- By Ron Wilson • Executive Editor
Powerful forces are at work, resculpting SOC-design methods into new shapes.
- Edited By Fran Granville and Marie Hawksby
- Edited By Fran Granville and Marie Hawksby
- Edited By Fran Granville and Marie Hawksby
- Edited By Fran Granville and Marie Hawksby
- Edited By Fran Granville and Marie Hawksby
- BY GRAHAM PROPHET, EDITOR
- BY BONNIE BAKER
- By Rick Nelson, Chief Editor, Test & Measurement World
- By Brian Conley • Circuitsville Engineering LLC
- By Jaime Castelló, José M Espí, and Rafael García-Gil University of Valencia, Spain
- By Marián Štofka, Slovak University of Technology, Bratislava, Slovakia
- By James B Wood, Inovonics Inc, Felton, CA
- By John R Ambrose, Mixed Signal Integration, San Jose, CA
- BY MIKE SALAS • SILICON LABS
PARSING THRO UGH THE CONFLICTING POWER POWER -CONSUMPTION CLAIMS OF VARIOUS MICRO CONTRO LLER VENDOR S CAN BE CHALLENGING. FOR MOST APP LICATIONS, A DUTY-CYCLE-DETERERMINED FUNDAMENTAL POWERPOWER POWERPOWER-CONSUMPTION EQUATION CAN EASILY CUT THRO UGH THE CLUTTER.
- By Ramesh Khanna and Frank Edrada • National Semiconductor
A solar-powered lead-acid battery charger can ensure that the battery remains fully charged over a wide temperature range. The ideal charging circuit compensates for temperature and sunlight variations, including recovery from shading.
- By Yeo Siok Been • Avagago Technologies
Optocouplers can protect systems and users from high-voltage surges. They can also reject high common-mode transient noise that would otherwise result in abnormal voltage transitions or excessive noise on the output signal.