Electrical ,Electronics and Embedded

Electrical Computer-Aided Design

Electrical Computer-Aided Design (ECAD) software is used to create and modify both including both 2D and 3D diagrams and layouts bringing boundless benefit to the design, assess and document electrical Printed Circuit Boards (PCB).


ECAD software can be used in the development process to

Explore Different Iterations Of A PCB

either as a diagram or abstractly. ECAD provides full detail as a layout or 3D assembly. Users can build out different options and alternatives, comparing them distinctly.

Generate Manufacturing Documentation For PCB’s

released to manufacturing as part of the specification used to source, fabricate, and produce PCBs.

ECAD software provides some of the following capabilities and combination.

Diagramming Capabilities

allow engineers to define the most appropriate electronic components and extremely accurate signals used to connect them. A company-standardized library that is centrally controlled allows Engineers select the right components.

Layout Capabilities

offer means to create PCB’s outline and dimensionally place components within boundaries. These capabilities can be applied in either 2D or 3D models. The list of electronic components used in the diagram is carried over to the layout, where it practically becomes a to-do list for placement.

Trace Routing Competences

let engineers to define the path that the trace follows in a specific layer of the PCB between the electronic components. This can be done in 2D or 3D, by switching between layers of the PCB.

The signals from the diagram, which embody from-to information between components, are carried over into the layout, which defines the placement of each component on the PCB.

Automation Capabilities

traces the routes between the different components based on interconnect information and can be customized.

3D Assembly Capabilities

offer a means to create a 3D model of the PCB. These models are regularly used to check for interference in an enclosure as well as checking for managing the dissipation of heat from electronic components on the PCB.

Collaboration Capabilities

deliver tools to capture and manage feedback amongst individuals within a team developing routed system.

Viewing Capabilities

offer the ability to visualize design of the routed system. This is significant for non-technical roles that do not have the skills or knowledge to use RSD software directly.

Markup Capabilities

allow persons to capture their feedback in the context of the design of the routed system.

Multi-Board Design capabilities

deliver the capabilities to diagram and layout multiple PCBs which work together as a single system. IC and PCB Co-Design capabilities provide a means to assimilate Integrated Circuits (ICs) processors into the PCB, optimizing how traces connect to compact footprints.

Concurrent Design Abilities

enable multiple team members to work in parallel on the same PCB or multi-board PCB design.

Rule Or Constraint Checking Capabilities

instinctively compares the design of a PCB with industry benchmarks or company rules, highlighting the violations or issues which could affect performance or the manufacturability of the PCB.

Manufacturing Export Capabilities

provide the capacity to generate ECAM deliverables, that can be used to manufacture layers of the PCB.

Bill Of Material (BOM)

proficiencies automatically generates the list of electrical components for the PCB.

ECAD software can produce several different deliverables, that can be managed by Product Data Management (PDM) software.

Designs from ECAD software are frequently exchanged with Mechanical Computer-Aided Design (MCAD) software to produce a 3D model of the PCB.