G030     Coupled Inductors Improve Multiphase Buck Efficiency by John Gallagher, (1/06)
G031     Pick the Right Inductor Construction for a Desktop-CPU by John Gallagher, (4/06)
G032     Designing Coupled Inductors, by John Gallagher, (4/06)
G033     Selecting a Power Inductor for your SMPS Design, by Gerard Healy, (8/06)
G034     Optimize Flyback Magnetics to Empower the PD, by John Gallagher, (3/07)
G035     Bead Inductor Meets CPU Power Challenges, by John Gallagher & Fuxue Jin, (4/07)
G204     Silence is Golden, by D.Dean, (1/99)
G205     CAT5 UTP Copper is not yet dead! by M.Jackson, (6/03)
G208     Cable & Connector Inbalances in PoE, by H.Hinrichs, (6/03)
G209     PoE & Industrial-based Networking, by M.Jackson, (1/03)
G210     Squaroid DC Inductors, by Victor Renteria, (6/04)
G211     The Risk of Unwanted EMI, by H.Hinrichs, (3/02)
G212     EMC Issues, by T.Dinh, (6/01)
G214     Planar Transformer Designs Improve Power Supply Efficiency, by Majid Dadafshar (5/04)
L002      An xDSL Primer, by H. Abedmamoore (1/01)
L003      Designing Magnetics for 10-Gbit Ethernet, by Farid Hamidy (6/07)
L004      Filtered Connectors for High-speed Data Rates, by Farid Hamidy (10/05)
L005      Desktop Vcore Inductor Efficiency Comparison, by John Gallagher (8/09)
L006      Tripping the Video Fantastic, by Greg Gough (8/07)
L007      Ferrite Core Takes the Lead, by Gerard Healy (3/10)
L008      Filter Modules Offer Bulit-In Transformers, Low-Pass Filters, by Farid Hamidy (4/10)