Technical Program

316: Wireless Power Transfer I

Session Type: Oral
Time: Wednesday, July 10, 08:00 - 11:50
Location: Azalea/Begonia
Session Chairs: Majid Manteghi, Virginia Tech and Stavros Georgakopoulos, Florida International University
 
316.1: WIRELESS POWER TRANSFER THROUGH STRONGLY COUPLED ELECTRIC RESONANCE
         Hao Hu; Florida International University, United States
         Stavros Georgakopoulos; Florida International University, United States
 
316.2: A NEW RESONATOR FOR HIGH EFFICIENCY WIRELESS POWER TRANSFER
         Majid Manteghi; Virginia Polytechnic Institute and State University, United States
 
316.3: A PLANARIZED, CAPACITOR-LOADED LOOP STRUCTURE FOR WIRELESS POWER TRANSFER
         Chenchen Li; The University of Texas at Austin, United States
         Hao Ling; The University of Texas at Austin, United States
 
316.4: PLANAR SHIELDED-LOOP RESONATORS FOR WIRELESS NON-RADIATIVE POWER TRANSFER
         Brian Tierney; University of Michigan, United States
         Anthony Grbic; University of Michigan, United States
 
316.5: A NOVEL RESONATOR FOR ROBUST LATERAL-MISALIGNMENT OF MAGNETIC RESONANCE WIRELESS POWER LINK
         Chi-Hyung Ahn; Samsung Advanced Institute of Technology, Republic of Korea
         Ki Young Kim; Samsung Advanced Institute of Technology, Republic of Korea
         Young-Ho Ryu; Samsung Advanced Institute of Technology, Republic of Korea
         Keum-Su Song; Samsung Advanced Institute of Technology, Republic of Korea
         Jae-Hyun Park; Samsung Advanced Institute of Technology, Republic of Korea
         Eunseok Park; Samsung Advanced Institute of Technology, Republic of Korea
         Yun-Kwon Park; Samsung Advanced Institute of Technology, Republic of Korea
         Sangwook Kwon; Samsung Advanced Institute of Technology, Republic of Korea
 
316.6: RESONANT COUPLING EFFICIENCY LIMITS FOR MULTIPLE RECEIVERS IN A WIRELESS POWER TRANSFER SYSTEM
         Umar Azad; University of California, Los Angeles, United States
         Ioannis Tzanidis; Samsung, United States
 
316.7: TRANSMITTER CONFIGURATION TO IMPROVE RESONANT COUPLING EFFICIENCY OF A WIRELESS POWER TRANSFER SYSTEM CONSISTING OF MISALIGNED COILS
         Umar Azad; University of California, Los Angeles, United States
         Yuanxun Wang; University of California, Los Angeles, United States
 
316.8: MULTI-BAND WIRELESS POWER TRANSFER VIA RESONANCE MAGNETIC
         Olutola Jonah; Florida International University, United States
         Stavros Georgakopoulos; Florida International University, United States
         Manos. M. Tentzeris; Georgia Institute of Technology, United States
 
316.9: COUPLING EFFECTS TO POWER TRANSFER CHARACTERISTIC OF RESONANCE FOUR-COIL SYSTEM
         Bumsoo Lee; Korea University, Republic of Korea
         Hyeonseok Hwang; Korea University, Republic of Korea
         Chan-Hui Jeong; Korea University, Republic of Korea
         Soo-Won Kim; Korea University, Republic of Korea
 
316.10: OPTIMIZATION SPATIAL MULTIPLE COIL TRANSMITTER STRUCTURE FOR WIRELESS POWER TRANSFER
         Wei Chen; Duisburg Essen University, Germany
         Duan Zhao; Duisburg Essen University, Germany
         Zijian Bai; Duisburg Essen University, Germany
         Shinjae Kang; Korea Electronics Technology Institute, Republic of Korea
         Seung-Ok Lim; Korea Electronics Technology Institute, Republic of Korea
         Guido H Bruck; Duisburg Essen University, Germany
         Peter Jung; Duisburg Essen University, Germany