1. Physical & Field Simulation
2. V-I Waveforms & Phase
V
I
Δθ = 0.0° (In Phase)
Governing Equations & Telemetry U = I · R
1. Fundamental Physics Law
U(t)
=
I(t)
·
R
Ohm's Law (Linear Dissipation)
2. Live Calculations & Energy Flow
t = 0.00 s
U
=
1.00 A
×
10.0 Ω
=
10.00 V
Stored/Dissipated: 10.00 W (Joule Heat)
Phase Shift: 0.0°
P (Power):
10.0 W
3. Component Characteristics & Behavior
Fundamental Properties
SI Unit: Ohm (Ω)
Energy Mode: Dissipation (Heat)
Reactance (X): 0.00 Ω (Pure R)
Circuit Response
DC Behavior: Passes with R drop
AC Current vs Voltage: In-Phase (Δθ = 0°)
Primary Application: Current Limiting
Select Component
Physical Parameters
Resistance (R)
10.0 Ω
Current (I)
1.0 A
AC Frequency (f)
1.0 Hz
Modulates the alternating flow to observe phase shift and reactance.
School voor Smart Technology
P. Pereira • Passive Components RLC
2026 • Interactive Lab V2.0