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Altium designer 17 manual free. Altium Designer Documentation
Save time reviewing your electronic designs with stakeholder feedback delivered from any browser, on any device. Never lose context and time when reviewing comments. Attach comments to an entire document or a specific object, visually highlight a problem area directly in the design, and tag people to quickly resolve issues, all without leaving your design environment or from any web browser. Eliminate costly and time-consuming miscommunications with manufacturing with version-controlled release packages that can be shared in a single click.
Interact and collaborate with mechanical designers like never before in a photo-realistic, 3D design environment. Easily work together with your mechanical team, and forget about the days of swapping design files. Confirm that 3D components, case assembly, and PCB clearances meet your mechanical requirements in real-time.
Understand how different systems in your product come together in Native 3D and easily confirm fit and connectivity. New technology. Better value. Designed to meet the needs of every engineer designing electronic products.
Your complete connection to the world of electronics product design. Learn more. Get the help you need, right when you need it with live chat and phone support, access to the AltiumLive community, and feature requests. Quickly capture your design intent with a rich set of wiring tools, design verification, transparent netlist creation, and variation management.
Effortlessly design advanced electronics with intuitive navigation through all hierarchy levels, nets, and components. Make the best part choices at design time with an intelligent platform that brings together schematic symbols and PCB footprints, lifecycle status, and supply chain planning in one centralized location.
Explore ideas before committing to manufacturing with fast and accurate simulation in an advanced SPICE engine. Efficiently explore an optimal layout with intuitive board planning technology. Native 3D support, layer stack management, and high-end controls including etch factor and surface roughness models give you all the power you need in a single design space.
Rapidly verify connectivity and design flexible circuitry for multi-board setups with product-level wiring, mating, and Native 3D. A clear definition of flex zones and bending lines makes it easy to verify fit for Rigid-Flex designs. Route your way with a high-performance engine that lets you push, slide, hug, walkaround, and tune for delay at any angle.
Expertly design high-speed electronics with a powerful tuning engine. Includes advanced pattern support, an EM solver for accurate propagation delay, impedance extraction, and Easy HDI structure integration.
Effortlessly collaborate with your mechanical designer with bi-directional data transfer between Altium Designer and your MCAD tool. Connect your team and design data together in one centralized location for easy access. By furnishing a set of reusable design ‘building blocks’ within the Workspace, you can embark on fresh projects safe in the knowledge that each model, component, and higher-order design element has been ratified and approved for use, without having to reinvent the wheel as it were.
The Workspace becomes both the source and destination of design elements, with each new design utilizing elements released to and managed through the Workspace. Additionally, by designing only with elements from the Workspace, the integrity of those designs is inherently assured. With an Altium Workspace, you’ll benefit from a richer set of collaborative features, including Global Sharing. And because it is cloud-based, you get the latest version of the Workspace without having to worry about manual upgrades.
Schematic capture is the process of creating a logical representation of an electronic circuit. When you capture a schematic, you are connecting a collection of symbols components together in a unique way, creating your unique electronic product.
When you perform your schematic capture electronically, you can create more than a high-quality printed representation of the design, perform related design tasks, such as a circuit simulation, and transfer the design to a PCB layout tool. Circuit simulation allows the designer to explore their ideas before committing to manufacture. Concepts can be verified and the circuit can be tuned quickly and accurately.
Circuit simulation also gives the designer the opportunity to perform measurements that may not be physically possible on the workbench. The Simulator is a true mixed-signal simulator, meaning that it can analyze circuits that include both analog and digital devices. The Simulator uses an enhanced version of the event-driven XSpice.
Inside every electronics product is a printed circuit board, or PCB. Today, the components have shrunken so much they are measured in fractions of a millimeter rather than centimeters, and track widths have shrunken from being 10 mil wide, well spaced lines, to thin, 2 or 3 mil hair-like lines that are tightly packed together. Rising signal speeds has also seen the PCB interconnects change from being simple copper conduits that carry electrical energy, to behaving as high-speed transmission lines, requiring design techniques to cater for this.
The mechanical requirements have also become more complex. Compact, unusually shaped modern electronic products require compact, unusually shaped printed circuit boards which are often implemented as rigid-flex structures – these boards can have curved edges and cutouts, requiring carefully positioned components. Draftsman provides an advanced, yet flexible graphical editing environment for creating board design production documents.
