electronics arizona state university electrical engineering...
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ELECTRONICS ARIZONA STATE UNIVERSITY ELECTRICAL ENGINEERING DEPARTMENT
Integrated Circuits and Systems
Dr. Hongyu Yu
AREAS
Analog Circuit Design Digital & VLSI Circuits MicroElectroMechanical System (MEMS) RF and Microwave IC’s
APPLICATIONS
Bio-Technologies
Wireless
Security
Aerospace & Automotive
Si-CMOS front-end
MEMS
COURSES EEE 333 – VHDL
EEE 334 – Circuits I EE E335 Circuits II
EEE 425 Digital Circuits
EEE 523 Analog CMOS
EEE 525 VLSI
EEE 433 Analog Circuits
EEE 598 Switch Cap
Digital Courses Analog Courses
EEE 598 Σ∆
Converters
EEE 625 Adv. VLSI
CSE/EEE 518
Synthesis
EEE 598 Modeling
EEE 524 RFIC
EEE 527 A/D
EEE 526 VLSI
Architecture
EEE 538 MEMS
EEE 598 Adv. MEMS
EEE 598 Bioelectronics
DR. DAVID ALLEE
Research: Flexible Electronics Courses:
EEE 425, 525 Digital Circuits & VLSI Design
EEE 523, 527 Advanced Analog & A/D Design
Design Flow:
Thin Film Transistor Characterization - Semiconductor Parameter Analyzer - Automatic and Manual Probing
Flexible Display Center at ASU http://flexdisplay.asu.edu
Thin Film Transistor Model Parameter Extraction - Transistor Model Parameters Extracted from Device Data
Improved Thin Film Transistor Models - Better Modeling of Parasitics - Incorporation of Threshold Voltage Shift - Advanced Models Enable Accurate Prediction of Circuit Performance Before Fabrication
Circuit Design & Simulation - Professional CAD Suite - Tanner Tools
Circuit Layout & Verification - FDC Developing Design Rules for High Manufacturing Yield
Fabrication & Test
0.0 5.0 10.0 15.0 20.0Drain-source voltage [V]
0.0
0.5
1.0
1.5
2.0
2.5
Dra
in c
urr
ent
[uA
]
Measured Modeled
Modeled data Measurement data
0.0 5.0 10.0 15.0 20.0Drain-source voltage [V]
0.0
0.5
1.0
1.5
2.0
2.5
Dra
in c
urr
ent
[uA
]
Measured Modeled
Modeled data Measurement data
'v(10)''v(4)''v(8)'
0.0m 10.0m 20.0m 30.0mtime [sec]
-10.0
0.0
10.0
20.0
30.0
40.0
Y A
xis
Title
[V
]
Designs in Collaboration with UDC, Honeywell, Kent Displays, and E ink.
DR. BAKKALOGLU - RESEARCH
Integrated Supply Regulators for RF Applications RF Frequency Synthesizers Low Power RF Transceiver Design Low Power A/D & D/A Converters for RF
Applications Funding
Semiconductor Research Corporation NSF Texas Instruments BAE
DR. BAKKALOGLU - COURSES
EEE 523 Advanced Analog IC Design
EEE 598 Oversampling Data Converter Design
DR. HUGH BARNABY - RESEARCH
Space Electronics and Radiation Effects Space Electronics Testbed
Reliability and Radiation Effects Modeling Radiation Sensors
Extreme Environment Effects in Devices and ICs
Combined Temperature and Radiation for Moon/Mars Low Dose Rate Effects
NASA Carrier
RadHARD PCB
Design
U1
OPAMP_3T_VIRTUAL
D1
1N4371AR110M
V1
5 V R21.0M
R3100k
R4200k
U2
COMPARATOR_VIRTUAL
Q1
2N2222A0
R6
620
9
3
U4A
74LS08J
U5A74LS04D
U6
COMPARATOR_VIRTUAL
R7100k
R8100k
R9100k
R10
1.2R17110k
0
11
VCC5VVCC
R11
1.0k
C1
1.0uF
CRS2
3612
8
1721
S1
10
7
14
51
35
0
0
0
15
2 Q22N2222A
0 6
R31620
16
U9A
74LS04D
18
4
0
0
DR. HUGH BARNABY - COURSES
EEE 334 (Circuits II) EEE 335 (Analog and Digital Circuits) EEE 433 (Analog Integrated Circuits) EEE 598 Technology Computer Aided
Design
DR. YU (KEVIN) CAO - RESEARCH
Nanoscale Integration and Modeling Modeling and design for sub-45nm CMOS Reliable design under process variations Ultra-low power VLSI design Related CAD tools
Funding MARCO, SRC, Connection One
DR. YU (KEVIN) CAO - COURSES
EEE 425 Digital circuit design
EEE 525 VLSI system design
EEE 598 Modeling and design for nanometer
technology
Bio-MEMS (Micro-Electro-Mechanical-Systems) Cell-on-a-Chip: Integrating living cells / bacteria on a chip Pathological detection, Miniaturized bio-reactor
Bio-Nano-Micro-Interfaces Controlling Microdevices by Nanostructures Multi-domain Transducers
