112-pin Control Module



The Versicor hardware platforms were designed and validated for aerospace, automotive, marine and industrial applications. Now, they are available to speed your medical device design to market. The 112 pin controller is capable of delivering exceptionally complex control strategies utilizing multiple sensors and accessories with all the quality and reliability of the proven platform.

Utilize the development hardware for your design phase, then port your final product to the production hardware to take your product to market. The difference between the development hardware and production hardware allows your engineering team to utilize the MotoHawk and MotoTune tools for design, verification and validation during the development process. Port your final design to the production hardware with the assurance that no additional changes will be required.

Thanks for your interest in the Versicor controller platform! Please contact us if you have questions or need assistance selecting the appropriate hardware module for your application.



Part Number

ECM-5554-112-0904

Pinout

ControlCore Resource Name Function Name Notes
A-A1
EST 4 Logic Level Drives Logic Level Ignition Coils
A-A2
EST 3 Logic Level Drives Logic Level Ignition Coils
A-A3
EST 2 Logic Level Drives Logic Level Ignition Coils
A-A4
EST 1 Logic Level Drives Logic Level Ignition Coils
A-B1
EST 8 Logic Level Drives Logic Level Ignition Coils
A-B2
EST 7 Logic Level Drives Logic Level Ignition Coils
A-B3
EST 6 Logic Level Drives Logic Level Ignition Coils
A-B4
EST 5 Logic Level Drives Logic Level Ignition Coils
A-C1
TACH 5 V Digital Output Rpullup= 1.8K to KEY
A-C2
RS485- Serial Communications RS-485B
A-C3
RS485+ Serial Communications RS-485A
A-C4
DRVG 3 Driver Ground
A-D1
LSO13 Low Side Output 13 Controlled current
A-D2
FUELPR Relay
A-D3
MPRD Main Power Relay Driver Reverse battery diode, 1A
A-D4
XDRG 2 Transducer Ground Analog ground reference
A-E1
LSO2 Low Side Output 2
A-E2
LSO8 Low Side Output 8 Controlled current
A-E3
LSO9 Low Side Output 9 Reverse Battery diode
A-E4
LSO10 Low Side Output 10 Reverse Battery diode
A-F1
LSO3 Low Side Output 3
A-F2
LSO1 Low Side Output 1 Controlled current
A-F3
FUEL/INJ 7 Low Side driver Low-side driver
A-F4
FUEL/INJ 8 Low Side driver Low-side driver
A-G1
FUEL/INJ 5 Low Side driver Low-side driver
A-G2
FUEL/INJ 6 Low Side driver Low-side driver
A-G3
FUEL/INJ 3 Low Side driver Low-side driver
A-G4
FUEL/INJ 4 Low Side driver Low-side driver
A-H1
FUEL/INJ 1 Low Side driver Low-side driver
A-H2
FUEL/INJ 1 Low Side driver Low-side driver
A-H3
LSO12 Low Side Output 12 Discrete
A-H4
LSO11 Low Side Output 11 Discrete
B-A1
CAN1+ CAN1 Hi signal CAN 2.0B
B-A2
CAN1- CAN 1 Low signal CAN 2.0B
B-A3
BATT2 Battery Internal connect to BATT 1
B-A4
AN16M Analog Input 16 Rpullup= 183
B-B1
CAN3- CAN3 Low Signal CAN 2.0B
B-B2
CAN3+ CAN3 Hi signal
B-B3
CANSHIELD3 CAN Shield 3
B-B4
AN21M Analog Input 21 Rpullup=10K
