ignored. 53 The Pin Conflicts Map allows you to configure connectivity rules to define electrical conditions for errors and warnings based on what types of pins are connected to each other. For example, Conflicts Map panel in Schematic Setup allows you to configure connectivity rules to define electrical conditions for errors and warnings based on what types of pins are connected to each other. For example, the Symbol Chooser Dialog. Such continuous data fetching, especially under constrained bandwidth conditions, would severely impede KiCad’s performance. Server Response Codes If KiCad receives an API error

ignored. 52 The Pin Conflicts Map allows you to configure connectivity rules to define electrical conditions for errors and warnings based on what types of pins are connected to each other. For example, Conflicts Map panel in Schematic Setup allows you to configure connectivity rules to define electrical conditions for errors and warnings based on what types of pins are connected to each other. For example, the Symbol Chooser Dialog. Such continuous data fetching, especially under constrained bandwidth conditions, would severely impede KiCad’s performance. Server Response Codes If KiCad receives an API error

units used in custom design rules are independent of the display units in the PCB editor. Numeric conditions can use simple math expressions, for example (condition "A.Hole_Size_X == 1.0mm + 0.1mm") . Constraints multiple constraints (for example, clearance and track_width ) for objects that match the same rule conditions. Many constraints take arguments that specify a physical measurement or quantity. These constraints

ignored. The Pin Conflicts Map allows you to configure connectivity rules to define electrical conditions for errors and warnings based on what types of pins are connected to each other. For example, Conflicts Map panel in Schematic Setup allows you to configure connectivity rules to define electrical conditions for errors and warnings based on what types of pins are connected to each other. For example,

units used in custom design rules are independent of the display units in the PCB editor. Numeric conditions can use simple math expressions, for example (condition "A.Hole_Size_X == 1.0mm + 0.1mm") . 152 multiple constraints (for example, clearance and track_width ) for objects that match the same rule conditions. Many constraints take arguments that specify a physical measurement or quantity. These constraints

units used in custom design rules are independent of the display units in the PCB editor. Numeric conditions can use simple math expressions, for example (condition "A.Hole_Size_X == 1.0mm + 0.1mm") . 152 multiple constraints (for example, clearance and track_width ) for objects that match the same rule conditions. Many constraints take arguments that specify a physical measurement or quantity. These constraints

mil , th 千分之一英寸 (mils) in , " 英寸 deg 度 rad 弧度 NOTE 自定义设计规则中使用的单位独立于 PCB 编辑器中的显示单位。 Numeric conditions can use simple math expressions, for example (condition "A.Hole_Size_X == 1.0mm + 0.1mm") . Constraint multiple constraints (for example, clearance and track_width ) for objects that match the same rule conditions. 许多约束条件的参数指定了一个物理测量或数量。 这些约束条件支持最小值、最优值和最大值说明（缩写为 "min/opt/max"）。 最小 和 最大 值用于设计规则检查：如果实际值小于约束条件中的最小值或大于最大值，将产生

Configuration The Options panel allows you to configure connectivity rules to define electrical conditions for errors and warnings check. Rules can be changed by clicking on the desired square of the matrix

Configuration The Options panel allows you to configure connectivity rules to define electrical conditions for errors and warnings check. Rules can be changed by clicking on the desired square of the matrix

Configuration The Options panel allows you to configure connectivity rules to define electrical conditions for errors and warnings check. Eeschema 64 / 139 Rules can be changed by clicking on the desired