Select the LED, right-click, and select Properties… ( ). This project will use a red LED, so change the Value field to be red . In a real project, it might be better to write the LED E 16 manufacturer’s it. Press to flip it to the opposite side; it now appears mirrored and its pads have changed from red to blue. All PCB layers are viewed from front side of the board. Footprints on the bottom of the of the Appearance panel. In the default color scheme, items on the F.Cu (Front Copper) layer are red, while items on the B.Cu (Back Copper) are blue. Now place the other two components. One at a time

Select the LED, right-click, and select Properties… ( ). This project will use a red LED, so change the Value field to be red . In a real project, it might be better to write the LED manufacturer’s part it. Press to flip it to the opposite side; it now appears mirrored and its pads have changed from red to blue. All PCB layers are viewed from front side of the board. Footprints on the bottom of the of the Appearance panel. In the default color scheme, items on the F.Cu (Front Copper) layer are red, while items on the B.Cu (Back Copper) are blue. Now place the other two components. One at a time

Select the LED, right-click, and select Properties… ( ). This project will use a red LED, so change the Value field to be red . In a real project, it might be better to write the LED E 16 manufacturer’s it. Press to flip it to the opposite side; it now appears mirrored and its pads have changed from red to blue. All PCB layers are viewed from front side of the board. Footprints on the bottom of the of the Appearance panel. In the default color scheme, items on the F.Cu (Front Copper) layer are red, while items on the B.Cu (Back Copper) are blue. Now place the other two components. One at a time

Select the LED, right-click, and select Properties… ( ). This project will use a red LED, so change the Value field to be red . In a real project, it might be better to write the LED manufacturer’s part it. Press to flip it to the opposite side; it now appears mirrored and its pads have changed from red to blue. M F 27 All PCB layers are viewed from front side of the board. Footprints on the bottom of the Appearance panel. In the default color scheme, items on the F.Cu (Front Copper) layer are red, while items on the B.Cu (Back Copper) are blue. Now place the other two components. One at a time

Select the LED, right-click, and select Properties… ( ). This project will use a red LED, so change the Value field to be red . In a real project, it might be better to write the LED manufacturer’s part it. Press to flip it to the opposite side; it now appears mirrored and its pads have changed from red to blue. M F 27 All PCB layers are viewed from front side of the board. Footprints on the bottom of the Appearance panel. In the default color scheme, items on the F.Cu (Front Copper) layer are red, while items on the B.Cu (Back Copper) are blue. Now place the other two components. One at a time

corresponding footprint should still be added to the board. DNP symbols appear desaturated and with a red "X" over them 14 in the schematic, as shown below. Editing symbol fields individually An individual point to the relevant part of the schematic. Warnings are indicated by yellow arrows, and errors have red arrows. Excluded violations are shown as green arrows. NOTE Selecting a violation in the ERC window in the screenshot above. Two outputs have been connected together (red arrow at right). Two inputs have been left unconnected (red arrows at left). This is actually two errors per pin: each pin is unconnected

corresponding footprint should still be added to the board. DNP symbols appear desaturated and with a red "X" over them in the schematic, as shown below. Editing symbol fields individually An individual point to the relevant part of the schematic. Warnings are indicated by yellow arrows, and errors have red arrows. Excluded violations are shown as green arrows. NOTE Selecting a violation in the ERC window in the screenshot above. Two outputs have been connected together (red arrow at right). Two inputs have been left unconnected (red arrows at left). This is actually two errors per pin: each pin is unconnected

point to the relevant part of the schematic. Warnings are indicated by yellow arrows, and errors have red arrows. Excluded violations are shown as green arrows. NOTE Selecting a violation in the ERC window you can see three errors: Two outputs have been connected together (red arrow at right). Two inputs have been left unconnected (red arrows at left). Selecting an ERC marker displays a description of

corresponding footprint should still be added to the board. DNP symbols appear desaturated and with a red "X" over them in the schematic, as shown below. Editing symbol fields individually An individual point to the relevant part of the schematic. Warnings are indicated by yellow arrows, and errors have red arrows. Excluded violations are shown as green arrows. NOTE Selecting a violation in the ERC window in the screenshot above. Two outputs have been connected together (red arrow at right). Two inputs have been left unconnected (red arrows at left). This is actually two errors per pin: each pin is unconnected

point to the relevant part of the schematic. Warnings are indicated by yellow arrows, and errors have red arrows. Excluded violations are shown as green arrows. NOTE Selecting a violation in the ERC window you can see three errors: Two outputs have been connected together (red arrow at right). Two inputs have been left unconnected (red arrows at left). Selecting an ERC marker displays a description of