On the basis of the analysis of advanced approaches and optoelectronic systems for realization of various logics: two-valued, multi-valued, neural, continuous and others the biologically motivated time-pulse conception for building of multifunctional reconfigurable universal elements with programmable tuning for neurobiologic is grounded. The concept consists in usage of preliminary conversion of multi-level or continuous optic 2D signals into durations of time intervals (the conversion to a temporal area) and further use of time-pulse two-level digital signals that allows to ensure fast tuning to a required function of two-valued, multi-valued and other logics. It is shown that optoelectronic pulse-phase and pulse-width modulators (PPM and PWM) are the base elements for that. Time-pulse coding universal elements for matrix two-valued and multi-valued logics and structural-functional design of universal time-pulse coding elements for neural (continuous) logic are considered in the article. PPMs realized on 1.5µm technology CMOS transistors are considered. The PPMs have parameters: the input photocurrent range is 10nA…10µA; the conversion period is 10µs…1ms; the conversion relative error is 0.1…1%; the conversion law is ramp; the supply voltage is 3V and the power consumption is 83µW. The small power consumption of such PPMs enables successfully their integration in 2D-array with size of 128x128 elements and more and productivity equals 1…10 Giga continuous logic operations per sec.Keywords: 2D-array neural logic optoelectronic devices, time-pulse coding (TPC) structures, pulse-phase photoconverter of picture type (PPPC PT), pulse-phase modulator (PPM), neurobiologic, universal continuous logic element (UCLE).