Market Research Logo

High Temperature Capacitors: World Markets, Technologies & Opportunities: 2016-2021

High Temperature Capacitors: World Markets, Technologies & Opportunities: 2016-2021

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.


High Temperature Capacitors: World Markets, Technologies & Opportunities: 2016-2021 2 1.0 Introduction To Passive Component Markets, Technologies & Opportunities
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 of Raw Materials:
Raw Materials Processing:
Raw Materials & High Temperature Capacitors: Unique Supply Chain Considerations:
Component Manufacturing:
Component Distribution:
End-Market Consumption:
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, 2016
Currency Headwinds: 2013-2016
Volume, Value and Pricing Data:
High Temperature Capacitor Markets: 2016-2021
High Temperature Capacitors (>175 Degrees C): World Markets, Technologies & Opportunities: 2016-2021
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: 2015:
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
High Temperature Component Market Trends Since Prior Report
High Temperature Component Market Expectations To 2021
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: 2015
HIGH TEMPERATURE CAPACITOR: Market Shares:
Market Share Estimates In High Temperature Capacitors > 175 Degrees C: 2015
Long Term Forecasts: Global Consumption of High Temperature Capacitors By End-Use Market Segment Dielectric: CY 2015 Versus 2021 Forecast
Delphi Methodology Forecast: 2016-2021
Box-Jenkins Methodology Forecast: 2016-2021
High Temperature Capacitor Technology: 2016-2021
Technology Trends and Directions: 2016-2021
High Temperature Capacitors By Type, Dielectric and Con]iguration: 175 Degrees C to 350 Degrees C
175 Degrees C To 200 Degree C Markets: 2015
250 to 260 Degree C Markets: 2015
300 to 450 Degree C Markets: 2015
Competitive Environment In High Temperature Capacitors By Vendor, Component Con\iguration, Maximum Operating Temperature and Dielectric: 2015
High Temperature Capacitors > 175 Degrees C- Comparison by Operating Voltage: 2015
High Temperature Capacitors: > 175 Degrees C- Comparison by Capacitance Value: 2015
Historical Growth Trends By High Temperature Dielectric: Seven-Year Analysis: 2005-2016
High Temperature Metallization & Mounting Materials: Trends & Directions:
Mechanical and Thermal Performance of High Temperature Components in 2016
Mechanical Shock and Vibration
Specialty Packaging of High Temperature Components
Thermal Cycling and Thermal Shock Performance of High Temperature Components in 2016
Advancements In Polymeric Terminations and High Temperature Capacitors
Advanced Testing Criteria For High Temperature Capacitors in 2016
Mean Time To Failure Accelerated Capacitor Testing
Major Technology Breakthroughs in High Temperature Capacitors: 2016
350 Degree C MLCC
MLCC Flex Robust Terminations
High Temperature TA/MnO2 Capacitors
High Temperature TA/MnO2 Materials & Processes
PEN Film Capacitors To 230 Degrees C
High Temperature Market Opportunities:
Customer Trends and Directions:
Summary and Considerations
High Temperature Capacitor Markets By End-Use Market Segment: 2015
Defense & Aerospace Electronics:
Defense Related Platforms Consuming High Temperature Capacitors: 2015
Advanced Avionics Systems:
Jet Engine Igniters (Capacitor Discharge Ignition System):
CDI and The High Voltage, High Temperature Capacitor Solution:
Aircraft Sensors and Regulators:
High Temperature Deep Space Electronics: The Most Critical Of Applications
HV Pulse Detonator Capacitors For Defense Electronics:
Oil & Gas Electronics:
Sophisticated Downhole Electronics: Demanding Environments: 2016-2021
Component Applications In DownHole Sensors:
Passive Component Applications In Downhole Sensor Modules:
Component Applications In Sonic Logging Tools:
Component Applications In Gamma-Ray Logging Tools:
Component Applications In Density Logging Tools:
Component Applications In Resistivity Logging Tools:
Oilwell Industry Push for Performance Improvement in Capacitor Technology
The Development of Ultra-HPHT Wells
Shock and Vibration Exposure To Capacitors In Drilling
Geothermal Energy Electronics:
Trends & Directions In Geothermal Power Generation:
Geothermal System Designs:
Growth Forecasts for Geothermal Installation by Type: Steam Versus Binary
The Air Cooled Binary Geothermal Power Plant
Growth Forecasts For Geothermal Installation To 2021:
Equipment Vendors Supplying the Geothermal Market:
Geothermal Electronics: The Highest Sustained Temperatures
Changes In Demand For High Temperature Capacitors By End-Use Market Segment: 10 year Analysis:
HT Defense Markets: Ten Year Historical Demand Cycle
Oil & Gas Electronics Markets: Ten Year Historical Demand Cycle
Geothermal, Industrial and Laboratory Electronics Markets: Ten Year Historical Demand Cycle
175 Degree Prototype For UTH Applications (Automotive Racing Circuit):
Historical Global Value of Demand For High Temperature Capacitors: (In Millions of USD)
