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Circuit Wizard 1.15 vs Other Circuit Simulation Software: Which One is Better and Why?


How to Design and Simulate Circuits with Circuit Wizard 1.15




If you are interested in electronics, you may have heard of Circuit Wizard 1.15, a powerful software that allows you to design and simulate circuits on your computer. Circuit Wizard 1.15 is a product of New Wave Concepts, a company that specializes in developing educational software for engineering and technology. In this article, we will show you how to use Circuit Wizard 1.15 to create and test your own circuits, as well as some of the features and benefits of this software.




Circuit wizard 1.15


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What is Circuit Wizard 1.15?




Circuit Wizard 1.15 is a software that combines circuit design, PCB layout, simulation and CAD/CAM in one package. It is designed for students, hobbyists and professionals who want to learn and practice electronics. With Circuit Wizard 1.15, you can:


  • Draw circuit diagrams using a library of components and symbols



  • Convert circuit diagrams into PCB layouts automatically or manually



  • Simulate the behavior of your circuits using a realistic virtual instrument panel



  • Export your PCB designs to industry-standard formats or print them out



  • Program microcontrollers using flowcharts or assembly language



  • Connect your circuits to real hardware using GENIE microcontroller kits



How to Install Circuit Wizard 1.15?




To install Circuit Wizard 1.15 on your computer, you need to download the setup file from the official website of New Wave Concepts or from other sources such as Google Drive or YouTube. The setup file is about 60 MB in size and requires Windows XP or later to run. You can follow these steps to install Circuit Wizard 1.15:


  • Run the setup file and follow the instructions on the screen.



  • Choose the destination folder for the installation and click Next.



  • Select the components you want to install and click Next.



  • Wait for the installation to complete and click Finish.



  • Launch Circuit Wizard 1.15 from the Start menu or the desktop shortcut.



How to Use Circuit Wizard 1.15?




To use Circuit Wizard 1.15, you need to create a new project or open an existing one. A project consists of one or more circuit diagrams and PCB layouts that are related to each other. You can access the main features of Circuit Wizard 1.15 from the toolbar, the menu bar or the context menu. Here are some of the basic steps to use Circuit Wizard 1.15:


Designing a Circuit with Circuit Wizard 1.15


To design a circuit with Circuit Wizard 1.15, you need to select the Design mode from the toolbar or the menu bar. In this mode, you can draw your circuit diagram using the component library and the drawing tools. You can also edit the properties of each component, such as its value, name, color and orientation. To add a component to your circuit, you can:


  • Drag and drop it from the component library to the drawing area



  • Double-click on it in the component library and click on the drawing area



  • Right-click on the drawing area and select Insert Component



To connect components, you can use wires or buses. Wires are single-line connections that can be drawn by clicking and dragging on the drawing area. Buses are multi-line connections that can be drawn by clicking and dragging on the bus tool. You can also use labels to name your wires and buses for easier identification.


Simulating a Circuit with Circuit Wizard 1.15


To simulate a circuit with Circuit Wizard 1.15, you need to select the Simulate mode from the toolbar or the menu bar. In this mode, you can test your circuit using a virtual instrument panel that includes oscilloscopes, multimeters, signal generators and logic analyzers. You can also view the values of voltages, currents and resistances at any point in your circuit. To simulate your circuit, you can:


  • Click on the Run button to start or stop the simulation



  • Click on the Step button to advance the simulation one step at a time



  • Click on the Reset button to reset the simulation to its initial state



  • Drag and drop instruments from the instrument panel to the drawing area



  • Connect instruments to your circuit using probes or clips



  • Adjust the settings of each instrument using its control panel



Creating a PCB Layout with Circuit Wizard 1.15


To create a PCB layout with Circuit Wizard 1.15, you need to select the PCB mode from the toolbar or the menu bar. In this mode, you can convert your circuit diagram into a PCB layout automatically or manually. You can also edit the properties of each PCB element, such as its size, shape, layer and track width. To create a PCB layout, you can:


  • Click on the Auto Route button to generate a PCB layout from your circuit diagram



  • Click on the Manual Route button to draw your own PCB layout using the drawing tools



  • Click on the Edit button to modify your PCB layout using the editing tools



  • Click on the View button to switch between different views of your PCB layout, such as 2D, 3D and cross-section



  • Click on the Export button to save your PCB layout as an image file or a Gerber file



  • Click on the Print button to print your PCB layout on paper or transfer paper



Programming Microcontrollers with Circuit Wizard 1.15


To program microcontrollers with Circuit Wizard 1.15, you need to select the Program mode from the toolbar or the menu bar. In this mode, you can write and debug your code using flowcharts or assembly language. You can also upload your code to a real microcontroller using a USB cable or a wireless connection. To program microcontrollers, you can:


  • Click on the Flowchart button to create your code using graphical symbols and commands



  • Click on the Assembly button to create your code using text instructions and operands



  • Click on the Compile button to check your code for errors and warnings



  • Click on the Debug button to run your code in simulation mode or hardware mode



  • Click on the Upload button to transfer your code to a real microcontroller



  • Click on the Monitor button to view the status of your microcontroller's inputs and outputs



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