Electrical CAD, ECAD & PCB Design covers the digital design of electrical systems, control diagrams, wiring harnesses and printed circuit boards. It includes electrical drafting data, schematic capture, PCB layout, signal and power analysis, manufacturability and collaboration between mechanical and electronic design teams.
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Use this section to connect electrical documentation, electronic design and mechanical product development.
Electrical Drafting
Key topics include Electrical Symbols, Single-Line Diagrams, Wiring Diagrams, Ladder Diagrams, Control Schematics, and Panel Layouts. Additional entries will expand the subject with definitions, methods, examples and related standards.
Representative topics: Electrical Symbols, Single-Line Diagrams, Wiring Diagrams, Ladder Diagrams, Control Schematics, Panel Layouts, Terminal Plans, Cable Schedules.
Electrical CAD Data
Key topics include Device Tags, Wire Numbers, Cross-References, PLC Data, Terminal Data, and Cable Data. Additional entries will expand the subject with definitions, methods, examples and related standards.
Representative topics: Device Tags, Wire Numbers, Cross-References, PLC Data, Terminal Data, Cable Data, Bills of Materials, Automated Reports.
Wire Harness Design
Key topics include Harness Schematics, Harness Routing, Connector Definitions, Cable Length Calculation, Flattened Harness Drawings, and Harness Manufacturing Documentation. Additional entries will expand the subject with definitions, methods, examples and related standards.
Representative topics: Harness Schematics, Harness Routing, Connector Definitions, Cable Length Calculation, Flattened Harness Drawings, Harness Manufacturing Documentation, MCAD-ECAD Harness Exchange.
PCB Schematic Design
Key topics include Schematic Capture, Components, Symbols, Netlists, Hierarchical Schematics, and Electrical Rule Checking. Additional entries will expand the subject with definitions, methods, examples and related standards.
Representative topics: Schematic Capture, Components, Symbols, Netlists, Hierarchical Schematics, Electrical Rule Checking, Power Integrity Planning.
PCB Layout
Key topics include Footprints, Land Patterns, Pads, Vias, Traces, and Routing. Additional entries will expand the subject with definitions, methods, examples and related standards.
Representative topics: Footprints, Land Patterns, Pads, Vias, Traces, Routing, Copper Pours, Differential Pairs.
PCB Analysis
Key topics include Signal Integrity, Power Integrity, Thermal Analysis, Electromagnetic Compatibility, Clearance Checking, and Creepage Checking. Additional entries will expand the subject with definitions, methods, examples and related standards.
Representative topics: Signal Integrity, Power Integrity, Thermal Analysis, Electromagnetic Compatibility, Clearance Checking, Creepage Checking, Design for Manufacturability, Design for Assembly.
ECAD-MCAD Collaboration
Key topics include PCB-to-MCAD Exchange, Enclosure Coordination, Component Placement, IDF Exchange, STEP Exchange, and IDX Workflows. Additional entries will expand the subject with definitions, methods, examples and related standards.
Representative topics: PCB-to-MCAD Exchange, Enclosure Coordination, Component Placement, IDF Exchange, STEP Exchange, IDX Workflows, Collision Checking, Electronics Cooling.
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Each topic is developed as a separate encyclopedic entry. Definitions explain the terminology, reference pages document standards and formats, software profiles describe platforms, and practical entries connect the concepts to professional workflows. Related pages are linked across categories so readers can move from theory to software, standards, files and industry applications without repeating the same information.