The Hall effeet is an important experiment for studying the electrical behavior of curent-carryingconduetors in an external magnetie field. Traditional manual measurement methods are limited by theexperimental accuracy and the operational errors, often resulting in the ineficieney and the insuficientaeeuracy.This study designs and implements an automatic measurement system for the Hall efect experimenthased on the 850 data aequisition deviee , the current sensor ,the Capstone soltware ,and the voltage sensor.Thesystem enables the real-time collection and the processing of experimental data, automatieally plotting therelationship curves between variables such as the Hall voltage, the conductivity voltage,the Hall current , andthe exeitation curent, providing the real-time feedbaek and the data visualization during the experiment.T'hrough the analysis of experimental data ,the key physieal quantities sueh as the Hall coelfieient.the carrierconeentration ,the conductivity ,and the carrier mobility can be further caleulated.This research not only offersan ellicient solution for preeise measurement in the Hall effeet experiment, but also provides an importantreferenee for advancing the reform of physies experimental teaching and the development of informationtechnology in education.