Powerful RISC CPU for advanced strategy execution Custom synchronous FPGA processor for engine position tracking up to 25,000 rpm
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1 F90F ECU The F90F ECU caters for advanced and challenging applications. The twin processor unit uses a high speed RISC processor for code execution and an additional large FPGA for high speed engine position tracking, allowing the scheduling of code to be independent of signal patterns, increasing flexibility, efficiency and accuracy under transient conditions. This powerful combination also allows advanced control algorithms but yet remains easy to calibrate for the end user. Professional Electronics for Automotive and Motorsport Processing Powerful RISC CPU for advanced strategy execution Custom synchronous FPGA processor for engine position tracking up to 25,000 rpm Outputs 52 user configurable general purpose Pulse Width Modulated power outputs, including: 12 ignition coil outputs IGBT or TTL (Software configurable) 24 fuel injector outputs 8 general PWM outputs or 8 analogue inputs (Software configurable) 4 full bridges also configurable as 8 half bridges or 8 PWMs Inputs 64 user configurable general purpose analogue sensor inputs, including up to 20 bipolar, inductive or hall effect speed / engine position inputs 8 dedicated inputs, including: 4 acoustic knock sensor inputs 2 wideband (NTK UEGO) lambda sensor interfaces 2 K-type thermocouple sensor interfaces Interfaces 100 MHz full duplex Ethernet for calibration, configuration and data download 3 CAN 2.0B interfaces for communication with other controllers or logging systems RS232 serial interface for communication with other controllers or logging systems Memory 128MB battery backed internal logging memory Ultra fast data download via Ethernet Time/Date stamped data via real time clock Power Supply 6V to 32V input voltage range with reverse polarity protection 4 regulated 5V sensor supply outputs with individual short circuit protection Software configurable (5V to 12V) sensor supply output (eg for 10V load cells) Unregulated sensor supply output which tracks the ECU supply voltage with nominal 17V clamp 7 separately protected sensor and communication ground inputs Physical 4 Deutsch Autosport connectors with a total of 191 pins CNC machined, O ring sealed, black anodised aluminium case Maximum dimensions including the connectors are 197 x 182 x 44 mm Operating Temperature -25 to +85⁰C Total mass is ~1250 grams Upgrades Adaptive Knock Control Direct Injection Pump Control Direct Motor Control Gearbox Control Traction Control
