Amplifier/testing sheet for you to use.
#12
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?
#13
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.
#16
#17
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
#19
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