What effects does a conductor have on a circuit. How can they be minimised?

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SUMMARY

The discussion focuses on the various effects that conductors, specifically copper wires, have on electrical circuits and how these effects can be minimized. Key factors include heat generation due to resistance, the age of the conductor, and environmental conditions. It is established that high resistance leads to overheating, which can compromise circuit integrity and safety. To mitigate these issues, controlling the operating temperature and ensuring proper handling and maintenance of conductors are essential strategies.

PREREQUISITES
  • Understanding of electrical resistance and its impact on heat generation
  • Knowledge of conductor materials, specifically copper
  • Familiarity with circuit safety standards and practices
  • Awareness of environmental factors affecting electrical components
NEXT STEPS
  • Research methods to calculate electrical resistance in conductors
  • Explore the effects of temperature on copper wire performance
  • Learn about circuit maintenance best practices to prolong conductor life
  • Investigate environmental factors that influence electrical conductivity
USEFUL FOR

Electrical engineers, technicians, and students seeking to understand the impact of conductors on circuit performance and safety. This discussion is particularly beneficial for those involved in circuit design and maintenance.

MathsRetard09
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Homework Statement



What effects occur on a conductor within a circuit, for example copper wires - what can effect them and what can be done to control the effect?

Homework Equations



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The Attempt at a Solution



I have no real understanding of electrics but one attempt is:

Heat, a conductor creates heat when the resistance is high and this can expand the copper --- but i don't even know what exactly would happen other than the circuit would overheat?? and to minimise this you'd control the temperatures within the environment of the circuit??

Thats one effect i believe there's bound to be others? please list as many as you can, i want a better understanding of this, i can't get my head around it - I am not an electrician which doesn't help lol

Thanks for any advice and help.
 
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That's not a very well-worded question. Lots of things can affect conductors in a circuit- what they're made out of, how old they are, what kind of environment they're in, how well they've been handled...
 
fss said:
That's not a very well-worded question. Lots of things can affect conductors in a circuit- what they're made out of, how old they are, what kind of environment they're in, how well they've been handled...

Thats exactly what I am looking for - its not aimed precisley at anything, just an all round observation if that makes sense.

So for example, how old they are - so if they're fairly old, what effect would this have on a circuit? would the current be unreliable or will it cause electrical fires or what?

Another from what you've said - The type of environment they're in - how can this effect a circuit?

Honestly this is the stuff i want to know - it can be one of the above, so long as i understand how this effects the circuit and how it can be controlled. It doesn't have to be every effect possibly known, just a few examples to help me.

thanks.
 

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