1/f-Noise and Offset Cancellation for Rail-to-Rail Single-Slope ADCs in MEA Applications. - Lukas Straczek; Dominik J. Veit; Jürgen Oehm (NORCAS, 2019)

Conceptual Study for Ultra Miniaturized High-Precision Optical CMOS Sensors Unaffected by Gradients in Illumination. - André Feiler; Dominik Veit; Lukas Straczek; Jürgen Oehm (PRIME, 2019)

A Ramp-Up Technique for Chopper-Stabilized DC-Coupled Fully Differential PGAs suitable for Current Measurements with High Dynamic Range. - Dominik Veit; Jürgen Oehm (ICECS, 2020)

A Current Reference with high Robustness to Process and Supply Voltage Variations unaffected by Body Effect upon Threshold Voltage. - Dominik Veit; Jürgen Oehm (NEWCAS, 2020)

Verification of a high precision CMOS sensor for angle-of-arrival (AOA) measurement of LED light in ultra-miniaturized applications. - André Feiler; Dominik Veit; Lukas Straczek; Jürgen Oehm (Integr., 2020)

An Offset and 1/f-Noise Compensated Current-to-Digital Conversion for Active Pixels in MEA Applications. - Lukas Straczek; Carsten Heinicke; Dominik Veit; Jürgen Oehm (ISCAS, 2021)

A Constant - Vov/-gm Technique based on a Self-Biased Current Source for MOS Transistors. - Jürgen Oehm; Dominik Veit (ICECS, 2023)

A Current Reference With Multiple Nonlinear Current Mirrors to Reduce Noise, Mismatch, and Impact of Supply Voltage Variation. - Dominik Veit; Jürgen Oehm (IEEE Trans. Circuits Syst. II Express Briefs, 2023)