KEISOKU ENGINEERING SYSTEM
- Video
- Seminar
- New Product
- Demo
- Sample
- Presentation
Exhibition: MEMS SENSING & NETWORK SYSTEM 2023
Product 1
Presentation
Sample
Demo
New Product
COMSOL Multiphysics®
Product 2
Presentation
Sample
Demo
Micro device/Multiphysics model
Product 3
Presentation
Sample
Demo
Secondary battery/Material analysis Model
Product 4
Presentation
Sample
Demo
Labo-on chip/Chemical reaction Engineering model
Product 5
Presentation
Sample
Demo
Wave Optics/ Plasmon model
Product 6
Demo
Micro magnetics
Product 7
Presentation
Demo
PLECS®
Product 8
Demo
Smart UQ®
Quantify Every Uncertainty.
Seminar Information
MEMS Vibrational Energy Harvester Technology
Feb. 3, 2023 (Fri.) 13:30-14:15
Ritsumeikan University
Prof. Daisuke YAMANE
【Profile】
2011.3 Ph.D. , The University of Tokyo
- 2012.3 JSPS Postdoctoral Research Fellow, UCLA Visiting Scholar
2012.4 - 2016.3 Tokyo Institute of Technology, Precision and
Intelligence Laboratory, Assistant Professor (Elec. Eng.)
2016.4 - 2020.3 Tokyo Institute of Technology, Laboratory for
Future Interdisciplinary Research of Science and Technology, Assistant Professor (Elec. Eng.)
2017.9 - 2021.3 JST-PRESTO Research Director
2020.4 - present Ritsumeikan University, Associate Professor (Mech. Eng.)
2020.8 - 2022.7 MEXT Senior Scientific Research Specialist
【Abstract】
Energy harvesters are promising as stand-alone power sources for next-generation IoT (Internet-of-Things) small-sized wireless sensor nodes. In particular, vibrational energy harvesters (VEHs) are expected to be useful in a variety of locations and applications because they can operate day and night, indoors and outdoors. Particular attention has been paid to electrostatic VEHs that use electrets because of their wide frequency tuning range and relatively high output power density. Recently, our research group has developed a novel technology to form self-assembled electrets (SAEs), which are electrets that do not require any charging process, in MEMS devices, and has been working toward higher output power and circuit integration of electrostatic MEMS-VEHs.
This seminar provides an overview of MEMS VEHs, technology trends, and recent research results of our research group , including examples of COMSOL simulations.
Contact
*The following information is provided to enable inquiries to exhibitors.
Unauthorized use and reproduction for any other purpose is prohibited.
KEISOKU ENGINEERING SYSTEM
Corporate's Handling of personal information URL:
https://kesco.co.jp/privacypolicy/