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In a rapidly evolving technological landscape, the ability to design efficient and adaptable electronic systems is paramount. This webinar will empower you with the knowledge and tools needed to thrive in this dynamic environment. We'll explore real-world examples of multi-board wire harness applications, shedding light on critical connections like board-to-board, board-to-enclosure, and board-to-cable/wire interfaces. In addition, we'll unveil...

We are excited to introduce an update to the My Altium user page, designed to enhance access to your training certificates. This new module allows you to track your certifications and access relevant training resources. Here is a detailed overview of the improvements: Certificate Statuses: Purchased: This status indicates that you have paid for a training program and are ready to begin learning; In Progress: When you are actively engaged in...

Introduction The Internet is full of articles documenting successful electronic development projects showcasing the developer's skills and knowledge. However, this casts a somewhat unbalanced view of the reality of the development process, where not all projects run smoothly or succeed. However, the projects that don't go to plan often have the most valuable lessons to teach. So, to adjust the balance, here's a story about a prototype that didn...

There is a popular misconception that pull-up resistors are always required or necessary on the lines in a SPI bus. I am here to tell you unequivocally that pull-up resistors are not always required on an SPI bus in order for it to perform its basic function of sending and receiving digital data. The buffer in an SPI interface has a push-pull topology which (at a high-level) involves high-side and low-side switching MOSFETs, essentially forming...

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I've had multiple people ask me about a particular kind of 4-layer PCB stackup which uses a dedicated layer for power. No, it is not the SIG/GND/PWR/SIG stackup, of which I am in favor of in specific types of power systems. This stackup is the SIG/GND/PWR/GND stack up, which is a kind of stackup I have not contemplated in the past. Sure, it is very similar to the SIG/GND/PWR/SIG stackup in that we have a dedicated layer for power, and the bottom...

Whether you're designing a high-speed PCB, or a complex embedded system, it will need some level of testing. For the advanced high-speed and RF systems, that usually means simulations compared to VNA or scope measurements. For embedded software and firmware, the testing steps can be quite different. In fact, there are some things you can do in your prototype design to help you speed up the testing process and eliminate the need to probe around...

Watch our webinar to revolutionize your design workflow! Discover the power of Altium's MCAD CoDesigner and its compatibility with SOLIDWORKS.  We'll take you on a journey through a practical USB isolator project, demonstrating every step of this unified design approach. Learn how easy it is to define PCB shapes, route them in Altium Designer, and even craft end plates that can be brought to life through laser cutting or 3D printing.  At the...

As I sat across from a C-level executive from one of the leading semiconductor firms during my time interviewing industry leaders for Supply Chain Digital and Manufacturing Global magazines, I vaguely remember him saying something along the lines of, "The semiconductor industry is like the weather—foreseeable to an extent, but filled with sudden storms that can change everything." That’s probably not verbatim, and I believe he was repeating it...