RESEARCH TOPICS AVAILABLE

LOW-VOLTAGE CMOS AMPLIFIER DESIGN TECHNIQUES:

(1) Novel Compensation techniques
(2) Novel Low-power techniques
(3)Highly linear Transconductor/OTA Design
(4) Fast settling Opamp design

CMOS RFIC DESIGN:

(1) RFID Microchip Design
(2) Blue-tooth Transceiver Design
(3) Ultra-Wide-Band Transceiver Design
(4) Current Reuse RF Circuit Design Technique
(5) UWB Low-noise Amplifier Design
(6) UWB Frequency synthesizer
(7) IEEE 802.11e transceiver design
(8) Single chip GPS receiver

CMOS OEIC DESIGN:

(1) Single chip OC-192 Transceiver Design
(2) Single chip OC-768 Transceiver Design
(3) Ultra Broad-Band Transimpedance Amplifier Design

CMOS DATA-CONVERTER DESIGN:

(1) Single-loop Broad-Band Sigma-Delta Modulator Design
(2) MASH Sigma-Delta Modulator Design
(3) Band-pass Sigma-Delta Modulator Design
(4) Pipeline A/D Converter Design

CMOS FILTER DESIGN:

(1) Gm-C Bandpass Filter Design
(2) MOSFET-C Bandpass Filter Design
(3) Switched Capacitor/ Switched Opamp techniques

CMOS MICROBIOELECTRONICS:

(1) DNA Micro-array Chip Design for Gene Expression Detection
(2) CMOS Microfluidic chip for Food Bacteria Analysis
(3) CMOS Circuit techniques for Hybridized mRNA detection

CMOS DRIVERS, CONTROLLERS & SENSORS:

(1) Gas Sensor Chip
(2) LCD Display Driver
(3) Motor Controller
(4) Fuzzy logic Rice Cooker Chip
(5) Fuzzy Logic Chemical Process Controller Chip
(6) Automotive Ignition Controller Chip
(7) Design of Finger Print Sensor (Biometric Chip)
(8) Design of Electrical Lighting Controller

CMOS COMPUTER SYSTEM DESIGN

(1) Single Chip Multimedia Processor
(2) Single Chip Neural Processor

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