Increasing the efficiency of analog OBIST using on-chip compensation of technology variations. - Daniel Arbet; Juraj Brenkus; Gábor Gyepes; Viera Stopjaková (DDECS, 2011)

Comparison of iddt test efficiency in covering opens in SRAMs realised in two different technologies. - Gábor Gyepes; Juraj Brenkus; Daniel Arbet; Viera Stopjaková (DDECS, 2011)

OBIST strategy versus parametric test - Efficiency in covering catastrophic faults in active analog filters. - Daniel Arbet; Gábor Gyepes; Juraj Brenkus; Viera Stopjaková (DDECS, 2012)

Application of IDDT test towards increasing SRAM reliability in nanometer technologies. - Gábor Gyepes; Daniel Arbet; Juraj Brenkus; Viera Stopjaková (DDECS, 2012)

Efficiency of oscillation-based BIST in 90nm CMOS active analog filters. - Daniel Arbet; Gabriel Nagy; Viera Stopjaková; Gábor Gyepes (DDECS, 2013)

Digital methods of offset compensation in 90nm CMOS operational amplifiers. - Gabriel Nagy; Daniel Arbet; Viera Stopjaková (DDECS, 2013)

A novel impedance calculation method and its time efficiency evaluation. - Juraj Brenkus; Viera Stopjaková; Daniel Arbet; Gábor Gyepes; Libor Majer (DDECS, 2014)

An approach towards selection of the oscillation frequency for oscillation test of analog ICs. - Martin Kovác; Daniel Arbet; Gabriel Nagy; Viera Stopjaková (DDECS, 2014)

A new IDDT test approach and its efficiency in covering resistive opens in SRAM arrays. - Gábor Gyepes; Viera Stopjaková; Daniel Arbet; Libor Majer; Juraj Brenkus (Microprocess. Microsystems, 2014)

BIST architecture for oscillation test of analog ICs and investigation of test hardware influence. - Daniel Arbet; Viera Stopjaková; Juraj Brenkus; Gábor Gyepes; Martin Kovác; Libor Majer (Microelectron. Reliab., 2014)

Fully Differential Difference Amplifier for Low-Noise Applications. - Daniel Arbet; Gabriel Nagy; Martin Kovác; Viera Stopjaková (DDECS, 2015)

Readout interface for capacitive MEMS microphone in CMOS technology. - Daniel Arbet; Gabriel Nagy; Martin Kovác; Viera Stopjaková; Lukás Nagy (MIXDES, 2015)

Investigation of the optimum oscillation frequency value towards increasing the efficiency of OBIST approach. - Daniel Arbet; Viera Stopjaková; Martin Kovác (Microelectron. Reliab., 2015)

Low-voltage bulk-driven variable gain amplifier in 130 nm CMOS technology. - Daniel Arbet; Martin Kovác; Lukás Nagy; Viera Stopjaková; Juraj Brenkus (DDECS, 2016)

Impedance calculation based method for AC fault analysis of mixed-signal circuits. - Juraj Brenkus; Viera Stopjaková; Lukás Nagy; Daniel Arbet (DDECS, 2016)

Comparison of gate-driven and bulk-driven current mirror topologies. - Matej Rakus; Viera Stopjaková; Daniel Arbet (DDECS, 2016)

CMOS variable-gain amplifier for low-frequency applications. - Michal Sovcik; Michal Matuska; Daniel Arbet; Viera Stopjaková (DDECS, 2016)

Variable-gain amplifier for ultra-low voltage applications in 130nm CMOS technology. - Daniel Arbet; Martin Kovác; Lukás Nagy; Viera Stopjaková; Michal Sovcik (MIPRO, 2016)

Fully Differential Difference Amplifier for Low-Noise and Low-Distortion Applications. - Daniel Arbet; Gabriel Nagy; Martin Kovác; Viera Stopjaková (J. Circuits Syst. Comput., 2016)

