Analog, Mixed-Signal, Power Management and Data Converters  

Faculty Members  |  Highlighted Projects  |  Collaboration Partners


Program Director:
Asst Prof ZHENG Yuanjin

Tel: +65 6592 7764    Office: S2.2-B2-46
Email: yjzheng@ntu.edu.sg

The program aims to draw different expertise of the members to design analog, mixed-signal, power management and data converters (AMPD) IC. With the emerging of advanced CMOS process and technology together with traditional or new applications in integrated circuits for use in consumer, nanotechnology, communication, biomedical, environmental and health care, the AMPD becomes an important program platform that satisfy the urgent needs and design challenges in the relevant areas of both industry and academic. Our research topics include:

  • Low power, high speed and high efficiency analog and mixed signal IC and system

  • Adaptive and autonomous power management circuit and system for energy harvesting and conversion

  • Analog and mixed IC for emerging applications of SAW/MEMS/NEMS, sensor and 3D technology

  • Analog and digital algorithms, circuits and systems for biomedical applications

  • ADC/DAC targeting extreme performance and employing non-classic technique

 


Faculty Members

  Assoc Prof CHAN Pak Kwong

Tel: +65 6790 4513

Office: S1-B1b-45

  Assoc Prof LAM Ying Hung, Yvonne

Tel: +65 6790 5386

Office: S1-B1a-13

  Assoc Prof SIEK Liter

Tel: +65 6790 5441

Office: S2-B2c-106

  Asst Prof Arindam BASU

Tel: +65 6790 4439

Office: S2.2-B2-31

  Asst Prof CHEN Shoushun

Tel: +65 6790 6085

Office: S1-B1a-08

 

 

 

Highlighted Projects see Highlights

Analog and digital IC for biomedical imaging and sensor

Precision and compensated circuit for MEMS based oscillators

Ultra high speed and/or low power data converters

Adaptive low noise sensor Interface circuit

High efficiency and/or high voltage energy harvesting and conversion system

Analog silicon neuron computing

 

Collaboration Partners

  A*STAR Institute of Microelectronics

  A*STAR Institute of Materials Research

  MediaTek

  Infineon

  Panasonic