10.60507/FK2/TJNDMQ Gogolou, Vasiliki Vasiliki Gogolou https://orcid.org/0000-0003-3596-4814 University of Bonn bonndata 2026 Engineering Physics Gogolou, Vasiliki Vasiliki Gogolou University of Bonn 2026-08-28 2026-07-02 2026-09-03 10.60507/FK2/TJNDMQ/OOUP22 10.60507/FK2/TJNDMQ/EOPGK5 10.60507/FK2/TJNDMQ/HT6IEP 10.60507/FK2/TJNDMQ/BCNWUV 10.60507/FK2/TJNDMQ/RW9D9N 10.60507/FK2/TJNDMQ/DUYTEJ 10.60507/FK2/TJNDMQ/ZEFXQD 10.60507/FK2/TJNDMQ/LOJVH1 10.60507/FK2/TJNDMQ/MSNW6R 10.60507/FK2/TJNDMQ/NNNY9H 10.60507/FK2/TJNDMQ/ZSKHU1 10.60507/FK2/TJNDMQ/UMR3DA 10.60507/FK2/TJNDMQ/ESWVUO 10.60507/FK2/TJNDMQ/XMGDVW 10.60507/FK2/TJNDMQ/KI36H0 10.60507/FK2/TJNDMQ/NWEZC4 10.60507/FK2/TJNDMQ/5ZUDRR 10.60507/FK2/TJNDMQ/LG8EYJ 10.60507/FK2/TJNDMQ/2JY3Z3 13105 859394 1034715 3115098 357 358 2035 2137618 4540 13085 361 414 5654 408 865705 1878 948392 6624 6311 text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/csv text/plain 1.0 Creative Commons Attribution 4.0 International License. This dataset contains numerical results generated from circuit simulations performed as part of NexGenRE ("Next-Generation Front End Readout Electronics for Particle Physics Experiments"), a Marie Sklodowska-Curie Post-Doctoral Fellowship project focused on developing next-generation readout electronics for precise and reliable data acquisition systems. The simulations investigate performance metrics including transimpedance gain, bandwidth, step response, output noise, power consumption, loop-gain behaviour, detector-capacitance sensitivity, switch timing, and temperature dependence for a differential readout integrated circuit for DEPFET pixel matrices. Cadence Virtuoso, 23.1 Cadence Spectre, 23.1 European Union 101209036