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Three Methods for Building MCAD Ready Components
On-Demand Webinar
Three Methods for Building MCAD Ready Components

One of the most difficult and frustrating things to arise when traveling to a foreign country is the language barrier. Communicating a simple greeting can sometimes seem like a big hassle. The same thing is true for different CAD tools. When your tools aren’t speaking the same language, you’re going to run into problems. Bridge this gap by building out your component libraries with everything it takes to truly define a component, including 3D models that seamlessly propagate into the PCB editor and beyond.

Reflectionless Matching vs. Conjugate Matching: An Apparent Contradiction
Blog
Reflectionless Matching vs. Conjugate Matching: An Apparent Contradiction

There is one confusion related to impedance matching that comes up again and again, and it appears to be a fundamental confusion between reflection and power delivery. This leads to an apparent contradiction that arises when we try to generalize power delivery to wave reflection, despite the fact that the two were not meant to be related.

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Impedance calculation
Impedance Calculations: Differential Pairs

Altium designer makes it easy to calculate geometry when you need to calculate impedance for differential pairs. We’ll go over how differential pairs can help with a two layer and multi layer board, as well as what types you can create such as differential co-planar, and how to configure them for your specific design.

Properties Panel Routing
Blog
Properties Panel Routing

Routing is one of the most time-consuming stages of PCB design. Altium Designer has a large set of tools that allow you to do it as accurately and quickly as possible. This document will help you to learn how to manage your routing effectively and use it to its fullest extent.

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How to Work with Draftsman
Creating and using templates

Draftsman Templates are a quick way of laying out your Draftsman Document in Altium Designer. We’ll show you how to utilize them and the differences between sheet and document templates.

Quarter-Wave Transformer Design For Real and Reactive Loads
Blog
Quarter-Wave Transformer Design For Real and Reactive Loads

RF systems operate with specific impedance values across entire interconnects, including on PCBs. Not all RF components are packaged in integrated circuits with defined impedances, so impedance matching circuits and line sections are needed to ensure signal transmission between different sections of an interconnect. One of these impedance matching techniques is the quarter-wave impedance transformer, which can be implemented as a printed trace with specific impedance.

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How to work with Multiboard
Adding 3D Assemblies to a Multi-Board Project

The next step in the multiboard design process is adding 3D PCB Assemblies. We’ll show you how to add them to your design and how to work with the Assembly Editor.

Embedded thumbnail for Altium 365 - Design Collaboration | Tasks
Getting Started with A365
Altium 365 - Design Collaboration | Tasks

The Tasks feature brings lightweight task tracking to further enhance design collaboration in Altium 365. With Tasks, you will never lose an important action item and easily gain a high-level view of the state of your project, all without leaving your design environment. 

Schematic
Blog
Altium Designer 22.10 Update

We are happy to announce that the Altium Designer 22.10 update is now available. Altium Designer 22.10 continues to focus on improving the user experience, as well as performance and stability of the software, based on feedback from our users. Check out the key new features in the What's New section on the left side of this window!

Component Warpage Causes in a PCB
Blog
Component Warpage Causes in a PCB

A staff member at a PCB manufacturer once explained to me that they thought we were having an issue with a package warping. Unfortunately, component warping can occur both in a PCB and in components. In this article, we'll give an overview of warpage in a PCB, specifically in the circuit board and in the components.

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On-Demand Webinar
8 Reasons to Store Your Components in Altium 365

Working with local libraries seems like a simple solution, but we often don’t take into account the added time spent maintaining libraries and sharing them between team members. There is no good way to avoid duplicate efforts with component creation and no standardization to ensure consistent naming. Worst of all, there is no way to identify the latest component revision, and library files can be easily corrupted or misplaced. This webinar showcases the advantages of component storage in Аltium 365 to resolve the issues of local libraries and component management.

Link Budget Calculator
Blog
RF Signal Chain and Link Budget Basics

If you're designing a wireless IoT device, and you know how to calculate the link budget, you can reasonably estimate whether your signal will reach its destination and be read by the receiver. To calculate the link budget, the designer needs to know something about all other sources of gain and loss in the system. Once link budget is determined, the designer can judge whether some modification is needed in their RF signal chain. 

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How to Work with Draftsman
Adding Additional Views in a Draftsman Document

If you need additional views in your documentation, Altium Designer’s Draftsman Document editor can help. We’ll show you how to add and configure different views including the component view, the section view, the detail view, the isometric view, variants, the legend for the layer stack, the board region view, and the board realistic view.

Embedded thumbnail for Draftsman Document Views - Fabrication and Drill Drawings
How to Work with Draftsman
Draftsman Document Views - Fabrication and Drill Drawings

The Draftsman Document Editor allows you to add a fabrication view and a drill drawing view to your outjob files. We’ll show you how to get them set up and details you can control from the properties panel.

How to Calculate SMD Pad Sizes?
Blog
Best Methods for Calculating SMD Pad Size in PCB Design

SMD components require precisely sized pads for soldering during assembly. The designer is responsible for ensuring pad sizes are correct, either by calculating them and comparing with footprint data, looking through datasheets, or by memorizing SMD pad size standards. If you have a component and you don't have access to the footprint, and you decide to biuld the footprint yourself, what resources are available to ensure you have the correct pad size?

