Philips’ new Luxeon Rebel HB LEDs (high-brightness light-emitting diodes) have a 0.93 hot/cold factor—the ratio of junction temperatures at 100 and 25°C.
Ramtron International Corp, a supplier of nonvolatile FRAM (ferroelectric random-access memory), has announced the FM24CL32, a serial-nonvolatile RAM that offers high-speed read/write performance, low-voltage operation, and long-term data retention.
The 16-bit, three-axis LIS302DLH digital MEMS (microelectromechanical-system) accelerometer from STMicroelectronics is 0.75 mm high and has a 335-mm footprint. It has a power-saving shutdown mode and wakes automatically when it detects motion.
Bergquist has introduced its Bond Ply 450 thermal-interface material, which eases heat removal from LED assemblies when you combine it with the company’s Thermal Clad metal substrate.
EDN has bestowed its 19th Annual Innovation Awards, honoring a diverse group of electronics engineers and the ground-breaking products they have produced. The Altera Stratix IV 40-nm FPGA design team is named Innovator of the Year. Read on for a complete list of the winners.
Tin whiskers—electrically conductive, crystalline structures that grow from surfaces on which tin is the final finish—have been the bane of electronic products since 2007.
As device designers look beyond 22 nm, it is becoming clear that we are simply running out of carrier mobility. Strain engineering has helped a lot. By applying physical strain to the channel of a MOSFET, you can significantly increase the carrier mobility—enough at even 45 nm to make up for many of the other shortcomings of the device and end up with reasonable current.
A Rice University team has proposed that a strip of graphene 10 atoms thick could serve as the basic storage element in a new form of memory. With individual bits smaller than 10 nm, the memory’s capacity would improve upon today’s state-of-the-art flash memory by a factor of five when comparing 2-D arrays.
Cool Innovations has introduced a line of flared-pin fin heat sinks featuring an array of sparsely configured round pins that slant outward, a configuration that cools components in natural convection environments.
From cell phones to military drones, many applications demand small, light optical lenses but can’t spare much power for focusing them. Researchers at Rensselaer Polytechnic Institute claim to have developed an innovative liquid lens that fits the bill.