World High Temperature Capacitor Market Opportunities Reviewed In New Study Available At MarketPublishers.com
London, UK (PRWEB) June 18, 2012
Projected changes in temperature requirements in defense and downhole pump electronics have challenged the capacitor industry to make new products that are able to operate in exceedingly higher temperatures for longer time periods of time. Multiple dielectrics currently employed to operate at elevated temperatures include ceramic, tantalum, plastic film, mica, solid aluminum, glass, silicon, diamond-like and aluminum oxynitride. Ceramic, tantalum, plastic film, glass and diamond-like capacitors have established reliability in the high temperature arena, whereas solid aluminum, silicon and aluminum oxynitride are emerging technologies.
New market research study “High Temperature Capacitors: World Markets, Technologies & Opportunities: FY 2012-2017” elaborated by Paumanok Publications has been recently published by Market Publishers Ltd.
Report Details:
Title: High Temperature Capacitors: World Markets, Technologies & Opportunities: FY 2012-2017
Published: June, 2012
Pages: 132
Price: US$ 2,500.00
http://marketpublishers.com/report/technologies_electronics/electronic_devices/high_temperature_capacitors_world_markets_technologies_opportunities_fy_2012_2017.html
The research study draws up an elaborate picture of the growing market for capacitors in the 175 degree C to 450 degree C operating temperature range as well as forecasts the rate of global consumption over the next five years.
Report Contents:
High Temperature Capacitors: World Markets, Technologies & Opportunities 2012-2017
Introduction
About the Author
Research Methodology Employed
The Paumanok Research Methodology
Government Data Collection and Resources
Secondary Published Sources
Primary Intelligence Gathering
The Passive Component Supply Chain
Mining and Extraction of Raw Materials
Raw Materials Processing
Component Manufacturing
Component Distribution
End-Market Consumption
Recycling of Critical Materials
Technical Economic Maxims Related To Passive Electronic Components
The Two Technical Economic Maxims Associated with Passive Components
Ubiquitous Nature of Passive Components
Relationship Between Capacitance and Available Surface Area
Financial Considerations With Respect to this Report
The Fiscal Year Ending March 31, 2012
Currency Translation
Volume, Value and Pricing Data
Markets
High Temperature Capacitors (>175 Degrees C): World Markets, Technologies & Opportunities: FY 2012-2017
Introduction
Global Market Value for High Temperature Capacitors > 175 Degrees C
Historical Market Growth in High Temperature Capacitors > 175 Degrees C
High Temperature Capacitor Markets by Dielectric: FY 2012
Ceramics: High Temperature Ceramic Capacitors >175 Degree C
Tantalum: High Temperature Tantalum Capacitors >175 Degree C
Plastic Film: High Temperature Plastic Film Capacitors >175 Degree C
Mica: High Temperature Mica Capacitors >175 Degree C
Glass: High Temperature Glass Capacitors >175 Degree C
Silicon: High Temperature Capacitors >175 Degree C
Diamond-Like (DLC): High Temperature Capacitors >175 Degree C
Aluminum Oxynitride: High Temperature Capacitors >175 Degree C
Hybrid Capacitors: High Temperature Capacitors >175 Degree C
Consumption Volume Estimates for High Temperature Capacitors > 175 Degrees C
Average Unit Pricing Estimates for High Temperature Capacitors > 175 Degrees C
Summary Of Value, Volume and Average Unit Pricing for High Temperature Capacitors > 175 Degrees C by Capacitor Type FY 2012
Market Shares
Market Share Estimates in High Temperature Capacitors > 175 Degrees C: FY 2012
Technologies
High Temperature Capacitors By Type, Dielectric and Configuration: 175 Degrees C to 450 Degrees C
175 Degrees C To 200 Degree C Markets: FY 2012
250 to 260 Degree C Markets: FY 2012
300 to 450 Degree C Markets: FY 2012
Competitive Environment in High Temperature Capacitors by Vendor, Component Configuration, Maximum Operating Temperature and Dielectric: FY 2012
High Temperature Capacitors: > 175 Degrees C- Comparison by Operating Voltage: FY 2012
High Temperature Capacitors: > 175 Degrees C- Comparison by Capacitance Value: FY 2012
Historical Growth Trends by High Temperature Dielectric: Seven-Year Analysis: 2005-2012
Customer Trends and Directions
Opportunities
High Temperature Capacitor Markets by End-Use Market Segment: FY 2012
Defense & Aerospace Electronics
Defense Related Platforms Consuming High Temperature Capacitors: FY 2012
Oil, Gas & Geothermal Electronics
Specialty Industrial Electronics
Peripheral Market Opportunities
Audio Filtering (High End Audio Aftermarket)
Xenon Headlamps (Automotive OEM)
175 Degree Prototype for UTH Applications (Automotive Racing Circuit)