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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 20 of 31  /  [Next]  
Committee Date Time Place Paper Title / Authors Abstract Paper #
EMCJ 2022-07-14
13:35
Tokyo
(Primary: On-site, Secondary: Online)
3D modeling of USB Type-C connector and signal transmission analysis by FDTD
Hayato Ide (NIT,Nagano College), Taiki Kitazawa, Youngwoo Kim, Yuitch Hayashi (NAIST), Takashi Kasuga (NIT,Nagano College)
 [more]
EMCJ 2021-07-01
13:05
Online Online An Investigation on Effect of Anisotropy of FR-4 Substrates to Signal Transmission Using FDTD Analysis
Taiki Kitazawa (NAIST), Taiki Yamagiwa, Ren Kitahara (UEC), Jerdvisanop Chakarothai (NICT), Takashi Kasuga (NIT, Nagano College), Yuichi Hayashi (NAIST) EMCJ2021-17
Recently, FR-4 substrates are widely used in PCB. FR-4 substrates are composed of glass fiber and epoxy resin, and there... [more] EMCJ2021-17
pp.1-6
EMCJ 2021-07-01
13:30
Online Online Signal Transmission Analysis of Mianda Patterns using FDTD Method implemented Frequency Dispersion
Masakazu Akahane (NITNC), Taiki Kitazawa (NAIST), Taiki Yamagiwa, Ren Kitahara (UEC), Takashi Kasuga (NITNC) EMCJ2021-18
 [more] EMCJ2021-18
pp.7-12
EMCJ 2021-07-01
15:50
Online Online Study on Estimation of Increment of the Current Noise using Equivalent Model for Power Line with Multiple LED Bulbs
Seiya Takano (NAIST), Ryoya Hirabayashi, Shuhei Hotta, Takashi Kasuga (NIT,Nagano College), Yuichi Hayashi (NAIST), Hiroshi Inoue (Akita Univ.) EMCJ2021-23
It is known that the electromagnetic noise propagate on the power line with multiple LED bulbs are increases based on th... [more] EMCJ2021-23
pp.34-39
EMCJ 2021-07-01
16:15
Online Online Measurement of Current Noise by Power Line Structure with Multiple LED Bulbs
Ryoya Hirabayashi (NITNC), Seiya Takano (NAIST), Takashi Kasuga (NITNC), Hiroshi Inoue (Akita Univ.) EMCJ2021-24
As the LED lightning equipment is widely used on the several places, wiring structure of the power line is different at ... [more] EMCJ2021-24
pp.40-45
EMCJ 2021-01-22
15:30
Online Online Basic Study on Analysis of Electromagnetic Noise in Power Line Connected with LED Bulbs
Seiya Takano, Ryoya Hirabayashi, Takashi Kasuga (NIT,Nagano College), Hiroshi Inoue (Akita Univ.) EMCJ2020-69
As the current noise flow on the power line with multiple LED bulbs was measured, the increment mechanism of noise cur... [more] EMCJ2020-69
pp.29-34
EMD 2020-12-04
15:50
Online Online Fundamental Evaluation of Impedance Variations in the Connector Caused by High-Frequency Noise Propagation
Hiroyuki Ueda, Shugo Kaji, Youngwoo Kim, Daisuke Fujimoto (NAIST), Taiki Kitazawa, Takashi Kasuga (NIT,Nagano College)), Yuichi Hayashi (NAIST) EMD2020-24
As the operating frequency of information devices increases, the noise generated by the device is also becoming broadban... [more] EMD2020-24
pp.34-38
MW, EST, EMCJ, PEM, IEE-EMC [detail] 2020-10-23
13:15
Online Online Basic Study on Signal Transmission Analysis of FR-4 Using FDTD Method Implemented Frequency Dispersion
Taiki Kitazawa (NIT,Nagano College), Taiki Yamagiwa, Ren Kitahara (UEC), Jerdvisanop Chakarothai (NICT), Takashi Kasuga (NIT,Nagano College) EMCJ2020-44 MW2020-58 EST2020-46
Since the permittivity of FR-4 substrate has a frequency dispersion property, transmission characteristics change signif... [more] EMCJ2020-44 MW2020-58 EST2020-46
pp.109-114
EMD 2020-03-06
14:55
Chiba CHIBA Institute of Technology Tsudanuma Campus
(Cancelled but technical report was issued)
Investigation of Electromagnetic Noise Suppression for Automotive Wiring Harness Using Dielectric Material
Sota Takagi, Takashi Kasuga (NIT,Nagano College) EMD2019-65
With the spread of HV and EV vehicles, wideband electromagnetic noise generated from in-vehicle wire harnesses has becom... [more] EMD2019-65
pp.31-35
EMD 2019-03-01
13:30
Tokyo   Study on suppression of electromagnetic noise generated from LED bulb by snubber circuit
Ryouta Takeuchi, Shuhei Hotta, Takashi Kasuga (NIT, Nagano College), Hiroshi Inoue (Akita Ukiv) EMD2018-65
 [more] EMD2018-65
pp.31-34
EMD 2019-03-01
13:45
Tokyo   Study on FDTD Analysis Method of Differential Lines Including Dielectric Loss at GHz Band
