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Memristor Implementation of a Ternary Storage Circuit

Nilsen, Julian Breivold
Master thesis
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Master2020Nilsen (9.496Mb)
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https://hdl.handle.net/11250/2730067
Utgivelsesdato
2020
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  • Master in Systems Engineering with Embedded Systems [12]
Sammendrag
This thesis presents two circuits capable of writing ternary data to a memristor, and

reading that data without corrupting it. It also investigated how the mean metastable

switch memristor model with modi_ed parameters, simulated in LTspice can recreate

the behaviours observed in Knowm SDC W/tungsten memristors. How the model can

simulate ternary memristor memory, and what limitations the model presents. Initial

experimentation on the e_ect of changes to the parameters of various models were

analyzed before the MMSS model was selected, and the parameters were tuned until a

behavioral match was validated. Using the model as a tool, development of the _rst

ternary circuit resulted in a circuit capable of writing trits to a memristor and read

them without the need of a waveform generator. Knowledge from the design was then

applied to the second circuit and simulation results from this circuit was part of the

work published in a paper. Analysis of the simulation and breadboard results was then

used to show that the MMSS model was good at matching the behaviour of imouts to

the Knowm SDC memristor , bot that with the selected parameters it was unsieted for

time analysis due to drift.
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Universitetet i Sørøst-Norge
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© Julian Breivold Nilsen, 2020

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