Watts and power

audiozenology"You make many claims about amplifier performance that are not founded and would not be made by someone with a somewhat deep understanding of amplifier topologies and what drives their performance limitations."


You are really taking you’re newly discovered moral authority, obligations, and superiority to new heights, achieving a position of enlightened wisdom to dispense to the masses at you’re sole determination!

Georgehi-ifi says
Go away and stop your stalking, you are a pest...

Now, that’s the pot calling the kettle...

Btw: It’s past, not passed.
And you're, meaning 'you are'

Your just as bad as sunshine

Oh and stop calling people names. That continues to be uncalled for.
Don't you realise you are (you're) losing sales every time you open your mouth.

I don’t care what a gullible snake oil voodooist thinks. Because whatever they say is BS.
And what you have done here to your system below is most probably the ultimate I’ve seen in voodoo BS

jerrybj Any tweaks I’m missing?

Upgraded over the last year:

Chokes on electrical items with a switched mode power supply
Halide Bridge USB to coaxial reclocker
Akiko Triple AC Power Enhancer
Audio Prism Ground Control spades on speakers
RCA shorting plugs for inputs on my amp.
Akiko Tuning Caps on amp outputs.
Akiko Fuse Box Tuning Chip.
1 x Shumann Resonator Chatres SE + power supply

1 x Schumann Resonator CHARTRES Mk3

Black Ravioli pads for amp, Dac and power supply

Vibrapod isolation cones and feet
Akiko Universal Tuning Sticks on speaker cables.
iFi AC iPurifier.
MCRU Mains Filtration plug
Mad Scientist Nitro Nano power cables.
’LOA audio tweak’ chip.
Signal Ground solutions SGS-1 Groundng Box.
3 x Bybee iQSE - one on power board.
High Fidelity Cables MC-0.5
XLR Noise Stopper Caps.
Russ Andrews ’The Silencer.’
Audioquest Jitterbug.
iFi USB Silencer.
SR Orange fuses

PPT Omega + EMat to trial

Mad Scientist Graphene Contact Enhancer to apply
Mad Scientist Donuts coming.

Thank you for your reply @audiozenology

Optimize,

• P = v * I
• P = v^2 / R
• P = i^2 * R
• 
  

If you know P and R, then you can calculate I and V.

But I could not really wrap my head around WHY the correct formulas could work to calculate I and V on a amplifier output.

Because that would suggest that ALL amplifiers with different operations classes, types of FET and wiring singel ended/Push pull. Gives the SAME constant and relationships so only from wattage and resistance you can get the I and V.

That is something I don’t believe is true at all!

And I think I found the missing link.. Why you think that we kan use those formulas on the output power for a amplifier!

The formulas above only works on:
Single Phase OR Three Phase Delta
https://www.chromalox.com/Resources%20and%20Support/calculators/ohms-law

That is logical when you measure on a constant like between different phase conductors in your home and I believe it is not applicable on the any given amplifier output.

But I can be wrong maybe any other more gifted than I could share a light on the subject. :)

Optimize, amplifier power tests, right or wrong are made into constant resistance loads. The equations I posted are simple extensions of ohms law. All that is required is to use RMS values. They work.


With inductive and capacitive loads there may be other thermal limits placed on the available power, at least with non switching amplifiers.