Abstract
Chua Corsage Memristor (CCM) can accurately emulate the neuromorphic behaviors of biological neurons. Recently, we built a working CCM circuit board using only inexpensive and off-the-shelf electronic components. When this poor-mans memristor is connected to a linear passive L and C circuit, the resulting circuit can generate action potentials and chaos. This paper presents the complete theory for deriving the electronic circuit realization of the poor-mans memristor, and also displays more additional neuromorphic waveforms, measured experimentally from the poor-mans memristor, further verifying the neuromorphic dynamics of the CCM.
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