Detection Turns State Into Current

Conductance Current Law

siemens times volts

An ideal conductance readout uses I equals G V. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Conductance times voltage gives current

The ideal conductance is 2 S and the applied voltage is 5 V.

G=2 S,V=5 VG=2\ \text{S},\quad V=5\ \text{V}
Channel readoutA conducting state maps to current; a blocked state maps to zero.5 V1/2 ohm10 A

The siemens is reciprocal resistance

The current is 10 A. This ideal law does not claim a nonlinear channel curve.

I=GV=10 AI=GV=10\ \text{A}
Channel readoutA conducting state maps to current; a blocked state maps to zero.5 V1/2 ohm10 A