Based on a dedicated file format and set of drawing tools, the Draftsman drawing system provides an interactive approach to bringing together fabrication and assembly drawings with custom templates, annotations, dimensions, callouts, and notes. Draftsman offers automated placement of assembly and fabrication drawings on demand, and includes a wide range of manual drawing tools that can be used to add important details and highlighting to its multi-page documents.
The final phase of the board design cycle is to generate the output files needed to fabricate, assemble and test the printed circuit board. To do this, you need to generate a variety of output files in a variety of formats.
As the designer, you have the choice of individually configuring and generating the outputs via the schematic and PCB editor, or alternatively, you can add all of the required outputs into an OutputJob and then generate them as part of the project release process. Many products include multiple, interconnected printed circuit boards.
Bringing these boards together inside the enclosure and ensuring they correctly connect to each other is a challenging phase of the product development process.
Have the nets been assigned correctly on each connector? Are the connectors oriented correctly? Do the plug-in boards fit together? Do all of the connected boards fit into the enclosure? Managing this requires a design environment that supports system-level design. Ideally, this will be a design space where you can define both the functional, or logical system, as well as a space where you can plug together the various boards and verify that they connect correctly, both logically and physically.
An electronics design is a collection of connected components. It also caters for the lifecycle of the data to be managed, allowing people that need to use the data to see, at-a-glance, what stage the data has reached in its ‘life’ and therefore what it can be safely used for.
The Workspace can accommodate all managed data including components, domain models, schematic sheets of circuitry and design templates. Indeed, you can even create and manage your entire design projects directly within the Workspace, with a CAD-centric management view that facilitates collaborative review and commenting of that design, along with inspection of its BOM and history. Through a dedicated Manufacturing Portal you can view and navigate the released file data, inspect the BOM, and view and comment on the snapshot of the design itself; the source for that released data.
A chosen release can also be shared – as a Manufacturing Package – directly with your manufacturer. By furnishing a set of reusable design ‘building blocks’ within the Workspace you can embark on fresh projects safe in the knowledge that each model, component and higher-order design element has been ratified and approved for use, with no having to reinvent the wheel as it were.
The Workspace becomes both the source and destination of design elements, with each new design utilizing elements released to, and managed through, the Workspace. And by designing only with elements from the Workspace, the integrity of those designs is inherently assured. One of the most powerful aspects of the Altium infrastructure platform is the support for collaboration on a global scale.
At the heart of this is the platform’s support for Global Sharing. With Altium you can effortlessly share your current design progress with management, or purchasing, or a potential manufacturer, in a way that is also easy for them – simplified, interactive collaboration, from any device.
Data can be shared with anyone, anywhere in the world. What you share, and with whom, is down to you and could include:. Most electronic products that are designed are fixed to some kind of mechanical structure – either a chassis, or an enclosure.
And while you could get a 3D model exported from Altium Designer, it is a manual process that needs conscious decision and action to do so.
In reality, this is performed very infrequently, with the result being that the MCAD designer is never quite sure if what they’ve got is the latest and greatest. No more polling for updates and no more uncertainty. Data is pushed between domains as the design evolves, ensuring design coherence.
The cloud-based Altium infrastructure platform, as it stands today, offers a pretty impressive range of software-based services for collaboration across disciplines. No installation or configuration, no manually updating to a new ‘server release’, browser-based, mobile-ready, and no extra processes to learn.
But the experience doesn’t stop there. Depending on your product-relationship with Altium and the features available to you through Altium , you not only benefit from future updates to existing services and capabilities delivered through the platform, but also services and capabilities that have yet to appear.
Altium Designer – PCB Design Software.New in Altium Designer | Altium Designer User Manual | Documentation
Because it allows the order of processing to be specified, as well as the option to complete existing packages for multi-part components, it is also a pre-requisite to Board Level Annotation. The resources are delivered in the form of commands, dialogs, panels, and the like. After launching the command, the Edit Component Links dialog will appear. This is especially useful if the design is going through a rapid phase of development and the designer wants to quickly annotate prior to compiling the design.
Note | Altium Designer User Manual | Documentation – Editing Group Objects
This page takes a look at key features and technology enhancements available in the latest version of Altium Designer, providing a compact summary with link. Summary. This command is used to turn off grouping in the Projects panel. Access. This command can be accessed by: Clicking the Workspace button in the Projects.
– SetupPreferences | Altium Designer User Manual | Documentation
This page takes a look at key features and technology enhancements available in the latest version of Altium Designer, providing a compact summary with link. Summary. This command is used to turn off grouping in the Projects panel. Access. This command can be accessed by: Clicking the Workspace button in the Projects.