Low-power bulk-driven rail-to-rail comparator in 130 nm CMOS technology. - Lukás Nagy; Daniel Arbet; Martin Kovác; Viera Stopjaková (AFRICON, 2017)

Ultra-low-voltage driver for large load capacitance in 130nm CMOS technology. - Michal Sovcik; Martin Kovác; Daniel Arbet; Viera Stopjaková (DDECS, 2017)

130 nm CMOS Bulk-Driven Variable Gain Amplifier for Low-Voltage Applications. - Daniel Arbet; Viera Stopjaková; Martin Kovác; Lukás Nagy; Matej Rakus; Michal Sovcik (J. Circuits Syst. Comput., 2017)

A Novel Method Towards Time-Efficient Fault Analysis of Analog and Mixed-Signal Circuits. - Juraj Brenkus; Viera Stopjaková; Viera Cernanová; Daniel Arbet; Lukás Nagy; Vladimír Sedlák (J. Circuits Syst. Comput., 2017)

Two-Stage Bulk-Driven Variable Gain Amplifier for Low-Voltage Applications. - Daniel Arbet; Martin Kovác; Lukás Nagy; Viera Stopjaková; Michal Sovcik (DDECS, 2018)

Design and Performance Analysis of Ultra-Low Voltage Rail-to-Rail Comparator in 130 nm CMOS Technology. - Lukás Nagy; Daniel Arbet; Martin Kovác; Miroslav Potocný; Viera Stopjaková (DDECS, 2018)

Bulk-driven fully differential difference amplifier for ultra-low voltage applications. - Daniel Arbet; Martin Kovác; Viera Stopjaková; Miroslav Potocný (MIPRO, 2018)

Ultra-low-voltage boosted driver for self-powered systems. - Michal Sovcik; Martin Kovác; Daniel Arbet; Viera Stopjaková; Miroslav Potocný (Microelectron. Reliab., 2018)

Performance Analysis Of Ultra Low-Voltage Rail-to-Rail Comparator In 130 nm CMOS Technology. - Lukás Nagy; Daniel Arbet; Martin Kovác; Miroslav Potocný; Michal Sovcik; Viera Stopjaková (AFRICON, 2019)

Investigation of Low-Voltage, Sub-threshold Charge Pump with Parasitics Aware Design Methodology. - Martin Kovác; Daniel Arbet; Viera Stopjaková; Michal Sovcik; Lukás Nagy (DDECS, 2019)

Ultra Low-Voltage Rail-to-Rail Comparator Design in 130 nm CMOS Technology. - Lukás Nagy; Daniel Arbet; Martin Kovác; Miroslav Potocný; Viera Stopjaková (DDECS, 2019)

Voltage-to-Frequency Converter for Ultra-Low-Voltage Applications. - Daniel Arbet; Martin Kovác; Viera Stopjaková; Miroslav Potocný (MIPRO, 2019)

Towards Energy-autonomous Integrated Systems Through Ultra-low Voltage Analog IC Design. - Viera Stopjaková; Martin Kovác; Daniel Arbet; Lukás Nagy (MIXDES, 2019)

Dynamic Properties Of Ultra Low-Voltage Rail-to-Rail Comparator Designed In 130 nm CMOS Technology. - Lukás Nagy; Daniel Arbet; Martin Kovác; Miroslav Potocný; Michal Sovcik; Viera Stopjaková (DDECS, 2020)

Multi-Topology DC-DC Converter for Low-Voltage Energy Harvesting Systems. - Martin Kovác; Daniel Arbet; Lukás Nagy; Michal Sovcik; Viera Stopjaková (MIPRO, 2020)

Autonomous On-Chip Digital Calibration for Analog ICs in Nanotechnologies. - Michal Sovcík; Viera Stopjaková; Daniel Arbet; Miroslav Potocný (RADIOELEKTRONIKA, 2020)

