eeworldonline6d
FAQ on high-side vs. low-side load switching: part 1
Q: What’s the basic circuit on/off power arrangement? A: It starts with a source (battery or AC line), an on/off switch, and ...
eeworldonline6d
FAQ on high-side versus low-side load switching: part 2
The difference between high-side and low-side power switching is not apparent to many new designers but is a critical aspect ...
Electronic Design10d
Enhance Power-Delivery Networks with High-Bandwidth Integrated Voltage Regulators
A PDN is a combination of passive components (typically capacitors) and the routes (the metal layers and vias) connecting the ...
Electronic Products12d
Boost converter enhances performance and protection
ADI’s LT8342 boost converter combines low EMI, high efficiency and short-circuit protection for automotive and industrial.
IEEE17d
A Thyristor-Based Solid-State DC Circuit Breaker with A Three-Winding Coupled Inductor
which makes the fault currents at both source and load sides drop, thus effectively suppressing the fault currents. Third, the capacitor and thyristors in the triggering circuits can automatically ...
Phys.org24d
2D materials with 'twist' show unexpected electronic behavior that defy theoretical predictions
These are sheets of just one atom thick, that may have all kinds of interesting electronic properties. If two sheets are placed on top of each other at specific angles, this may lead to new ...
IEEE25d
Light-Load Optimization Strategy for CLLC Resonant Converters Based on Asymmetric Variable Duty-Cycle Modulation Control
AVDM control regulates the output voltage under light-load conditions by varying the duty-cycle of the asymmetric square waves in the primary and secondary circuits. Additionally, this paper adopts a ...