Impact of the Nonlinear Switching Kinetics on Logic Circuits based on Memristive Switching Devices

Inhalt:
Redox-based memristive switching devices are potential candidates for future non-volatile memory and logic applications. Different logic-in-memory approaches based on memristive switching device have been suggested, which can implement basic Boolean logic functions and more complex adder functionality. In this work the impact of the nonlinear switching kinetics of the memristive switching devices on the logic-inmemory approaches is discussed. It turns out that the operation conditions need to be carefully adjusted with respect to the nonlinear switching kinetics.