'Ripple current' presentation slideshows

Design of a power converter robust to grid perturbations

Design of a power converter robust to grid perturbations. Stefano Rossini. TE-EPC-MPC. February 2014. Outline. Grid perturbations and LHC Topology for a new power converter Choice of the modulation technique Simulation results Conclusions. Grid perturbations and LHC.

637 views • 43 slides

A Low Output Ripple DC to DC converter topology using voltage overlapping technique

Power e Lab HKU. Prepared by Franki Poon www.eee.hku.hk/power_electronics_lab/ 1. A Low Output Ripple DC to DC converter topology using voltage overlapping technique. The Power Electronics Lab., Hong Kong University C. P. Liu N. K. Poon M. H. Pong Speaker C.P.Liu.

344 views • 22 slides

Final Year Project

566 views • 17 slides

Revised Inner PF Coil Design

Revised Inner PF Coil Design. C Neumeyer 1/27/10. Design Considerations. Constraints Amp-turns per J. Menard Fit in existing R, Z, dR, dZ per J. Chrz Use same conductor size in PF1b and PF1c Design variables PS voltage (1kV or 2kV) Turn and ground insulation thickness

195 views • 7 slides

UNL Series Product Release Applications & Opportunities

UNL Series Product Release Applications & Opportunities. UNL Series Film Capacitor Snapmount Replacement?. Benefits vs. Snaps Higher Voltage 3x Self healing Up to 10x ripple current Longer Life 20 x Non polar No electrolyte More stable with temp. 10+ yr. shelf life RoHS Compliant.

144 views • 6 slides

UNL Series Product Release Applications & Opportunities

UNL Series Product Release Applications & Opportunities. UNL Series Film Capacitor Snapmount Replacement?. Benefits vs. Snaps Higher Voltage 3x Self healing Up to 10x ripple current Longer Life 20 x Non polar No electrolyte More stable with temp. 10+ yr. shelf life RoHS Compliant.

62 views • 6 slides

Aluminum Electrolytic Capacitors KZN Series 6,000 to 10,000 hours operation at 105? guaranteed

144 views • 1 slides