B-C1
CAN2+ CAN2 Hi Signal CAN 2.0B
B-C2
CAN2- CAN2 Low Signal CAN 2.0B
B-C3
CASEGND Case Ground
B-C4
AN18M Analog Input 18 Rpullup= 183
B-D1
Reserved
B-D2
Reserved
B-D3
XDRG 1 Transducer Ground Analog ground reference
B-D4
AN19M Analog Input 19 Rpullup= 183
B-E1
Reserved
B-E2
Reserved
B-E3
AN1M Analog Input 1 Rpulldown= 51.1K
B-E4
AN28M Analog Input 28 Rpulldown= 51.1K
B-F1
AN2M Analog Input 2 Rpulldown= 51.1K
B-F2
AN3M Analog Input 3 Rpulldown= 51.1K
B-F3
AN14M Analog Input 14 Rpulldown= 51.1K
B-F4
AN28M Analog Input 26 Rpulldown= 51.1K
B-G1
CAM (DG) Position sensor
B-G2
SPEED 1 (DG) Speed Sensor 1 Resolves variable freq.
B-G3
AN27M Analog Input 27 Rpulldown= 51.1K
B-G4
ECUP Key Switch Input Module "wake-up" signal
B-H2
SPEED 2 (DG) Speed Sensor 2 Resolves variable freq.
B-H1
SPEED 3 (DG) Speed Sensor 3 Resolves variable freq.
B-H3
STOP E-Stop Input immediate stop - security
B-H4
CNK (DG) Position sensor Digital only
B-J1
CNK - (VR) Position sensor Low VR Only
B-J2
CNK+ (VR) Position sensor High VR Only
B-J3
O2C- Oxygen Sensor Lo Switching type
B-J4
O2D- Oxygen Sensor Lo Switching type
B-K1
O2A+ Oxygen Sensor Hi Switching type
B-K2
O2B+ Oxygen Sensor Hi Switching type
B-K3
O2C+ Oxygen Sensor Hi Switching type
B-K4
O2D+ Oxygen Sensor Hi Switching type
B-L1
O2A- Oxygen Sensor Lo Switching type
B-L2
O2B- Oxygen Sensor Lo Switching type
B-L3
AN20M Analog Input 20 Rpullup=150K
B-L4
EST RTN EST Return Digital Ground Reference
B-M1
LSO6 Low Side Ourput 6
B-M2
LSO7 Low Side Output 7
B-M3
LSO4 Low Side Output 4
B-M4
SLO5 Low Side Output 5
C-A1
AN5M Analog Input 5 Rpullup=1K
C-A2
AN6M Analog Input 6 Rpullup=1K
C-A3
AN15M Analog Input 15 Rpulldown=220K
C-A4
AN8M Analog Input 8 Rpullup=1K
C-B1
AN9M Analog Input 9 Rpullup=1K
C-B2
AN10M Analog Input 10 Rpullup=1K
C-B3
AN11M Analog Input 11 Rpullup=1K
C-B4
AN12M Analog Input 12 Rpullup=1K
C-C1
AN13M Analog Input 13 Rpullup=1K
C-C2
AN29M Analog Input 29 Rpullup=1K
C-C3
AN4M Analog Input 4 Rpulldown=220K
C-C4
AN23M Analog Input 23 Rpulldown=220K
C-D1
AN24M Analog Input 24 Rpulldown=220K
C-D2
AN32M Analog Input 32 Rpullup=1K
C-D3
AN33M Analog Input 33 Rpullup=150K
C-D4
XDRP 1 Transducer Power 5 V Sensor Power
C-E1
AN31M Analog Input 31 Rpullup=1K
C-E2
AN17M Analog Input 17 Rpulldown=220K
C-E3
AN22M Analog Input 22 Rpulldown=220K
C-E4
XDRP 2 Transducer Power 5 V Sensor Power
C-F1
AN25M Analog Input 25 Rpulldown=220K
C-F2
AN7M Analog Input 7 Rpullup=1K
C-F3
AN30M Analog Input 30 Rpulldown=220K
C-F4
BATT 1 Battery Internal connect BATT 2
C-G1
DRVG 1 Driver Ground
C-G2
DRVG 2 Driver Ground
C-G3
DRVP 1 Driver Power Recirculation path
C-G4
HBRIDGE1B H-Bridge Output 1 Sign-magnitude (PWM)
C-H1
HBRIDGE2B H-Bridge Output 2 Discrete mode
C-H2
HBRIDGE2A H-Bridge Output 2 Discrete mode
C-H3
DRVP 2 Driver Power Recirculation path
C-H4
HBRIDGE1A H-Bridge Output 1 Sign-magnitude (PWM)
Data Sheet View in Store

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