2. cables
  3. 157062-2546

Directionality Explained

I have read it argued against by those who think they know
Here is proof
Paul Speltz Founder of ANTICABLES shares his thoughts about wire directionality. Dear Fellow Audiophiles, As an electronic engineer, I struggled years ago with the idea of wire being directional because it did not fit into any of the electrical models I had learned. It simply did not make sense to me that an alternating music signal should favor a direction in a conductor. One of the great things about our audio hobby is that we are able to hear things well before we can explain them; and just because we can’t explain something, doesn't mean that it is not real. 

https://www.monoandstereo.com/2020/05/wire-directionality.html#more
tweak1
andy2
1,553 posts
 
This "directionality" at least as it applies to audio, would be easy to measure and/or quantify .... sort of like dielectrics, and once quantified, could be evaluated if within the realm of audibility
Using this logic, then all cables should sound similar since human hearing can hear any difference. 

Most bulk circuit effects, i.e. resistance, inductance, capacitance are not even at the level to be audible (unless poorly designed/specified).
Again, this logic suggests that our audible ability is so poor we couldn't tell the difference.  But it's been shown our hearing is highly acute.

The direction differences in those values, unless intentional, will be orders of magnitude below that .. or inaudible.
Certain an opinion and not a factual statement.  


djones51
4,947 posts
 
There is also the voltage law which must follow the conservation of energy

The voltage changes around any closed loop must sum to zero. No matter what path you take through an electric circuit, if you return to your starting point you must measure the same voltage, constraining the net change around the loop to be zero.

Read this it will tell you everything you want to know about electrical circuits and then some. There is also some good links into sound and hearing read those too.
http://hyperphysics.phy-astr.gsu.edu/hbase/hframe.html
andy2
1,553 posts
 
The voltage changes around any closed loop must sum to zero. No matter what path you take through an electric circuit, if you return to your starting point you must measure the same voltage, constraining the net change around the loop to be zero.
This may be the first time someone using his own logic against himself :-)

Think of a simple voltage divider. The voltage gets smaller and smaller going in the loop. Then at the source, it gets regenerated and we start the same thing all over again.  All the while this going on, the current in the loop is always exactly the same.
djones51
4,947 posts
 
Since voltage is electric potential energy per unit charge if voltage doesn't sum to zero in a closed loop then you've violated the conservation of energy. 
andy2
1,553 posts
 
hmm... who said the voltage does not sum up to zero?  They always sum up to zero.
More to discover