0.0400   Networking Module Terms & Definitions (Fil-Mag Legacy, 4/95)
0.0500   Tape & Reel Specifications (Fil-Mag Legacy, 2/97)
G004     Moisture Control Measures (Drypack White Paper, 6/96)
G011     Reliable Internal Interconnects for Magnetic SMT Components (InterLock Base White Paper, 8/97)
G017     Optimizing Solder Joint Reliability (6/96)
G019     Understanding Common Mode Noise (4/99)
G020     Gigabit Ethernet (1000Base-T) H5004 Performance Data (2/00)
G021     Gigabit Ethernet (1000Base-T) H5007 Performance Data (2/00)
G022     Introduction to Transformer Magnetics (7/99)
G029     White Paper Regarding RoHS Compliance (1/09)
G032     Pulse Current Sense – Rogowski Coil (2/09)
G033     TR-127 Ensures Quality of Service for IPTV (3/10)
G033.2   Pulse central office “SmartER Series´ splitter modules are TR-127 compliant for VDSL2 applications (3/10)
G040      Radiated Efficiency: A True Measure of Antenna Performance (11/10)
G041      Ceramic Chip Antennas vs. PCB Trace Antennas: A Comparison
G043      Sidewinder Current Sensor (4/12)
G044      Ferrite Round Wire Coil Inductors (3/13)
G045      Planar Vs conventional (By Majid Dadafshar & Gerard Healy)(11/12)
G046      Flat Coil Planar Transformers (11/12)
G047      Sidewinder RDT Report (11/12)
G048      EP13 Plus Design notes (4/13)
G049      Next Generation Planar Transformers (10/13)

 

http://www.power.pulseelectronics.com/hubfs/Transformers/Pulse-Power-BU-Planar-vs-Conventional-Transformer.pdf

http://www.power.pulseelectronics.com/hubfs/Transformers/Switch-Mode/Pulse-Power-BU-Flat-Coil-Planar-Transformer.pdf

http://www.power.pulseelectronics.com/hubfs/Transformers/Switch-Mode/Pulse-Power-BU-Next-Generation-Planar-Transformers.pdf

http://www.power.pulseelectronics.com/hubfs/Inductors/Round-Wire-Coil/Pulse-Power-BU-Round-Wire-Coil-Inductor.pdf

http://www.power.pulseelectronics.com/hubfs/Current-Sensing/Pulse-Power-BU-Sidewinder-RTD-Report.pdf

http://www.power.pulseelectronics.com/hubfs/Current-Sensing/Pulse-Power-BU-Sidewinder-AC-Current-Sensor.pdf

http://www.power.pulseelectronics.com/hubfs/Current-Sensing/Pulse-Power-BU-Measure-AC-Current-Using-Sidewinder-Rogowski.pdf

http://www.power.pulseelectronics.com/hubfs/Transformers/Switch-Mode/Pulse-Power-BU-Designing-High-Frequency-Planar-Transformers.pdf

http://www.power.pulseelectronics.com/hubfs/Inductors/Pulse-Power-BU-Selecting-Power-Inductors-SMPS-Design.pdf

http://www.power.pulseelectronics.com/hubfs/Inductors/Pulse-Power-BU-Designing-Coupled-Inductors.pdf

http://www.power.pulseelectronics.com/hubfs/Inductors/Pulse-Power-BU-Bead-Inductor-Meets-CPU-Power-Challenges.pdf

http://www.power.pulseelectronics.com/hubfs/Inductors/Pulse-Power-BU-Coupled-Inductors-Improve-Buck-Efficiency.pdf

http://www.power.pulseelectronics.com/hubfs/Magnetics/Pulse-Power-BU-Optimize-Flyback-Magnetics.pdf

http://www.power.pulseelectronics.com/hubfs/Inductors/Power-Bead/Pulse-Power-BU-Desktop-Vcore-Inductor-Efficiency-Comparison.pdf