Can You Run Two Circuits Simultaneously by Bridging Them?

AI Thread Summary
Running two circuits simultaneously by bridging them is possible, often referred to as "Hot Plugging" or "Hot Swapping." When a second part of the circuit is added, the voltage and current of the first circuit can change due to the load introduced by the second circuit. This process requires mechanisms to manage sudden changes in current and voltage to prevent damage. The discussion also touches on whether this applies to plugging appliances into the power grid. Understanding these concepts is crucial for safe and effective circuit management.
fredreload
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Is it possible to have one part of the circuit running with electricity then manually add in a second part of the circuit to the first part and have both running simultaneously? Is there a name for such a circuit? The voltage and current of the first part of the circuit would change because of the second part of the circuit?
 
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Do you mean plugging an appliance into the wall? The first circuit is the power grid. The second circuit is the applicance.
 
Ya, something like that, what would happen to the current and voltage on both sides of the circuits and is there a mechanism to accommodate for the suddent change in current and voltage?
 
fredreload said:
Is it possible to have one part of the circuit running with electricity then manually add in a second part of the circuit to the first part and have both running simultaneously? Is there a name for such a circuit? The voltage and current of the first part of the circuit would change because of the second part of the circuit?

You may be asking about "Hot Plugging" or "Hot Swapping"...

https://en.wikipedia.org/wiki/Hot_plug

:smile:
 
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