What is the purpose of mitigation bonds in stray current control?

Mitigation bonds play a critical role in stray current control by providing a pathway for stray currents to travel safely. These bonds effectively connect different sections of a structure or equipment, helping to equalize the electrical potential and prevent localized areas of corrosion or other damage. When stray currents can find a dedicated path through the mitigation bond, it reduces the risk of these currents causing harm to structures or equipment that they come into contact with.

This function is especially important in cathodic protection systems, where the aim is to protect metal structures from corrosion by diverting stray currents away from them. By allowing stray currents to flow through a designated bonding path, mitigation bonds help manage their impact, improving both safety and longevity of the structures involved. The other options do not accurately describe the main function of mitigation bonds—enhancing voltage, dissipating heat, or boosting signal strength do not align with the purpose of controlling and managing stray currents effectively.