Channel: Autodesk Fusion 360
Category: Science & Technology
Tags: autodeskexcelloncircuit boardmodelinglibrary editorcadcamintegrated camfusion 360 electronicsdesigndrill filespush and shovemanufacturingindustrial designcomputer aided designmakecnc programmingfusion 360 pcb designmechanical engineeringcomputer aided manufacturingintegrated cadengineeringcnc machiningmechanical designproduct designmanual routingmachiningpcb layoutfusion 360eagleintegrated cad/camgerbercad software
Description: Creating manufacturing files is simple with Autodesk Fusion 360. This Fusion 360 YouTube video will give you easy-to-follow steps to ensure you generate your files correctly. Many manufacturers provide an EAGLE DRC file that can be used in Fusion 360. The DRC file has the preferred clearances, layer stackup, distances, and other parameters. Fusion 360 has a real-time design rule check. While working on your design, Fusion 360 is continuously checking for DRC violations. After running the DRC check, take a look at the error list. Fusion 360 will draw a line and a box around areas of concern. If this is acceptable, you can simply approve. If not, you can make changes. Changes can consist of moving components, traces, or vias. We recommend that you have the push-and-shove violator enabled when making changes to the board. This will ensure that your preferences are adopted as traces and vias are pushed and shoved. The CAM Preview will provide you with a realistic 2D look of the completed board. From the board tab, you will be able to review your design statistics such as component count per layer, layer stackup, how many holes, and more. From the manufacturer tab, we have to option to export an ODB++ file. ODB++ is one of the most common data exchange formats used in the design and manufacture of electronic circuit boards. After selecting the manufacturer's preferred file compression, it will generate the files and be ready to be sent to your manufacturers. The CAM processor will provide you with the most flexibility when generating your PCB manufacturing files. The CAM processor output is divided into five primary sections, and each section consists of multiple subsections. The amount of files you send to your manufacturer is directly related to your layer stackup. You can add layers to the selected subsection by using the layer option. Once you’ve completed the CAM Job setup, select process job. All the files will be located in the selected directory, ready to be emailed or uploaded to your manufacturer. ►FREE TRIAL | autode.sk/31Sxeef ►SUBSCRIBE | autode.sk/30njGGX ►GET STARTED | autode.sk/30k2DWh CONNECT with Fusion 360 on social media: INSTAGRAM | autode.sk/2Enzh8P FACEBOOK | autode.sk/19jII5A TWITTER | autode.sk/19jIJXc LISTEN to the Fusion 360 podcast "The New Possible": BLOG | autode.sk/3qbFsFS SPOTIFY | autode.sk/3txPz9O APPLE | autode.sk/36LwBTE GOOGLE | autode.sk/2YQccbC