Exhibition for Technical Activities of Universities and Colleges
| 01. |
Tohoku University, MIZUNO Laboratory |
Professor Koji Mizuno |
|
 |
2-1-1 Katahira, Aoba-Ku, Sendai
980-8577, Japan |
| |
TEL : +81(22)217-5514 |
FAX : +81(22)217-5516 |
| |
E-mail : koji@riec.tohoku.ac.jp |
|
Research Institute of Electrical
Communication, Mizuno Laboratory |
|
| Title |
Millimeter-wave Imaging Technologies |
Highlight
of Exhibits |
(1) Millimeter-wave Imaging Systems
- Passive Imaging Arrays (Millimeter-wave cameras)
- Near-field microscopes
(2) Millimeter-wave oscillator arrays
- Quasi-optical HEMTs arrays |
> Page Top
| 02. |
Tohoku Institute of Technology, YONEYAMA Laboratory
Kure National College of Technology, KUROKI Laboratory |
| |
|
Professor Tsukasa
Yoneyama
Professor Futoshi Kuroki |
|
|
6 Futatsuzawa, Taihaku-Ku, Sendai
982-8577, Japan |
| |
TEL : +81(22)247-0638 |
FAX : +81(22)247-0623 |
| |
E-mail : yoneyama@tohtech.ac.jp |
|
YONEYAMA Laboratory |
|
11-2-2 Aga-Minami, Kure 737-8506,
Japan |
| |
TEL : +81(823)73-8466 |
FAX : +81(823)73-8474 |
| |
E-mail : kuroki@kure-nct.ac.jp |
|
KUROKI Laboratory |
|
| Title |
Millimeter-wave integrated
circuits using NRD guide and their applications |
Highlight
of Exhibits |
The NRD-guide is suitable for producing
high-performance integrated circuits and high-efficiency
planar antennas at millimeter-wave frequencies. The NRD-guide
front-ends developed for various kinds of millimeter-wave
communication systems such as an ultra high-speed wireless
LAN and a multi-channel TV signal distribution are presented
in this exhibition. |
> Page Top
| 03. |
Chiba Institute
of Technology, MORITA Laboratory |
| |
|
Professor Nagayoshi
Morita |
|
|
2-17-1 Tsudanuma, Narashino, Chiba
275-0016, Japan |
| |
TEL : +81(47)478-0371 |
FAX : +81(47)478-0379 |
| |
E-mail : moritan@ec.it-chiba.ac.jp |
|
Faculty of Engineering, Dept. of Electrical, Electronic and Computer Engineering |
|
| Title |
MMIC Passive Elements:
Analysis of Circuit Characteristic and Development of Simulation
Tools |
Highlight
of Exhibits |
Easy operability and wide usability are
the most important necessities for electromagnetic (EM) simulators
on the market. However, development of EM analysis methods
with high accuracy and applicability to special problems
is also indispensable. From this viewpoint we are developing
simulation tools analyzing MMIC passive elements. |
> Page Top
| 04. |
Saitama University, KOBAYASHI & MA Laboratory |
| |
|
Professor Yoshio
Kobayashi |
|
|
|
Faculty of Engineering, Dept. of Electrical and Electronic Systems, Kobayashi & Ma Laboratory |
|
| Title |
Microwave and millimeter wave measurements of low-loss dielectrics
and high-Tc superconductors and development of HTS filters |
Highlight
of Exhibits |
Microwave measurements of dielectric plate
samples will be demonstrated using a network analyzer and
software developed in our laboratory. If you bring low-loss
dielectric plate samples (50×50mm2, thickness <1.5mm),
you can get the measured results of εr and tanδ at our booth.
(1) Measurement of low-loss dielectric plates in microwave
and millimeter wave regions.
(2) Measurement of surface resistance of high-Tc superconductor
films.
