer, and communication. Find out the essentials of USB-C type pinout, its use cases, architecture, and implementation in modern computing devices
Understanding the basics of electrical transformer design, types, strategies, trade-offs, and effective implementation practices.
Nexperia NEVB-MTR1-KIT1 is a motor driver evaluation kit that can be set up in under two minutes, supports USB-C Power Delivery, allows microcontroller and component swapping, and offers open-source firmware for fast customization and real-world motor control development.
Learn how to calculate impedance in AC circuits – from basic RLC components to complex transmission lines and PCB traces. This guide covers the theory, formulas, methods, and tools needed to determine impedance accurately and ensure proper impedance matching in their designs.
Configurable power supplies combine the flexibility of custom designs with the speed and cost-efficiency of modular systems. By enabling tailored voltage, current, and control features, they help engineers address evolving requirements across industrial and medical applications.
Electrical circuits are constructed with at least three different wires: live, neutral and ground. Power flows in via the live wire and out via the neutral wire.
