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Hello friends, today’s the last post of this Proteus tutorial. I have tried my best to explain everything but knowledge is limitless so explore this software, play with it and you will know many new things. Today’s topic is about the PCB designing in Proteus. When you install Proteus, you have seen that along with ISIS there’s also another package named as Proteus ARES. This Proteus ARES is used for PCB designing. You should also check the Arduino UNO PCB Design for Proteus ARES.In order to design the PCB in Proteus ARES, first you need to make the circuit of that PCB in Proteus ISIS. You can also make PCB directly but I recommend that use Proteus ISIS first, its quite the easy approach as you don’t need to do anything in it and the software intelligence helps you throughout the designing. Here’s the list of Top 10 PCB Design Software. So let’s get started with PCB Designing in Proteus ARES:
PCB Designing in Proteus ARES
As in this tutorial, I just want to give you an idea of How to design PCB that’s why I haven’t taken difficult circuit, just a simple PIC basic circuit.
First design your circuit in Proteus ISIS as shown in below figure:
Components Used:
These components are used while designing this simulation:
PIC16F877a.
Resistors. ( We need 1 resistor of 10k ohm )
Capacitors. ( We need 2 capacitors of 33pF )
Crystal Oscillator. ( 16MHz )
Working Principle:
After you got sure that your circuit is perfect and ready for designing, then click on the Tools and then Netlist to ARES as shown below:
After clicking, Proteus ARES will be opened.
Now in Proteus ARES, select the block option from left toolbar and also make sure that you selected Board Edge in the below drop down menu as shown in below figure:
Now make a rectangular block in the workspace, this block is actually the boundary of your PCB.
You can set its proper dimensions and can also re-size it manually using the mouse.
Now select the component option from the left toolbar, it will show all the components used in your circuit.
Place all these components in the workspace one by one as shown below. These green lines shown in the below image is actually the software intelligence.
Using the circuit, it gives us the routes automatically and we don’t need to panic any more just need to follow these route, if we are doing manually routing.
Now there are two ways of adding routing, first method is auto routing.
To do auto routing, click on Tools and then Auto Router and a property box will open where you can set many different option for routing like the width of route and the PCB layers etc.
After selecting your properties just click on Begin Routing.
And then a magic will start and you PCB will become ready as shown in below figure:
Second method is manual routing, you can do manual routing by clicking the edges just like we connect wires in Proteus ISIS. For manual routing select the option shown in below figure and start routing.
That’s it. I don’t think its much difficult. I am gonna stop this tutorial here. I have tried my best to share my knowledge about Proteus. IF you guys having any problem in part of this tutorial, feel free to contact me. Take care.
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Category: ProteusBy Syed Zain Nasir17 Comments
Author: Syed Zain Nasir
https://www.theengineeringprojects.com/I am Syed Zain Nasir, the founder of <a href=https://www.TheEngineeringProjects.com/>The Engineering Projects</a> (TEP). I am a programmer since 2009 before that I just search things, make small projects and now I am sharing my knowledge through this platform.I also work as a freelancer and did many projects related to programming and electrical circuitry. <a href=https://plus.google.com/+SyedZainNasir/>My Google Profile+</a>
Latest Version:
Proteus PCB Design 8.9 SP0 Build 28501 LATEST
Requirements:
Windows XP / Vista / Windows 7 / Windows 8 / Windows 10
Author / Product:
Labcenter Electronics Ltd / Proteus PCB Design
Old Versions:
Filename:
prodemo.exe
Details:
Proteus PCB Design 2020 full offline installer setup for PC 32bit/64bit
Proteus PCB Design software combines the Schematic Capture and ARES PCB Layout programs to provide a powerful, integrated and easy to use suite of tools for professional Printed Circuit Board design. The Proteus PCB Design tool range is a professionals choice for modern PCB Layout. With over 25 years of continuous development and innovation, focus remains on adding functionality while maintaining a simple, clean user interface and tight integration with the schematic design. All Proteus PCB products include a rich set of core functionality, with more advanced features being added in the higher product levels (PCB Level 2 and above). These are discussed further in the topics below. Design capacity also scales with the product range, from a 500 pin limit in the app Starter Kit to unlimited design capacity in the PCB Design Level 3 and the Platinum products.
Ares Build Wizard
Product Range Overview
16 Copper Layers, 10nm Resolution, any angle placement.
Lightning Fast Hardware Accelerated Display.
Constraint Driven Layout with Design Rule Aware straight and curved interactive routing.
Integrated Shape Based Autorouting included as standard.
