Cheap Static Correction Measurement for Dog Shock Collars

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Discussion Overview

The discussion revolves around methods for measuring static correction in dog shock collars. Participants explore various measurement techniques, the nature of the electrical signal used in these devices, and reference to existing research in related fields.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • One participant suggests using a high voltage probe and oscilloscope, noting that this method may not be considered "cheap."
  • Another participant proposes that shock collars likely use an AC high voltage waveform rather than a static shock, indicating a need for further research.
  • A different viewpoint mentions that measuring AC could be more challenging than measuring DC, particularly with conventional voltmeters.
  • One participant raises a question about the behavior of the dog during the shock to differentiate between AC and DC, suggesting that muscle contraction would indicate DC.
  • Another participant references extensive research articles on measurement techniques related to this topic, citing notable figures in electro-physio-psychology and related fields.

Areas of Agreement / Disagreement

Participants express differing views on the nature of the electrical signal used in shock collars and the methods for measuring it. There is no consensus on a specific measurement technique or the characteristics of the signal.

Contextual Notes

Some assumptions about the nature of the electrical signal and the behavior of the dog during the shock are not fully explored. The discussion also references research that may not be directly applicable to the specific measurement question posed.

Who May Find This Useful

Individuals interested in animal behavior, electrical engineering, or measurement techniques in experimental psychology may find this discussion relevant.

flymac1
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Is there a cheap way to measure static correction on a shock collar for dogs?
Thanks in advance,
Mac
 
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The standard way would be to use a high voltage probe and an oscilloscope. Not exactly a "cheap" way, though. BTW, I'd think that the shock collars probably use an AC high voltage waveform, not a "static" shock. Guess I'll google/wiki them if I have time to see how they work...
 
I suppose AC would be more difficult to measure than DC, since hooking it to a conventional voltmeter, the needle would not deflect much.

To determine AC or DC, if u happen to see the collar being used, does the dog freeze everytime the electric shock is given? If so, it is DC, for DC will cause muscles to contract. If not, then it's AC.
 
There are extensive research articles published on this
subject that will tell you everything you need to know
about this kind of measurement technique.

They're recorded under the research works of
Doctors J. Mengele & S. Milgram, pioneers
in their fields of electro-physio-psychology.

Also of note may be the quantitative research of
Doctor I. Pavlov, and the seminal qualitative
analysis of Doctor Marc Bekoff.
 

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