Published Electronics Improved Magnetic Components A novel mutual-inductance-based technique for measuring core losses in magnetic components of Switched-Mode Power Converters under DC bias for increased efficiency. By University of Auckland
Published Electronics High power converter Measuring core losses in magnetic components of Switched-Mode Power Converters under DC bias, based on newly identified phenomena and enabling higher accuracy in component design. By University of Auckland
Published Medical Artificial Muscle Artificial muscles based on dielectric elastomer polymer materials are attractive for a wide range of applications due to their large active strains, and self-sensing ability. By University of Auckland
Published Electronics Non-radiating communication Our communications technology provides a high speed, secure, non-contact, invisible (to antenna/traditional RF comms) system that overcomes issues with high user loads. By University of Auckland
Published Power & Utilities Wireless power transfer Inductive Power Transfer (IPT) uses magnetic fields to transfer power from transmitter (track) to receiver (pickup) instead of cables or brushes. By University of Auckland
Published Electronics UnEmap: 448 Channel Mapping The system is endlessly expandable to accommodate any desired number of electrodes, and is the only technology to enable recording from, or pacing down, electrodes individually. By University of Auckland