Electric Eel Bio-Discharge Simulator E. electricus

Max Voltage 750 V
Peak Current 1.50 A
Peak Power 1125 W
Sync Latency 0.8 ms
Electrocyte Lattice & Water Bio-Electric Field Status: Idle (-84mV Resting)
Drag target prey in canvas to alter load resistance
Action Potential Pulse Curve (mV vs Time)
Series Stack Summation Voltage
Preset Configurations
Cell Stack Architecture
Series Electrocytes (Nseries) 5000 cells
Parallel Columns (Nparallel) 4 columns
Neural Sync Latency Spread 0.8 ms
Bio-Physics & Environment
Activated Potential (ΔVcell) 150 mV
Water Resistivity 20 Ω·m
Prey Resistance 500 Ω
Show Field Vectors
Data & State Export

How Biological Summation Works

An electrocyte is a modified muscle cell. At rest, both anterior and posterior faces sit at -84 mV, canceling out to 0 mV net cell potential.

Upon neural acetylcholine activation, Na+ ion channels open on the posterior membrane only, shifting its charge to +66 mV. This creates a net 150 mV potential across each electrocyte. Stacking 5,000 cells in series yields over 750 Volts!