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Electronic Hardware for Robotics: Sensors, Motors, and Control Systems
Categories:
Electronics and Communications
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Course Content
Introduction
Introduction to electronic hardware in robotics
00:00
Importance of electronic hardware in robotics
00:00
Purpose of the Ebook
00:00
Sensors in Robotics
Overview of Sensors in Robotics
00:00
Proximity sensors
00:00
Pressure sensors
00:00
Temperature sensors
00:00
Accelerometers and gyroscopes
00:00
Optical sensors
00:00
Choosing the right sensor for your robot
00:00
How sensors work in robotics
00:00
Motors in Robotics
Introduction to motors
00:00
DC motors
00:00
Servo motors
00:00
Stepper motors
00:00
Choosing the right motor for your robot
00:00
How motors work in Robotics
00:00
Control Systems
Introduction to control systems
00:00
Open-loop control systems
00:00
Closed-loop control systems
00:00
PID control systems
00:00
Choosing the right control system for your robot
00:00
How control systems work in robotics
00:00
Integrated Electronic Systems
Introduction to integrated electronic systems
00:00
Microcontrollers
00:00
Single-board computers
00:00
Programmable logic controllers
00:00
Choosing the right integrated electronic system for your robot
00:00
How integrated electronic systems work in robotics
00:00
Applications of Electronic Hardware in Robotics
Overview of robotic applications
00:00
Industrial robotics
00:00
Service robotics
00:00
Military robotics
00:00
Medical robotics
00:00
Consumer robotics
00:00
Challenges and Future Developments
Current challenges in electronic hardware for robotics
00:00
Emerging trends in electronic hardware for robotics
00:00
Future developments in electronic hardware for robotics
00:00
Conclusion
Summary of key points
00:00
Importance of electronic hardware in robotics
00:00
Final thoughts and recommendations.
00:00
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