News & Updates

Hot rods keep the die cool

Hot rods keep the die cool

Quad Flatpack No leads (QFN) packages offer at least one advantage over Ball Grid Array (BGA) packages: because the electrical connections are partly made via solder lands on the side of the component visual inspection of solder joints and repairing them is easier. Thermally enhancing a package for power applications can be done with a

Hot rods keep the die cool Read More »

Imec demoes full colour OLEDs

Imec demoes full-colour OLEDs

Imec and Fujifilm have demonstrated full-colour OLEDs by using their jointly-developed photoresist technology for organic semiconductors, a technology that enables submicron patterning. This paves the way to producing high-resolution and large organic electroluminescent (EL) displays and establishing cost-competitive manufacturing methods. Organic EL displays can be made thin and flexible with excellent response time and contrast ratio.Products require organic

Imec demoes full-colour OLEDs Read More »

FTDI Chip adds EVE Screen Designer

FTDI Chip adds EVE Screen Designer

Bringing more comprehensive support to its Embedded Video Engine (EVE) product offering, FTDI Chip introduces EVE Screen Designer – which is available to download for free. Suitable for use with Windows 7 and above, the development suite enables the creation of advanced human machine interfaces (HMIs), via EVE’s  object-oriented approach, without any understanding of EVE

FTDI Chip adds EVE Screen Designer Read More »

Door Status Monitor using the ESP8266

Door Status Monitor using the ESP8266

In this project you’re going to monitor the status of a door using an ESP8266. The goal of this project is to show the endless possibilities that this $4 WiFi module offers when integrates with a free platform that I’m about to show you. Before continue reading this project, please complete the following tutorials or use them as a reference: How to

Door Status Monitor using the ESP8266 Read More »

Quantum Dots Boost Solar Cells

Quantum Dots Boost Solar Cells

Research team showing off their quantum-dot doped nanomaterial (back to front: Chang-Yong Nam and Mircea Cotlet of Brookhaven Lab’s Center for Functional Nanomaterials with Stony Brook University graduate students Prahlad Routh and Jia-Shiang Chen). (Source: Brookhaven) “Our particular 2-D material system (SnS2) [tin disulfide] is similar to Si [silicon], in that it has an indirect

Quantum Dots Boost Solar Cells Read More »

How to Select a Resistor

How to Select a Resistor

When I was working on the next version of Common Parts Library, I realized that it would be helpful to explain why you might pick one type of passive component over another. We started off by writing “How to Select a Capacitor” last month, and are following it up with a close look at resistors

How to Select a Resistor Read More »