Rapid PCBA prototyping using electronics cloud manufacturing offers many advantages including problem identification, reduced error rate, lower costs, and shortened manufacturing timelines.
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A team of researchers in Korea has been working on functional acoustic energy transmission (AET) systems, and their latest paper details a major breakthrough: Prototypes capable of powering LEDs, sensors, and Bluetooth transmitters at range and through materials include metal, tissue, and water.
Engineers have developed a glucose power source that could fuel miniature implants and sensors.
MIT engineers have developed a paper-thin loudspeaker that can turn any surface into an active audio source.
As an electronics engineer, you need to ensure PCBA documentation is clean, complete, and up to date. Here are MacroFab's tips to help you overcome common documentation challenges that can keep your designs from reaching their maximum production potential
4 minutes read
Relying on single-sourced components is a risky move that constricts your supply chain options and pins your product's future to one option. What happens if that option disappears? We have tips that can protect you from single-sourcing uncertainty.
4 minutes read
PCBA prototyping establishes design feasibility and future manufacturability. Here are tried and true strategies to lower costs and effort to save time on your next PCBA prototype.
3 minutes read
For the second consecutive year, we have compiled a list of Campus companies that Eindhoven, the Netherlands and the world will hear more about in 2022. This year, we’re focusing on companies created in High Tech Campus’s startup ecosystem, or that landed on the Campus during 2021.
8 minutes read
An oligomeric [8]annulene-based material has been shown to be suitable for creating single-molecule components including logic elements, switches, and gates — and could be one of the ways Moore's Law is kept marching in the semiconductor industry.
High-fidelity touch has the potential to significantly expand the scope of what we expect from computing devices, making new remote sensory experiences possible.
Article #6 of Connectivity and Sensing in Harsh Environments series: Heat shrink accessories offer a convenient way to protect elements of electrical power systems in harsh environments.
Article #4 of Connectivity and Sensing in Harsh Environments Series: Cars, Construction Equipment, Trucks, Buses, Airplanes, Trains, and other vehicles require connectors that withstand vibrations, shocks, humidity, dust, and other unfavorable conditions to perform reliably.
Article #3 of Connectivity and Sensing in Harsh Environments Series: Rugged switchgear connectors and terminations enable the handling of electrical energy safely and efficiently in the harsh environments of marine applications.
Article #2 of Connectivity and Sensing in Harsh Environments Series: As the bandwidth consumed by vehicular electronics increases, manufacturers need to adopt the latest communication standards, and make various design considerations to ensure signal integrity in harsh environments.
Article #1 of Connectivity and Sensing in Harsh Environments Series: Electrical components that enable the transfer of control and power are improving to fulfill the requirements of cutting-edge industrial applications.
