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Summary of change:
"BMW M60B40" EC36/18 - mot88 pinout We can start manufacturing from a '''spreadsheet''' similar to [http://vems.hu/download/v3/Motronic88/M50-vanos-vs-s50b32.xls S50B32] that clearly specifies '''EC36+18 - Mot88 mapping''', and Assembled ECU specs similar to: 1 x ECU VEMS V3 - primary_trigger: EC36/27 VR - secondary_trigger: HALL - 1-wire interface: no - EGT input: 1 - ETC BridgeOutput_Interface: 0 - Flyback: HighZ-only 30V flyback - Hi-side PFET outputs: 4 - ignition driver: 8 - Knock input channels: 0 - LCD connection: no - MAP connection: 400 kPa simplenipple (actually external MAP sensor included, SSC5...) ---- '''Other outputs''' Can you put 2or more NFETs or PFETs on flying (for ex. boostcontrol?) * possible upto 4 NFETs + 4 PFETs total ** should be more than enough together with the stepper outputs, +2nd WBO2 heater output ** possibly 2 extra-FET outputs and a couple other PWM outputs from connected round (AIM stream sent via 2nd RS232 TX) ... unlikely to be needed ---- '''Notes''' * need the M60 PNP units to have NFET outputs on P259 ** NFET on p259 are activated when p259 NOT activated (so inverted). ** They may, or may NOT need to be inverted in config depending on what the control ** need to be inverted in config for "normal" function, yes ** practical test: temporarily set as MISC2 output, and toggle the "inverted flag" while measuring from +5V as a base *** -5V means NFET pulling to GND *** +7V means PFET pulling to +12V *** 0V means inactive
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