Development of current element base computing devices for dynamic gas temperature measurements GTE

A circuit of a binary threshold current RS-flip-flop capable of working with direct and inverse inputs is developed. The peculiarity of this circuit is that to switch from a structure with direct inputs to a second structure with inverse inputs, it is sufficient to change only the reference currents of two current sources. The truth tables for two cases and their results of computer simulation are given. The proposed RS-flip-flop is recommended for use in automation devices and digital technologies in the energy sector, which will increase the speed of information processing systems for measuring the temperature of GTE gases and create a current element base of computing devices operating on the principles of linear algebra.