A novel switched-capacitor capacitance-to-digital converter for single element capacitive sensors. - Vijayakumar Sreenath; Boby George (I2MTC, 2015)

A direct-digital interface circuit for sensors representable using parallel R-C model. - Vijayakumar Sreenath; Boby George (I2MTC, 2016)

A Resistance-to-Digital Converter possessing exceptional insensitivity to circuit parameters. - Vijayakumar Sreenath; Koniyath Semeerali; Boby George (I2MTC, 2016)

A modified RDC with an auto-adjustable SC source enabled auto-calibration scheme. - Rohit Gupta; Vijayakumar Sreenath; Boby George (SAS, 2016)

An Easy-to-Interface CDC With an Efficient Automatic Calibration. - Vijayakumar Sreenath; Boby George (IEEE Trans. Instrum. Meas., 2016)

A Novel Closed-Loop SC Capacitance-to-Frequency Converter with High Linearity. - Vijayakumar Sreenath; Boby George (I2MTC, 2017)

A Resistive Sensor Readout Circuit With Intrinsic Insensitivity to Circuit Parameters and Its Evaluation. - Vijayakumar Sreenath; Koniyath Semeerali; Boby George (IEEE Trans. Instrum. Meas., 2017)

An Improved Closed-Loop Switched Capacitor Capacitance-to-Frequency Converter and Its Evaluation. - Vijayakumar Sreenath; Boby George (IEEE Trans. Instrum. Meas., 2018)

An Enhanced Inductance-to-Digital Converter for Single-Element and Differential-Type Inductive Sensors With Automatic Offset Eliminator. - Narayanan P. P.; Vijayakumar Sreenath (IEEE Trans. Instrum. Meas., 2023)

A Variable Reluctance-Based Planar Dual-Coil Angle Sensor With Enhanced Linearity. - Anil Kumar Appukuttan Nair Syamala Amma; Narayanan P. P.; Jeshma Thalapil Vaheeda; Vijayakumar Sreenath (IEEE Trans. Instrum. Meas., 2024)

A Differential Voltage Amplifier Scheme for Enhanced Sensitivity and SNR for Remote Piezopolymer-Based Sensor Systems. - Byju C; Vijayakumar Sreenath (IEEE Trans. Instrum. Meas., 2024)

An Improved Switched Capacitor CFC for Capacitive Sensors Representable Using π-Model With Automatic Offset Elimination. - Pinku Sebastian; Narayanan P. P.; Vijayakumar Sreenath (IEEE Trans. Instrum. Meas., 2024)