2 CONNECTOR 1 Mating Connector: AS616-26SA-HE A POWER GROUND N/A B POWER GROUND N/A C POWER GROUND N/A D POWER GROUND N/A E POWER GROUND N/A F POWER GROUND N/A G POWER GROUND N/A H IGNITION #01 IGNITION #01 J IGNITION #02 IGNITION #02 K IGNITION #03 IGNITION #03 L IGNITION #04 IGNITION #04 M IGNITION #05 IGNITION #05 N IGNITION #06 IGNITION #06 P IGNITION #07 IGNITION #07 R IGNITION #08 IGNITION #08 S IGNITION #09 IGNITION #09 T IGNITION #10 IGNITION #10 U IGNITION #11 IGNITION #11 V IGNITION #12 IGNITION #12 W BATTERY SUPPLY N/A X BATTERY SUPPLY N/A Y BATTERY SUPPLY N/A Z BATTERY SUPPLY N/A a BATTERY SUPPLY N/A b BATTERY SUPPLY N/A c BATTERY SUPPLY N/A FOOTNOTES: (1) INPUT in TH mode utilises a 47K pull-up, all other TH inputs utilise a 3K pull-up (2) Variable voltage supply pin - maximum current capability of 15mA (3) LR internal use or custom projects only (4) Optional connection required for advanced firmware programming (5) Adaptive Knock Control upgrade required for use otherwise DO NOT CONNECT (6) Recommended connection for cam phase sensor (7) Recommended connection for crank position sensor
3 CONNECTOR 2 Mating Connector: AS616-35SN-HE 1 5V OUT #01 N/A 2 5V OUT #02 N/A 3 10V OUT (2) N/A 4 12V OUT N/A 5 LAN TX - N/A 6 LAN TX + N/A 7 LAN RX - N/A 8 LAN RX + N/A 9 CAN LO #01 N/A 10 CAN HI #01 N/A 11 LAMBDA V #01 LAMBDA V #01 12 LAMBDA I #01 N/A 13 LAMBDA GROUND N/A 14 LAMBDA V #02 LAMBDA V #02 15 LAMBDA I #02 N/A 16 THERMO + #01 THERMO + #01 17 THERMO - #01 N/A 18 THERMO + #02 THERMO + #02 19 THERMO - #02 N/A 20 INPUT #01 (5V/TH/BI/FREQ) (1) AN #01 (GEN) 21 INPUT #02 (5V/TH/BI/FREQ) AN #02 (GEN) 22 SENSOR GROUND #01 N/A 23 INPUT #03 (5V/TH/BI/FREQ) AN #03 (GEN) 24 INPUT #04 (5V/TH/BI/FREQ) AN #04 (GEN) 25 SENSOR GROUND #02 N/A 26 INPUT #05 (5V/TH/BI/FREQ) AN #05 (GEN) 27 INPUT #06 (5V/TH/BI/FREQ) AN #06 (GEN) 28 SENSOR GROUND #01 N/A 29 INPUT #07 (5V/TH/BI/FREQ) AN #07 (GEN) 30 INPUT #08 (5V/TH/BI/FREQ) AN #08 (GEN) 31 SENSOR GROUND #02 N/A 32 INPUT #09 (5V/TH/BI/FREQ) AN #09 (GEN) 33 INPUT #10 (5V/TH/BI/FREQ) AN #10 (GEN) 34 SENSOR GROUND #01 N/A 35 INPUT #11 (5V/TH/BI/FREQ) AN #11 (GEN) 36 INPUT #12 (5V/TH/BI/FREQ) AN #12 (GEN) 37 SENSOR GROUND #02 N/A 38 INPUT #13 (5V/TH/BI/FREQ) (6) AN #13 (GEN) 39 INPUT #14 (5V/TH/BI/FREQ) (7) AN #14 (GEN) 40 CRANK/CAM GROUND N/A 41 INPUT #15 (5V/TH/BI/FREQ) AN #15 (GEN) 42 INPUT #16 (5V/TH/BI/FREQ) AN #16 (GEN) 43 SENSOR GROUND #02 N/A 44 INPUT #17 (5V) AN #17 (5V) 45 INPUT #18 (5V) AN #18 (5V) 46 SENSOR GROUND #01 N/A 47 INPUT #19 (5V) AN #19 (5V) 48 INPUT #20 (5V) AN #20 (5V) 49 SENSOR GROUND #02 N/A 50 INPUT #21 (TH) AN #21 (TH) 51 INPUT #22 (TH) AN #22 (TH) 52 SENSOR GROUND #01 N/A 53 INPUT #23 (TH) AN #23 (TH) 54 INPUT #24 (TH) AN #24 (TH) 55 SENSOR GROUND #02 N/A
