Electronics Articles

Electropages Insights Blog covers the latest in electronic design through webinars and articles. Delve into topics from sensors to AI implications. Stay ahead with Electropages.


New Communication Apps Bolster Smart Door Technology

‘Smart door’ communication that allows residents to see and hear visitors on the indoor unit's colour screen, is a fast-evolving sector within the overall booming home security market. Demand for enhanced security measures combined with advancements in wireles...

By Nnamdi Anyadike | 21-08-2019

Are Dark Trions The New Carrier of Quantum Information?

The first working Tungsten Diselenide based device that uses dark trions to transport data is to be built by researchers at the University of California Riverside.   Trion transmission allows more information to be sent than individual electrons, which are the...

By Rob Coppinger | 19-08-2019

Solar Power – It’s Not Just for Dreamers Anymore

Electrical Utilities are now generating Solar Power by the Hundreds of Megawatts. There is a quiet revolution going on even now in solar power. Electrical utilities worldwide are installing huge solar power plants, making it that much less necessary to burn hy...

By Gary Elinoff | 15-08-2019

MEMS Oscillators for Greater Time Accuracy

Time synchronisation plays an indispensable role in the world of modern electronic devices. It ensures optimal performance through the consistent timing and sequencing of individual events. Previously, quartz crystal oscillators were the main method of providi...

By Nnamdi Anyadike | 12-08-2019

Ant-Sized Robots Powered by Piezoelectric Vibrations

Tiny robots that can jump and swim are the goal of researchers following the creation of a wirelessly powered walking machine only two millimetres long.  What are Micro-Bristle-Bots? Called a micro-bristle-bot, the tiny walking machine is 1.8mm wide and 0.8mm...

By Rob Coppinger | 09-08-2019

Graphene Technology Finally Grows Up

The emergence of graphene technology back in 2004 sent physicists and electronics engineers into euphoric spasms about its operational potential.  But as always with ground-breaking, technologies that old bean-counting devil called financial viability raised i...

By Paul Whytock | 06-08-2019

DC to DC Converters in Mission Critical Components

What is a DC to DC converter How does it work? DC to DC converters that generate a precise and constant current are proving to be a crucial factor in the development of mission-critical electronic components. The DC-to-DC converter is a type of electric power...

By Nnamdi Anyadike | 05-08-2019

First Memristor Based Computer Could Make AI Accessible to All

Smartphones that have the computational power to run artificial intelligence could be possible, the University of Michigan is claiming as it says it has created the first memristor computer. Memristor vs Transistor A memristor computer could be up to 10,000 ti...

By Rob Coppinger | 02-08-2019

Fitness Wearables: The What, How, and Why

Wearable technology isn’t new, but from its inception, wearable tech has truly blossomed. While initially, wearables were pretty limited, now they’re wide-ranging. These devices vary from wrist-based gadgets to the likes of chest straps and foot pods. Learn wh...

By Moe Long | 01-08-2019

Anti-Collision Sensors Gaining New Markets

How Do Anti-Collision Sensors Work? Anti-collision sensors are rapidly becoming part of an essential network of safety systems designed to avoid and reduce the severity of road traffic accidents. These sensors rely on a lot of inputs like radar, laser and came...

By Nnamdi Anyadike | 30-07-2019

How 5G Will Change the World: 5G as a Disruptor

5G is coming. Well, more accurately, 5G is here, although much of that depends on specific carriers and handsets. It’s been one of the hottest tech topics since Y2K, and thankfully in a positive manner. Heralded as a disruptor, 5G is poised to revolutionize mo...

By Moe Long | 29-07-2019

Components made from samarium monosulfide are more heat resilient

Micro cracking from heat induced material distortions which damages electronics could be diminished by using a compound that shrinks uniformly in all directions when heated. Heat damages electronic components when the materials they consist of expand at differ...

By Rob Coppinger | 24-07-2019