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Technology
Introduction of 3D Technology in PCBs: 3D Printing and PCB Design
Early experimental jets from the design table to wind tunnel tests of models to actual piloted flight at a rapid rate. During the 1950s, aircraft designers relied on slide rules and blackboard mathematics rather than computer processing and virtual simulations. When a test pilot climbed into a cockpit, he climbed into an untested prototype. Some flights went very well and set speed and altitude records, while other flights… didn’t. As with
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Circular Product Design and PCBs for a Healthier World
The world of PCB design is a fast-moving and highly profitable sector. But with the rate of increase we are clearly seeing in the industry, it is apparent that if we are not careful, we may head into some stiff environmental issues that are too deep to repair. Thankfully the push we are seeing from environmental groups is equally correlated to the growth of the industry. The concept of a ‘circular economy’ is at the forefront of these qualms
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Peeling Back the Layers: Electronic PCB Stackup
One of the first things you notice about the Grand Canyon when you visit is the incredible scenery. The canyon walls with their histories inscribed for all to see through the different colored layers of rocks and minerals are truly inspiring. I’m sure you could spend years and not even come close to discovering all the connections, materials, and creatures that live or have lived within those layered rock-faces. Because it’s hard for me to stop
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How an Electrolytic Capacitor PDN Issue Almost Brought Down a Building
I recently came across an interesting story that involves the tale of a boiler system that failed to start under the close supervision of a TDK-Lambda rep, only to be solved by none other than the building maintenance technician. The story starts by the shutdown of an aging boiler in the dead of winter a British winter that required replacement of the seven-year-old radiators. After the repair and replacements took place, the boiler was switched
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Bluetooth Design Guidelines: Important Considerations for Low Energy Designs
In my twenties, I could easily carry my laptop around the city without any sign of fatigue. These days, I tire out quickly and seek a nice massage after long periods of walking around with my laptop. That’s why I prefer to carry lighter working tablets instead of my bulky laptop. Technology has grown quite a bit since the classic Bluetooth. In electronics, Bluetooth Low Energy (BLE) does something similar for applications. It transmits short data
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Be the Expert When it Comes to Designing Your Power Distribution PCB
Editorial credit: Paolo Bona / Shutterstock.com Around my house, we seem to undergo a transformation to obscure-sport experts every four years, and coincidentally it occurs at the same time that the Winter Olympics is taking place. Yes, I’m talking about the sport of curling. We have all become subject matter experts in the “button,” the “hammer,” the “house,” “sweeping,” and of course the “curl.” Rest assured, by next month we will have
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Composite Amplifiers and How They Give the Best of Both Worlds
There are many times where you need an amplifier with high gain, low noise, high slew rate, and broad bandwidth simultaneously. However, not all of these design goals are possible with all off-the-shelf components. One solution is creative use of multiple amplifiers in a composite amplifier design. With the right composite amplifier, you can create a unique amplifier that exploits the best characteristics of each amplifier stage. Here are some
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Design Medical Devices for Internet of Things and Your Hardware Capabilities
It seems like everyone I know has a smartwatch or fitness tracker. I gave mine to my mother when I felt like it was making me act weird (I sometimes put my laundry away one item at a time instead of using a laundry basket to get those extra step counts). There are days when I still covet graphs informing me of my status sleeping, walking, and eating. Fitness trackers barely scratch the surface of capabilities for medical IoT, though. Medical IoT
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Circuit of Life: The IoT in Medicine and Healthcare
I once took a friend from work to the hospital when she was having sudden chest pains. We got moved through several sections of the emergency room where tests were done multiple times, and other areas where I wasn’t sure why we were there at all. It turns out her husband had also been searching for us for nearly an hour and didn’t find us until she was being discharged home for bed rest. Working the ER must be an incredibly challenging job but as
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Aspect Ratios and Their Importance to Multi-Layered PCBs
There’s a certain level of gratification that comes with doing something challenging. In my off time, I tinker with carving spoons and other utensils. They seem incredibly simple to make but the difficulty comes in making the curve just right, smoothing out the wood, and adding any ornate finishes you want on the handle. When embarking on the manufacturing journey post PCB design, you may be one of the skilled few who have taken on the challenge
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Rigid Flex PCBs and Your Future: Smart, Effective Designing
Oftentimes, in terms of PCB design, we are tasked with fitting a square peg into a round hole. Fitting thousands of various components onto a board no larger than a dollar bill, and maybe even a quarter, we always seem to be limited to the 2D plane of predetermined space within our equipment or device. We’ve all been there: after putting the finishing touches on a PCB design, you take a look at the space requirements of the device only to find
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PCB Chassis Might Keep Your PCB Design From Exhausting Itself
The world of racing is something that both fascinates and eludes me. On one hand, it’s thrilling to watch cars that have been fine-tuned to the most minute weight and aerodynamic requirements go flying down a road or around a track. On the other hand, from my experience, the majority of thrill from the sport largely comes from the accumulation of narratives and knowledge beforehand. I don’t care so much about actually watching the cars run smooth
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How Blind, Buried and Through-Hole Vias Can Impact Your PCB Design
Growing up, I was obsessed with all things Super Mario, but honestly, who wasn’t. Specifically, I was a sucker for the Super Nintendo, old school version. Bounding from platform to platform, tossing pixelated turtle shells, saving princesses… what a life. One of the best, albeit strangest, of the game, no doubt, was jetting in and out of those little green tubes that were seemingly all over the place. Who made them? Why were they even there
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PCB Design Limitations Beyond Borders: Extending Past Edge Clearance
Have you ever stood, two feet planted, on the edge of a cliff? No, not a very steep slope that would slightly injure you if you fell, I’m talking about the 90-degree style, 2,000 feet straight down cliffs you see pictures of in National Geographic. Certainly a terrifying experience, no matter how seasoned you are at cliff standing. The thoughts that race through your mind are non-stop and extremely primal. Will my feet slip if I get too close
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Properties of Semiconductors: Electrodeposition, Gas Sensors, and PCB Devices
I started working with gas sensors 10 years ago—my team had several ideas on how to improve the performance of our devices by integrating semiconductor nanomaterials into our PCB-based sensors. We were familiar with various electron, barrier heights, valence electrons, conduction band and the semiconductor interface. We were all masters of electrodeposition and masters of gas sensors in our own right, and we had the idea to integrate the two
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High Current Board Design and its Real World Applications
With the rise of PCB applications stretching far and wide, designs are being created for applications that extend past simple signal integrity solutions. Advancements in material technology, PCB manufacturing capabilities, and the rising demand for PCB design is opening up the floor for many industries that otherwise have been dormant in the PCB world. Many limitations that were not present a handful of years ago are beginning to loosen. Of
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Mastering Magnetism: Hall Effect Sensors and Applications for PCBs
Magnetism allows you to do some really cool things—especially when electrons move through a magnetic field. One device that uses the deflection of electron motion for sensing is a Hall effect sensor. These little devices are used in automotive, manufacturing, consumer electronics, and other industries. The Hall effect basically allows a magnetic field to be sensed, which offers several possible applications. Some of the possible applications
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