They built a multichannel intra-cochlear electrode, and developed all the implantable and the external electronics for the transcutaneous transmission, the coding and decoding of circuits and the electrode driving circuitry while trying to minimize the power consumption.
Institute of Electrical and Electronics Engineers | Electrical Engineering | electrical engineering | Electrical engineering | Royal Electrical and Mechanical Engineers | University of Belgrade Faculty of Electrical Engineering | nerve | Electrical substation | International Brotherhood of Electrical Workers | Faculty of Electrical Engineering | Electrical impedance | Moore School of Electrical Engineering | Electrical polarity | Electrical network | Electrical grid | electrical connector | Amalgamated Engineering and Electrical Union | optic nerve | lamp (electrical component) | Electrical telegraph | electrical grid | Associated Electrical Industries | Transcutaneous electrical nerve stimulation | Transcranial magnetic stimulation | Nerve (website) | Nerve | National Electrical Manufacturers Association | International Electrical Testing Association | Electrical Trades Union of Australia | electrical telegraph |
He developed several first-on-the market electro medical devices like cardiac pacemakers, train-of-four stimulators, PACS, EMS, TENS and Veinoplus calf pump stimulators.