The difference between zero-ohm resistance and direct wire connection
What is a zero ohm resistor?
A Zero-ohm resistor is a wire link used to connect traces on a printed circuit board and is packaged in the same physical package format as a resistor. This design format allows it to be placed on the circuit board using same automated equipment used to place other resistors, instead of using other a separate machine to install a jumper or other wire. The resistance is approximately zero (typically its 10-50 mΩ maximum is specified). A percentage tolerance would make sense as it would be specified be specified as percentage of ideal value of zero-ohm, so it is not specified.
What is a direct-wire-connection?
A Direct-wire-connection describes the use of a wire to aid in flow of currents of any ratings as per the size of the conducting wire. Therefore, we will not connect directly using wire instead of a zero-ohm resistor because initially one uses zero-ohm resistor to allow traces on same side of PCB to cross to another trace, one trace has a zero-ohm resistor while the second trace runs in between the leads of the resistor, hence avoiding contact with first trace.
 Figure 1 Zero-Ohm Axial-Lead Resistor Frequently Asked Questions What is The difference between zero-ohm resistance and direct wire connection? The difference between zero-ohm resistance and direct wire connection Looking for capacitors online purchase? is a reliable marketplace to buy and learn about capacitors. Come with us for amazing deals & information. Which category does The difference between zero-ohm resistance and direct wire connection belong to? The difference between zero-ohm resistance and direct wire connection is part of our Tutorials collection, where we cover the latest trends and technical insights. Where can I find more technical details on Tutorials? You can explore our Tutorials section for more articles and resources related to this topic. RECOMMENDED READING
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