What happens if there is no zero-ohm resistor in the circuit?
What is the reason for zero-ohm resistance in circuits? We have seen these resistors many times in circuits. The value of these resistances is zero ohms, but they exist in the circuit for many reasons. A ceramic resistor has one or more zeros on the surface, indicating zero-ohm resistance. Most people think that the function of this resistor is as a jumper. Of course, this thought is correct, but there are other uses for this resistance. For example, in mass production, a machine cannot cut and place jumper wires, so it is best to use zero resistance. Otherwise, we have to have separate devices to place the jumpers.
In this video, I have shown 6 reasons for using zero-ohm resistance. Of course, the use of this piece is much more than these.
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00:00 A brief description of zero-ohm resistance
00:51 The reasons for using this zero-ohm resistor