Amplifier/testing sheet for you to use.
So far it seems to work fine for me, if anyone finds a glitch let me know.
I am now pressing to move to the next stage that will allow the program to auto calculate up to 8 amps(8 inputs) for you via sixteen 12 volt meters, sixteen AC/DC clamp meters and a usb2.0 box. Will take alot longer but still do-able imo. Until then enjoy this one
And no I am not gonna patent it, don't care too. I got bigger ideas in the brain, this is a teaser.
oh whats your thoughts so far on this one?
I am now pressing to move to the next stage that will allow the program to auto calculate up to 8 amps(8 inputs) for you via sixteen 12 volt meters, sixteen AC/DC clamp meters and a usb2.0 box. Will take alot longer but still do-able imo. Until then enjoy this one
And no I am not gonna patent it, don't care too. I got bigger ideas in the brain, this is a teaser.oh whats your thoughts so far on this one?
Very cool! It'd be interesting to see some screenshots of the results people are getting from their different amps, although the results from the clamp/dmm method need be taken with a grain of salt from what I hear. It'd still be cool to see a collection of people's tests on various amps though! I will try this out with my Z1s this weekend.
correct.. most speakers are inductive...so.. in order to calculate power delivered to the speaker you cannot simply multiply RMS volts X RMS amps. That only works if they are in phase. This is basic electronics.
AC power - Wikipedia, the free encyclopedia
AC power - Wikipedia, the free encyclopedia
correct.. most speakers are inductive...so.. in order to calculate power delivered to the speaker you cannot simply multiply RMS volts X RMS amps. That only works if they are in phase. This is basic electronics.
AC power - Wikipedia, the free encyclopedia
AC power - Wikipedia, the free encyclopedia


