D.G. Haigh

Symbolic Framework for Linear Active Circuits Based on Port Equivalence Using Limit Variables

D.G. Haigh, Tim Clarke, P.M. Radmore · IEEE Transactions on Circuits and Systems I Fundamental Theory and Applications · 2006 · 100 citations

Electrical Engineering, Engineering, Circuit System +12

New Trends in Fiber-Optic Chemical and Biological Sensors

Guillermo Orellana, D.G. Haigh · Current Analytical Chemistry · 2008 · 82 citations

Photonic Sensor, Optical Materials, Engineering +17

Admittance Matrix Models for the Nullor Using Limit Variables and Their Application to Circuit Design

D.G. Haigh, P.M. Radmore · IEEE Transactions on Circuits and Systems I Fundamental Theory and Applications · 2006 · 73 citations

Numerical Analysis, Engineering, Linear System +17

Systematic Synthesis of Active-RC Circuit Building-Blocks

D.G. Haigh, Fang Qun Tan, Christos Papavassiliou · Analog Integrated Circuits and Signal Processing · 2005 · 71 citations

Systematic Synthesis, Logic Synthesis, Engineering +5

A Method of Transformation from Symbolic Transfer Function to Active-<emphasis>RC</emphasis> Circuit by Admittance Matrix Expansion

D.G. Haigh · IEEE Transactions on Circuits and Systems I Fundamental Theory and Applications · 2006 · 67 citations

Symbolic Manipulation, Symbolic Transfer Function, Transfer Function +9