Hello, Welcome to the Altium Learning Hub

Find answers and inspiration on all things Altium

Explore Solutions for Your Electronics Development

Sort By
Mastering EMI Control in PCB Design: Component Placement for EMC
en
de
es
fr
it
ja
pl
ru
pt
ko
vi

Mastering EMI Control in PCB Design: Component Placement for EMC

5 min
Blog
PCB Design Engineers icon
In this second article of the Mastering EMI Control in PCB Design series, we will dive deeper into one of the key concepts for maintaining low levels of electromagnetic interference (EMI). Board segregation, also known as board partitioning, is a method used to organize the different circuit parts of a Printed Circuit Board (PCB) to keep them separate. This improves the overall performance of the board, particularly in terms of EMI. This...
Read Article
Mastering Design Complexity: How Altium Designer Outperforms Cadence in Solving Workflow and Engineering Challenges
en

Mastering Design Complexity: How Altium Designer Outperforms Cadence in Solving Workflow and Engineering Challenges

45 min
Webinars
Electrical Engineering icon
As design complexity grows, engineers are increasingly burdened with non-engineering tasks, manual processes, and supply chain issues. These challenges can lead to avoidable errors, wasted time, and redesigns, disrupting the development process. Join our webinar to explore how Altium Designer addresses these pain points with a unified product design, automation, and integrated part sourcing that streamline your workflow. Say goodbye to manual...
Watch
The Benefits of a Circular Economy for Electronics
en
de

The Benefits of a Circular Economy for Electronics

13 min
Blog
Procurement-&-Supply-Chain-icon
Engineering-Management-icon
General Role Icon
+1
The concept of a circular economy for electronics is a transformative approach to production and consumption. It emphasizes the reuse, repair, refurbishment, and recycling of electronic products to create a closed-loop system, minimizing waste and the use of finite resources. This article explores the key benefits of advancing a circular economy for electronics, and what this translates to in tangible measures (figure 1). It also covers actions...
Read Article
When Does a Company Need to Start Using A PLM System?
en
de

When Does a Company Need to Start Using A PLM System?

12 min
Blog
General Role Icon
Engineering-Management-icon
General Role Icon
Product Lifecycle Management (PLM) systems are integral to managing a product's lifecycle from inception through engineering design and manufacture to service and disposal. However, knowing when to implement a PLM system can be a challenge for growing companies. This article will explore five critical milestones (figure 1) in a company's growth that may indicate the need for a PLM system and four things to look for at each milestone. Figure 1...
Read Article
How Manufacturing Can Create Risk in Your NPI Plans
Octopart icon
en
de

How Manufacturing Can Create Risk in Your NPI Plans

10 min
Blog
Procurement-&-Supply-Chain-icon
Engineering-Management-icon
General Role Icon
+1
Introduction New Product Introduction (NPI) is a critical phase in the lifecycle of any product, especially in the electronics industry where Printed Circuit Boards (PCBs) and electronic components are integral. While NPI is essential for bringing innovative products to market, it is fraught with risks, particularly in the manufacturing phase. This article explores how manufacturing can create risks in your NPI plans, focusing on parts...
Read Article
How To Start A Chip Industry From Scratch
Octopart icon
en
de

How To Start A Chip Industry From Scratch

12 min
Blog
PCB Design Engineers icon
General Role Icon
Electrical Engineering icon
+2
Starting a semiconductor chip industry from scratch is a monumental task that requires a blend of advanced technology, skilled workforce, substantial investment, and supportive policies. Here’s a structured article that delves into the key features of the semiconductor chip industry and the critical conditions needed to establish and sustain it. What it Takes to Start a Chip Industry From Scratch Introduction The semiconductor chip industry is...
Read Article
Regulatory Changes and Compliance: Impact on the Electronic Component Supply Chain and Adaptation Strategies
Octopart icon
en
de

Regulatory Changes and Compliance: Impact on the Electronic Component Supply Chain and Adaptation Strategies

6 min
Blog
PCB Design Engineers icon
Electrical Engineering icon
Procurement-&-Supply-Chain-icon
Understanding RoHS and REACH The RoHS Directive, introduced by the European Union in 2003 and updated as RoHS 2 in 2011 and RoHS 3 in 2015, restricts the use of specific hazardous materials found in electrical and electronic products. These substances include lead, mercury, cadmium, hexavalent chromium, and certain flame retardants. The goal of RoHS is to reduce the environmental impact and improve the recyclability of electronic products. REAC...
Read Article
Closing the Loop: How OEMs Effectively Bring Defect Data Back to PCB Design and Manufacturing Teams
en
de
es
fr
it
ja
pl
ru
pt
ko
vi

Closing the Loop: How OEMs Effectively Bring Defect Data Back to PCB Design and Manufacturing Teams

10 min
Blog
Engineering-Management-icon
General Role Icon
In electronics production, Original Equipment Manufacturers (OEMs) are vital for the quality and dependability of electronic parts. One of the key aspects of maintaining high standards is the effective communication of defect data back to engineering teams, particularly those involved in Printed Circuit Board (PCB) design and manufacturing. This article delves into the process steps, conditions for success, and key insights into how OEMs can...
Read Article
Dive into the Future of PCB: Integrate PLM Today!
en
de

Dive into the Future of PCB: Integrate PLM Today!

8 min
Blog
PCB Design Engineers icon
Electrical Engineering icon
General Role Icon
+1
The PCB industry has been going through a period of transition over the past couple of decades, mainly driven by the relentless pace of technological advancement and the increasing complexity of modern devices. PCBs themselves have also evolved in recent times, having become the key to an intricate neural network powering everything from consumer devices to critical infrastructure. This escalating complexity demands a holistic, integrated...
Read Article