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_*Description*_ _This screen capture demonstrates the direct torque control of an induction motor in the alpha-beta (stationary) reference frame._ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

_*Description*_ _This screen capture demonstrates the mathematical modeling of a Switched Reluctance Motor using MATLAB/SIMULINK based on the defining differential equations and typical parameters._ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

_*Description*_ _This screen capture demonstrates the mathematical modeling of a Switched Reluctance Motor using MATLAB/SIMULINK based on the defining differential equations and typical parameters._ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

_*Description*_ _This video demonstrates active State of charge (SoC) equalization of a 3-cell battery using buck boost converters._ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

_*Modeling a three-phase inverter employing space vector pulse width modulation*_ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

_This video demonstrates how to design a PID controller Using Ziegler Nichol's method and Simulink. The exact value of the critical gain or ultimate gain Kc is obtained using Routh-Hurwitz stability criterion.*_ _*contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

_Model a 6-cell Li-ion battery pack using MATLAB's inbuilt Battery Builder App and control cell temperature by pumping coolant through cooling channels within the cells using a pump, radiator and fan._ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _*Instagram*_ hm2007plus8

This video demonstrates the decoupled d-q PI control (Field Oriented Control, FOC) of a Brushless DC Motor (BLDC) for the model created previously here: th-cam.com/video/ic37VvhzUgQ/w-d-xo.html Contacts: hm2007plus8@icloud.com Highermeditations2007.8@gmail.com Instagram hm2007plus8

Battery Thermal Management Simulink

This video demonstrates the full d-q PI control (Field Oriented Control, FOC) of a Permanent Magnet Synchronous Motor (PMSM) for the model created previously here: th-cam.com/video/xlq-dEHhtVY/w-d-xo.html Contacts: hm2007plus8@icloud.com Highermeditations2007.8@gmail.com Find me on Fiverr: mig2007 www.fiverr.com/mig2007?up_rol... Instagram hm2007plus8

_*Description*_ _Implement voltage based cell balancing using a buck-boost converter. The control logic is implemented using Stateflow in SIMULINK. Check out the SoC version here:_ th-cam.com/video/7sikurCyj7w/w-d-xo.html _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

_Model a 6-cell Li-ion battery pack using MATLAB's inbuilt Battery Builder App and control cell temperature by pumping coolant through cooling channels within the cells._ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _*Instagram*_ hm2007plus8

_*Description*_ _Model a 6-cell Li-ion battery pack using MATLAB's inbuilt Battery Builder App and apply passive balancing to equalize the State of Charge in SIMULINK/SIMSCAPE._ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

_Model a 1-kWh, 75-Ah battery pack using MATLAB's inbuilt Battery Builder App. The battery pack consists of UR18650W Li-ion cells._ _*Contacts:*_ _hm2007plus8@icloud.com_ _Highermeditations2007.8@gmail.com_ _Instagram_ hm2007plus8

MATLAB/SIMULINK Modeling And Simulation of a Synchronous Reluctance Motor (synRM)

MATLAB/SIMULINK Alpha-Beta Mathematical Modeling and Simulation of a Three-Phase Induction Motor

MATLAB/SIMULINK Modeling And Simulation of a Permanent Magnet Synchronous Motor (PMSM) Alpha-Beta

Active second order lowpass filter frequency response using SIMULINK/SIMSCAPE

Robotic Arm Assembly and Animation SOLIDWORKS (4 DoF)

Robot Gripper (2 Jaw) SOLIDWORKS

MATLAB/SIMULINK Mathematical Modeling and Simulation of a Three-Phase Induction Motor (IM)

MATLAB/SIMULINK Mathematical Modeling and Simulation of a Stepping (Stepper) Motor

MATLAB/SIMULINK Modeling and Simulation of a Brushless DC Motor (BLDC)

Sine PWM generation using Stateflow and Simulink

Active Buck-Boost Converter Cell Equalizer MATLAB/SIMULINK (12 Cells)

Single Switched Capacitor Active Cell Balancing MATLAB/SIMULINK subscribe get model

Battery Management Using Active Celll Balancing (Single Capacitor 4 cells) MATLAB/SIMULINK

Speed Control of a Permanent Magnet Synchronous Motor (PMSM) MATLAB/SIMULINK

System Identification from input and output data using MATLAB/SIMULINK