- #ALTIUM DESIGNER 17 WIRE HOTKEY HOW TO#
- #ALTIUM DESIGNER 17 WIRE HOTKEY SOFTWARE#
- #ALTIUM DESIGNER 17 WIRE HOTKEY FREE#
#ALTIUM DESIGNER 17 WIRE HOTKEY HOW TO#
This paper will show you how to create 3D models and provide tips for creating common components. This is ideally done in the footprint library itself (.PcbLib), but can also be done right at the board level (.PcbDoc) for one-off situations. Other security restrictions may prevent you from accessing the Internet altogether.įortunately, Altium Designer provides you with methodologies to create the mechanical details of your components, directly inside the tool. Or maybe your organization doesn’t allow externally-sourced Computer Aided Design data of any sort, thus preventing you from downloading the models. You may not have an internal MCAD department. However, there may be situations when you either can’t or simply don’t want to use a STEP file model. Obtaining and embedding STEP models is a fairly easy process, as is detailed in this document.
#ALTIUM DESIGNER 17 WIRE HOTKEY SOFTWARE#
Altium Designer PCB design software supports embedding STEP models to provide accurate modeling information that can not only be passed over to the MCAD world, but can also be used directly in the host ECAD tools. Others use outdated methods like DXF or IDF to exchange information. Some have none at all, so all mechanical information needs to be supplied by the MCAD tool. INTRODUCTION TO CREATING 3D COMPONENT BODIESĭifferent EDA environments offer different levels of support for creating 3D component bodies via modeling. And regardless of the electrical design tool’s actual 3D capabilities, if you don’t have accurate component 3D modeling information, you can’t accurately analyze the mechanical clearances. Transferring inaccurate design data back and forth between the ECAD and MCAD worlds not only causes frustrations for both design teams, but can also drastically increase the number of design spins required to fit the PCB into its final assembly. In today’s PCB design process, you need to be able to integrate mechanical design workflows into an electrical design tool.
#ALTIUM DESIGNER 17 WIRE HOTKEY FREE#
Learn how to create your own 3D Printed Board component bodies and speed up your PCB layout process in Altium Designer by downloading a free white paper.ģD Clearance Checking of Flex Mounted Components Using these simple shapes, a large variety of surface mount and through-hole components can be created, ranging from a simple circuit to a surprisingly complex component. The Cylinder and Sphere types are self-explanatory. Each of these can be used alone or in combination with one another. This is ideally done in the footprint itself (.PcbLib), but can also be done right at the board level (.PcbDoc) for one-off situations.ģD View of a Component Model Shown in Altium Designer How to Create Your Own 3D Component BodiesĪltium Designer provides three basic 3D shape types for creating mechanical models: Extruded, Cylinder, and Sphere. That way, the info will carry through to future schematic or PCB layout projects. Other PCB assembly security restrictions may prevent you from accessing the Internet altogether.įortunately, Altium Designer provides you with PCB layout tools to fully establish the mechanical details of your components. Or maybe your organization doesn’t allow externally-sourced CAD data of any sort, thus preventing you from downloading the models. There may be situations when you either can’t or simply don’t want to use a STEP model for snap points. Altium Designer ® supports embedding STEP models to provide accurate modeling information that can not only be passed over to the MCAD world, but can also be used directly in ECAD tools. Some have none at all, so all mechanical information needs to be supplied by an MCAD tool. Does Your Design Tool Support 3D Modeling?ĭifferent EDA environments offer different levels of support for 3D modeling. And regardless of the electrical design tool’s 3D capabilities, without accurate component 3D layer modeling information, you can’t accurately analyze mechanical clearances.
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