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Vishay Intertechnology Extends PHP Series Of Precision High-Power Thin Film Chip Resistors To 0603 And 0805 Cases
2013-11-22 03:27:59| electronicsweb News Articles
Vishay Intertechnology, Inc. (NYSE:VSH) today announced that it has extended its PHP series of precision high-power thin film chip resistors with new devices in the compact 0603 and 0805 case sizes offering high power ratings of 0.375 W and 0.675 W, respectively
Bill Gates funds creation of thin, light, impenetrable graphene condoms
2013-11-21 16:55:50| Extremetech
Graphene is incredibly thin and light, and prevents all but the smallest molecules from passing through it (it’s an excellent water filter, for example). Condoms, though an excellent barrier against unwanted contaminants, are neither thin nor light — which is why they reduce sensation, and why some people really don’t like wearing them. The Bill…
Tags: light
bill
creation
funds
Picodeon Ultra-Short Laser Deposition Enables Thinner Precious Metal Thin Films, Cuts Materials Costs
2013-11-15 00:45:59| surfacefinishing News Articles
Precious metals like gold and platinum are finding more and more industrial applications in memory storage, energy harvesting, energy storage and microelectromechanical systems (MEMS) applications
Tags: costs
metal
materials
films
Thin Film Chip Resistors deliver stable performance.
2013-11-14 14:28:48| Industrial Newsroom - All News for Today
In 0402 case size, MC professional and precision series offer respective resistance values down to 10 and 100 Ω for all TCR/tolerance combinations. In 0603 case size, professional series features resistance down to 1 Ω for TCRs of ±50 ppm/K and ± 25 ppm/K with a 0.5 % tolerance. While professional series combines dissipation at 70°C to 400 mW with operating range up to +155°C, precision series offers tolerance down to ±0.1% and TCR down to ±10 ppm/K. This story is related to the following:Thin Film Resistors |
Tags: film
performance
deliver
stable
Thin, Active Invisibility Cloak Demonstrated For First Time
2013-11-13 02:21:26| rfglobalnet Home Page
Invisibility cloaking is no longer the stuff of science fiction: two researchers in The Edward S. Rogers Sr. Department of Electrical & Computer Engineering have demonstrated an effective invisibility cloak that is thin, scalable and adaptive to different types and sizes of objects.
Tags: time
active
demonstrated
thin
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