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+--- Thread: PID Controller Design Module (/Thread-PID-Controller-Design-Module--1154188)
PID Controller Design Module - AD-TEAM - 11-09-2025
![[Image: 539499712_359020115_tuto.jpg]](https://img100.pixhost.to/images/617/539499712_359020115_tuto.jpg)
6.58 GB | 1h 29min 55s | mp4 | 1920X1080 | 16:9
Genre:eLearning |Language:English
Files Included :
FileName :1 - Introduction To Module.mp4 | Size: (6.42 MB)
FileName :2 - From Theory to Practical Applications 1.mp4 | Size: (115.91 MB)
FileName :3 - From Theory to Practical Applications 2.mp4 | Size: (444.7 MB)
FileName :4 - From Theory to Practical Applications 3.mp4 | Size: (411.11 MB)
FileName :5 - From Theory to Practical Applications 4.mp4 | Size: (54.17 MB)
FileName :6 - From Theory to Practical Applications 5.mp4 | Size: (271.96 MB)
FileName :7 - Exploring Second Order Systems and Understanding Feedback Effects in Control 1.mp4 | Size: (324.3 MB)
FileName :8 - Exploring Second Order Systems and Understanding Feedback Effects in Control 2.mp4 | Size: (313.96 MB)
FileName :9 - Exploring Second Order Systems and Understanding Feedback Effects in Control 3.mp4 | Size: (433.11 MB)
FileName :10 - Exploring Second Order Systems and Understanding Feedback Effects in Control 4.mp4 | Size: (87.34 MB)
FileName :11 - ArduinoBased PID ControlTheory Implementation and Analysis 1.mp4 | Size: (660.12 MB)
FileName :12 - ArduinoBased PID ControlTheory Implementation and Analysis 2.mp4 | Size: (174.83 MB)
FileName :13 - ArduinoBased PID ControlTheory Implementation and Analysis 3.mp4 | Size: (198.6 MB)
FileName :14 - ArduinoBased PID ControlTheory Implementation and Analysis 4.mp4 | Size: (109.51 MB)
FileName :15 - ArduinoBased PID ControlTheory Implementation and Analysis 5.mp4 | Size: (162.83 MB)
FileName :16 - ArduinoBased PID ControlTheory Implementation and Analysis 6.mp4 | Size: (383.41 MB)
FileName :17 - ArduinoBased PID ControlTheory Implementation and Analysis 7.mp4 | Size: (676.16 MB)
FileName :18 - Tuning Methods Exploring ZeiglerNichols and Second Methods 1.mp4 | Size: (330.81 MB)
FileName :19 - Tuning Methods Exploring ZeiglerNichols and Second Methods 2.mp4 | Size: (117.26 MB)
FileName :20 - Tuning Methods Exploring ZeiglerNichols and Second Methods 3.mp4 | Size: (57.05 MB)
FileName :21 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 1.mp4 | Size: (246.69 MB)
FileName :22 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 2.mp4 | Size: (61.52 MB)
FileName :23 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 3.mp4 | Size: (18.33 MB)
FileName :24 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 4.mp4 | Size: (321.21 MB)
FileName :25 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 5.mp4 | Size: (192.86 MB)
FileName :26 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 6.mp4 | Size: (276.59 MB)
FileName :27 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 7.mp4 | Size: (263.51 MB)]
Screenshot
![[Image: BVAPiP7o_o.jpg]](https://images2.imgbox.com/44/95/BVAPiP7o_o.jpg)
FileName :1 - Introduction To Module.mp4 | Size: (6.42 MB)
FileName :2 - From Theory to Practical Applications 1.mp4 | Size: (115.91 MB)
FileName :3 - From Theory to Practical Applications 2.mp4 | Size: (444.7 MB)
FileName :4 - From Theory to Practical Applications 3.mp4 | Size: (411.11 MB)
FileName :5 - From Theory to Practical Applications 4.mp4 | Size: (54.17 MB)
FileName :6 - From Theory to Practical Applications 5.mp4 | Size: (271.96 MB)
FileName :7 - Exploring Second Order Systems and Understanding Feedback Effects in Control 1.mp4 | Size: (324.3 MB)
FileName :8 - Exploring Second Order Systems and Understanding Feedback Effects in Control 2.mp4 | Size: (313.96 MB)
FileName :9 - Exploring Second Order Systems and Understanding Feedback Effects in Control 3.mp4 | Size: (433.11 MB)
FileName :10 - Exploring Second Order Systems and Understanding Feedback Effects in Control 4.mp4 | Size: (87.34 MB)
FileName :11 - ArduinoBased PID ControlTheory Implementation and Analysis 1.mp4 | Size: (660.12 MB)
FileName :12 - ArduinoBased PID ControlTheory Implementation and Analysis 2.mp4 | Size: (174.83 MB)
FileName :13 - ArduinoBased PID ControlTheory Implementation and Analysis 3.mp4 | Size: (198.6 MB)
FileName :14 - ArduinoBased PID ControlTheory Implementation and Analysis 4.mp4 | Size: (109.51 MB)
FileName :15 - ArduinoBased PID ControlTheory Implementation and Analysis 5.mp4 | Size: (162.83 MB)
FileName :16 - ArduinoBased PID ControlTheory Implementation and Analysis 6.mp4 | Size: (383.41 MB)
FileName :17 - ArduinoBased PID ControlTheory Implementation and Analysis 7.mp4 | Size: (676.16 MB)
FileName :18 - Tuning Methods Exploring ZeiglerNichols and Second Methods 1.mp4 | Size: (330.81 MB)
FileName :19 - Tuning Methods Exploring ZeiglerNichols and Second Methods 2.mp4 | Size: (117.26 MB)
FileName :20 - Tuning Methods Exploring ZeiglerNichols and Second Methods 3.mp4 | Size: (57.05 MB)
FileName :21 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 1.mp4 | Size: (246.69 MB)
FileName :22 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 2.mp4 | Size: (61.52 MB)
FileName :23 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 3.mp4 | Size: (18.33 MB)
FileName :24 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 4.mp4 | Size: (321.21 MB)
FileName :25 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 5.mp4 | Size: (192.86 MB)
FileName :26 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 6.mp4 | Size: (276.59 MB)
FileName :27 - Designing a Controller Using Root Locus Method to Meet Specific Requirements 7.mp4 | Size: (263.51 MB)]
Screenshot
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