Taiki Yamagiwa (NIT, Nagano College), Masahiro Tomioka (Akita Univ.), Ren Kitahara (NIT, Nagano College), Atsushi Nakamura (UTI), Yoshiki Kayano (UEC), Takashi Kasuga (NIT, Nagano College) EMD2018-66
In this research, analysis method incorporating dielectric loss of actual substrate into FDTD method is established in o... [more] EMD2018-66
pp.35-39
EMCJ, IEE-EMC 2018-05-25
14:00
Nagano   Study on Complex Permitting of Printed Circuit Board Material and Transmission Characteristics at GHz Band
Ren Kitahara, Taiki Yamagiwa (NIT,Nagano College), Masahiro Tomioka (Akita Univ.), Atsushi Nakamura (UTI), Hideki Takeuchi (Nagano Pref. General Industrial Tech Center), Takashi Kasuga (NIT,Nagano College) EMCJ2018-7
Due to the frequency dispersion of the dielectric constant of the printed circuit board in the GHz band, it is a factor ... [more] EMCJ2018-7
pp.7-12
EMCJ, IEE-EMC 2018-05-25
15:30
Nagano   Basic examination of the quantity of temperature rise in the various kinds of condition bottoms of the living body phantom
Sota Takagi, Takashi Kasuga (NIT, Nagano College) EMCJ2018-9
Hyperthermia is a cancer treatment that warms only cancer cells to 42.5℃ or higher and kills them. The purpose of this s... [more] EMCJ2018-9
pp.25-30
EMD 2018-03-02
15:10
Saitama Nippon Institute of Technology Study on Speed Up of FDTD Analysis using in Parallel Computer
Kazuki Kurihara, Takashi Kasuga (NIT, Nagano) EMD2017-64
To process the high-speed for the big data, the signal frequency driven on the printed circuit board (PCB) is GHz band. ... [more] EMD2017-64
pp.31-35
EMCJ, EMD 2017-07-21
14:10
Tokyo Kikai-Shinko-Kaikan Bldg. Study on Transmission Loss and Dielectric Loss of FR-4 Substrate.
Masahiro Tomioka, Takuya Ito, Teppei Ikeda, Atsushi Nakamura (UTI), Hideki Takeuchi (NPGITC), Taiki Yamagiwa, Takashi Kasuga (NIT Nagano College) EMCJ2017-27 EMD2017-15
In recent years, the frequency of the signal on the parallel transmission line is a several GHz and more. On the GHz ban... [more] EMCJ2017-27 EMD2017-15
pp.13-18
EMCJ, EMD 2017-07-21
14:35
Tokyo Kikai-Shinko-Kaikan Bldg. Study on Current Noise and Transmission Characteristics for Electric Power Line with LED Bulbs
Yuhi Hanaoka, Sota Yamada, Takashi Kasuga (NIT,Nagano College), Hiroshi Inoue (Akita Univ.) EMCJ2017-28 EMD2017-16
The electromagnetic noise radiated from the inverter circuit mounted in the LED light bulb is a problem by affecting the... [more] EMCJ2017-28 EMD2017-16
pp.19-24
EMCJ, IEE-EMC 2015-12-18
13:50
Aichi TOYOTA CENTRAL R&D LABS., INC. Measurement on Electromagnetic Field Strength from Different Power Line Pattern with Multiple LED bulbs
Takashi Kasuga, Yuhi Hayaoka, Hiromu Kawakami (NIT, Nagano College), Hiroshi Inoue (Open Univ.) EMCJ2015-97
LED illuminated lamp, LED ceiling lamp and so on are widely used in the conventional home and commercial facility. Howev... [more] EMCJ2015-97
pp.45-50
EMCJ, IEE-EMC 2015-12-18
14:45
Aichi TOYOTA CENTRAL R&D LABS., INC. Study on Electromagnetic Analysis Method Implemented the Frequency Dispersibility of Differential Transmission Line Board
Takuya Ito, Takashi Kasuga (NIT, Nagano College), Teppei Ikeda, Atsushi Nakamura (UTI) EMCJ2015-99
Processing the large amount of the data in the several information electronic devices, the signal frequency is increased... [more] EMCJ2015-99
pp.57-62
EMCJ 2013-07-11
16:20
Tokyo Kikai-Shinko-Kaikan Bldg. FDTD Analysis and Measurement of Near Electromagnetic Field Radiation from LED Bulb and Power Line
Yukiya Saito, Takashi Kasuga (NNCT), Hiroshi Inoue (OUJ) EMCJ2013-38
Electromagnetic noise radiated from inverter circuit in the LED bulb influences to communication systems. In this paper,... [more] EMCJ2013-38
pp.63-68
EMD 2013-03-01
14:25
Saitama Nippon Institute of Technology Fabrication and Measurement of Electrical Characteristic of the Small Size Transmitter using in Fresh Water Fish Telemetry
Naohiro Tsuchiya, Takashi Kasuga (NNCT), Hiroshi Inoue (Akita Univ.) EMD2012-114
To investigate the influence for the conservation of ecosystems by the river improvement, the biotelemetry system that i... [more] EMD2012-114
pp.21-24
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