Is There a Short Circuit in Your Diagram? How to Spot It!

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SUMMARY

This discussion focuses on identifying short circuits in electronic circuit diagrams. A short circuit occurs when there is a direct path from the positive voltage terminal to the negative terminal without any resistive, inductive, or capacitive elements, leading to excessive current flow and potential component failure. The conversation outlines the distinctions between open circuits, closed circuits, complete circuits, and short circuits, emphasizing that short circuits are detrimental to circuit functionality. Participants suggest scanning the diagram for clarity and offer to provide further assistance if needed.

PREREQUISITES
  • Understanding of basic electrical concepts such as voltage, current, and resistance.
  • Familiarity with circuit diagram symbols and components.
  • Knowledge of circuit types: open, closed, complete, and short circuits.
  • Ability to interpret and analyze electronic schematics.
NEXT STEPS
  • Learn how to use circuit simulation software like LTspice to visualize circuit behavior.
  • Study methods for troubleshooting electrical circuits, focusing on identifying shorts.
  • Explore techniques for safely testing circuits with a multimeter.
  • Research best practices for designing circuits to prevent short circuits.
USEFUL FOR

Electronics enthusiasts, electrical engineers, and students studying circuit design who need to identify and troubleshoot short circuits in their diagrams.

beyondlimits
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How do i find if there is a short circuit in the circuit diagrams. i am really confused. please help.
 
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If you can find a path from + to - that avoids going through any resistor or other load, you have a short.
 
That's a fairly general question. In general, there are 3 types of circuits.
  1. Open Circuit
  2. Closed Circuit
    • Complete Circuit
    • Short Circuit
An open circuit is any series of electronic components where a path can not be draw from the power source through components and back. These do nothing.
A complete circuit is a where a path can be drawn from the source, through components, and back again. Generally speaking these are good.
You're interested in the short circuit, which is a type of closed circuit with no load. In short, no pun intended, there is a path from the positive voltage terminal back to the negative with no inductive, capacitive, or resistive elements. These are almost always bad, and lead to an ungodly amount of current flow, thus heat, melting, and component failure.

Examples(assume all connections are specified):
-A battery with the negative terminal connected to one end of a resistor is an open circuit.
-A battery with one end of an inductor, capacitor, resistor, or any combination thereof connected to both terminals is a complete closed circuit. That is one resistor lead goes to the negative terminal, the other to the positive.
-A battery with a wire leading from one terminal to the other, or from any voltage potential to ground is a short circuit.

Depending on the complexity of the diagram, it may or may not be tricky to find shorts. You should scan you diagram and post it if you want more specific help.

**edit** Oops, someone beat me to it, lol.
 
Last edited:
thanks to both of u.that was a satisfactory explanation. I'l try to solve the problem this way. and i'l post the Diagram itself if i am still unable 2 deal with it. thanks once again.
 

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