EKV Model for Bulk-Driven Circuit Design Using gmb/ID Method. - Lukás Nagy; Daniel Arbet; Martin Kovác; Miroslav Potocný; Róbert Ondica; Viera Stopjaková (AFRICON, 2021)

Enhanced Reliability of Fully Differential Difference Amplifier Through On-chip Digital Calibration. - David Maljar; Michal Sovcík; Daniel Arbet; Viera Stopjaková (DDECS, 2021)

EKV MOS Transistor Model For Ultra Low-Voltage Bulk-Driven IC Design. - Lukás Nagy; Daniel Arbet; Martin Kovác; Miroslav Potocný; Michal Sovcik; Viera Stopjaková (DDECS, 2021)

Fully On-Chip Low-Drop Regulator for Low-Power Applications. - Daniel Arbet; Miroslav Potocný; Martin Kovác; Lukás Nagy; Viera Stopjaková (MIPRO, 2021)

Investigation of Inductor-based Fully On-chip Boost Converter. - Róbert Ondica; Daniel Arbet; Martin Kovác; Viera Stopjaková (MIXDES, 2021)

Low-Voltage DC-DC Converter for IoT and On-Chip Energy Harvester Applications. - Miroslav Potocný; Martin Kovác; Daniel Arbet; Michal Sovcik; Lukás Nagy; Viera Stopjaková; Richard Ravasz (Sensors, 2021)

Autocalibration Approach for Improving Robustness of Analog ICs. - David Maljar; Daniel Arbet; Martin Kovác; Róbert Ondica; Viera Stopjaková (DDECS, 2022)

On-Chip Current Sensing Approaches for DC-DC Converters. - Richard Ravasz; Adam Hudec; Daniel Arbet; Viera Stopjaková (DDECS, 2022)

High Power Supply Rejection LDO Regulator for Switching Applications. - Daniel Arbet; Martin Kovác; David Maljas; Lukás Nagy; Viera Stopjaková (MIPRO, 2022)

Low-Power Rail-to-Rail Comparator in 130 nm CMOS Technology. - Lukás Nagy; Daniel Arbet; Martin Kovác; Miroslav Potocný; Michal Sovcik; Viera Stopjaková (RADIOELEKTRONIKA, 2022)

A 0.3-V High Linear Rail-to-Rail Bulk-Driven OTA in 0.13 μm CMOS. - Tomasz Kulej; Fabian Khateb; Daniel Arbet; Viera Stopjaková (IEEE Trans. Circuits Syst. II Express Briefs, 2022)

Low-Power CMOS Frequency Comparator. - Martin Kovác; Miroslav Potocný; Daniel Arbet; Róbert Ondica; Richard Ravasz; Viera Stopjaková (MIPRO, 2023)

Design of the Slope Detection Circuit for On-Chip Current Sensing. - Richard Ravasz; David Maljar; Daniel Arbet; Viera Stopjaková; Peter Kubinec (MIXDES, 2023)

0.5 V Versatile Voltage- and Transconductance-Mode Analog Filter Using Differential Difference Transconductance Amplifier. - Tomasz Kulej; Montree Kumngern; Fabian Khateb; Daniel Arbet (Sensors, 2023)

Tunable Voltage Reference circuit in a standard 65nm CMOS technology. - Róbert Ondica; David Maljar; Miroslav Potocný; Daniel Arbet; Viera Stopjaková (DDECS, 2025)

A 42.5 nW, 0.5 V Differential Difference Transconductance Amplifier and Its Application in Low-Power Universal Shadow Filter. - Montree Kumngern; Fabian Khateb; Tomasz Kulej; Daniel Arbet (IEEE Access, 2025)

Development of slope detection ASIC for on-chip current sensing in voltage converters. - Richard Ravasz; Viera Stopjaková; David Maljar; Daniel Arbet; Lukás Nagy; Martin Kovác (Integr., 2025)