This course on DC Motors and Driving aims to teach learners about different types of DC motors, their steady-state operation, motor inductance, and example circuits. Students will also learn about driving a motor, adding components like diodes and capacitors for noise suppression, NPN and PNP transistor operation, MOSFET types and characteristics, PWM driving with a 50% duty cycle, motor frequency response, and H-Bridge basics. The course utilizes a combination of theoretical explanations and practical examples to help learners understand the concepts effectively. This course is intended for individuals interested in gaining knowledge and skills related to DC motors and their driving mechanisms.
Overview
Syllabus
Intro
Motor Types: Brushed
Steady-State Operation
Motor Inductance
Example Circuit
Driving a motor... easy!
Adding a Diode
Capacitor for Noise Suppression
A long use of braking...
NPN Transistor Operation
NPN Transistor Switch
Example: On/Off Control
PNP Transistor Switch
Quick Comparison
P-Channel as Switch
MOSFET Types
MOSFET Characteristics
PWM Driving 50% duty cycle
Motor Frequency Response
MOSFET Switching Speed
Fast Slew Rate
H-Bridge - Basics (for Lab)
Taught by
Colin O'Flynn
