Difference between revisions of "Triaxilating"
(Created page with 'Triaxilation was a type of modulation, that could be applied in various technologies. Triaxilating a comm signal is a method used by Star Fleet to make a signal secure. [[Co…') |
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Triaxilation was a type of modulation, that could be applied in various technologies. | Triaxilation was a type of modulation, that could be applied in various technologies. | ||
| − | Triaxilating a comm signal is a method used by [[Star Fleet]] to make a signal secure. [[Communications officer]] | + | Triaxilating a comm signal is a method used by [[Star Fleet]] to make a signal secure. [[Communications officer]] {{MA|Hoshi_Sato|Hoshi Sato}} noted that a triaxilated signal would remain completely undetected even if one was sent from inside [[Star Fleet Headquarters]]. |
The [[Borg]] triaxilated [[deflector shield]] geometry to absorb the energy of [[phaser]] pulses modulated to change frequencies. The Borg however could not instantaneously adapt and usually took a few shots through their shields first. However when a Borg cube knew beforehand the frequencies of even a massive energy burst, they could absorb it completely without taking any damage. | The [[Borg]] triaxilated [[deflector shield]] geometry to absorb the energy of [[phaser]] pulses modulated to change frequencies. The Borg however could not instantaneously adapt and usually took a few shots through their shields first. However when a Borg cube knew beforehand the frequencies of even a massive energy burst, they could absorb it completely without taking any damage. | ||
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Antiphoton pulses could be used to disrupt the signals of heavily armored [[holoemitter]]s. The pulse was emitted on a triaxilating frequency, and would shut down any emitter without damaging the program it is projecting. Emitters could still be protected from the pulse using deflector shields, or by emitting a feedback surge on the inverse triaxilating frequency to counter the pulse. | Antiphoton pulses could be used to disrupt the signals of heavily armored [[holoemitter]]s. The pulse was emitted on a triaxilating frequency, and would shut down any emitter without damaging the program it is projecting. Emitters could still be protected from the pulse using deflector shields, or by emitting a feedback surge on the inverse triaxilating frequency to counter the pulse. | ||
| − | [[category:engineering]][[category:starship Systems]][[category:communications]][[category:structural]][[category:holographics]] | + | [[category:engineering]] |
| + | [[category:starship Systems]] | ||
| + | [[category:communications]] | ||
| + | [[category:structural]] | ||
| + | [[category:holographics]] | ||
Revision as of 13:45, 23 June 2021
Triaxilation was a type of modulation, that could be applied in various technologies.
Triaxilating a comm signal is a method used by Star Fleet to make a signal secure. Communications officer Hoshi Sato (External Link) noted that a triaxilated signal would remain completely undetected even if one was sent from inside Star Fleet Headquarters.
The Borg triaxilated deflector shield geometry to absorb the energy of phaser pulses modulated to change frequencies. The Borg however could not instantaneously adapt and usually took a few shots through their shields first. However when a Borg cube knew beforehand the frequencies of even a massive energy burst, they could absorb it completely without taking any damage.
Antiphoton pulses could be used to disrupt the signals of heavily armored holoemitters. The pulse was emitted on a triaxilating frequency, and would shut down any emitter without damaging the program it is projecting. Emitters could still be protected from the pulse using deflector shields, or by emitting a feedback surge on the inverse triaxilating frequency to counter the pulse.
