191 results

nasa/T-MATS

version 1.0.0.0

by Jeffryes

Simulink Toolbox for the Modeling and Analysis of Thermodynamic Systems, such as gas turbines

Speed controller of DC motor with API controller from modelling of DC motor

Speed controller of DC motor with API controller from modelling of DC motor

PI Controller based voltage regulation of PV Inverter

PI Controller based voltage regulation of PV Inverterwww.pirc.co.inceo@pirc.co.in https://youtu.be/I2h-qMoqO_k

Perform an online tuning of a proportional-integral (PI) speed controller for a servo DC motor using the Closed-Loop PID Autotuner block.

In this post, we demonstrate how to use the Closed-Loop PID Autotuner block, part of the Simulink Control Design™ toolbox, to perform an online tuning of a proportional-integral (PI) speed controller

two area load freq control using PI controller

two area load freq control using pi controller

Closed Loop PI Controller for Boost DC-DC Converter

Closed Loop PI Controller for Boost DC-DC Converter.Switching Frquency Fsw=5000Hz and Sampling Frequency Fs=100000 (both saved in Model Worksapce).Load Resistance R=20 Ohm & Vin=10Volt.L and C

Designing a Pwm pulse generator and PI controller

I have designed PI controller and Pwm pulse generator separately instead of using built in block in simulink library.Output is verified in closed loop and its working fine.

Three phase rectifier closed loop voltage controller R-L load using PI controller

Three phase rectifier closed loop voltage controller R-L load using PI controller

Battery charge/discharge Control implemented in a case study involving a DC bus, battery, common load, and a bidirectional DC-DC converter.

DC-DC converter.The control of battery charging and discharging is based on two PI controllers:1- one is for reference current generation (dependant on mode of operation: charging or discharging)2- the

The PI controller with anti windup (clamping) is implemented using code.

When the PI controller is implemented into hardware, the conventional PI controller or the Integrator block in Simulink cannot be used. This code represent these block in the form of code so that it

Boost Converter with Analog PI Controller (Used only Op Amp & 555 Timer)

Boost Converter with Analog PI Controller. The PI controller used +-5V supply to work. It does not requires any digital controller. It only need five operational amplifiers and one 555 timer to work

Improvement of the crow search algorithm has extreme convergence for optimal value.

A circuit model to simulate DC-DC Buck Converter With PI Control

This circuit components are mainly from Simscape Electrical Toolbox. Able to regulate the output voltage to the desired voltage.To change output voltage :1. Double click the Feedback Circuit (PI

A brief demonstration of the capability of Simulink to execute C/C++ and Python code as a part of the numerical model.

You've come to the right place if you wonder how to append your Simulink model with C/C++ and/or Python code. Exactly such a capability is demonstrated here. A code for the PI controller with

Simulation of Closed loop boost converter using Discrete PI Controller

Simulation of Closed loop boost converter using Discrete PI ControllerOutput voltage required -> 240 volts Step by step design of controller https://youtu.be/58JlCZfm_Yw

Current loop controller, voltage loop controller

Reference Paper: F.L.Luo and H.Ye, “Positive output super lift converters,” IEEE Transaction on power electronics, Vol.18, No. 1, pp. 105-1

This Simulink model demonstrate DC-DC Buck Converter with simple PI Feedback Control

This Simulink model demonstrate DC-DC Buck Converter with simplePI Feedback Control to buck 12V DC to 5V DC at switching frequency of 10kHz

Decoupled active and reactive power control for a three-phase inverter connected to the utility grid based on the PI controller.

controller (i.e., outer loop), and then the output of the PI regulator represents the reference direct axis current of the inverter which is regulated by the inner PI controller. The same procedure could be

This Simulink model demonstrate DC-DC Boost Converter with simple PI Feedback Control

This Simulink model demonstrate DC-DC Boost Converter with simplePI Feedback Control to boost 5V DC to 12V DC at switching frequency of 10kHz

The input voltage is step up/ step down according to the reference voltage.

The Buck Boost converter is controlled by PI controller. The output voltage follows the reference voltage.

Closed loop PI control of DC-DC Cascode Buck-Boost Converter

Closed loop PI control of DC-DC Cascode Buck-Boost Converter || MATLAB/Simulink - YouTube

For PI Speed Control we need a Controlled Voltage Source but for PWM Speed Control we didn't need a Controlled Voltage Source

The BLDC motor can be controlled using a PI controller but we need a controlled voltage source for this. But using PWM speed controlled we didn't need a controlled voltage source [we can also use

classical PI controller is used to design the closed loop of zeta converter

Controlling of D.C. Motor using PI and PI-Fuzzy Logic Controller

Controlling of D.C. Motor using PI and PI-Fuzzy Logic Controller

I have design the Current Controller for BLDC. To check the correctness of it I have given a random drive cycle and getting same result .

reference torque is obtained by speed controller. In speed controller we are comparing reference speed and actual speed. The error generated is given to PI controller.The ouput of PI controller is reference

This model represents the improved V/F control method using adaptive fuzzy PI controller.

An adaptive fuzzy PI controller (AFPIC) with V/F control method of 3 phase induction motor is presented, where the PI parameters are adjusted by fuzzy due to changing the operating conditions.

