How Are Ultracapacitors Driving Advances in Energy Storage Technology?
Ultracapacitors, also known as supercapacitors, are electrochemical energy storage devices with significant power density and higher capacitance than solid-state capacitors. People are eagerly exploring how to use them for energy storage, which may result in power sources that charge faster or are usable for various applications across industries. Even though work in developing supercapacitors for energy storage may involve unexpected challenges, success will bring numerous benefits that positively change society and create fascinating opportunities.
Why UV Curing is Crucial for High-Quality Electronics
Adhesive bonding is a small but critical part of electronics manufacturing. UV curing improves this process with higher efficiency, durability and reliability.
Designing PCBs to Protect Signal Integrity in Challenging Environments
Maintaining PCB signal integrity is an increasingly challenging task in modern electronics design. The growth of the internet of things and artificial intelligence has pushed seemingly competing demands for miniaturization and high performance. Consequently, chips are getting smaller while their activity rises—a perfect recipe for interference.
Crafting a Comprehensive Quality Control Plan With Burn-In Tests
Burn-in tests allow professionals to drastically shorten the time before defects appear and potentially compromise reliability.
Electronic Lifecycle Management Takes a Leap with the Cloud
How can the cloud help businesses improve their electronics lifecycle management? There are many ways to apply the cloud throughout the electronics lifecycle, from design to end-of-life processes. The leading benefits of adopting cloud-based technologies include increased visibility, improved scaling, automation capabilities and more.
Balancing Power vs. Performance in Embedded Systems
Many customers requesting embedded systems demand that products provide high performance with minimal power usage. What steps should designers take to achieve good power management in embedded systems while ensuring they meet or exceed customers’ needs and expectations?
Five Ways 5G is Changing EMI Shielding Techniques
5G’s higher frequencies and smaller form factors present several EMI challenges, but these obstacles are fueling EMI shielding innovations.
How Balancing Chip Test & Yield Aids the Supply Chain
Semiconductor yield refers to the number of functional chips per production batch or wafer compared with the amount produced. Rigorous tests determine whether the produced components pass quality control checks, and those examinations are critical for keeping fabrication plants operating smoothly and avoiding issues that could cause reputation problems.
How Microfabrication Techniques Are Advancing Microelectronics
Photolithography, laser-micromachining and other new process technologies should not be overlooked: they’re helping to make electronics manufacturing more efficient and reliable, and applicable to an expanding range of products.
5 Valuable uses for stretchable electronic circuits
Printed circuit boards (pcbs) have come a long way in a relatively short period. While rigid and rigid-flex pcbs are still the most common today, flexible circuits are growing in popularity. New materials and circuit printing technologies further this by enabling stretchable electronic circuits.
5 ways manufacturers benefit from AI in chip design
AI can make chip design faster, more accurate and cost-effective, while mitigating a growing tech talent shortage. Artificial intelligence in chip design is one of the most promising applications of the technology in manufacturing. It promises to make chips faster, more accurately and with less strain on the workforce.
5 Reasons Prioritizing Cyber Hygiene Goes a Long Way for Security
You know the benefits of cyber hygiene best practices — avoiding ransomware, keeping hold of your identity, and ensuring money stays in your wallet instead of the questionable hands of cybercriminals. These are basic boons, but advanced cyber hygiene goes behind solid passwords and regular software updates.
How to Prevent Plating and Soldering Voids
Preventing plating and soldering voids is about testing new manufacturing processes and analyzing the results. Plating and soldering voids usually have an identifiable cause, such as the type of solder paste or drill bit used in the manufacturing process.
Here’s How Cybersecurity Impacts Electronics Manufacturing
Which Alloys Are the Most Beneficial in Electronics Manufacturing?
Succeeding in electronics manufacturing requires understanding how to make the respective components as resilient as possible during their intended uses. Often, that means using alloys in the design and creation of these products.
Using machine vision to enhance manufacturing performance
If you have been wondering how to use machine vision or other kinds of automation to enhance performance, productivity and efficiency on your shop floor or in your plant, this is an ideal time to explore what is possible.
How to Design and Protect PCBs for Medical Robots
Medical-grade PCBs are the key to unlocking the future of our health and care. As the healthcare industry moves toward more advanced technologies and precise automation, highly capable medical robots will become the norm.