System Description
The active engine control function can be turned ON/OFF by operating the steering switch.
CORNERING CONTROL
- For the purpose of reducing the operation of switching to depress the brake pedal during cornering, the operation information of the driver is computed by the chassis control module and a command is transmitted to TCM.
- Based on the command from the chassis control module, TCM shifts the gear ratio of the transaxle to the low side and applies the engine brake.
BRAKING CONTROL
- For the purpose of improving the feeling of effectiveness of the brake when decelerating, the brake operation amount of the driver is computed by the chassis control module and a command is transmitted to TCM.
- Based on the command from the chassis control module, TCM shifts the gear ratio of the transaxle to the low side and applies the engine brake.
SYSTEM DIAGRAM
INPUT SIGNAL AND OUTPUT SIGNAL
Major signal transmission between each unit via communication lines is shown in the following table:
|
Component parts |
Signal description |
|
ECM |
Mainly transmits the following signals to chassis control module via CAN communication:
|
|
ABS actuator and electric unit (control unit) |
Mainly transmits the following signals to chassis control module via CAN communication:
Mainly receives the following signal from chassis control module via CAN communication:
|
|
BCM |
Mainly transmits the following signal to chassis control module via CAN communication:
|
|
IPDM E/R |
Mainly transmits the following signal to chassis control module via CAN communication:
|
|
TCM |
Mainly transmits the following signal to chassis control module via CAN communication:
|
|
Combination meter |
Mainly transmits the following signal to chassis control module via CAN communication:
Mainly receives the following signals from chassis control module via CAN communication:
|