(3) High-Tc superconductor filters. |
> Page Top
| 05. |
Aoyama Gakuin University, HASHIMOTO Laboratory |
Professor Osamu Hashimoto |
|
|
5-10-1 Fuchinobe, Sagamihara-shi,
Kanagawa 229-8558, Japan |
| |
TEL : +81(42)759-6526 |
FAX : +81(42)759-6526 |
| |
E-mail : hasimoto@ee.aoyama.ac.jp |
|
College of Science and Engineering, Dept. of Electrical Engineering and Electronics, Hashimoto Laboratory |
|
| Title |
Radio Wave Absorbers, Measurement
of Material Constants and Microwave Filters |
Highlight
of Exhibits |
Various microwave/millimeter-wave absorbers
such as a plasterboard absorber, an acoustic radiowave absorber
and others have been developed. Furthermore, measurement
of material constants has been carried out. Microwave filters
and duplexers with out-of-band rejection characteristics
and transmission lines with periodic structures using cylindrical
dielectric materials are also investigated. |
> Page Top
| 06. |
Kokushikan University, NIKAWA Laboratory |
Professor Yoshio Nikawa |
|
|
4-28-1 Setagaya, Setagaya-ku, Tokyo
154-8515, Japan |
| |
TEL : +81(3)5481-3335 |
FAX : +81(3)5481-3335 |
| |
E-mail : nikawa@kokushikan.ac.jp |
|
Faculty of Engineering, Dept. of Electrical and Electronics Engineering Nikawa Laboratory |
|
| Title |
Study on Microwave and Millimeter-Wave
Measurement and Their Power Application |
Highlight
of Exhibits |
The study of microwave and millimeter-wave
measurement and their power application techniques are introduced.
The application techniques of microwave and millimeter-waves
using MRI and Optical Topography system collaborated with
High-Tech Research Center in Kokushikan University are also
introduced. |
> Page Top
| 07. |
Tokyo Institute of Technology, ARAKI & MURATA Laboratory |
| |
|
Research Associate Kei Sakaguchi |
|
|
|
Graduate School of Science & Engineering, Dept. of Electrical & Electronic Engineering, Araki Murata Laboratory |
|
| Title |
MIMO & UWB Communication
System |
Highlight
of Exhibits |
Exhibition of MIMO Communication System:
5GHz MIMO channel measurement system
MIMO baseband hardware platform for realtime implementation
Exhibition of UWB Communication System:
Implementation of UWB bandpass filter |
> Page Top
| 08. |
Tokyo Institute of Technology, ANDO & HIROKAWA Laboratory |
| |
|
Research Associate Takuichi Hirano |
|
|
9F South-3 Building, 2-12-1, Ookayama,
Meguro, Tokyo 152-8552, Japan |
| |
TEL : +81(3)5734-2563 |
FAX : +81(3)5734-2901 |
| |
E-mail : hira@antenna.ee.titech.ac.jp |
|
Graduate School of Science and Engineering, Dept. of Electrical and Electronic Engineering, Ando and Hirokawa Laboratory |
|
| Title |
High-efficiency single-layer
waveguide antennas for millimeter wavebands |
Highlight
of Exhibits |
High-efficiency planar antennas for millimeter
wavebands, such as radial line slot antenna fed by a waveguide
aperture, alternating phase fed waveguides antenna with chokes,
parallel-plate slot array fed by a post-wall waveguide, slot
array with a 4-way Butler Matrix will be explained and exhibited. |
> Page Top
| 09. |
Tokai University, KAWASAKI Laboratory |
Professor Shigeo Kawasaki |
|
|
|
Electronic Information Engineering, Electrical and Electronic Engineering, Kawasaki Laboratory |
|
| Title |
Design and Experimental of
the active integrated antenna |
Highlight
of Exhibits |
We fabricated the active integrated antenna
array with small, thin structure and multi-function. The
array was made in a two-dimensional fashion. Further, we
show the house-made plug-in simulator based on a plug-in
frame scheme. |
> Page Top
| 10. |
Doshisha University, High-Frequency Engineering Laboratory |
| |
|
Associate Professor Hiroyuki Deguchi |
|
|
|
Faculty of Engineering, Dept. of Electronics, High-frequency Engineering Laboratory |
|
| Title |
High-performance frequency
selective surfaces and multimode horns |
Highlight
of Exhibits |
Novel design methods based on optimization
techniques for high-performance frequency selective surface
(FSS) and multimode horn antennas will be explained. Also,
the fabricated FSS and horn antennas will be exhibited. |
> Page Top
| 11. |
Okayama University, Electronic Circuits Laboratory |
| |
|
Professor Shigeji Nogi |
|
|
|
Faculty of Engineering, Dept. of Electrical and Electronic Engineering, Electronic Circuits Laboratory |
|
| Title |
Active antennas with various
functions-Frequency conversion and beam control- |
Highlight
of Exhibits |
In our laboratory, various types of active
antennas have been studied.
The prototype active antennas are presented in this exhibition.
(1) Active antenna radiating harmonic output wave
(2) Active antenna array with self-oscillating mixers
(3) Rectenna for wireless transmission of low power |
> Page Top
|
|
|
