High-Current Inductor Design for AIDC and Energy Storage PCS
Review saturation current margin, DCR optimization, core loss, metal powder core selection, thermal structure and validation checkpoints for AIDC power and energy storage PCS inductors.
Common Mode Choke Selection: Impedance Curves and Core Materials
Learn how to read impedance curves, compare ferrite, amorphous, nanocrystalline and iron powder cores, and choose common mode chokes for SMPS, EV OBC, EV charger and communication power systems.
Planar Transformer vs Traditional Transformer: How to Choose
Compare planar and traditional transformers by height, frequency, thermal path, EMI, production consistency, cost, and delivery cycle for power electronics designs.
Magnetic Integration Technology: Core Integrated Transformer and Resonant Inductor
Review how transformer and resonant inductor functions can be combined into one core integrated magnetic component for compact LLC and DC-DC power conversion systems.
120V / 40A / 66kHz High-Current Flat-Wire Inductor Design Case
Review a buyer-private, anonymized design case covering DC bias roll-off, EQ32 Fe-Si core behavior, compact mechanical envelope, insulation and sample-stage checks.
Two-Stage Integrated Common Mode Choke for EV, AI Server and Inverter EMI
Learn how asymmetric winding gauges, flat copper wire, and amorphous or nanocrystalline closed cores support compact two-stage EMI suppression.
48V AI Data Center Power: Why Circular Wire Inductors Hit Thermal Limits
Review thermal dead zones, high-frequency loss, window fill, and flat wire winding advantages for high-density 48V AI server power architecture.
High Power Density White Paper: Round Wire vs Flat Wire Magnetics
Compare round-wire and flat-wire magnetic components for window fill, AC loss, thermal path, production consistency, and high-density power design.
Flat Wire vs Round Wire Inductors: How to Choose?
1. Introduction In power inductor design, winding technology choice directly affects electrical performance, thermal performance, and cost. Flat wire (Litz wire/copper fo...
20-60kW PFC Inductor Selection & Design Guide
1. Three-Phase PFC Circuit Overview Three-phase PFC (Power Factor Correction) is widely used in high-power charging stations, energy storage converters, and industrial po...
Common Mode Inductor Design Guide: Improving EMI Performance
1. Common Mode Inductor Function and Principle Common mode inductor (Common Mode Choke) is a key EMI suppression component, mainly used to suppress common mode interferen...
800V Platform Inductor Selection: EV High Voltage Solutions
1. 800V Platform Technical Background With the development of EV fast-charging technology, 800V platform is becoming the standard for mid-to-high-end electric vehicles. C...
Southeast Asia EV Charger Reliability Design
1. Southeast Asia Market Environment Characteristics Southeast Asia (including Thailand, Vietnam, Indonesia, Malaysia, Singapore) is an important growth pole for the glob...
Solar Energy Storage Magnetic Components Whitepaper
1. Solar Energy Storage Market Overview With the acceleration of global energy transition, solar energy storage will usher in explosive growth. Solar inverters and energy...
Outdoor Energy Storage PCS Magnetics Design Guide
Review outdoor PCS transformer and PFC module design points including sealing, IP65 protection, thermal path, insulation and validation scope.
Toroidal Power Inductor for PV and Outdoor Energy Storage Inverter
Review high-current toroidal flat wire PFC inductor design points for PV inverters, outdoor energy storage PCS, EV chargers and industrial power systems. English PDF download is included.
High Frequency vs High Density: 400kHz LLC Transformer Frequency Knee
Review why a 3kW / 800V LLC transformer example treats 400kHz as a practical frequency knee, while 1MHz can raise loss, heat density and process cost.
IBC DCX Transformer Loss Analysis for AI Server Power
Review why magnetic loss can dominate the 48V to 12V intermediate-bus DCX transformer stage, and why waveform-aware core-loss estimation matters.
OBC PFC Inductor Selection and Design Guide
Compare 11kW single-phase totem-pole and 22kW three-phase Vienna PFC inductor design boundaries, including AC loss, DC bias, saturation and thermal margin.
48V AI Server PSU Flat Transformer Design Guide
Review EQ flat core design, high-current copper busbar output, compact structure, thermal path and automated assembly boundaries for 48V AI server PSU designs.
AIDC Magnetic Components Full Power-Chain Applications
Map magnetic component positions across the AIDC power path, including 10kV grid input, SST, 800V DC link, 800V to 48V conversion and CPU/GPU core VRM stages.
Energy Storage PCS Magnetic Components White Paper
Review high-efficiency, high-reliability, low-loss and customized magnetic component design points for energy storage PCS systems.