In days of yore when solar panels weren’t dirt cheap, many people (and even large energy companies) used solar trackers to ensure their panels were always physically pointed at the sun to make sure they harvested every watt of energy possible. Since the price of panels has plummeted, though, it’s not economical to install complex […]
TRACKING MAXIMUM POWER POINT FOR SOLAR EFFICIENCY Continue Reading
Compact, ultralow-emission, high-speed synchronous monolithic stepdown regulators ideal for noise-sensitive and space-critical applications July 8, 2020 – Geneva, Ill.: Richardson RFPD, Inc., an Arrow Electronics company, announced today the availability and full design support capabilities for the Power by Linear Silent Switchers from Analog Devices, Inc. ADI’s Silent Switchers offer high efficiency at high switching
NEW SILENT SWITCHER OFFERS 95% EFFICIENCY AT 2 MHZ Continue Reading
Vecow Co., Ltd., a team of global embedded experts, are pleased to introduce the latest SPC-4010C, a new member of the popularly sold SPC-4000 Series Ultra-compact Fanless Embedded Box PC that is based on Intel Atom® (Apollo Lake) processor. Vecow SPC-4010C is powered by dual-core Intel Atom® x5-E3930 processor, outfitted with dual display port supporting
VECOW UNVEILS ENERGY-EFFICIENCY ULTRA-COMPACT FANLESS EMBEDDED BOX PC Continue Reading
Diodes Incorporated announces the AP64350Q/AP64351Q/AP64352Q series of automotive-compliant, 3.5A, synchronous buck converters for point of load (POL) applications. Diodes Incorporated today announced the AP64350Q/AP64351Q/AP64352Q series of automotive-compliant, 3.5A, synchronous buck converters for point of load (POL) applications. The AP6435xQ combines a low quiescent current with a wide input voltage range of 3.8V to 40V. The devices have
40V SYNCHRONOUS BUCK CONVERTERS FROM DIODES DELIVER HIGH EFFICIENCY WITH LOW EMI Continue Reading
Motor control is becoming the power industry’s fastest changing technology area. The reason for this is the requirement to improve energy efficiency from the millions of motors which are used in our homes, factories and cars. New developments in motor controller design, current sensing and control algorithms will be needed if new and more stringent
New energy efficiency rules will change motor control design Continue Reading
