What follows below is the version of the page as it existed on January 6, 2003. I have created these back-ups for the sake of historical accuracy, since my site and its pages will continue to evolve long after StarDestroyer.Net's attempted "attack on [my] credibility" is forgotten.
Long ago, the Star Trek: The Next Generation Technical Manual gave Star Trek fans a glimpse into the inner workings of the newest Enterprise . . . NCC-1701-D. For some time, it was an invaluable resource in Vs. debates, as well, for there was the veritable bible of Trek technology in one small package, surpassable only by the canon itself.
The book was not without its flaws, at least when pressed into service in such debates. Though an enjoyable read even today, it had some peculiarities. One of the most notable involved phasers, both the handheld units and the shipboard arrays.
"As installed in the Galaxy class,
the main ship's phasers are rated as Type X, the largest emitters
available for starship use. Individual emitter segments are capable
of directing 5.1 megawatts. By comparison, the small personal phasers
issued to Starfleet crew memmbers are Type I and II, the latter
being limited to 0.01 MW. ... A typical large phaser array aboard
the USS Enterprise, such as the upper dorsal array on the
Saucer Module, consists of two hundred emitter segments in a dense
linear arrangement ... Energy from all discharged segments passes
directionally over neighboring segments due to force coupling,
converging on the release point, where the beam will emerge and
travel at c to the target."
- ST:TNG Technical Manual, pp. 123, 125
From the above, it seemed pretty clear that the 200 emitter segments of the dorsal saucer array (the largest aboardship) would, when the array was fired, each direct 5.1 megawatts and join their energies together into a larger blow of 200 x 5.1 megawatts. Or, 1.02 gigawatts. Sure, there was talk of nadions, strong nuclear force liberation, nuclear disruption effects, and so on, but the simple digits of the 1.02 gigawatt figure reigned supreme as a solid, basic value that people could wrap their head around. 1.02 gigajoules per second . . . no problem.
But, there were problems. For instance, photon torpedoes, according to the Tech Manual and assuming maximum theoretical yield, released almost 268,000,000 gigajoules when they exploded. Assuming a full second for detonation, that would make torpedoes 268 million times more effective than phasers. And, let's not forget that phasers had been seen to be used effectively against shields, even though there was no matter to disrupt. Last, but most certainly not least, we've seen the ship's phasers do far more than 1.02 gigawatts could ever hope to accomplish in any form . . . and, we also know that hand-held weapons are most certainly not limited to 0.01 MW.
Clearly, something was amiss. And when something is amiss, who else but the opposition stands ready to leap into the fray and demand that the silliest possible solution most harmful to the other side is the correct one. And that's just what some Warsies did.
. . . and that's just what one Rabid Warsie continues to do to this very day. Mike Wong, on one of his newest pages (as of 12-03-02) which purports to settle the ST vs. SW issue in five minutes, assigns the entire Enterprise-D a phaser power of 3.6 gigawatts across all possible emitters.
But, as always happens in such circumstances, the Warsie has chosen to ignore certain important facts . . . and even more embarrassingly, he has leapt before he (literally) looked.
First, there's the simple matter of the Paramount policy in regards to what is and is not Star Trek canon fact, established for quite some time. Of course, simple matters of canon policy do not restrain the Warsie, since on that very same page he chooses to ignore other Star Wars non-canon, as well.
But, this page is not intended to show up a certain Warsie's silliness. The idea here is to point out the final nail in the coffin of the oft-repeated 1.02 gigawatt silliness. And it is here that we come to the second point . . . taking a look at the ship. In this thread of the rec.arts.startrek.tech newsgroup, we get to see the actual counting of emitter segments take place. The results are tallied in this post. As you can see, the dorsal saucer array doesn't have a mere 200 segments . . . the actual number is around 950.
Even if we accept the ridiculous 5.1 MW figure (in spite of the fact that a comparatively-tiny phaser rifle can put out one-fifth that figure), we do not come up with 1.02 gigawatts, but instead 4.85 gigawatts.
Thus, if one is simply intent on arguing for the lowest possible figures from the Trek non-canon and ignoring every canon instance of actual phaser fire, the least one could do is accept the phasers the way they really are when just sitting unused.
Special thanks to the participants of rec.arts.startrek.tech, notably Graham Kennedy and Mike Dicenso.