PCB Card Reverse Engineering Components

PCB Card Reverse Engineering Components information to prepare bill of material which include resistor, capacitor, inductors and all other integrated circuits info in details, as well as other documents like PCB gerber file and schematic diagram;

PCB Card Reverse Engineering Components information to prepare bill of material which include resistor, capacitor, inductors and all other integrated circuits info in details, as well as other documents like PCB gerber file and schematic diagram
PCB Card Reverse Engineering Components information to prepare bill of material which include resistor, capacitor, inductors and all other integrated circuits info in details, as well as other documents like PCB gerber file and schematic diagram

Position the cursor over the center of pin 1 and press the left button to load the data into the buffer if pcb card reverse engineering. Finally select “convert buffer to element” from the Buffer menu. You’ll only want to create elements this way if they aren’t already in the library. It’s also probably a good idea to do this before starting any of the other aspects of a layout, but it isn’t necessary.

To display the pinout of a circuit move to it and press Shift<Key>d or select show pinout from the Objects menu. A new window pops up and displays the complete pinout of the element before pcb card recovery. This display can be difficult to read if the component has been rotated 90 degrees 🙁 therefore, the new window will show an un-rotated view so the pin names are readable.

<Key>d displays the name of one or all pins/pads inside the Layout area, this is only for display on-screen, it has no effect on any printing of the layout after pcb board documents reproduction. In the process of printed circuit board restoration, You also may want to change a pin’s or pad’s current size by pressing <Key>s to increase or Shift<Key>s to decrease it.

While this is possible, it is not recommended since care was probably taken to define the element structure in the first place. You can also change the thickness of the element’s silkscreen outline with the same keys. You can change whether a pin or SMD pad is rounded or square with the <Key>q.

SMD pads should usually have squared ends before pcb card reverse engineering. Finally, you can change whether the non-square pins are round or octagonal with the !Ctrl<Key>o. SMD elements and silkscreen objects are drawn in the “invisible object” color if they are located on the opposite side of the board.

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