Thank you for your reply @audiozenology
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,But I could not really wrap my head around WHY the correct formulas could work to calculate I and V on a amplifier output.If you know P and R, then you can calculate I and V.
- P = v * I
- P = v^2 / R
- P = i^2 * R
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. :)