Click On P (Pick From Libraries) Add all the required components. Select the Component Mode from the left Toolbar. Then save it in a new library like USERDVC. Steps : Open Proteus ISIS Schematic Capture. Set the footprint to schematic pin names association if necessary (not needed if names match), set it as default (assuming you don't want to set it every time) and click assign package Press the add button to add a new package In fact, even if an 8-bit microcontroller is sufficient for your. Place a component that has the same number of pins (and names, or you have to do additional steps), right click and select packaging tool Download the design pack for this tutorial that includes all of the design files (PDF. In order to use the footprint in your actual PCB that is connected to a schematic you can double click the relay component and change the footprint name to match the new one you have designed, so thisĪnother option is to change the linked package to the ISIS schematic editor. In the next screen use a new name and change any other info you may want (not required) and store the new footprint in a user library like USERPKG
PROTEUS 8 VIDEO TUTORIAL PLUS
When you are done select the created footprint (pads & outer line) plus the text from the decomposed component (this helps avoid entering everything from scratch), right click and select make package
Use the 2D graphics mode to make the outline of the component (or resize the existing one) to match the one you are trying to createĬhange the snap size if needed, then use the dimension mode and create lines or use the grid or numeric coordinates to help you place the pads (move the existing ones from the decomposed footprint) to the appropriate distances as per the device datasheet. If the dimension of your footprint are in mm then pres the m button for metric or leave it as is for mils Right click on the footprint and select decompose tagged objects
PROTEUS 8 VIDEO TUTORIAL SOFTWARE
Proteus VSM is complete software to learn microcontrollers. ISIS is used for simulation of electrical, electronics, embedded system and microcontrollers based circuits. The Proteus 8 Professional and Arduino Library have to connected, because the program of Arduino will be upload in Proteus 8 Professional, so Arduino can excecute the program to controll this simulation. Main platform of Proteus is intelligent schematic input system (ISIS). To build this project, you just necessary Proteus 8 Professional, Arduino Software and Library. Open ARES and place a similar footprint on the design (a relay that matches the number of pins is fine) Proteus provides thee type of platforms for simulation and designing of electric circuits. This can probably be explained better in a in a video but I'll try with images
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