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Bench Talk for Design Engineers

Bench Talk

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Bench Talk for Design Engineers | The Official Blog of Mouser Electronics


An Introduction to Nanoelectronics Liam Critchley
As components need to get smaller to accommodate consumer needs, manufacturers need a way of doing this. Nanoelectronics is the creation of electrical components using nanomaterials that can not only reduce the size of the device, but also provide the same, if not better, performance.

Energy Harvesting Could End Fossil Fuel Dependency KEMET Electronics
Demand for safe, power-efficient, renewable energy sources that require little or no maintenance is increasing on a daily basis. Learn why energy harvesting holds great promise as a solution to overcome the depletion of fossil fuels.

Energy Harvesting Is an Emerging IoT Enabler Sravani Bhattacharjee
Learn about energy harvesting, a fast-emerging option for system designers to address IoT power design challenges. Get deeper insights on what IoT energy harvesting involves, its promises and challenges, R&D success stories, and some futuristic applications.

Bidirectional Power over Ethernet Charles Byers
Power over Ethernet combines data and power delivery over the same twisted pair cable. While standard PoE is unidirectional, driving energy from a PSE to a PD variants exist that are capable of transferring energy in either direction. This can have advantages in distributed IoT systems.

The Underlying Chemistry of Piezo Materials Liam Critchley
The electrical properties of both piezoelectric and piezoresistive materials change when subjected to mechanical deformation. Here, we show how and why these electrical changes are due to changes within the crystal structure at the atomic level and the chemistry involved with these changes.

Harnessing Energy with Nanogenerators Liam Critchley
Different nanogenerators can generate enough electricity to power a small device through kinetic movements within the device, or by harvesting thermal energy. Even though the amount of electricity generated is small, it is enough for many small remote monitoring devices.

How Nanotechnology Has Helped to Realize Flexible and Wearable Electronics Liam Critchley
Flexible and wearable electronics are rapidly growing industries. The development and growth of these devices are due to the benefits and specific properties of the nanomaterials that are commonly used within these devices. Here we look at why nanomaterials are used in these electronic devices.

The Chemistry of Energy Storage Systems Liam Critchley
Energy storage devices are serving an increasingly wide range of applications. Their recent performance improvements are driving this growth in popularity. The basic function and any performance enhancements are due to chemistry, especially electrochemistry. In this blog, we will detail why.

Understanding the Chemistry of Semiconductor Junctions Liam Critchley
Chemistry plays a major part in why semiconductor materials behave the way they do, and why current can flow through a p-n semiconducting junction. Here, we discuss what effect chemistry has on these junctions, including some of the mechanistic variations that exist in electronics today.

A Breakthrough for Increasing Organic Solar Cell Conductivity Mouser Staff
An accidental discovery at the University of Michigan has turned the sleepy world of organic solar cells upside down. It turns out that electrons can go farther in organic materials, making these materials a far more efficient conduit of electrical current.

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