Diesel Data: Automotive Repair

Hybrid Control System








P112 HYBRID VEHICLE CONTROL: HYBRID CONTROL SYSTEM:

TERMINALS OF ECU





























1. Oscilloscope waveforms

HINT: In the oscilloscope waveform samples, which are provided here for informational purposes. Noise and fluttering waveforms have been omitted.

Waveform 1:





2. Waveform 1





HINT: The waveform varies depending on the contents of communication.

Waveform 2:





3. Waveform 2





HINT: The waveform varies depending on the contents of communication.

Waveform 3:





4. Waveform 3





HINT: The pulse cycle becomes shorter as the engine speed increases.

Waveform 4:





5. Waveform 4





Waveform 5:





6. Waveform 5





HINT: The higher the vehicle speed, the shorter the cycle and higher the voltage.

Waveform 6:





7. Waveform 6





*1: 1 frame

*2: 500 ms

HINT: The waveform on the left is repeated when the airbag system is normal.

Waveform 7:





8. Waveform 7





*1: 1 frame

*2: 40 ms

*3: 60 ms

HINT: The waveform on the left is repeated when the airbag system is abnormal.

Waveform 8:





9. Waveform 8





*1: 1 frame

*2: 20 ms

*3: 140 ms

*4: 100 ms

*5: 60 ms

HINT: When the airbag system is deployed, after 1 frame of transmission indicating a normal condition is completed, the waveform on the left is repeated for 50 frames. After that, normal transmission returns.

Waveform 9:





10. Waveform 9





Waveform 10:





11. Waveform 10





Waveform 11:





12. Waveform 11





HINT: The phases and the waveform height of the GSN and GCS, or the MSN and MCS change depending on the stopped position of the rotor.

Waveform 12:





13. Waveform 12





HINT: Distance "A" in the diagram becomes shorter as the rotor speed increases.

Waveform 13:





14. Waveform 13





Waveform 14:





15. Waveform 14





Waveform 15:





16. Waveform 15





Waveform 16:





17. Waveform 16





Waveform 17:





18. Waveform 17





Waveform 18:





19. Waveform 18





Waveform 19:





20. Waveform 19