Parallel Plate Capacitor Simulator
Visualize charge buildup and electric field between parallel plates
⚡ Charging Mode
🔋 Discharging Mode
CAPACITOR CHARGING CIRCUIT
Circuit Physics Equations:
V(t) = V₀(1 - e^(-t/RC))
I(t) = (V₀/R)e^(-t/RC)
Q(t) = CV₀(1 - e^(-t/RC))
Electric Field: E = V/d
Capacitance: C = ε₀A/d
Circuit Parameters
Capacitance (1μF - 1000μF)
100 μF
Resistance (10Ω - 10kΩ)
1 kΩ
Source Voltage (1V - 24V)
12 V
Simulation Control
START
PAUSE
RESET
Simulation Speed
NORMAL
Time Constant (τ):
100.00 ms
Real-time Measurements
CAPACITOR VOLTAGE
0.00 V
CIRCUIT CURRENT
0.00 mA
STORED CHARGE
0.00 μC
ELECTRIC FIELD
0.00 V/m