Chassis Electronics Essay

Chassis Electronics

Divyanshu Minawala
Roll Number – 534
B. Tech. Electronics

Department of Electronics Engineering
SVKM’s NMIMS
Mukesh Patel School of Technology & Management Education

Table of Contents Table Of Contents 2 INTRODUCTION 4 1. ABS (Anti-lock Breaking System) : 6 1.1. Introduction: 6 1.2. Theory 6 1.3. OPERATION 9 1.4. COMPONENTS: 11 1.5. BRAKE TYPES: 13 1.6. Disadvantages: 14 1.7. USE: 15 2. TCS (TRACTION CONTROL SYSTEMS): 16 2.1. INTRODUCTION: 16 2.2. Overview: 18 2.3. Working: 18 2.4. BENEFITS OF TRACTION CONTROL: 19 2.5. APPLICATIONS: 20 2.6. SCOPE: 21 3. ESC (Electronic Stability Control): 22 3.1. Introduction: 22 3.2. Components: 23 3.3. Operation: 26 3.4. Benefits: 27 4. ACC (Adaptive Cruise Control): 29 4.1. Introduction: 29 4.2. PRINCIPLE OF ACC: 30 4.3. Definitions: 31 4.4CONSTITUENTS OF AN ACC SYSTEM: 32 4.4.1. Physical layout: 32 4.4.2. SENSOR OPTIONS: 35 4.4.2.1 LIDAR (Light Detection and Ranging) 35 4.4.2.2. RADAR (Radio Detection and Ranging): 35 4.4.2.3. FUSION SENSOR: 36 4.5. SPACE OF MANEUVERABILITY AND STOPPING DISTANCE 36 4.6. Operation during Speed Control Mode (ACC Speed Control): 37 4.7. Operation during Follow Mode (ACC Time Gap Control) 37 4.8 Transitioning Between Speed Control and Follow Modes: 38 4.9 Canceling Cruise Control Operation: 38 4.10. ADVANTAGES: 38 4.11. DISADVANTAGES: 39 5. CONCLUSION 40 INTRODUCTION
Chassis electronics offers a wide range of solutions for active chassis technology, all contributing to greater driving safety, comfort and driving pleasure. These systems range from the control of active axles to the fully autonomous chassis. Electric power