Manual Ares Build Download Free
Manual Ares Build Download For Windows 10
Features and Highlights Footprint Libraries The supplied libraries cover a large range of through hole components including all the most common IC, transistor, diode and connector packaging types. It also supply as standard the full IEC libraries and SMT footprints which include all the standard discrete and IC packaging styles. Both the IPC-782 and the IPC-7351 standard surface mount standard libraries are included. More importantly, It provide a seamless import tool for CAD parts that provides access to over 14 million parts via popular vendors such as SamacSys Library Loader, SnapEDA, PCB Library Expert and Ultra-Librarian. Templates and Technology Data The layout module includes a comprehensive scheme for design re-use in the form of board templates and technology data. A user can create several templates representing common projects and then initialise new layouts from template to preload all of the configured information. A default set of common Eurocard boards are provided as standard. A template file is essentially a basic layout (board edge, mounting holes, etc.) together with a technology data set. Manual Routing Manual routing makes no requirement that you start from the ratsnest lines (rubberbanding). You can place tracking in any way you wish and Proteus will remove ratsnest lines as the connections are actually completed. During track placement the route will follow the mouse wherever possible and will intelligently move around obstacles while obeying the design rules for the project. When editing routes you can re-route or delete any section of a track, irrespective of how it was originally placed. Commands are also provided to change the thickness and/or layer of any section of tracking. Length Matching Length matching of tracks is an essential step in ensuring correct timing at the signal receiver for high speed transmissions. Proteus includes support for automatic length matching of tracks via a simple select and match user interface. This includes the ability have track segments in multiple matchgroups which is needed for routing topologies like the DDR3 fly-by configuration. Shape Based Auto-Routing Proteus design suite includes a world class integrated shape based autorouter as standard with all professional purchases. The router uses advanced cost-based conflict reduction algorithms proven to maximise completion rates on even the most densely packed boards. For total control of the routing process, users with the advanced feature set (PCB Design Level 2 and higher) can also drive the router either by writing custom routing scripts or by directly entering routing commands interactively. This provides many additional features such as the ability to route only particular areas or net classes and also additional flexibility such as the ability to specify the fanout direction or length. Power Planes It features the ultimate in power plane support - user placeable polygonal regions within which inner boundaries are automatically created around existing pads and tracking. Change the pads and tracking and the boundaries are recomputed to maintain design rule clearances. Thermal reliefs are supported and you can choose whether to hatch or fill each polygon. Inner zones (nested zones) can be included and/or islands of unconnected copper suppressed. All computation is based on grid-less shape geometry and occurs in the background so that there is no interference in manual board placement for computationally intensive layouts. Stitching and Shielding Via stitching is a technique used to tie together larger copper areas on different layers, helping keep return paths short and to reduce noise on the PCB. You can automatically stitch planes in the suite via a simple context menu command. This gives you control over via style and also spacing and row offsets for the stitching pattern. Teardrops Teardrops are often used at the connection point between track and pad to prevent drill breakout during board manufacture. Proteus PCBDesign includes comprehensive support for teardrops. When enabled, teardrop connections will be made to all qualifying routes. They are then automatically generated, updated and removed as you place, edit and delete routes during board layout. Verification During manual routing, It checks each track as you place it and warns you if any design rules (physical/electrical) are broken. You can fully customise the board constraints, setting rules by physical region such as a layer or a user drawn area of the PCB. You can also set rules by electrical net class and then if necessary combine both to form even tighter constraints (e.g. power lines on top copper layer). Project Notes Project Notes is an application module in the software for adding documentation or written content to the project. It is a free-form editor so you can add whatever you like in whatever style you want. This may be as simple as scribbling a TBD list at the end of the working day or as formal as an approved revision history for the project. 3D Visualisation The 3D Visualisation Tool (3D Viewer) in Proteus provides a way to extrude a layout and view the board as it would appear in real life. This is extremely useful as a design aid during board layout. Navigation, both orbital and 'fly by' is extremely intuitive and mouse controlled. The user can also specify a 'height plane' corresponding to the board chassis which will appear as a semi-transparent box around the board, allowing for a quick visual check for protrusions. Output Formats As well as supporting the basic ability to output your PCB to standard windows printers, It provides a full set of features for professional board manufacturing. Gerber X2 is the primary supported manufacturing output format. This format, together with an IPC-D-356 netlist and optional assembly drawings, provides an intelligent and complete representation of the PCB to your manufacturer. Traditional Gerber/Excellon output via the RS274X format is also supported. Note: In demo version, you cannot print any Schematics, Bill of Materials or Layouts. You cannot save your work. You cannot simulate your own microcontroller designs.