Originally posted by 11=
925870
Originally posted by Raoul
ooh, technical manuals... i think those are a mixed bag, tbh...i took you as saying that feeding more energy in to the phaser arrays is the reason for them seeming more powerful. am i wrong? if so, my bad...
Well, the phaser systems have to be able to handle more energy and have to be able to actually put more energy into them.
You could certainly reroute systems to push more energy into the phaser banks, but you could overload them or even cause damage to the ship. That's why the say "refitted" or "urgraded" when it comes to phasers. GREAT!
All arrays adhere to this formula:
(h(21^b)%f)/f[h]xy6=p
P is the phaser output.
If you exceed a ratio of greater than 1/1 in the formula, the phaser array has to be upgraded. You can push more energy through per cycle, but it has to have a broader dissipation per unit area. Due to the phasic nature of the energy passing through the array, they are are designed for a specific nadion flux. Exceeding this ratio results in the degradation of the phaser emitter. It doesn't take long to burn it up. So, when a vessel's phasers are upgraded, it's usually the phase emitters and the energy systems that directly supply the phase emitters. Sure, you can push 300% rated power through the phase emitters, but that's a sure way to burn them up fast.
I am dead serious when I say this. Do NOT highlight the test until you've researched what I posted. Please please please do not highlight the text until you've researched what I've stated.
Spoiler:
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