
Need a PCB design solution? Fusion electronics delivers a suite of PCB automated routing tools, and seamless ECAD/MCAD collaboration.
Electronics Engineering

This blog discusses the importance of circuit design in developing consumer electronics, detailing its challenges and impact on product functionality. It also highlights how Autodesk Fusion assists engineers by integrating mechanical and electrical design, optimizing workflows, and enhancing collaboration for more efficient product development. Circuit design is a fundamental process in modern product development, especially…
Electronics Engineering

In 2024, Autodesk Fusion electronics introduced features like improved selection behavior, SPICE simulation, seamless cross-probing, via stitching, signal integrity analysis, color-coded net classes, a new design rules engine, and precise component placement tools to enhance workflows. A year of innovation Elevating your design experience with Fusion electronics As a designer, engineer, or innovator, you know…
Electronics Engineering

Learn about the difference between series circuits vs parallel circuits — the two circuits you’ll find in every electronics design.
Electronics Engineering

Autodesk Fusion Electronics simplifies PCB design with flexible constraints, optimizing performance and manufacturability.
Electronics Engineering

Construction lines can help streamline your electromechanical workflows by offering precise component alignment and synchronization between mechanical and electronic designs.
Electronics Engineering

This blog will guide you through the basics of getting started with Fusion electronics, offer practical tips, and help you become more confident using the software.
Electronics Engineering

Improve product compliance, reduce costly PCB prototyping, and accelerate development with the Fusion 360 Signal Integrity Extension.
Electronics Engineering

An overview of what Autodesk Fusion extensions we offer, what they can help you accomplish, and how to unlock their advanced capabilities.
Getting Started

The escalating consumer demand for smart products underscores the essential role of ECAD/PCB design in their development. These products, characterized by their ability to connect, share, and interact with users and devices, are reshaping consumer expectations and the landscape of product design and manufacturing. In this rapidly evolving market, designers face the challenge of adapting…
Electronics Engineering

Explore mechatronics engineering, an interdisciplinary field combining mechanical, electrical, and control engineering to develop intelligent systems. Learn about its foundational concepts, applications across industries, and the role of Autodesk Fusion plays in facilitating the design and simulation of mechatronic systems. Mechatronics engineering Mechatronics engineering is an interdisciplinary field that merges mechanical, electrical, software, and control…
Electronics Engineering

Let’s take an in-depth look at the differences between Gerber and ODB++ manufacturing files and how to export them in Autodesk Fusion. Before reading this blog, take a look at the article regarding layers in Autodesk Fusion. Here, you will learn the intended use of every layer, which can be relevant when exporting your design…
Electronics Engineering

Learn how Schottky diodes work in RF circuits, generators, and motor drivers with their low forward voltage drops and fast switching speeds.
Electronics Engineering

Explore the essential rules and guidelines for designing medical PCBs, focusing on critical design guidelines, thermal management techniques, quality control, and reliability testing.
Electronics Engineering

Learn everything you need to know about how an integrated circuit (IC) works including its IC package types and Moore’s Law.
Electronics Engineering