Embedded thumbnail for Altium 365 - Version Control | Project History
Getting Started with A365
Altium 365 - Version Control | Project History

Project History in a Nutshell: - Presents events in a chronological timeline (Creation, Commits, Releases, Clones, and MCAD Exchanges) - Auto-generates Differences Summary to view the differing entities (e.g., replaced components) - Even a non-expert can act on a revision (Download, View, Revert)

Can You Fix a Warped PCB?
Blog
Can You Fix a Warped PCB?

Before we get too deep into this article, I’ll give you the simple answer. You probably can’t fix warping in your PCB after it’s already been fabricated. You can prevent an unwarped board from becoming warped during assembly, but only as long as materials were selected properly and the board is put into reflow correctly. We’ll run over some of these points in this article, and I’ll examine some points that might help you recover a warped board.

Embedded thumbnail for Resolving Conflicts in Multi-board Schematics
How to work with Multiboard
Resolving Conflicts in Multi-board Schematics

When mismatched pin names in your multi-board schematic cause disconnects and conflicts you can use Altium Designer’s tools to resolve these conflicts. We’ll show you the Connection Manager and the various solutions to solve your connection issues.

What is an Eye Diagram?
Blog
What is an Eye Diagram?

The eye diagram is a useful measurement or simulation as part of channel compliance. The measurement shows many different factors that can affect signal behavior simultaneously, ultimately allowing for qualification of errors and losses in a channel. In this article, I’ll run over some of the fundamental measurements that you could manually extract from an eye diagram and how they reveal some strategies for improving channel designs.

High-Speed Design
On-Demand Webinar
Fundamentals of High-Speed Design

This track is for the designer who is new to high-speed layout and routing practices and wants to understand how they relate to signal integrity, and how to get started designing for high-speed digital applications.

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Blog
High-Speed PCB Design Tips

Essential tips for high-speed PCB designs, and when you need to start being concerned about how and where you route your traces.

Introduction to Open Source Laptop Project
Blog
Introduction to Open Source Laptop Project

We have started a very exciting journey into the creation of an open source laptop project. This project will be an ongoing one, with our community able interactively participate. By utilizing Altium 365 users will be able to view, comment on, and download design files. This will be a great learning experience for new and experienced PCB designers.

Blog
Ebook: Routing High-Density Interconnects with Reliable Microvias

HDI PCBs take a particular approach to routing interconnects through multiple layers to ensure reliability during fabrication, assembly, and operation. The critical structure that enables this is microvias, which are prone to failure if not designed properly. In this e-book, readers will receive an initial look at the reasons microvia reliability has come into the spotlight and why HDI PCB designers put reliability first when routing through microvias.

Blog
IPC-2221 Calculator for PCB Trace Current and Heating

Aside from impedance and annular ring calculations, one of the other major formulas specified in the IPC 2221 standard relates temperature rise, trace width, and trace current. THere is also the IPC-2152 standard, both include this guidance on designing for thermal reliability, but which standard should we use?

Blog
Stripline Impedance Calculator

Striplines provide some advantages over microstrips as they take advantage of natural shielding and coupling from nearby ground plane layers. Although they tend to experience higher losses due to total confinement in the dielectric, they can be thinner due to the high dielectric constant used in internal layers of a PCB. Use our free impedence calculator to help you determine the correct width needed to hit a target impedance.

Blog
Which Types of Opto-Isolators Are Right For Your Signal?

An optoisolator is a cool electronic device that can be used to pass information between a diode without passing an electrical current. There are many great applications for these, but do you know which one is right for you?

Blog
Properties panel document options in SCH editors

The Properties panel provides access to the properties of documents and objects. The contents of the panel change depending on the active document or the selected object. This blog will quickly go over some of need to know options around the properties panel in the schematic document.

High-Speed PCB Stackup Design
Blog
The High-Speed PCB Stackup Design Challenge

Even with all the good guidelines out there for high speed design, there are particular aspects of stackup construction and their relation to building boards that get overlooked. This blog is goes beyond just the typical SI/PI guidelines and looks at these problems from more of an engineering perspective.

stitching vias
Blog
Everything You Need to Know About Stitching Vias

Stitching vias are something you often see spread around the surface layer of a PCB, but what are they? and should you be using them? In this guide, we'll go over some of the standard uses of stitching vias and when they should be used in a PCB.

PCB Stackup Basics
Blog
PCB Stackup Basics

In comparison to the build-up of a PCB, the stackup is more concerned with the electrical type of each layer, that is are we working with signals, power, or ground. Continue reading to learn how you can optimize your layer stack.

