L12, DS1267 Dual Digital Potentiometer
Pin #	Pin Description	Circuit Configuration	IDM Function
1	VB	Common GND	DIG-POT Substrate GND Ref
2	NC	NC	Not Used
3	H1	Common GND	Hard-wired to GND
4	L1	Supplied from (L14-P14)	Adjustable gain
5	W1	Returned to (L14-P13)	Signal Feedback (adj gain)
6	/RST	Driven by (L8-P25)	Potentiometer hardware-reset
7	CLK	Driven by (L8-P24)
8	GND	Common GND	Power Supply GND
9	DQ	Driven by (L8-P23)
10	COUT	Driven by (L8-P22)
11	L0	Common GND	Hard-wired to GND
12	H0	Supplied from (L16-P6,8)	2.5 Volt Reference
13	W0	Supplies (L14-P5)	Adj bias voltage out (0-2.5 volts)
14	SOUT	NC	Not Used
15	NC	NC	Not Used
16	VCC	Power 5VDC	5VDC Power Supply

This is a section of the IDM worth a second look. The controller can adjust the amount of current delivered to the injectors. Consider locations 14 and 16 as well as they all combine to form the control which has a lot of potential for tweaking.There are quite a few methods in which we can trick the IDM into either adding or subtracting current from the injectors. This goes hand to hand with the resistor mod to increase voltage. And the same holds true for this mod, a simple resistor can be changed. This one has worked its way up on my personal “To do” list. If you have the capabilities check this out for yourself. Though my documents are pretty sketchy and leave a lot to be desired you should be able to use my work as a frame work to save a hell of a lot of time.