#dc machine

In this video, we will explain the complete information and working of DC Machine. The subject also covers D.C Circuit Analysis, A.C Circuits, Generators and Motors, Bipolar and Field Junction Transistors along with Digital Electronics. Here we provide complete information about DC Machine types like DC Generator, DC Motor with a 3D animated Diagram. We will describe important points in this video regarding DC Machine. So for more info, check out this video- 

In this video, we will explain the complete information and working of DC Machine. The subject also covers D.C Circuit Analysis, A.C Circuits, Generators and Motors, Bipolar and Field Junction Transistors along with Digital Electronics. Here we provide complete information about DC Machine types like DC Generator, DC Motor with a 3D animated Diagram. We will describe important points in this video regarding DC Machine. So for more info, check out this video- 

In previous blog post, First Experience on Modelica and ModelicaML, I tried to show how to simulate a discrete time model on OMEdit (Open Modelica Connection editor) and on Eclipse with ModelicaML plugin.

In this post you'll find simulation of a continious-time model. For this purpose we'll us a Permanent Magnet DC Machine with a load. Model includes only standart Modelica Blocks. We assume that you have OpenModelica and Eclipse with ModelicaML/MDT plugin installations, and you are familiar with creating Modelica models on OMEdit and ModelicaML model Eclipse/Papyrus.

So, for now, we can skip the steps regarding creations model, then just download the models previously created from the links below. However, please feel free to contact us for furher information.

On OpenModelica OMedit

Download the model from here.

Open the model on OMEdit

Just click simulate

Then you'll get the results

Click checkbox the graph you want to see like that below

On Eclipse/Papyrus with ModelicaML/MDT Plugin

Download the model from here.

Import project from the archive

Switct perspective to ModelicaML Modeling

Open the model file

Find SimulationModel item in tree on Model Explorer View

Right click and select simulation from pop-up menu

Then you'll get the results

Click checkbox the graph you want to see like that below