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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 9 of 9  /   
Committee Date Time Place Paper Title / Authors Abstract Paper #
MW 2017-06-22
15:00
Aichi A-101, Wing-A, Toyohashi University of Technology Experimental Examination for Motor-driven Toy Train Operated by Intermittent Wireless Power Supply System with Tunnel Shape Coil
Yoshitada Iyama, Daiki Sakashita, Kosuke Hirahara (NIT, Kumamoto College) MW2017-23
The toy train system driven by intermittent wireless power supply have been proposed. Main electric components of this s... [more] MW2017-23
pp.9-13
EMCJ, IEE-EMC, MW, EST [detail] 2016-10-21
13:25
Miyagi Tohoku Univ. [Invited Lecture] Communication Way in the 2016 Kumamoto Earthquake
Yoshitada Iyama (NIT, Kumamoto College)
 [more]
MW 2014-11-20
13:00
Nagasaki Nagasaki Univ. Oscillator's Q-Factor Analysis of a Varactor Diode Parallel Resonant Circuit with Parasitic Resistance
Yoshitada Iyama (NIT, Kumamoto College) MW2014-128
Active Q-factor formulas for a parallel resonance circuit which is incorporated in VCO have been derived. Q-factor calc... [more] MW2014-128
pp.27-31
MW 2013-11-21
11:15
Kagoshima Kagoshima Prefectural Culture Center Spiral Inductor One-port Equivalent Circuits Analysis with the Oscillator’s Q-Factor Formulation -- Calculation Results of Various Q-Factor --
Yoshitada Iyama (Kumamoto Natl.Col.of Tech.) MW2013-134
Active Q-factor formulas for one-port equivalent circuits of spiral inductor have been derived. The results have been c... [more] MW2013-134
pp.17-21
MW 2012-11-22
09:00
Okinawa   Spiral Inductor Equivalent Circuits Analysis with the Oscillator's Q-Factor Formulation
Yoshitada Iyama (Kumamoto National College of Technology) MW2012-118
Active Q-factor formulas for spiral inductors have been derived. They are described as a function of equivalent circuit ... [more] MW2012-118
pp.29-34
MW 2010-09-09
13:30
Tokyo Tokyo Inst. of Tech. Q-Factors of Oscillator Feedback Circuits Composed of Transmission Line
Yoshitada Iyama (Kumamoto National College of Technology) MW2010-66
Q-factor formulas for low pass type phase shift ladder networks have been derived. They are described as a function of t... [more] MW2010-66
pp.1-6
OPE, EMT, LQE, PN, IEE-EMT 2010-01-29
10:20
Kyoto   Plasmon-Resonance Absorption and Surface Wave in Periodic Structures
Michinari Shimoda, Toyonori Matsuda, Yoshitada Iyama, Kazunori Matsuo (Kumamoto Nat Coll. of Tech.) PN2009-71 OPE2009-209 LQE2009-191
A cause-and-effect relation between plasmon-resonance absorption and surface wave in a metal sinusoidal grating is inves... [more] PN2009-71 OPE2009-209 LQE2009-191
pp.193-198
PN, OPE, EMT, LQE 2009-01-30
13:35
Kyoto Kyoto Institute Technology (Matsugasaki Campus) Plasmon-Resonance Absorption and Surface Wave in Metal Sinusoidal Grating
Michinari Shimoda, Toyonori Matsuda, Yoshitada Iyama, Kazunori Matsuo (Kumamoto National Coll. of Tech.) PN2008-80 OPE2008-183 LQE2008-180
A cause-and-effect relation between plasmon-resonance absorption and surface wave in a metal sinusoidal grating is inves... [more] PN2008-80 OPE2008-183 LQE2008-180
pp.207-212
MW 2008-06-27
13:40
Aichi Toyohashi Univ. of Tech. Phase Frequency Characteristics formulation and Active Q-Factor for Ladder Phase Shift Circuits
Yoshitada Iyama (Kumamoto National College of Tech.) MW2008-41
Phase frequency characteristics formulation for ladder phase shift circuits is presented. The results indicate that a de... [more] MW2008-41
pp.53-57
 Results 1 - 9 of 9  /   
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