System Integration using MEMS Hybrid Integration: A multi-chip module which can
accommodate any material / size / shape of chips Implantable chipsets, Wireless environment monitoring
Funding NSF (National Science Foundation) NIH (National Institute of Health)
DR. JUNSEOK CHAE – RESEARCH
DR. JUNSEOK CHAE - COURSES
EEE 334 Electronic Circuits II EEE 538 Introduction to MEMS EEE 598 MEMS - Electronic Interfaces
DR. JENNIFER BLAIN CHRISTEN – RESEARCH
Waste Incubator
Culture Flask
Life Sciences
Cellular Molecular
Physiological
Engineering
MEMS Control Systems
Circuits
DR. JENNIFER BLAIN CHRISTEN - COURSES
EEE 202 Electronic Circuits I
EEE 435 Fundamentals of CMOS and MEMS
EEE 538 Introduction to MEMS
EEE 598 Low Power Bioelectronics
DR. CLARK RESEARCH
Radiation hardened VLSI circuits Low power/high performance
microprocessor circuits and architectures
Ultra low power and harsh environment VLSI systems
High Security Digital Systems Research Opportunities:
Radiation hardened, high performance, low power, microprocessor design
Security circuits (smart cards, ultra-secure ICs)
Low power cache, MMU design Multicore microprocessor circuits and
programming
Students hired by: AMD, Intel, Qualcomm, Microchip, FreeScale, MRDC, TI
DR. CLARK RESEARCH
DR. CLARK - COURSES
EEE 333 VHDL and design with FPGAs
EEE 525 VLSI Design
EEE 625 Advanced VLSI Design
DR. SAYFE KIAEI
Director of the Connection One Center Research: RFIC Design Courses
EEE 334 / 335 Electronics I, II EEE 433 EEE 524 RFIC Design
DR. JENNIFER KITCHEN - RESEARCH
RF/Microwave Integrated Circuit Design (Satcom/Wireless Comm) Integration on Gallium Nitride for High-Efficiency and High-Frequency
www.jennifernkitchen.com
Replace discrete electronics with low-cost transceiver RFIC. Challenges:
• >>25GHz Circuit Designs • Low-cost Packaging • Tx Output Power Requirements
5 m
m
5 mm GaN Circuits/Novel Topologies
DR. KITCHEN - COURSES
Courses EEE 433 – Analog Integrated Circuits EEE 524 RF Integrated Circuit Design
DR. HONGYU YU - RESEARCH Hongyu Yu School of Earth and Space Exploration School of Electrical, Computer, Energy Engineering [email protected] Courses: EEE598 MEMS for Earth and Space Exploration
Passive wireless telemetry sensor system for high energy radiation detection
Research Highlights: Sensor system and platforms:
Wireless telemetry system Flexible, stretchable, and networked
Sensing functions: Radiation detection, UV, IR and gas sensing Microfluidic physical and chemical
parameters Micro energy harvesting devices and others
Collaborating with wireless engineers, harsh environmental electronics and nuclear scientist
Wireless telemetry system. Passive, micro size, sensitive devices 2 patens filed, a few proposals are pending: DTRA,
NIH, DoD, NSF Applications: space weather, radio-medical, nuclear
detection.
Sensor and Sensor System
Micro system on soft substrate (Parylene, PDMS, Polyimide):
Flexible, stretchable and networked 3D surface manufacture
Biomedical and geology applications
Fluidic parameters measurement: Sensors: thermal anemometer, electrodes Functions: shear stress, temperature,
conductivity, dissolved oxygen….. Networked sensor meshes Geochemistry and astrobiology
applications
Miniature seismometers for harsh environments • Goal: provide light and robust seismometer for space exploration. Testing current devices for harsh environments: high/low temperature, temperature cycles, vacuum and radiation (NASA). • Based on Molecular Electric Transducer with liquid electrolyte, using microfabrication improve size and performance. • Applications: space exploration, gas or oil detection
DR. HONGYU YU - COURSES
EEE 334 / 335 Electronics I, II EEE 538
Introduction to MEMS
NEW FACULTY
Umit Ogras (Digital Design)