THE JUMPGATE DEFINITIVE GUIDE - Tripod
THE JUMPGATE DEFINITIVE GUIDE - Tripod
THE JUMPGATE DEFINITIVE GUIDE - Tripod
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PCM-EE3<br />
Size: 1<br />
Mass: 2000<br />
4% reduction to engine<br />
power consumption.<br />
SE - Shield Efficiency<br />
PCM-SE1<br />
PCM-SE2<br />
PCM-SE3<br />
Size: 1<br />
Mass: 485<br />
2% reduction to shield<br />
recharge power<br />
consumption.<br />
Size: 1<br />
Mass: 980<br />
3% reduction to shield<br />
recharge power<br />
consumption.<br />
Size: 1<br />
Mass: 2300<br />
4% reduction to shield<br />
recharge power<br />
consumption.<br />
WE - Weapon Efficiency<br />
PCM-WE1<br />
Size: 1<br />
Mass: 685<br />
2% reduction (per shot) to<br />
weapon power<br />
consumption<br />
"PCM-EE3 is a pre-collapse system the recaptures<br />
engine power lost in the IR and visible light range<br />
and feeds this power back to the engine. This<br />
results in reducing the power requirements for a<br />
given thrust level by 4%."<br />
"This modx reduces the electrical load of a shield<br />
by 2%, leaving the excess power to be diverted to<br />
other systems. Since most shield systems are highpass<br />
filters, using only higher frequency electrical<br />
power, this system diverts the DC component of<br />
the EMF back to the main bus, boosting DC<br />
current to other devices."<br />
"This very advanced pre-collapse modx seems to<br />
create a field that captures background energy in<br />
the UV and Gamma range and feeds it to the<br />
shield system. This reduces the energy required to<br />
recharge a shield by 3%."<br />
"This artifact reduces the energy needed to<br />
recharge a shield by up to 4%. This appears to be<br />
achieved through the generation of a cancellation<br />
field that prevents the shield from interfering with<br />
its own power converters."<br />
"A multi-connection power coupler, the device<br />
uses some relatively simple electronics to tune the<br />
high energy pulses required to fire a weapon, thus<br />
reducing the energy drained from a ship's<br />
capacitor by approximately 2% per shot."<br />
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