Centre of Advanced Microelectronic Devices

Centre of Advanced Microelectronic Devices
Nowadays, the rapid progress of the human society is highly related to the development of advanced microelectronic science and technology. Centre of Advanced Microelectronic Devices (CAMD) encompasses microelectronic devices, integrated circuits, optoelectronic components, laser industrial applications, power semiconductor device, and micro/nano-electro mechanical systems (MEMS) and etc., which aim at catering to the applications in optical communications, microwave and millimeter-wave technology, and high-speed tractions and automobiles.

The centre is equipped with Cascade MPS1500 probe station, four-channel digital oscilloscope and Vector Network Analyzer, while established partnerships with many domestic universities to achieve resource sharing. Up to now, CAMD has undertaken several research projects supported by the National Nature Science Foundation and the Provincial Natural Science Foundation etc., and cooperated with business circles actively to provide technical services and support for enterprise.

Investigators(in alphabetical order)

LIN Fujiang

Adjunct Principal Investigator

Yang Shining

Adjunct Principal Investigator

ZHANG Naiqian

Adjunct Principal Investigator

ZHOU Meisheng

Adjunct Principal Investigator

Research Interests and Programmes

1. Power Semiconductor Devices and ICs for Green Energy

(1) Power MOSFET, IGBT and SJ Devices
(2) Power Electronic Circuits and Systems

2. RF & Microwave Integrated Circuits

(1) Digitally Assisted RFIC/MMIC Design and Fabrication
(2) Modeling and Design of RF/Microwave Integrated Circuits & Systems

3. Micro/Nano-electro Mechanical Systems

(1) Sensors & Actuators Micro/Nano- fabrication

4. Optoelectronic Components & Laser Industrial Applications

(1) Photonic Integrated Circuit (PIC) Design and Test
(2) Laser Precision Engineering

5. Wireless Power and Data Telemetry for Biomedical Applications
6. Cross-layer Optical Performance Monitoring Based on Radio Frequency Spectrum Analysis and Two-dimension Phase Portrait Recognition as well as Control Plane Coordination
7. Novel Modeling of GaN Based Microwave and Microwave Devices
8. Study of High-efficiency RF Wireless Energy Harvesting
9. Neural Network and Table Based Modeling of Microwave and Millimeter-wave Power Devices
10. Study of Wireless Energy Harvesting for Internet of Things
11. Development of Normally-off GaN Power HEMT Devices