Ω
Cable Circuit Impedance & Thermal Entropy Simulator
Tangled Coil
Dusty Plug
Optimized Route
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Blueprint
Thermal IR ($I^2R$)
EM Field ($\vec{B}$ Flux)
Drag cable nodes to uncoil or adjust geometry
Interactive Physics Engine • Drag nodes to manipulate wires
Calculated Telemetry
● LIVE
Loop Inductance
12.85
μH
Joule Power Loss
4.13
W
Max Cable Temp
68.4
°C
Signal SNR Loss
14.2
dB
Thermal Entropy Generation Rate ($\dot{S}$)
12.10
mW/K
Circuit Parameters
Power Cable Current ($I_{power}$)
4.0 A
Data Cable Frequency
10 Gbps
Plug Dust / Contact Resistance ($R_{dust}$)
Thermodynamic Physics
Coiling a DC power cable creates self-inductance loops ($L \propto N^2 A$). Localized wire density traps Joule heat ($P = I^2 R$), driving micro-coil thermal entropy generation ($\dot{S} = P / T_{ambient}$). Crosstalk coupling degrades nearby USB-C data signal-to-noise ratio.
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