Proteus Professional 8.10 SP3 Free Download

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proteus 8.10

Proteus Professional 8.10 SP3 is an important software in electrical engineering for designing circuits. Mostly this software is paid but I will show you how you can install this for free. It means you don’t need to spend money on this you can take advantage of this software.

Proteus Professional 8.10 SP3

Proteus Professional 8.10 is the simplest and most advanced software for designing circuits. In which you will have to search for components and can place them in the workspace and have to connect these with wires.

Proteus 8.10

Proteus software is mostly used for designing and testing of circuits. It has dfferent measuring devices like ossiloscope, voltmeter. Ammeter etc. Also using this software you can also model microcontrollers, microprocessors etc.

You may like to read How to Install Proteus 8.11 for free

Features

  • Circuit designing and testing.
  • includes all the components for circuit designing
  • More than 800 different microcontrollers
  • Complete set for designing PCB
  • Different Simulations
  • Save cost and time for testing circuit

System Requirements

  • Operating System: Microsoft® Windows® 2000 with Service Pack 4, or Windows XP with Service Pack 1 or 2
  • Memory (RAM): 2 GB of RAM required
  • Hard Disk Space: 3 GB of hard disk space for program installation.

You may like to read How to Install Proteus 8.11 for free

Installing Proteus 8.10 SP3

  • First of all download the file from here
  • Now open the LAB Center Electronic, right click on Proteus 8 Professional and open properties
  • Now click on Security , Edit and Add and mark full control then apply and ok
  • It will take some time for adding files.
  • Now one last step, move to the desktop and right-click on Proteus, and click on properties
  • Now click on Compatibility and mark the changes below

Your Proteus Professional 8.10 SP3 is ready to use.

2 COMMENTS

  1. Proteus Professional 8.10 SP3 is an important software in electrical engineering for designing circuits. I have read different articles regarding the problem but did’nt find any satisfactory answer so I have decided to write a precise and accurate solution.

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