PID CONTROLLER USING SCILAB XCOS MODULE WITH EXAMPLE

🎓 PID Controller Using Scilab Xcos Module | Example & Simulation In this video, I explained about the effect of each of the PID parameters on the dynamics of a closed-loop system and will demonstrate how to use a PID controller to improve a system's performance with the help of Scilab software. We demonstrate how to design and simulate a PID controller using the Scilab Xcos module. Learn step-by-step with a practical example, and understand how P, I, and D actions affect system performance in control systems and automation engineering. 🔍 Topics Covered: Introduction to PID controllers Overview of Scilab and Xcos module Building a PID controller in Scilab Xcos Simulating system response using PID control Example problem with step-by-step solution Analyzing the effect of proportional, integral, and derivative gains Applications in industrial control systems 📘 Learning Outcomes: By the end of this video, you’ll be able to: ✅ Design and implement a PID controller in Scilab Xcos ✅ Simulate control system response for P, I, D, and PID controllers ✅ Understand the role of P, I, and D gains in system stability and performance ✅ Apply knowledge in practical control system applications 💬 Don’t forget to: 👍 Like | 💬 Comment | 🔔 Subscribe for more Control Systems, PID Controllers, and Automation Engineering Tutorials! #PIDController #ScilabXcos #ControlSystems #AutomationEngineering #PIDSimulation #PIDExample #FeedbackControl #EngineeringTutorials #MechanicalEngineering #ElectricalEngineering #InstrumentationEngineering #PIDTuning ****FOR MORE VIDEOS OF MECHATRONICS/CONTROL SYSTEM VISIT BELOW LINK****** ***Numerical on PD/PID Controller to Find Controller Output (Parallel form) https://youtu.be/FeRHsEy5vG4?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Routh Stability Criterion :Lecture no 1 https://youtu.be/HpcXF9oBJ6U?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Routh Stability Criterion: Lecture no. 2 https://youtu.be/_g9iXI4sCbk?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Find Transfer Function from Bode (Magnitude) Plot: Lect no.1 https://youtu.be/zlLgyw3bniU?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Find Transfer Function from Bode (Magnitude) Plot: Lect no 2 https://youtu.be/hpZqJLOt8h0?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Successive Approximation Register (SAR) Working : Analog to digital converter Working ( ADC) https://youtu.be/t_wmU2BDVvU?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Numerical on Analog to digital (ADC) Conversion using Successive Approximation Registery (SAR) https://youtu.be/vlDoCeu5Mw8?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb *** ***Numerical on Block diagram reduction https://youtu.be/Xp-BNIKw7FY?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Difference between Open loop and Closed loop control systems https://youtu.be/3c-CrFOMwj8?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Numerical on Block diagram reduction to find Transfer Function https://youtu.be/NcZJYBJFhgc?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Static characteristics and Dynamic characteristics: Measurement system https://youtu.be/DFdTRPUwK_I?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Obstacle Avoiding Robot -Mini Project https://youtu.be/nTYIO_ipI08?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Automatic Sorting of Components Based on Height using PLC (Allen Bradley) and Pneumatic system https://youtu.be/6H3gxXZM-9U?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Pick and Place Robot (wireless) https://youtu.be/mXhT3DHQu5o?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***AUTOMATIC BOTTLE FILLING MACHINE/ PLANT: USING PLC (ALLEN BRADLEY-1400 SERIES) https://youtu.be/-IVpuUk1kjA?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Mathematical Modelling of Mechanical System : Introduction & Rules https://youtu.be/zSSRC2QEGOo?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Numerical on Mathematical Modelling of Mechanical System : Spring, Mass & Damper https://youtu.be/Oy2t6Hr8Sn0?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Draw Ladder diagram for PLC using Automation Studio software https://youtu.be/2A0GjCfca_c?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Motor is OFF -Green light get ON & Motor is ON-Red light get ON https://youtu.be/16ChB-cZ0BQ?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Motor Run in Forward and Reverse direction with prohibition by PLC https://youtu.be/-Kz3U_nDS-k?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Traffic Light Controller using PLC https://youtu.be/GznZpUSWDa4?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Automatic reciprocating of double-acting cylinder with PLC https://youtu.be/kgDvZKhFpmc?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Logic gate in PLC : AND, OR , NOT, NOR, NAND, XOR & INTERLOCKING, PUSH TO START STOP https://youtu.be/R-_fvndVrAs?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb ***Timers in PLC ladder logic:On delay timer(TON), Off delay timer (TOF), Retentive timer (RTO) https://youtu.be/h2wh2v8pGcE?list=PLEJDGIzE_R3rxMjwYRHAaJHrmitcrmGjb