RC Circuit in DC - Charging and Discharging
Charging
Discharging
Source Voltage (
V
S
):
V
Resistance (
R
):
kΩ
Capacitor Input Mode:
Mode: Direct C
Capacitance (
C
):
nF
Plate Area (
A
):
cm²
Separation (
d
):
mm
Dielectric / Tech (
ε
r
):
Air / Vacuum (εr = 1.0)
PTFE / Teflon (εr = 2.1)
Polypropylene / Film (εr = 2.2)
Polyester / Mylar (εr = 2.5)
Paper / Cardboard (εr = 3.7)
Mica (εr = 4.8)
Aluminum Oxide (εr = 9.0)
Tantalum Pentoxide (εr = 25.0)
EDLC Electrolyte / Double Layer (εr = 80.0)
Class 2 Ceramic / X7R (εr = 100.0)
Time (
t
):
s
Layout: Curves Bottom
Reset Time
💡 Click directly anywhere on response curves to inspect state at specific time
(
t
)
.
C
=
ε
0
ε
r
A
d
.