Test or Control Raspberry Pi IO pins with this Matlab GUI

Setup the Raspberry Pi to work with Matlab. Check out the Matlab Hardware Support Package documentation. This GUI based program will automatically connect to the Raspberry Pi if already configured

The Simulink model based on PV system (consisting of PV, Battery, Converter, PI Controller, inverter, and charge controller

In this Project we design the Simulink model based on PV system (consisting of PV, Battery, Converter, PI Controller, inverter, and charge control) architecture. Next we deploy the MPPT Controller

Simulink simulation model of hysteresis control for three phase Vienna rectifier

This is a simulation model of three-phase three-level Vienna rectifier. The control algorithm adopts voltage and current double closed-loop control. The outer voltage loop is PI controller and the

Simulink model of Closed loop Boost converter. The input voltage is 100V and output voltage varies from 100V to 900V

This MATLAB simulink model boost the voltage from 100V to 900V. The output voltage follows the reference voltage. Discrete PI controller is used and sawtooth waveform with 2kHz is taken as carrier

This project is a speed control for a Shunt DC motor using a single PI controller. Created by a Matlab 2016b. Course Machine Drive Level 1.

This project is a speed control for a Shunt DC motor using a single PI controller.Created by a Matlab 2016b.Course Machine Drive Level 1.This project is needed to be completed, as a student

Model-Based Design of a DCDC Converter using Simulink, Simscape and Stateflow

switching. Filter design plays an important role in getting current and voltage signals as proper inputs to the controllers Both controllers are PI controllers which were modeled, simulated tuned and verified

animated, with derivation in jpg-image

http://simulations.narod.ru/It is inverted pendulum. Down point is base can be controlled. It can be moved horizontally only. PI (not PID) controller used to set the pendulum in up direction. There

A workshop covering the essentials of programming autonomous tasks for mobile robots with MATLAB and Simulink.

Detecting Objects- Complete Autonomous Implementation- Summary and Resourceshttps://youtu.be/ibZLhKYzjPI

This model helps you in getting a basic idea of a CUK converter and PI application in converter.

noticed from this model is that,it has a PI controller,which can be used for giving a DC constant(desired value of DC o/p),and the error signal is sent through a PI controller,which further helps in setting

This is a boost converter using supercap

boost converter using supercap and PI controller

This is a demo model for Reinforcement Learning Control Design. After designing agent, it is deployed to Raspberry Pi and run in hardware.

and PIL before doing experiment.Code generation and verification for the controller with RL4. ExperimentConnect Raspberry Pi and QUBE - Servo 2, and run the Raspberry Pi with External Mode.Experiment

In this model, the fuzzy logic control uses instead of PI controller to estimate the speed.

In this model, the fuzzy logic control FLC uses instead of PI controller to estimate the speed.

DC motor Speed Control both step and Pulse Response

Fuzzy PI DC motor Speed ControllerSimple Control System

I use BLDC Modeled Block and Drive cycle is given to it with the help of the PI Controller. We are controlling the Voltage fed to inverter.

BLDC motor is modeled using Simulink. The Electric Vehicle Drive cycle is given to the BLDC motor with the help of PI controller, Controlled Voltage Source and Inverter.

Boost converter output is controlled by pi controller

To step up the dc voltage boost converter is used.in this model the output voltage is controlled by PI controller.

This file shows how can link your PSO code with Matlab Simulink to determine the parameters of the PI controller.

This file shows how can link your PSO code with Matlab Simulink to determine the parameter of the PI controller. Also, SSR is damped using TCSC, and the constant power control is used to generates

scalar control using SPWM for induction motor.

model for scalar control for induction machine using PI controller to control the slip speed.

Permanent magnet synchronous motor drive.

Analytical tuning of FOC PMSM drive PI controllers. B.Sc. degree in Electromobility: https://iel.pl/IE-02/elektromobilnosc.pdf .

DOP-capable PSO is used to tune the PI speed controller for the BLDC motor with variable inertia.

This file contains an implementation of DOP-capable PSO used to adapt controller gains in a situation of sudden inertia change of the motor. The .pro file contains an implementation for PLC

this model used PD/PI controller for controlling pitch actuator for wind turbine control

This model used PD/PI controller for controlling pitch actuator for wind turbine control for obtaining pitch angle as one of the inputs of wind turbine

two order model of the synchronous generator with PI control,and with PQ load

two order model of the synchronous generator with PI control,and with PQ load

Simulink Project showing a small fixed-wing drone, its autopilot, and the operator interface

autopilot.Deploy and Test Correctness of the Flight Controller’s Generated Code Test the code’s behavior on a development board (a Raspberry Pi) for same results (within bounds) using Simulink

Simulink sensor and motor driver library for Arduino

Motor Step Response - Realistic DC Motor Simulation - Basic DC Motor Control - Realistic PI Controller Simulation - DC Motor Parameter ID - DC Motor Control with Full State Feedback and LQR- Determining

Dual output buck dc-dc converter closed loop control

A conventional dual output buck dc-dc converter is controlled using two PI controller.

The given file, simulates voltage and frequency maintained by DQ control of voltage source inverter.

Step by step simulation tutorial is provided in the video below. The downloadable file also consists of formulas for the parameters https://youtu.be/ReuPI7mICCw

The closed loop system design using PI controller for non-ideal buck converter

The model presents three main reasons why using a Full State Feedback Control instead of Output Feedback Control is beneficial.

of Output Feedback Control is beneficial.If you wonder what you can get from replacing the classic PI controller with the State Feedback Controller, check it out.

This package contains files necessary to build mobile robot that can travel along road and corridors

We will use the Mobile Robot with the Two-Tier Control System to cover three topics:1.To program a Raspberry Pi with Simulink.2.To program Arduino Mega with Simulink.3.To make Raspberry Pi and

This blocks provide CAN communication feature using CAN Controller device MCP2515 via SPI.

CAN device driver mcp2515 has the Controller Area Network(CAN) communicated feature via SPI communication.This library blocks are modeled for mcp2515 using SPI blocks.You can use this blocks both

optimization of PI controler of DCmotor speed control by Imperialist competitive algorithm

the range of the optimization of the parameters by changing [varmin] and [varmax] matrix in the 'Main_ImperialistCompetitveAlgorithm.m' file.After you got the optimized value of PI parameters just put

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