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Automotive Electronics Question bank Module -2 QB by Prof. Sujay Gejji
Automotive electronics question bank by Prof. Sujay Gejji
Course
Automotive Electronics (18EC742)
8 Documents
Students shared 8 documents in this course
University
Visvesvaraya Technological University
Academic year: 2023/2024
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Department of Electronics and Communication Engineering
Question Bank
Module- 2 : Sensors & Actuators
An ISO 21001:
Certified Institution
S. S. Education Trust’s CET Code: E-175 (UG)/T-942 (PG)
S. G. BALEKUNDRI INSTITUTE OF TECHNOLOGY
Shivabasava Nagar, Belagavi- 590 010, Karnataka- India
Office: 0831-2407172, 2554559 Fax: 0831- 2407152 Website: sgbit.edu
Examination Section
Email: exam@sgbit.edu, Department Extension: 587
Form No.: SGBIT/EXAM/
Revision R 3 w.e 07 / 1 0/
Course Code: 18EC 742 Course: Automotive Electronics
Semester : VII Course Coordinator: Prof. Sujay Gejji
Q. NO. Questions Marks
Jan/Feb 22 (18 scheme)
1. Explain the working principle of silicon strain Gauge MAP sensor with necessary diagrams 10m
2. Explain the fuel Injector and pulse mode Fuel control signal with relevant diagrams and waveforms 10m
3. Explain the working of optical crank shaft position sensor? 6m
4. What is Ignition system? With neat block diagram, explain the Ignition System? 6m
5. Explain the EGO Sensor, with neat diagram 8m
Jan 21 (17 scheme)
6. Explain the working of MAF sensor with neat diagram 10m
7. Explain the working of Magnetic reluctance position sensor with relevant diagram and waveforms 10m
8.
What is Hall effect? Explain a position sensor using principle of hall effect. Compare it with relevant
diagram and waveforms
10m
9. Explain the fuel Injector and pulse mode Fuel control signal with relevant diagrams and waveforms 10m
Jan 20 (17 scheme)
10. With necessary diagrams, explain working principle of MAP sensor. 10m
11. Explain the EGO Sensor, with neat diagram 10m
12. Explain the working of Magnetic reluctance position sensor with relevant diagrams 10m
13. Explain the piezo knock sensor 10m
Jan 20 (15 scheme)
14. Explain the working of Mass Air Flow sensor with neat diagram 8m
15. What is Ignition system? With neat block diagram, explain the Ignition System? 8m
16. Explain the working of optical crank shaft position sensor? 8m
17. Explain the EGR actuator control with neat diagram 8m
July 18 (15 scheme)
18. Explain the working of MAF sensor with neat diagram 8m
19. Explain the EGO Sensor, with neat diagram. Also draw the ideal switching characteristics & explain 8m
20. Explain the working of Magnetic reluctance position sensor with relevant diagram and waveforms 8m
21. Explain the fuel Injector and pulse mode Fuel control signal with relevant diagrams and waveforms 8m
Jan 18 (15 scheme)
22. What is Hall effect? Explain a position sensor using principle of hall effect. Compare it with relevant
diagram and waveforms
8m
23. With neat block diagram, explain the Ignition System? 8m
24. With the relevant diagrams, explain the working of optical crank shaft position sensor? 8m
25. Explain the fuel Injector and pulse mode Fuel control signals with relevant diagrams and waveforms 8m
Model QP
26. Explain the working of Mass Air Flow sensor with neat diagram 8m
27.
Explain the EGR actuator control with neat diagram 8m
28. Explain the working of Magnetic reluctance position sensor with relevant diagram and waveforms 8m
29. Explain the fuel Injector and pulse mode Fuel control signals with relevant diagrams and waveforms 8m
Was this document helpful?
Automotive Electronics Question bank Module -2 QB by Prof. Sujay Gejji
Course: Automotive Electronics (18EC742)
8 Documents
Students shared 8 documents in this course
University: Visvesvaraya Technological University
Was this document helpful?
Department of Electronics and Communication Engineering
Question Bank
Module-2: Sensors & Actuators
An ISO 21001:2018
Certified Institution
S. S. Education Trust’s CET Code: E-175 (UG)/T-942 (PG)
S. G. BALEKUNDRI INSTITUTE OF TECHNOLOGY
Shivabasava Nagar, Belagavi- 590 010, Karnataka- India
Office: 0831-2407172, 2554559 Fax: 0831-2407152 Website: www.sgbit.edu.in
Examination Section
Email: exam@sgbit.edu.in, Department Extension: 587
Form No.: SGBIT/EXAM/2
Revision R3 w.e.f 07/10/2020
Course Code: 18EC 742
Course: Automotive Electronics
Semester : VII
Course Coordinator: Prof. Sujay Gejji
Q. NO.
Questions
Marks
Jan/Feb 22 (18 scheme)
1.
Explain the working principle of silicon strain Gauge MAP sensor with necessary diagrams
10m
2.
Explain the fuel Injector and pulse mode Fuel control signal with relevant diagrams and waveforms
10m
3.
Explain the working of optical crank shaft position sensor?
6m
4.
What is Ignition system? With neat block diagram, explain the Ignition System?
6m
5.
Explain the EGO Sensor, with neat diagram
8m
Jan 21 (17 scheme)
6.
Explain the working of MAF sensor with neat diagram
10m
7.
Explain the working of Magnetic reluctance position sensor with relevant diagram and waveforms
10m
8.
What is Hall effect? Explain a position sensor using principle of hall effect. Compare it with relevant
diagram and waveforms
10m
9.
Explain the fuel Injector and pulse mode Fuel control signal with relevant diagrams and waveforms
10m
Jan 20 (17 scheme)
10.
With necessary diagrams, explain working principle of MAP sensor.
10m
11.
Explain the EGO Sensor, with neat diagram
10m
12.
Explain the working of Magnetic reluctance position sensor with relevant diagrams
10m
13.
Explain the piezo knock sensor
10m
Jan 20 (15 scheme)
14.
Explain the working of Mass Air Flow sensor with neat diagram
8m
15.
What is Ignition system? With neat block diagram, explain the Ignition System?
8m
16.
Explain the working of optical crank shaft position sensor?
8m
17.
Explain the EGR actuator control with neat diagram
8m
July 18 (15 scheme)
18.
Explain the working of MAF sensor with neat diagram
8m
19.
Explain the EGO Sensor, with neat diagram. Also draw the ideal switching characteristics & explain
8m
20.
Explain the working of Magnetic reluctance position sensor with relevant diagram and waveforms
8m
