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# Creation Of Electrical Diagrams With Electrical CAD Software

Want to create a good but simple electrical circuit? What to know what to do? To realize a simple electrical circuit is very simple, since with the basic concepts of electricity you can put yourself to it. Making a circuit on a large scale can be more complicated and a task for someone more expert, but if you want to learn it easier, in this article we will show you how to make an electric circuit in a very simple way. A simple closed circuit contains a power supply, in this case a battery, an electric cable and a resistor. Through this circuit the electrons that are generated in the battery circulate through the cables towards the resistance. As a resistance we will use a light bulb, which will light up when it has received enough electrons.

## What Is An Electrical Circuit?

An electrical circuit is the route of electricity through a conductor, that is, from the source of energy to its place of consumption. In this case, the bulb transforms the electrical energy into light – and heat – after the electrical circuit is completely closed. Then the bulb will light up because it contains a filament that prevents the free access of the electrons of the battery, that when finding the resistance, the electrons heat the filament of the bulb until producing the light. Although the process sounds relatively simple, the truth is that designing an electrical circuit is not an easy task when you do not know how to make the connections. That is why it is essential that an electrical expert make an electrical circuit from scratch, because that way he will know how to distribute the connections throughout the house. But, if you do not have the number of a good electrician on hand, we will give you some tips so you can design an electrical circuit for your house:

1. 1You must know the parts of an electrical circuit: Power source (plug), conductor (the cable that makes connections from one volume to another), source of consumption or device that will absorb electricity (can be any device domestic or a light bulb) and the -switch- switch. Ignorance about electrical circuit components often leads to the incompetence of incomplete electrical schemes.
2. 2Establish how the cabling will be distributed: If the logical design is cumbersome, better visualize how your house is. See the points that you think should be a plug or a light bulb. After that, go back to the logical design until you have everything well structured. Logic is the basis of everything, so also when we want to design an electrical installation scheme.
3. Buy the materials: Find out about the best brands, especially in the wiring, because if the cable is of poor quality there will be no good transfer of electricity and could cause an accident. Some electrical engineers tend to focus on price and thus they neglect the quality of the components used. Some adverse events are caused by poor quality components.
4. Learn about the correct installation: Making a simple circuit for a model is something that everyone can do with little knowledge, but the thing changes when you talk about making a circuit that suits a plane. Therefore, the best thing you can do is to seek the help of a professional.
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## Why You Need IGE-XAO?

IGE-XAO provides an easy-to-use, stand-alone electrical design system that addresses the shortcomings of traditional schematic development tools and allows designers and engineers to effectively establish the electrical interconnections of complex electrical systems. IGE-XAO presents a simple interface that is easy to understand and use, as well as an advanced automation system for complex tasks, such as cross-referencing contacts and terminal drawings. The company streamlines product development and, at the same time, minimizes daily tasks, repetitive and routine, associated with the development of schemes.

## Overview Of The Creation Of Electrical Diagrams:

So far, the creation of electrical diagrams has been carried out with desktop documentation software, basic drawing tools or 2D CAD tools. These tools only offer graphic representations and lack the design intelligence to interpret what the lines drawn between the symbols represent. This type of tools require a lot of work, are prone to errors and do not have the capacity to admit processes derived from manufacturing and business activities. In the absence of specific tools, the electrical engineering community has been adapting printed design cards and other schema-based tools to meet design requirements. However, these tools do not meet the specific demands of integrated electrical system designs and, moreover, are difficult to maintain and use effectively.

The electrical design development functions of IGE-XAO include:

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Single-line wiring diagram: a tool for planning electrical systems for the creation of complex embedded electrical systems that uses simple pictorial representations of interconnectors and electrical components.

Creation of 2D cabinets: it allows to generate representations of 2D panels of electrical diagrams in which electrical components are also shown in 2D. Representing 2D images is very important in showing electrical components.

Library of symbols and electrical components: an extensive library of schematic symbols with industry standards (ANSI, JIS, JIS, GB) together with a database of parts from manufacturers that offers a resource of customizable and adaptable parts thanks to tools of import easy to use.

PLC tools: PLC management tools automate a large number of PLC wiring design tasks, and also have the ability to import PLC labels and data. A good electrical CAD software should be able to display the wiring design and if necessary export it.

Design and reuse: set of integrated tools that include a smart cut and paste function, a selection of easy-to-use favorite components and circuit design elements, as well as the ability to reuse third-party design elements thanks to import assistants easy to use.

• Automated creation of terminal drawings: allows automatic generation of terminal drawings based on these designs and synchronized with them in real time.
• Collaboration in real time: a bidirectional and synchronized environment that allows several users to work on the same project in real time to facilitate collaboration in the project.
• Integration: automated publication of drawings, reports and schema data for file and revision control.
• Generation of reports: automatically generated reports based on real-time queries to the design database with the possibility of creating customized reports thanks to the integrated tools for generating personalized reports.
• Cross-references of automated contacts: cross-references of electrical contacts are automatically generated in real time and synchronized according to the availability and type of contacts of the components of each manufacturer.
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