Parallel Plate Capacitor Simulator
Visualize the relationship between physical parameters and capacitance
Capacitor Visualization
+Q (Top Plate)
-Q (Bottom Plate)
Geometric Parameters
1.0 m²
0.1 m
Material Properties
10 V
Visualization Options
Capacitance Formula: C = ε₀εᵣ(A/d) where ε₀ = 8.854×10⁻¹² F/m
Capacitance
88.5 pF
Stored Charge
0.885 nC
Stored Energy
4.43 nJ
Electric Field
100 V/m
About This Simulation
This interactive simulation demonstrates how parallel plate capacitors work and how their capacitance is affected by physical parameters. The capacitance (C) of a parallel plate capacitor is determined by three main factors:
- The area of the plates (A) - larger area increases capacitance
- The distance between the plates (d) - smaller distance increases capacitance
- The dielectric material between the plates (εᵣ) - higher permittivity increases capacitance
Try adjusting the sliders to see how these parameters affect the capacitance and other electrical properties. The visualization updates in real-time to show the physical changes to the capacitor.
