Development of the data-driven readout ASIC for microstrip detectors

Presented are the results of developing an asynchronous data-driven architecture for multichannel silicon tracker system experiments. A known event statistics in multichannel equipment makes it possible to use new variants of architecture synthesis with use of analog derandomizing blocks. There are discussed the testing and simulation results of separate prototype blocks and the whole system, aimed to achieve a compromise in a set of parameters, focused on power consumption, performance and dead time. The requirements of the silicon tracker station in CBM experiment were used in design.