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Resistor

Calculates different time out for different time dependent conditions.

Resistor impedance

Inductance L= H H
Capacitance C= F F
Impedance Z= Ω Ω

Resistor with four stripes

Color 1:st stripe 2:nd stripe 3:rd stripe 4:th stripe
Multiplier Tolerance
Black Black 0 0 x100
Brown Brown 1 1 x101 ± 1%
Red Red 2 2 x102 ± 2%
Orange Orange 3 3 x103
Yellow Yellow 4 4 x104
Gren Gren 5 5 x105 ± 0,5%
Blue Blue 6 6 x106 ± 0,25%
Violet Violet7 7 x107 ± 0,1%
Grey Grey 8 8 x108 ± 0,05%
White White 9 9 x109
Gold Gold x10-1 ± 5%
Silver Silver x10-2 ± 10%
Ingen ± 20%

Resistor with five stripes

Color 1:st stripe 2:nd stripe 3:rd stripe 4:th stripe 5:th stripe
Multiplier Tolerance Temp. koeff
Black Black 0 0 0 x100
Brown Brown 1 1 1 x101 ± 1% 100ppm
Red Red 2 2 2 x102 ± 2% 50ppm
Orange Orange 3 3 3 x103 15ppm
Yellow Yellow 4 4 4 x104 25ppm
Gren Gren 5 5 5 x105 ± 0,5%
Blue Blue 6 6 6 x106 ± 0,25%
Violet Violet7 7 7 x107 ± 0,1%
Grey Grey 8 8 8 x108 ± 0,05%
White White 9 9 9 x109
Gold Gold x10-1 ± 5%
Silver Silver x10-2 ± 10%
None ± 20%

Resistor with six stripes

Color 1:st stripe 2:nd stripe 3:rd stripe 4:th stripe 5:th stripe 6:th stripe
Multiplier Tolerance
Black Black 0 0 0 x100
Brown Brown 1 1 1 x101 ± 1%
Red Red 2 2 2 x102 ± 2%
Orange Orange 3 3 3 x103
Yellow Yellow 4 4 4 x104
Gren Gren 5 5 5 x105 ± 0,5%
Blue Blue 6 6 6 x106 ± 0,25%
Violet Violet7 7 7 x107 ± 0,1%
Grey Grey 8 8 8 x108 ± 0,05%
White White 9 9 9 x109
Gold Gold x10-1 ± 5%
Silver Silver x10-2 ± 10%
None ± 20%

Explanations

Resistance

Resistance is a current-limiting capability of an electrical circuit, ie whatever resistance is present in the circuit. Resistance is measured in ohms (Ω).

Inductance

Inductance is a measure of the relationship between the current and the magnetic flux. The inductance of a circuit counteracts changes in the current passing through a coil. The unit for inductance is Henry (H) or alternatively Weber per ampere. In most cases, 1 H is a very high induction of which, for example, mH etc is used instead.

Capacitance

The ability of a component to store an electrical charge is called capacitance and is defined as the ratio of charge to voltage. Capacitance is measured in the SI unit danger (F) which equals 1 coulomb per second which is often a very high capacitance for ordinary components.