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DC Motor Control | part1- Arduino using Matlab Simulink

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Control DC Motor | part1 (PWM Control)
- Arduino using Matlab Simulink
OMG Tutorial Series - Arduino & Matlab
4.Control DC Motor - [ Tutorial #4.Control DC Motor (No Encoder)]
"I am planning to upload tutorials that are incredibly easy and accessible to everyone, ensuring that anyone can follow along effortlessly. Your feedback and suggestions are always welcome!"
- Using Arduino: Arduino Nano 33 iot / - Matlab version : 2024-a
[ 00:00 ] Intro
[ 00:27 ] DC Motor Video List
[ 01:07 ] Choosing Arduino (Arduino Nano 33 iot)
[ 01:42 ] Model Based Design
[ 03:15 ] Required Materials and Prices
[ 04:05 ] Motor Basics
[ 05:25 ] DC Motor Basics- Determining the Motor's Rotation direction
[ 06:55 ] DC Motor Basics- Determining the Motor's Rotation Speed
[ 08:05 ] L298N- Explanation of the Required PinMap
[ 10:27 ] Circuits- Connecting the Motor driver and Motor
[ 11:03 ] Circuits- Connecting the Motor driver and Arduino
[ 12:06 ] Circuits- Skemetics and Real circuits
[ 12:31 ] Arduino Driver Download
[ 15:37 ] Matlab Basic Settings
[ 17:12 ] Dc Motor Modeling
[ 25:56 ] Dc Motor Modeling - Determining the Motor's Rotation direction
[ 31:15 ] Dc Motor Modeling - Determining the Motor's Rotation Speed
[ 34:03 ] Dc Motor Modeling - Examples
- Matlab Hardware Support Packages: Compatibility with Releases from R2014a to R2024a
** If you have a version earlier than 2014a, this program may not function properly. **
Sincerely. Donghwa.Ryu
#Arduino#Matlab#Simulink#dcmotor#L298N#PWMControl#DutyControl
- Arduino using Matlab Simulink
OMG Tutorial Series - Arduino & Matlab
4.Control DC Motor - [ Tutorial #4.Control DC Motor (No Encoder)]
"I am planning to upload tutorials that are incredibly easy and accessible to everyone, ensuring that anyone can follow along effortlessly. Your feedback and suggestions are always welcome!"
- Using Arduino: Arduino Nano 33 iot / - Matlab version : 2024-a
[ 00:00 ] Intro
[ 00:27 ] DC Motor Video List
[ 01:07 ] Choosing Arduino (Arduino Nano 33 iot)
[ 01:42 ] Model Based Design
[ 03:15 ] Required Materials and Prices
[ 04:05 ] Motor Basics
[ 05:25 ] DC Motor Basics- Determining the Motor's Rotation direction
[ 06:55 ] DC Motor Basics- Determining the Motor's Rotation Speed
[ 08:05 ] L298N- Explanation of the Required PinMap
[ 10:27 ] Circuits- Connecting the Motor driver and Motor
[ 11:03 ] Circuits- Connecting the Motor driver and Arduino
[ 12:06 ] Circuits- Skemetics and Real circuits
[ 12:31 ] Arduino Driver Download
[ 15:37 ] Matlab Basic Settings
[ 17:12 ] Dc Motor Modeling
[ 25:56 ] Dc Motor Modeling - Determining the Motor's Rotation direction
[ 31:15 ] Dc Motor Modeling - Determining the Motor's Rotation Speed
[ 34:03 ] Dc Motor Modeling - Examples
- Matlab Hardware Support Packages: Compatibility with Releases from R2014a to R2024a
** If you have a version earlier than 2014a, this program may not function properly. **
Sincerely. Donghwa.Ryu
#Arduino#Matlab#Simulink#dcmotor#L298N#PWMControl#DutyControl
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