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Arduino Motor Control
1. Introduction to Arduino and Physical Computing
2. Essential Hardware Components
3. Arduino Programming Fundamentals
4. Controlling DC Motors
5. Controlling Servo Motors
6. Controlling Stepper Motors
7. Advanced Motor Control Techniques
8. Practical Applications and Projects
9. Safety and Best Practices
Controlling Servo Motors
Servo Motor Fundamentals
Internal Architecture
DC Motor Component
Gear Reduction System
Potentiometer Feedback
Control Circuit Board
Case and Mounting
Operating Principles
Closed-Loop Position Control
Feedback System
Error Correction
Servo Loop Dynamics
Servo Types
Standard Position Servos
Angular Range (typically 180°)
Position Accuracy
Holding Torque
Continuous Rotation Servos
Modified Internal Circuitry
Speed Control
Direction Control
Digital vs Analog Servos
Control Signal Processing
Response Speed
Precision Differences
Standard Servo Control
PWM Control Signal
Signal Timing Requirements
Pulse Width Range (1-2ms)
Signal Period (20ms)
Voltage Levels
Position-Pulse Relationship
Center Position (1.5ms)
Minimum Position (1ms)
Maximum Position (2ms)
Linear Relationship
Hardware Connections
Power Supply Requirements
Voltage Specifications
Current Requirements
Separate Power Considerations
Signal Wire Connection
Ground Connection
Connector Types
Arduino Servo Library
Library Installation
Library Functions
Servo Object Creation
attach() Method
write() Method
writeMicroseconds() Method
read() Method
detach() Method
Multiple Servo Control
Library Limitations
Programming Examples
Basic Position Control
Sweep Motion
User Input Control
Sensor-Based Control
Continuous Rotation Servo Control
Modified Servo Characteristics
Feedback Loop Modification
Speed Control Range
Direction Control
Control Signal Interpretation
Stop Position Pulse Width
Forward Speed Control
Reverse Speed Control
Maximum Speed Limits
Calibration Procedures
Finding Stop Position
Speed Calibration
Direction Verification
Drift Compensation
Programming Techniques
Speed Control Implementation
Direction Control
Acceleration Control
Position Estimation
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4. Controlling DC Motors
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6. Controlling Stepper Motors