Budapest University of Technology and Economics Department of Electron Devices eet.bme.hu Research and Development at the Ferenc Ender

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Presentation transcript:

Budapest University of Technology and Economics Department of Electron Devices eet.bme.hu Research and Development at the Ferenc Ender

© BME Department of Electron Devices, eet.bme.hu February 6, Budapest University of Technology and Economics

© BME Department of Electron Devices, eet.bme.hu February 6, Budapest University of Technology and Economics Department of Electron Devices ► The only university department in Hungary dealing with all aspects of (monolithic) microelectronics. These include  devices physics and technology,  analog and digital integrated circuit design  MEMS simulation and design  LEDs and solar cells  Complex hardware and system design  thermal issues in IC & packaging design  Space technology  Photovoltaic devices  Chip sized biomedical devices ► The department is one of the main organizators of THERMINIC and DTIP conferences

© BME Department of Electron Devices, eet.bme.hu February 6, Research activities – tematic summary ► Advanced measurement techniques ► Thermal transient testing and structure function analysis of device packages ► Meterial characterization and in-situ monitoring of aging of thermal interface materials ► Combined thermal and radiometric/photometric measurement of power LEDs ► Novel simulation algorithms and models ► Algorithmic formal languages for System-on-Chip design ► Thermal aware design of complex digital ICs with logithermal simulation ► Modeling of photovoltaic devices ► Modeling of biomedical microdevices with two phase flows ► Novel device design ► Development of novel biomedical microreactor devices ► Thermo-electric logical circuits (TELC) ► Novel organic compound solar cells

© BME Department of Electron Devices, eet.bme.hu February 6, Current Research – projects (summary) ► 14 accomplished projects from the last 5 years (10 EU projects, 5 national projects) ► 2 industrial standards (JEDEC), technology transfer: Mentor Graphics Ltd., MicReD division, C4S Llc ► Currently running 4 projects including ► H2020 ICT Project ► EuroCPS ( ) ► Delphi4LED ( ) ► 1 joint Educational Project ► Smart Systems Integration ( ) ► 2 national and industrial Projects

© BME Department of Electron Devices, eet.bme.hu February 6, Facilities – Integrated Smart Systems Laboratories ► Thermal and Reliability Testing Facility  Thermal imaging, micro cooling, thermal transient testing, combined thermal, optic/radiatic measurements ► Semiconductor Technology Laboratory  Class 1000 clean room, basic MEMS, solar cell, MOS technology capabilities, device characterisation laboratory ► Chip Based Biomedical Devices Laboratory  Single and multiphase microfluidics, MNP based LoC devices, device characterisation ► Integrated Smart System Design Laboratory  Up to date industrial standard MEMS, digital and analog CAD tools and characterisation capabilities

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Advanced measurement techniques ► Themal transient measurements and structure function analysis ► A non-destructive analyisis method of the device’s fine thermal structure ► Technology transfer: MicRED Ltd, later acquired by Mentor Graphics

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Reliability analysis and life-time estimation of power electronics modules ► Standard power cycling combined with thermal transient testing and die attach quality analysis ► SMARTPOWER EU FP7

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Novel simulation algorithms and models ► Thermal aware device design – power dissipation per unit area increases ► 3D stacked structures – new challanges of heat removal ► System on chips – run-time configurable, application specific macrocells

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Optimized RTL design by AMDL ► Koncepció, érthető magyarázat, ábra (ha nem ez akkor csere)

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Optimized RTL design by AMDL ► Eredmények, főleg ábrák, táblázatok stb

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Thermal aware design of complex digital ICs ► Koncepció: hogy vannak összerakva a különböző megoldók rendszer szinten, miért jó ez stb, magyarázó ábra

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Thermal aware design of complex digital ICs ► Eredmények, ha van, egy időfüggő eset videón? Ha nem akkor temperature map ábrák, akár az ami az előző dián van csak jobb minőségben

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Multi-domain characterization of power LEDs ► Koncepció, rövid leírás, célkitűzés stb, ez az ábra jobb minőségben ha lehet

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Multi-domain characterization of power LEDs ► Eredmények, ha lehet inkább ábrák, táblázatok stb

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Novel device design ► ‘More Moore’: development beyond the Moore’s law: pushing the red brick wall ► ‘More than Moore’ – utilizing of nanotechnologies in electronics and bioMEMS

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Thermal Electric Logic Circuit for nanoelectronics ► Koncepció, magyarázó ábrák, fém-félvezető átmenet stb.

© BME Department of Electron Devices, eet.bme.hu July 22, 2014 BME EET R&D Thermal Electric Logic Circuit for nanoelectronics ► Látványosabb eredmények, diagramok, táblázat stb.