Development of Integrating Electronics for the MOLLER Experiment

The aim precision of the MOLLER weak charge measurement requires very high event rates of up to 5 GHz per detector and up to 1 MHz/mm² in peak regions of scattered electron flux. Together with the very small asymmetry, this requires high precision current mode detection of the scattered electrons using an array of about 300 quartz Cherenkov detectors. This talk discusses details of the current progress in the design of the associated high resolution, low noise, front-end electronics including FPGA based data integration and selection as well as streaming.