Name of this electrical circuit?

AI Thread Summary
The circuit in question resembles a voltage divider but also influences both series and parallel components simultaneously. Participants humorously suggested various names for the circuit, including "Manually Controlled Variable Potential Reduction Demonstrator" and "Hybrid Electromotively Adjustable Thermal Efficiency Reducer." There was a discussion about the voltage across the load, with some confusion regarding how to achieve 30 volts in this setup. Clarifications were made about the role of the potentiometer and its configuration in relation to the load. Overall, the conversation blended technical insights with light-hearted banter.
nivaOne
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Hi,

I'm woundering whether this circuit has some kind of dedicated name in the field?

https://dl.dropboxusercontent.com/u/22589354/VoltageDivider2.jpg

It's not just the average voltage divider as it it influences the serial part as well the parallel part in the same time.
And does anybody know when it is typically used?

Thanks,

NivaOne
 
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Rp is set up as a voltage divider driving RB as a load.
 
Looks like Rp is a potentiometer...like Simon said above, looks like a voltage divider, where the voltage across Rb can be anywhere between 30 and 0 volts, and in between the extremes, the voltage resulting from the voltage division between Rp and Rb.
 
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I think it is commonly referred to as a Manually Controlled Variable Potential Reduction Demonstrator. (just kidding)
 
Controlled Level Indexed Total Offset Resistance Indicator System
 
baaaaaad boyyyyyy. That'll cost you 2 points at least!
How about
Hybrid Electromotively Adjustable Thermal Efficiency Reducer.
 
jrive said:
Looks like Rp is a potentiometer...like Simon said above, looks like a voltage divider, where the voltage across Rb can be anywhere between 30 and 0 volts, and in between the extremes, the voltage resulting from the voltage division between Rp and Rb.

I don't really see how you could get 30 V across the load with this set-up. If it is indeed a potentiometer, than Rp can either be in series with the load or in parallel with the load, or somewhere in-between. Either way, Rp would have to be zero and in series for 30 V to appear across the load. My apologies if I am wrong.
 
If a potentiometer is adjusted to its top adjustment the series resistance will be zero. Rp will appear in parallel with Rb
 
Right. My apologies! My head was in a book all day, so I for some reason was not comprehending that.
 
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meBigGuy said:
baaaaaad boyyyyyy. That'll cost you 2 points at least!
Not a Red Dwarf fan then?
Hybrid Electromotively Adjustable Thermal Efficiency Reducer.
... that goes on the right, if the adjustment is not electromotive then it has to go on the left.

Presumably OP has the answer.
 
  • #11
From Red Dwarf? ---- that means 4 points. Deriving jokes from silly-shows is not considered acceptable forum behavior.
(Haven't seen much Red Dwarf. Maybe 5 or 6 episodes. It was a bit much for me. I'm more of a Lexx guy if you can believe that).
 
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