LONDON, Feb. 24, 2016 /PRNewswire/ -- Quick Overview
This study addresses the global markets, technologies and opportunities for high temperature capacitors for applications above 175 degrees C, including ceramic, tantalum, plastic, mica, silicon, and glass capacitor dielectrics. The study begins with an overview of the global value, volume and average unit pricing for high temperature capacitors, as well as market shares by type with forecasts to 2021. The technology section of the report breaks down the various type of capacitor types and configurations to determine why they operate well at high temperature and how they compare and contrast with respect to operating voltage and capacitance value. The study also tracks recent changes in high temperature capacitor technology including the introduction of base metal COG ceramics; the development of the 350 C ceramic capacitor; the development of robust flexible terminations, the development of PEN film for 230 C operation and the development of advanced materials and processes for tantalum capacitors for high temperature applications. The study also offers a detailed analysis of the defense and aerospace end-use market segments, the oil & gas electronics market segment and the geothermal electronics markets. The study includes analysis of markets for high temperature capacitors consumed in aircraft engine electronics, downhole logging tools, and geothermal monitoring equipment. The study offers a complete analysis of each high temperature capacitor on the market today by vendor and dielectric, and a detailed chapter for each type of high temperature capacitor with value, volume and pricing; demand by configuration, world region and end-use market segment with forecasts by type and end-use market segment to 2021.
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