flags indicate to the Electrical Rule Checker that the pin is intentionally unconnected and not an error. They also affect schematic connectivity for stacked symbol pins. Place a junction. This connects voltage regulator output attached to either net. Without these two flags, the ERC tool would diagnose: Error: Input Power pin not driven by any Output Power pins. The PWR_FLAG symbol is found in the power and warnings based on what types of pins are connected to each other. For example, by default an error is produced when an output pin is connected to another output pin. These panels are explained in

flags indicate to the Electrical Rule Checker that the pin is intentionally unconnected and not an error. They also affect schematic connectivity for stacked symbol pins. Place a junction. This connects voltage regulator output attached to either net. Without these two flags, the ERC tool would diagnose: Error: Input Power pin not driven by any Output Power pins. The PWR_FLAG symbol is found in the power and warnings based on what types of pins are connected to each other. For example, by default an error is produced when an output pin is connected to another output pin. These panels are explained in

flags indicate to the Electrical Rule Checker that the pin is intentionally unconnected and not an error. They also affect schematic connectivity for stacked symbol pins. Esc ~ 8 Place a junction. This no-connect flag or has electrical type Unconnected. Error Input pin not driven by any Output pins All Input pins must be connected to an Output pin. Error Input Power pin not driven by any Output Power must be connected to an Output Power pin. A common cause of this violation is described above. Error A pin with a "no connection" flag is connected Pins with no connection flags cannot be connected

flags indicate to the Electrical Rule Checker that the pin is intentionally unconnected and not an error. Place a junction. This connects two crossing wires or a wire and a pin, which can sometimes be voltage regulator output attached to either net. Without these two flags, the ERC tool would diagnose: Error: Input Power pin not driven by any Output Power pins. The PWR_FLAG symbol is found in the power and warnings based on what types of pins are connected to each other. For example, by default an error is produced when an output pin is connected to another output pin. 49 These panels are explained

flags indicate to the Electrical Rule Checker that the pin is intentionally unconnected and not an error. Esc ~ 8 Place a junction. This connects two crossing wires or a wire and a pin, which can sometimes and warnings based on what types of pins are connected to each other. For example, by default an error is produced when an output pin is connected to another output pin. These panels are explained in no-connect flag or has electrical type Unconnected. Error Input pin not driven by any Output pins All Input pins must be connected to an Output pin. Error Input Power pin not driven by any Output Power

run the ERC, Eeschema places markers to highlight problems. The error description is displayed after left clicking on the marker. An error report file can also be generated. 4.5.1. Main ERC dialog Errors file. Commands: Delete Markers Remove all ERC error/warnings markers. Run Start an Electrical Rules Check. Close Close the dialog. Clicking on an error message jumps to the corresponding marker in the the connectivity rules between pins; you can choose between 3 options for each case: No error Warning Error Each square of the matrix can be modified by clicking on it. Option: Test similar labels

markers to highlight problems. The diagnosis can then be given by left clicking on the marker. An error file can also be generated. 4.6.1. Main ERC dialog Errors are displayed in the Electrical Rules Delete Markers: to remove all ERC error/warnings markers. Run: to perform an Electrical Rules Check. Close: to exit this dialog box. Note: Clicking on an error message jumps to the corresponding marker establish connectivity rules between pins; you can choose between 3 options for each case: No error Warning Error Each square of the matrix can be modified by clicking on it. 4.7. Bill of Material tool

run the ERC, Eeschema places markers to highlight problems. The error description is displayed after left clicking on the marker. An error report file can also be generated. 4.5.1 Main ERC dialog Errors file. Commands: Delete Markers Remove all ERC error/warnings markers. Run Start an Electrical Rules Check. Close Close the dialog. • Clicking on an error message jumps to the corresponding marker in connectivity rules between pins; you can choose between 3 options for each case: • No error • Warning • Error Each square of the matrix can be modified by clicking on it. Option: Eeschema 29 / 159

markers to highlight problems. The diagnosis can then be given by left clicking on the marker. An error file can also be generated. 4.6.1 Main ERC dialog Errors are displayed in the Electrical Rules Checker Delete Markers: to remove all ERC error/warnings markers. • Run: to perform an Electrical Rules Check. • Close: to exit this dialog box. Note: • Clicking on an error message jumps to the corresponding connectivity rules between pins; you can choose between 3 options for each case: • No error • Warning • Error Each square of the matrix can be modified by clicking on it. Eeschema 29 / 139 4.7 Bill

to approximate round shapes such as those of arcs and circles. This setting controls the maximum error allowed by this approximation: in other words, the maximum distance between a point on one of these but can be very slow on larger boards. The default value typically results in arc approximation error that is not detectable in the manufactured board due to manufacturing tolerances. Allow fillets you to configure the severity of each type of design rule check. Each rule may be set to create an error marker, a warning marker, or no marker (ignored). NOTE Individual rule violations may be ignored