Electrochemical Safety and Tissue Damage Prevention in Brain Tissue

Preventing toxic electrode corrosion and gas bubbling through rigorous charge recovery circuits.

Faradaic vs. Non-Faradaic Reactions

When charge density exceeds the water window, irreversible electrolysis produces hydrogen peroxide and pH shifts that destroy adjacent neurons. Maintaining capacitive non-faradaic charge transfer is essential for chronic safety.

Passive and Active Discharge Topologies

Combining active reversed current phases with periodic passive shorting switches drives residual DC offset voltage to absolute zero across years of continuous therapy.

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