Comments on 'A CMOS four-quadrant multiplier': effects of threshold voltage. - Peter J. Langlois (IEEE J. Solid State Circuits, 1990)

A Current Mode Analog Circuits for Tent Maps Using Piecewise Linear Functions. - J. T. Bean; Peter J. Langlois (ISCAS, 1994)

Compensation in variable ratio current mirrors. - Peter J. Langlois (IEEE J. Solid State Circuits, 1997)

Design of a low-noise preamplifier for nerve cuff electrode recording. - Robert Rieger; John Taylor 002; Andreas Demosthenous; Nick Donaldson; Peter J. Langlois (IEEE J. Solid State Circuits, 2003)

Realization of a simple high-value grounded linear resistance in CMOS technology. - Peter J. Langlois; John Taylor 002; Andreas Demosthenous (ESSCIRC, 2005)

10-channel very low noise ENG amplifier system using CMOS technology. - Robert Rieger; Dipankar Pal; John Taylor 002; Chris Clarke; Peter J. Langlois; Nick Donaldson (ISCAS (1), 2005)

Two preamplifiers for non-invasive on-chip recording of neural-signals. - Robert Rieger; Dipankar Pal; John Taylor 002; Peter J. Langlois (ISCAS (3), 2005)

A Method to Model Neuron Activity. - Delia Masanotti; Peter J. Langlois; John Taylor 002 (EMBC, 2006)

Possible benefits of moderate inversion for MOSFET transconductors. - Peter J. Langlois; Andreas Demosthenous (ISCAS, 2006)

"Sweet Spots" in Moderate Inversion for MOSFET Squarer Transconductors. - Peter J. Langlois; Andreas Demosthenous (IEEE Trans. Circuits Syst. II Express Briefs, 2007)

High-Power Integrated Stimulator Output Stages With Floating Discharge Over a Wide Voltage Range for Nerve Stimulation. - Peter J. Langlois; Andreas Demosthenous; Ioannis Pachnis; Nick Donaldson (IEEE Trans. Biomed. Circuits Syst., 2010)

An improved CMOS current driver for electrical impedance tomography. - Loucas Constantinou; Andreas Demosthenous; Peter J. Langlois; Richard H. Bayford; Iasonas F. Triantis (ECCTD, 2011)

A CMOS Tailed Tent Map for the Generation of Uniformly Distributed Chaotic Sequences - Sergio Callegari; Gianluca Setti; Peter J. Langlois (CoRR, 2013)

An integrated CMOS current driver using nonlinear feedback for bioimpedance applications. - Nazanin Neshatvar; Peter J. Langlois; Dai Jiang; Andreas Demosthenous (ISCAS, 2015)

A Sinusoidal Current Driver With an Extended Frequency Range and Multifrequency Operation for Bioimpedance Applications. - Peter J. Langlois; Nazanin Neshatvar; Andreas Demosthenous (IEEE Trans. Biomed. Circuits Syst., 2015)

An improved wideband CMOS current driver for bioimpedance applications. - Nazanin Neshatvar; Peter J. Langlois; Andreas Demosthenous (ISCAS, 2016)

Design of a CMOS active electrode IC for wearable electrical impedance tomography systems. - Yu Wu 007; Peter J. Langlois; Richard H. Bayford; Andreas Demosthenous (ISCAS, 2016)

A CMOS current driver with built-in common-mode signal reduction capability for EIT. - Yu Wu 007; Dai Jiang; Peter J. Langlois; Richard H. Bayford; Andreas Demosthenous (ESSCIRC, 2017)

A Non-Linear Feedback Current Driver With Automatic Phase Compensation for Bioimpedance Applications. - Nazanin Neshatvar; Peter J. Langlois; Andreas Demosthenous (IEEE Trans. Circuits Syst. II Express Briefs, 2018)

A Power-Efficient Current Generator with Common Mode Signal Autozero Feedback for Bioimpedance Measurement Applications. - Yu Wu 007; Dai Jiang; Peter J. Langlois; Richard H. Bayford; Andreas Demosthenous (ISCAS, 2019)

Analog Integrated Current Drivers for Bioimpedance Applications: A Review. - Nazanin Neshatvar; Peter J. Langlois; Richard H. Bayford; Andreas Demosthenous (Sensors, 2019)

A DC Model for Organic Electrochemical Transistors and Analysis of Their Performance as Voltage Amplifiers. - Farnaz Fahimi Hanzaee; Peter J. Langlois; Anastasios Polyravas; Ivan B. Dimov; Richard H. Bayford; George G. Malliaras; Andreas Demosthenous (MWSCAS, 2021)

High Efficiency Power Management Unit for Implantable Optical-Electrical Stimulators. - Noora Almarri; Dai Jiang; Peter J. Langlois; Mohamad Rahal; Andreas Demosthenous (IEEE Open J. Circuits Syst., 2023)