Inductance of a rectangular coil (b × d)
Author: kegasaExecutions: 1687
※ This library was created by a member. This site is not responsible for its content.
Self-inductance of a Rectangle Made of Round Wire
μ0 = 4*pi*10^(-7);
ω = 2*pi*frequency;
a = radiusWire_mm/1000;
Area = b*d;
L = μ0/pi*(b*ln(2*b/a)+d*ln(2*d/a)+2*sqrt(b^2+d^2)
-b*asinh(b/d)-d*asinh(d/b)-2*(b+d));
LmicroH = L * 10^6;
XL = ω * L;
C = 1 / (ω * XL);
CpF = C * 10^12;
ω = 2*pi*frequency;
a = radiusWire_mm/1000;
Area = b*d;
L = μ0/pi*(b*ln(2*b/a)+d*ln(2*d/a)+2*sqrt(b^2+d^2)
-b*asinh(b/d)-d*asinh(d/b)-2*(b+d));
LmicroH = L * 10^6;
XL = ω * L;
C = 1 / (ω * XL);
CpF = C * 10^12;
| Area | m² |
| L | μH |
| XL | ohm |
| C | pF |
print(Area);
print(LmicroH);
print(XL);
print(CpF);
print(LmicroH);
print(XL);
print(CpF);
No customer feedback for this calculation yet.