DEVELOPMENT OF HIGH-ACCURACY DEVICES IN THE FUNCTION OF ACTIVE LOAD AT HIGH CURRENTS, WHILE ELIMINATING THE INFLUENCE OF THE "GND" LOOP ON THE TEST SIGNAL

Abstract

The work is based on designing an active load for testing the power sources and parameterizing the battery cells. It consists of three key units, research, design and testing. Research has shown that the existence of a linear active load is very rare. The design was realized in three units: mechanical assembly, electronic solution and software. When assembling the device, all parts of the system were tested.