Like any other renewable energy technology, electronics for solar (photovoltaic) panels are necessary for transforming, transmitting, and monitoring the system. Unfortunately, system electronics can be fragile, and frequently are the panel’s weakest link. Converting the sun’s light to electricity, solar panels have demonstrated their utility in numerous operational contexts. The basic op
Applied as a conformal coating through a unique chemical vapor deposition (CVD) process, parylene provides micron-thin, resilient barrier protection for an exceptional range of electrical assemblies. In comparison to liquid coatings — acrylic, epoxy, silicon, urethane — parylene is the coating-of-choice for protecting printed circuits boards (PCBs) and medical devices. It’s films
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The parylenes consist of a range of para-xylylene polymers whose desirable physical and electrical properties support expansive utilization as conformal coatings for electronic and medical devices Parylene films are applied to substrates via a chemical vapor deposition (CVD) process, which deposits monomeric parylene vapor homogeneously and deeply into the surface of printed circuit boards (PCBs
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