Results

This video demonstrates how to permanently display some layers in the PCB using the View configuration panel.

If you want to create a room manually in the PCB or have them generated for the Schematic, Altium Designer allows you to create custom rooms. We’ll show you how to hand draw different rooms, how to create rooms by defining them through the room definition, and how to have them generated for the schematic and pushed through to the PCB by the Engineering Change Order.

Placing your designator or comments can be done automatically, but that doesn’t mean they’re visible. We’ll walk you through how to make them visible and position them correctly no matter what orientation your symbol is with automatic positioning.

Altium Designer makes it easy to add additional parts to your schematic library. We’ll show you how through copying and configuring your new components through the Pin Editor and the properties panel.

Rooms give you more control over how and where your components are placed in your PCB. We’ll show you how to use room properties to limit what is allowed in and out of a room using the room definition and custom queries.

Modern boards can contain a large number of differential pairs. For convenience, they are combined into differential pairs classes. In this video, we'll walk you through how to create and apply a differential pair class. 

Rooms can be added directly from the schematic sheet. From the schematic sheet they are pushed to the PCB. Here we'll look at the rooms and component classes generated by default in the schematic, how to add and configure rooms manually, and how to push them to the PCB.

In this video, we cover how to draw a curve by using coordinates. This can be very helpful when creating a board outline.

When creating a schematic symbol, one of your first tasks will be creating a component symbol. We’ll show you how to map out a component in the Schematic Library Editor by creating and configuring the component, adding pins, and creating graphics.

Rooms are an extremely valuable tool within the Altium Designer PCB environment, but how and when do you use rooms? If you need to control component placement and layout, assign a specific design rule to a group of items, or if you have repeated channels that need similar layouts in your multichannel design, rooms can make it much easier.

MCAD CoDesigner is built to address the challenges of electronic product design by enabling seamless collaboration between your electrical and mechanical engineers. This video will show you how to start collaborate between Altium Designer and Autodesk Fusion 360. 

Component placement is a crucial part of making sure your design is manufacturable, so you need to be able to control placement. We’ll show you how, through rules and courtyard layers to maintain accessibility and manufacturability in your entire design through component placement control.

MCAD CoDesigner is built to address the challenges of electronic product design by enabling seamless collaboration between your electrical and mechanical engineers. This video will show you how to start collaborate between Altium Designer and PTC Creo

Multi-channel designs can utilize variations in the channels to reduce design time and sheet count. We’ll show you how to take advantage of this by configuring several types of components.

There is a lot to consider about the Layer Stackup when it comes to designing a manufacturable board. We’ll walk you through enabling symmetry, finding correct balance of your layers, materials, creating and loading templates, and adding a layer stack table for better communication between you and your manufacturer.

Variants in Altium Designer allow you to create several variations of the same design all from one source project. Variants can be managed in the project and through Altium Designer you can control variants in the PCB, Schematic, Draftsman, and Outjob files to make your designs easily editable without redundancy.