Multichannel mixed-mode IC for digital readout of silicon strip detectors. - Pawel Grybos; Wladyslaw Dabrowski; Pawel Hottowy; Robert Szczygiel; Krzysztof Swientek; Piotr Wiacek (Microelectron. Reliab., 2002)

Design for good matching in multichannel low-noise amplifier for recording neuronal signals in modern neuroscience experiments. - Wladyslaw Dabrowski; Pawel Grybos; Tomasz Fiutowski (Microelectron. Reliab., 2004)

Integrated charge sensitive amplifier with pole-zero cancellation circuit for high rates. - Pawel Grybos; Marek Idzik; Krzysztof Swientek; Piotr Maj (ISCAS, 2006)

Tuning the low cut-off frequency in multichannel neural recording amplifiers by the on-chip correction DACs. - Piotr Kmon; Pawel Grybos; Robert Szczygiel; Miroslaw Zoladz (ECCTD, 2011)

Development of a fast readout chip in deep submicron technology for pixel hybrid detectors. - Piotr Maj; Pawel Grybos; Robert Szczygiel (ECCTD, 2011)

Comparision of two different architectures of multichannel readout ASICs for neurobiological experiments. - Piotr Kmon; Miroslaw Zoladz; Pawel Grybos; Robert Szczygiel (EUROCON, 2011)

A low noise, Fast Pixel Readout IC working in single photon counting mode with energy window selection in 90 nm CMOS. - Robert Szczygiel; Pawel Grybos; Piotr Maj (ISCAS, 2011)

Design and measurements of low power multichannel chip for recording and stimulation of neural activity. - Miroslaw Zoladz; Piotr Kmon; Pawel Grybos; Robert Szczygiel; Rafal Kleczek; Piotr Otfinowski; Jacek Rauza (EMBC, 2012)

A complete 256-channel reconfigurable system for in vitro neurobiological experiments. - Miroslaw Zoladz; Piotr Kmon; Jacek Rauza; Pawel Grybos; Tomasz Kowalczyk; Bartosz Caban (BioCAS, 2013)

Dual stage charge-sensitive amplifier with constant-current feedback for Time-over-Threshold processing dedicated for silicon strip detectors. - Krzysztof Kasinski; Rafal Kleczek; Pawel Grybos; Robert Szczygiel (MIXDES, 2013)

Tests of a readout front-end electronics for a pixel detector based on inverter amplifier. - Rafal Kleczek; Pawel Grybos (MIXDES, 2013)

Design and measurements results of 7-bit low-power, low area SAR A/D converter for pixel systems. - Piotr Otfinowski; Pawel Grybos (MIXDES, 2013)

System for multichannel recording of the electrophysiological activity of a brain tissue in-vivo. - Miroslaw Zoladz; Piotr Kmon; Jacek Rauza; Pawel Grybos; Tomasz Blasiak (MIXDES, 2013)

FPGA Simulations of Charge Sharing Effect Compensation Algorithms for Implementation in Deep Sub-Micron Technologies. - Piotr Maj; Aleksandra Drozd; Robert Szczygiel; Pawel Grybos (UKSim, 2013)

Energy Efficient Low-Noise Multichannel Neural Amplifier in Submicron CMOS Process. - Piotr Kmon; Pawel Grybos (IEEE Trans. Circuits Syst. I Regul. Pap., 2013)

Effective noise minimization in multichannel recording circuits processed in modern technologies for neurobiology experiments. - Piotr Kmon; Pawel Grybos; Miroslaw Zoladz; Robert Szczygiel (BioCAS, 2014)

ADCs in deep submicron technologies for ASICs of pixel architecture. - Piotr Otfinowski; Pawel Grybos; Robert Szczygiel; Piotr Maj (DDECS, 2014)

23552-channel IC for single photon counting pixel detectors with 75 µm pitch, ENC of 89 e- rms, 19 e- rms offset spread and 3% rms gain spread. - Piotr Maj; Pawel Grybos; Piotr Kmon; Robert Szczygiel (ESSCIRC, 2014)

Ultra fast X-ray detection systems in nanometer and 3D technologies. - Pawel Grybos; Aleksandra Drozd; Grzegorz Deptuch; Krzysztof Kasinski; Rafal Kleczek; Piotr Kmon; Piotr Maj; Piotr Otfmowski; Jacek Rauza; Robert Szczygiel; Tomasz Satlawa; Miroslaw Zoladz (MIXDES, 2014)

Low voltage area efficient current-mode CMOS bandgap reference in deep submicron technology. - Rafal Kleczek; Pawel Grybos (MIXDES, 2014)

Design of system-on-chip in 180 nm technology for multi-channel wireless recording of the nerve tissue electrical activity. - Miroslaw Zoladz; Piotr Kmon; Jacek Rauza; Robert Szczygiel; Pawel Grybos; Piotr Otfinowski (MIXDES, 2014)

A 7-bit 500 kS/s 1 V micro-power SAR A/D converter for pixel systems. - Piotr Otfinowski; Pawel Grybos (Microelectron. J., 2014)

Multichannel neural recording system based on family ASICs processed in submicron technology. - Miroslaw Zoladz; Piotr Kmon; Jacek Rauza; Pawel Grybos; Tomasz Blasiak (Microelectron. J., 2014)

