ECAD (Electronic Computer-Aided Design) and MCAD (Mechanical Computer-Aided Design) are two fundamental branches of computer-aided design that together form the foundation of modern technological manufacturing.
ECAD and MCAD integration enables:
Early detection of conflicts between electronic and mechanical components Optimization of component placement in confined spaces Improvement of thermal characteristics in devices Reduction of time-to-market Minimization of errors during prototyping
ECAD encompasses technologies for designing electronic components and systems. This field includes the development of electrical schematics, printed circuit board (PCB) design, electronic component modeling, and functionality verification.
ECAD tools enable electronics engineers to create complex electronic systems, ranging from simple circuits to multilayer high-frequency boards.
MCAD comprises technologies for developing mechanical components and structures. This field encompasses 3D modeling of parts, assembly design, mechanical property analysis, and manufacturing preparation.
MCAD systems allow designers to create physical enclosures and mechanical elements for electronic devices.
In today's world, electronic devices are becoming increasingly compact and complex. Effective development of such devices requires close collaboration between electronic and mechanical engineers.
On our website, we explore the principles of effective interaction between ECAD and MCAD, sharing best practices and tools for integrated design.