you are dealing with a DC current so inductance is not going to be an issue. Inductance only plays a part in AC current due to the 60 hertz cycle that our electricial system operates at. the inductance causes the phasing to distort hence the reason Capacitor banks are installed on three phase ovhd electrical systems. The capacitor counteracts the phase distortion cause by three phase motors and equipment. (these motors act as inductors to the system. With DC there is no cycle rate therefore the voltage and "time" is not altered/distored.

I am not the best at explainign this without diagrams and picture but i hope this gives you an idea why you would be able to substitute resistors in place of injectors.

Terry

Best way to understand is to view AC on an occilloscope.
Inductance causes voltage to lag the current. When capacitance is intruduced into the circuit the voltage will lead the current. In DC current there are no cycles, therfore no problem. 12v dc stays 12v dc constant. in AC current each phase cycles at 60 hertz, goes from 0 v to 120v to 0 and back to 120 60 times a second (120/240v residential circuit for example)

96 Eagle talon ESI
Greddy header - Greddy exhaust

97 Eclipse
Star Stage II - Boost/oil/EGT gauges - Apexi N1 3" exhaust - SFMU/return line - Apexi SAFC - Stage 2 6 puck Sprung hub MIBA clutch - Shortened shifter - Koni Yellows w/eibach prokit - Stillen Fr/Rr swaybars - ceramic intake - DEI Keyless entry alarm - Niche 17" Shoks

Waiting to be installed: HKS EVC IV, 450 Turbo injectors, GSX Front brakes (need rotors)

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