A comparison of discrete and network foil and thin-film resistors, plus an analysis of their critical specifications that shows which type is best for a particular application. Integrating voltage ...

Nearly every design engineer is developing portable ... from designing in parts that are 100% impervious to sulfur. Thin-film resistor technology also provides a more environmentally friendly ...

Characteristics discovered by this means can be used for development, design, drift, or drift-factor prediction ... thereby compromising stability and reliability. A new thin-film-resistor technology ...

In this article, we look at the latter. Thin film resistors are a type of resistor that possess a thin resistive layer sat on top of a ceramic base. The principle difference between thick and thin ...

The low parasitic SiCr thin film resistor provides the high resistances desired by ... consistent performance characteristics to reduce the tendency to over-design for process variation. In addition ...

Taiwan-based Viking Tech, which specializes in the design and manufacture of chip resistors, plans to expand capacity for thin-film resistors by 20-30% in 2011 to meet demand from car electronics ...

Thanks to this business model, the latter companies have access to complex semiconductor manufacturing to design the chips they need. Myny’s group has now shown that such a business model is also ...

New research by shows that this 'foundry' model can also be applied to the field of flexible, thin-film electronics ... clients -- the companies that design and order the chips -- to integrate ...

This calls for new designs and flexibly adaptable manufacturing technology to adapt the solar panel’s electrical design to the product. Currently, thin-film solar cells in a module usually consist of ...

“The power generated by the flexible thermoelectric film we have created would not be ... soak a screen that was then pressed onto a very thin polyamide substrate. Finally, the substrates ...