4 CONNECTOR 3 Mating Connector: AS616-35SB-HE 1 5V OUT #03 N/A 2 5V OUT #04 N/A 3 CAN LO #03 (3) N/A 4 CAN HI #03 (3) N/A 5 INPUT #25 (5V/TH) (1) SLAVE1 AN #01 6 INPUT #26 (5V/TH) SLAVE1 AN #02 7 SENSOR GROUND #03 N/A 8 INPUT #27 (5V/TH) SLAVE1 AN #03 9 INPUT #28 (5V/TH) SLAVE1 AN #04 10 SENSOR GROUND #04 N/A 11 INPUT #29 (5V/TH) SLAVE1 AN #05 12 INPUT #30 (5V/TH) SLAVE1 AN #06 13 SENSOR GROUND #03 N/A 14 INPUT #31 (5V/TH) SLAVE1 AN #07 15 INPUT #32 (5V/TH) SLAVE1 AN #08 16 SENSOR GROUND #04 N/A 17 INPUT #33 (5V/TH/BI/FREQ) SLAVE1 AN #09 18 INPUT #34 (5V/TH/BI/FREQ) SLAVE1 AN #10 19 SENSOR GROUND #03 N/A 20 INPUT #35 (5V/TH/BI/FREQ) SLAVE1 AN #11 21 INPUT #36 (5V/TH/BI/FREQ) SLAVE1 AN #12 22 SENSOR GROUND #04 N/A 23 INPUT #37 (5V/TH) SLAVE1 AN #13 24 INPUT #38 (5V/TH) SLAVE1 AN #14 25 SENSOR GROUND #03 N/A 26 INPUT #39 (5V/TH) SLAVE1 AN #15 27 INPUT #40 (5V/TH) SLAVE1 AN #16 28 SENSOR GROUND #04 N/A 29 INPUT #41 (5V) SLAVE1 AN #17 30 INPUT #42 (5V) SLAVE1 AN #18 31 SENSOR GROUND #03 N/A 32 INPUT #43 (5V) SLAVE1 AN #19 33 INPUT #44 (5V) SLAVE1 AN #20 34 SENSOR GROUND #04 N/A 35 INPUT #45 (TH) SLAVE1 AN #21 36 INPUT #46 (TH) SLAVE1 AN #22 37 SENSOR GROUND #03 N/A 38 KNOCK #01 (5) KNOCK #01 39 KNOCK #02 (5) KNOCK #02 40 KNOCK GROUND N/A 41 KNOCK #03 (5) KNOCK #03 42 KNOCK #04 (5) KNOCK #04 43 KNOCK GROUND N/A 44 DO NOT CONNECT N/A 45 DO NOT CONNECT N/A 46 SENSOR GROUND #03 N/A 47 INPUT #47 (TH) SLAVE1 AN #23 48 INPUT #48 (TH) SLAVE1 AN #24 49 SENSOR GROUND #03 N/A 50 INPUT #49 (5V) SLAVE1 LAMBDA V #01 51 INPUT #50 (5V) SLAVE1 LAMBDA V #02 52 SENSOR GROUND #04 N/A 53 INPUT #51 (5V) SLAVE1 THERMO+ #01 54 INPUT #52 (5V) SLAVE1 THERMO+ #02 55 SENSOR GROUND #04 N/A
5 CONNECTOR 4 Mating Connector: AS616-35SD-HE 1 FUEL #01 FUEL #01 2 FUEL #02 FUEL #02 3 FUEL #03 FUEL #03 4 FUEL #04 FUEL #04 5 FUEL #05 FUEL #05 6 FUEL #06 FUEL #06 7 FUEL #07 FUEL #07 8 FUEL #08 FUEL #08 9 FUEL #09 FUEL #09 10 FUEL #10 FUEL #10 11 FUEL #11 FUEL #11 12 FUEL #12 FUEL #12 13 FUEL #13 FUEL #13 14 FUEL #14 FUEL #14 15 FUEL #15 FUEL #15 16 FUEL #16 FUEL #16 17 FUEL #17 FUEL #17 18 FUEL #18 FUEL #18 19 FUEL #19 FUEL #19 20 FUEL #20 FUEL #20 21 FUEL #21 FUEL #21 22 FUEL #22 FUEL #22 23 FUEL #23 FUEL #23 24 FUEL #24 FUEL #24 25 H-BRIDGE #04 H-BRIDGE #04 26 H-BRIDGE #03 H-BRIDGE #03 27 H-BRIDGE #01 H-BRIDGE #01 28 H-BRIDGE #02 H-BRIDGE #02 29 H-BRIDGE #08 SLAVE1 OUT #26 30 H-BRIDGE #07 SLAVE1 OUT #25 31 H-BRIDGE #05 H-BRIDGE #05 32 H-BRIDGE #06 H-BRIDGE #06 33 PWM #01 / INPUT #57 (5V) PWM #01 / INPUT #29 (5V) 34 PWM #02 / INPUT #58 (5V) PWM #02 / INPUT #30 (5V) 35 PWM #03 / INPUT #59 (5V) PWM #03 / INPUT #31 (5V) 36 PWM #04 / INPUT #60 (5V) PWM #04 / INPUT #32 (5V) 37 PWM #05 / INPUT #61 (5V) PWM #05 / INPUT #33 (5V) 38 PWM #06 / INPUT #62 (5V) PWM #06 / INPUT #34 (5V) 39 PWM #07 / INPUT #63 (5V) PWM #07 / INPUT #35 (5V) 40 PWM #08 / INPUT #64 (5V) PWM #08 / INPUT #36 (5V) 41 INPUT #53 (5V) INPUT #25 (5V) 42 INPUT #54 (5V) INPUT #26 (5V) 43 INPUT #55 (5V) INPUT #27 (5V) 44 INPUT #56 (5V) INPUT #28 (5V) 45 LAN RX + (3) N/A 46 LAN RX - (3) N/A 47 LAN TX + (3) N/A 48 LAN TX - (3) N/A 49 5V OUT #01 N/A 50 12V OUT N/A 51 CAN LO#04 (3) N/A 52 CAN HI#04 (3) N/A 53 RS232 TX #01 N/A 54 SENSOR GROUND #01 N/A 55 RS232 RX #01 N/A
6 CN4 CN3 CN2 CN1
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