32k Channels readout IC for single photon counting detectors with 75 μm pitch, ENC of 123 e- rms, 9 e- rms offset spread and 2% rms gain spread. - Pawel Grybos; Piotr Kmon; Piotr Maj; Robert Szczygiel (BioCAS, 2015)

Digitally assisted low noise and fast signal processing charge sensitive amplifier for single photon counting systems. - Pawel Grybos; Aleksandra Drozd; Rafal Kleczek; Piotr Maj; Robert Szczygiel (ICIT, 2015)

Noise optimization of the time and energy measuring ASIC for silicon tracking system. - Krzysztof Kasinski; Rafal Kleczek; Robert Szczygiel; Piotr Otfinowski; Pawel Grybos (MIXDES, 2015)

Charge sensitive amplifier for nanoseconds pulse processing time in CMOS 40 nm technology. - Rafal Kleczek; Pawel Grybos; Robert Szczygiel (MIXDES, 2015)

Design of the ultra low power, low area occupied amplifier for recording biomedical signals in the single Hz bandwidth. - Piotr Kmon; Pawel Grybos (MIXDES, 2015)

Design for the testability of the multichannel neural recording and stimulating integrated circuit. - Piotr Kmon; Piotr Otfinowski; Pawel Grybos; Robert Szczygiel; Miroslaw Zoladz; Agnieszka Lisicka (MIXDES, 2015)

Methodology of automation process of wafer tests. - Aleksandra Krzyzanowska; Piotr Maj; Pawel Grybos; Robert Szczygiel; Anna Koziol (MIXDES, 2015)

Single photon counting integrated circuit operating with CdTe pixel detector. - Piotr Maj; Pawel Grybos; Piotr Kmon; Robert Szczygiel (MIXDES, 2017)

Multithreshold Pattern Recognition Algorithm for Charge Sharing Compensation in Hybrid Pixel Detectors. - Piotr Otfinowski; Aleksandra Krzyzanowska; Pawel Grybos; Robert Szczygiel (MIXDES, 2018)

Single Photon-Counting Pixel Readout Chip Operating Up to 1.2 Gcps/mm2 for Digital X-Ray Imaging Systems. - Rafal Kleczek; Pawel Grybos; Robert Szczygiel; Piotr Maj (IEEE J. Solid State Circuits, 2018)

An Algorithm of an X-ray Hit Allocation to a Single Pixel in a Cluster and Its Test-Circuit Implementation. - Grzegorz Deptuch; Farah Fahim; Pawel Grybos; Jim Hoff; Scott Holm; Piotr Maj; David Peter Siddons; Piotr Kmon; Marcel Trimpl; Tom Zimmerman 002 (IEEE Trans. Circuits Syst. I Regul. Pap., 2018)

SPC Pixel IC with 9.4 e- rms Offset Spread, 60 e- rms ENC and 70 kfps Frame Rate. - Rafal Kleczek; Piotr Kmon; Piotr Maj; Robert Szczygiel; Pawel Grybos; Yasukazu Nakaye; Takuto Sakumura; Taguchi Takeyoshi (ESSCIRC, 2019)

Hybrid Detector with Interpixel Communication for Color X-ray Imaging. - Pawel Grybos; Rafal Kleczek; Piotr Kmon; Aleksandra Krzyzanowska; Piotr Otfinowski; Robert Szczygiel; Miroslaw Zoladz (ICECS, 2021)

Characterization of Seamless CdTe Photon Counting X-Ray Detector. - Matti Kauppinen; Alexander Winkler; Vili Lämsä; Mikko Matikkala; Miroslaw Zoladz; Pawel Grybos; Rafal Kleczek; Piotr Kmon; Robert Szczygiel; Tapio Fabritius (IEEE Trans. Instrum. Meas., 2021)

Single Photon Counting Readout IC With 44 e- rms ENC and 5.5 e- rms Offset Spread With Charge Sensitive Amplifier Active Feedback Discharge. - Rafal Kleczek; Piotr Kmon; Piotr Maj; Robert Szczygiel; Miroslaw Zoladz; Pawel Grybos (IEEE Trans. Circuits Syst. I Regul. Pap., 2023)

SPHIRD-Single Photon Counting Pixel Readout ASIC With Pulse Pile-Up Compensation Methods. - Pawel Grybos; Rafal Kleczek; Piotr Kmon; Piotr Otfinowski; Pablo Fajardo; D. Magalhães; Marie Ruat (IEEE Trans. Circuits Syst. II Express Briefs, 2023)

Increasing the Position Resolution in Single Photon Counting Pixel Readout IC by Real-Time Interpixel Communications. - Piotr Otfinowski; D. Magalhães; Pablo Fajardo; Pawel Grybos; Rafal Kleczek; Piotr Kmon; Marie Ruat (IEEE Trans. Circuits Syst. II Express Briefs, 2024)

UFERI - Ultra-Fast Energy Resolved Imager for Next Generation Synchrotron Experiments. - Marie Andrä; Arkadiusz Dawiec; Rafal Kleczek; Piotr Kmon; Claude Menneglier; Fabienne Orsini; Piotr Otfinowski; Pawel Grybos (IEEE Trans. Circuits Syst. II Express Briefs, 2025)