High Current Flat Wire Inductor
Flat copper conductor geometry supports winding-window, DCR and thermal-path optimization. Final performance is confirmed against the approved project sample and test conditions.
Three-Phase Common Mode Inductor
Nanocrystalline core structures for three-phase filter review. The impedance curve and EMC result are confirmed for the selected component and final converter layout.
Planar Flat Wire Transformer
Planar and flat-conductor transformer structures for LLC, CLLC and phase-shifted full-bridge review. Frequency, loss, efficiency and thermal performance are project-specific.
Charging Station PFC Inductor
Designed for EV DC charging station PFC (Power Factor Correction) circuits. Flat wire winding supports high power output with optional air/liquid cooling solutions, meeting 20kW-60kW power level requirements.
High-Frequency Amorphous CM Inductor
Amorphous core material with PCB-mounted winding structure, ultra-thin design. Designed for high power density power modules (server power, communication power) for SiC/GaN high-frequency applications.
PFC Boost Flat Wire Inductor
Boost inductor structures for single-phase and three-phase PFC circuits. DCR, AC loss and temperature rise are confirmed from the approved waveform, cooling condition and sample.
PHD6581 120μH / 300A Flat Wire Inductor
Delivered capability reference for a custom solar energy storage PCS inductor using flat copper wire winding, 120μH inductance, 300A rated current and measured 6mΩ DCR.
PMC-EQ32 High-Current Flat-Wire Inductor
Model-level evidence page for an EQ32-class flat-wire inductor structure, linking FeSi60u DC bias analysis and the anonymized 120V / 40A / 66kHz design case.
500 µH / 50 A Energy Storage Flat-Wire Inductor
Published custom-design reference with 15.79 mΩ DCR, 10 kHz evaluation data and documented DC-bias inductance at 0 A, 65 A and 91.92 A.
Solid-State Transformer
100 kW · 20 kHz. Developing the medium-frequency cast-resin transformer.
Three-Phase Vienna AC/DC PFC Inductor
380–480 Vac, 10 kHz, 200 µH ±5%, 91 A rms, 453 A peak (4 s / 600 s), L @ 453 A > 180 µH. Measured values; samples delivered, in small-batch production.
800 V Integrated Common-Mode & Differential-Mode Choke
800 V / 30 A DC, common-mode L 0.99–1.13 mH, differential-mode L ≈ 9 µH, DCR 0.95 mΩ per line. 3D render; inductance values are 3D-FEM design values, confirmed on samples.
Nanocrystalline Two-Stage Common Mode Inductor
Two common-mode stages, four edge-wound flat-wire windings of 12 turns (2 × 0.8 × 2.3 mm, 2 × 1.0 × 3.0 mm). L ≥ 1.2 mH (100 kHz / 0.3 V). DCR ≤ 10 mΩ (0.8 × 2.3 mm windings) and ≤ 6 mΩ (1.0 × 3.0 mm windings) at 25 °C. Hipot coil–coil AC 1500 V / 60 s, IR ≥ 100 MΩ @ DC 500 V. 45.4 × 42.0 × 20.5 mm.
Dual-Winding Output Inductor
Two windings, 4.0 µH ±10% each (1 kHz / 0.3 V), 5 turns of 1.0 × 3.0 mm flat wire per winding. 40.5 × 26.0 × 18.5 mm max, 4-pin through-hole on PPS base. −40 to +125 °C. Hipot core–coil AC 500 V / 60 s, IR ≥ 100 MΩ @ DC 500 V. RoHS.
Four-in-One Filter Inductor for Four-Leg PCS
A/B/C/N channels in one potted aluminum housing for 125 kW-class four-leg PCS. 80 µH ±5% and 190 A rms per channel at 16 kHz, nanocrystalline cut core, 25-turn flat-wire winding, class F, AC 3000 V / 60 s. 3D render; design values, samples on request.