Instructions

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If we now look at our resistances, we cann quickly calculate their value.
Let's start with the 220 Ω resistance
1. Ring:
Red : 2
2. Ring:
Red : 2
3. Ring:
Black : 0
4. Ring (Multiplier):
Black : -
5. Ring (Tolerance):
Brown : 1 %
Due to the fact that the multiplier has no value, the resistance can be
determined on 220 Ω with a tolerance of 1%, which this resistance can
vary.
1. Ring:
Brown: 1
2. Ring:
Black : 0
3. Ring:
Black : 0
4. Ring (Multiplier):
Brown: x 10
5. Ring (Tolerance):
Brown: 1 %
The first three rings give the first value of 100, which is calculated by
means of the multiplier (x 10) to the resistance value of 1000 Ω. This can
also be converted to 1 kΩ. So this has resistor a resistance value of 1 kΩ
with a tolerance of 1 %.
1. Ring:
Brown: 1
2. Ring:
Black : 0
3. Ring:
Black : 0
4. Ring (Multiplier):
Red : x 100
5. Ring (Tolerance):
Brown: 1 %
The first three rings result again in the first value of 100. By means of the
multiplier of x 100 the resistance value of 10.000 Ω is obtained, which can
be converted into 10 kΩ. Also this resistor has again a tolerance of 1 %.