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Embedded thumbnail for Minimize Manual Effort With Automatic Length Tuning
What's New in 23.11
通过自动长度调整功能来减少手动操作

自动长度调整提供 2D 模式下的自动长度调整和延迟调整功能,可方便地从主布线菜单访问。该功能可以减少进行长度调整和延迟调整时通常需要的手动操作,从而加快设计进程。

Embedded thumbnail for Minimize Manual Effort With Automatic Length Tuning
What's New in 23.11
Minimize Manual Effort With Automatic Length Tuning

Automatic Length Tuning introduces automatic length and delay tuning functionality in 2D mode, accessed conveniently from the main Route menu. This feature reduces the manual effort typically associated with length and delay tuning, expediting your design process.

Embedded thumbnail for The Most Common 2-Layer PCB Design Mistakes and How To Avoid Them
How-To's
The Most Common 2-Layer PCB Design Mistakes and How To Avoid Them

Do you encounter issues when preparing a two-layer board? In this video, we address some of the most common mistakes made with this type of board and explain why upgrading to a four-layer board might be the solution you need.

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How-To's
Coming Soon: Ansys CoDesigner

Ansys CoDesigner (which will be released on the13th of December) simplifies your design process by connecting ECAD and Simulation to eliminate manual export/import steps. With features like design change synchronization and commenting, Altium Designer ECAD engineers and Ansys Electronics Desktop (AEDT) SIM engineers can collaborate seamlessly in one workspace.

Embedded thumbnail for Coming Soon: Automatic Multi-Net Tuning
How-To's
Coming Soon: Automatic Multi-Net Tuning

Automatic Multi-Net Tuning enhances PCB design accuracy and efficiency by automatically adjusting multiple nets simultaneously to meet specific design rules, including length and delay. Learn more about this feature, which will be released on December 13th. Its flexibility enables effective work with differential pairs and traces at any angle. It not only identifies but also rectifies issues related to automatic length tuning, ensuring your designs adhere to key standards without the need for manual adjustments.

Embedded thumbnail for Coming Soon: PCB CoDesign
How-To's
Coming Soon: PCB CoDesign

PCB CoDesign makes it easier for everyone to work together and meet project deadlines. In Altium Designer 24, which is scheduled for release on December 13th, we are introducing a new feature. This feature optimizes your resources through a Git-like approach, allowing multiple team members to work simultaneously and commit changes to a master branch. This expedites the design process and lowers project costs.

Embedded thumbnail for Coming Soon: MultiBoard Draftsman
How-To's
Coming Soon: MultiBoard Draftsman

MultiBoard Draftsman enhances the efficiency of design reviews and assembly precision by offering a unified platform for detailed viewing and documentation of MultiBoard Designs. Discover more about this feature in our brand-new short video.

Embedded thumbnail for Coming Soon: PCB Layout Replication
How-To's
Coming Soon: PCB Layout Replication

PCB Layout Replication allows quick replication of layouts for repetitive circuitry blocks in a flat PCB design. In this short video we will show you how this new tool (scheduled for release on December 13th) eliminates the need to do repetitive tasks manually or for various workarounds like snippets or multi-channel designs.

Embedded thumbnail for Coming Soon: Constraint Manager
How-To's
Coming Soon: Constraint Manager

Constraint Manager simplifies PCB design by facilitating collaborative constraint definition from both Schematic and PCB. Learn more about this new feature, which streamlines the process of setting electrical clearances and creating rules while centralizing class management for time-saving convenience.

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Simulation in Altium Designer
Debounce Circuit

Learn how to simulate the circuit, identify a common issue, and walk through how to diagnose and correct any errors found in a seemingly well-designed debounce circuit. 

Embedded thumbnail for Import Component Footprints Faster with Altium Designer. Part II: Using an External Library, Internal IPC Compliant Footprint Wizard, and Datasheet-Based Creation
Import Component Footprints Faster with Altium Designer
Import Component Footprints Faster with Altium Designer. Part II: Using an External Library, Internal IPC Compliant Footprint Wizard, and Datasheet-Based Creation

In this video, we will guide you through three distinct manual component import methods; employing an external library, utilizing the internal IPC Compliant Footprint Wizard, or creating one yourself based on documentation.

Embedded thumbnail for Import Component Footprints Faster with Altium Designer. Part I: Manufacturer Part Search & External Plugin
Import Component Footprints Faster with Altium Designer
Import Component Footprints Faster with Altium Designer. Part I: Manufacturer Part Search & External Plugin

In this video, we will demonstrate the first two methods of importing components into Altium Designer; through Manufacturer Part Search or by using an external plugin.

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Simulation in Altium Designer
Buck Converter

Learn how to run a transient simulation, analyze the waveforms, and measurement techniques you can use to determine a voltage ripple with a buck converter as an example. 

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How-To's
Edge Plating in RF Design

PCB Edge Plating provides additional noise suppression and improves EMC. In this video we provide you some practical tips for creating metalized PCB edges in Altium Designer.

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Custom Pad Stack in Altium Designer
Custom Paste Mask and Solder Mask

Altium Designer allows you to freely customize paste and solder mask shapes, which allows you to adapt your design for non-standard component footprints.

Embedded thumbnail for Colpitts Oscillator
Simulation in Altium Designer
Colpitts Oscillator

Learn how to effectively fix errors in circuit simulation and other problem-solving techniques using a Colpitts Oscillator design as an example. 

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