Defense & Aerospace Customers For High Temperature Capacitors:
Top Vendors of Defense Electronics Equipment: 4 year Revenue Trend
Trends At The Major Defense Contractors: 2016
Boeing
Boeing: 2015 Revenue Growth:
Boeing: Key Contracts Going Forward
Boeing Revenue Forecasts By Segment for 2016
EADS Airbus Industrie
2015 Growth on Commercial Aircraft Sales:
EADS on Commercial and Defense Aircraft Markets:
United Technologies
United Technologies: 2015 Revenues
Defense Market Change in Q4
United Technologies- Pratt & Whitney: Change in Product Mix:
Lockheed Martin
Revenue Change For LM in 2015
2016 Market Outlook for LM
LM Group Aeronautics Growth in 2015
LM Aerospace Activity
General Dynamics
General Dynamics and Commercial Aircraft Sales: 2015
Revenue Changes at General Dynamics: 2012-2015
General Dynamics and New Navy Big Growth
BAE Systems
BAE Revenue Growth in 2015
Northrop Grumman
NG Changes in Company Revenues: 2015
NG Aerospace Systems Sales: 2015
NG Electronic Systems Sales: 2015
Raytheon Company
Raytheon Company Revenues: 2015
Raytheon: Revenue Forecast For 2016:
Finnmechanica
Finmeccanica Ongoing Programs:
Thales
Thales Revenues: 2015
Thales Sales in the Defence & Security Segment
Rockwell Collins
Rockwell Collins: 2016 Outlook
Key Rockwell Platforms for Growth: 2016
Trends At The Major Oil & Gas Electronics Companies: 2016
Schlumberger
2015 Revenues and Trends:
Schlumberger: 2016 Outlook
Schlumberger: 2017 Expectations:
Halliburton
Haliburton: Revenue Change in 2015
Haliburton 2016 Forecasts:
Weatherford International
Revenue Changes at Weatherford
Trends At The Major Geothermal Contractors: 2016
TOSHIBA
Toshiba Geothermal (Turbines/Generators)
MITSUBISHI HEAVY INDUSTRIES
Mitsubishi: Turnkey Geothermal
FUJI HEAVY INDUSTRIES
Fuji Heavy Industry: Turnkey Geothermal
ORMAT Technologies, Inc.
Ormat Energy Converter for Geothermal Wells
FRANCO TOSI MECCANICA
High Temperature Ceramic Capacitors:
Dielectric Characteristics and Electrical Performance at High Temperatures– Ceramic
High Temperature Class I Dielectrics:
High Temperature Class II Dielectrics:
High Temperature Ceramic Capacitors >175 Degrees C: World Market Outlook: 2016-2021
Global Market Size and Growth: Year End 2015
High Temperature Ceramic Capacitor Markets By End-Use Market Segment: 2015-2021 Outlook
High Temperature Ceramic Capacitor Revenues By World Region: 2015
American Markets For High Temperature Ceramic Capacitors: 2015:
European Markets For High Temperature Ceramic Capacitors: 2015:
Asian Markets for High Temperature Ceramic Capacitors: 2015
High Temperature Ceramic Capacitor Con]igurations: 2015
High Temperature Ceramic Capacitors 175 Degrees C to 350 Degrees C: Market By Component ConSiguration (MLCC; MLC Radial, SMPS Stacked, MLC Axial, Custom): 2015
High Temperature Ceramic Capacitor (MLCC Chip Markets):
High Temperature Ceramic Capacitor Markets (MLC Box Type Radial Markets): 2015
High Temperature Ceramic Capacitor Markets (SMPS Stacked Markets): 2015
Other Con]igurations for High Temperature Ceramic Capacitors (MLC Axial, Single Layered Disc, Single Layered Chip): 2015
Ceramic Capacitor Pro]it Centers By Temperature Range: 2015
Competitive Environment in High Temperature Ceramic Capacitors by Component Con]iguration: 2016
Technology Improvements in High Temperature Ceramic Capacitors 2012-2016 and Outlook to 2021
High Temperature Ceramic Capacitor Vendors >175 C: 2015 Estimated Sales & Market Shares
Key Vendors and Product Offerings in High Temperature Ceramic Capacitors: 2016
AVX Corporation: High Temperature Ceramic Capacitor Solutions:
AVX AT Series
AVX SQCB Series:
AVX SMPS Ceramic Capacitors (SMX and SXP)
AVX ET Series Glass Dielectric
Calramic Technologies LLC: HTHV Ceramic Capacitors Radial & Axial
HV MLC Leaded TO 200 Degrees C
HV Disc Leaded to 200 Degrees C
Eurofarad (An Exelia Company): HT Class 1 and Class 2 Ceramic Chip, Molded Axial and Radial
Eurofarad: Class 1 and II High Temperature Ceramic Capacitors
Holy Stone Enterprise Co., Ltd.: HMC, HSC, HTC and HXX Ceramic Capacitors
HES 175 Degree Rated Ceramic Capacitors
HES 200 Degree Rated Ceramic Capacitors
HES 250 Degree Rated Ceramic Capacitors
Johanson Dielectrics, Inc.: High Temperature MLCC, Stacked SMPS and Radial Leaded Ceramic Capacitors
T07 to T18 Series MLCC:
T41 to T48 Series High Temperature MLCC
New: Polyterm® Flexible Termination
New: 200 degrees C T-Series Stacked SMPS Capacitors
200 C Radial Leaded Ceramic Capacitors:
KEMET Electronics: High Temperature Ceramic Capacitors To 200 Degrees C.
KEMET High Temperature MLCC Surface Mount 175C, X7R, 16 Vdc to 200 Vdc (Industrial Grade):
High Temperature MLCC 200°C, C0G Dielectric, 10 – 200 VDC (Industrial Grade)
HV-HT Series, High Voltage, High Temperature 200°C, C0G Dielectric, 500 – 2,000 VDC (Industrial Grade)
High Temperature 200°C, Radial, Molded, C0G Dielectric, 50 – 200 VDC (Industrial Grade)
High Temperature 200°C, Radial, Molded, X7R Dielectric, 50 – 200 VDC (Industrial Grade)
KEMET Gold Plated Terminations for 200C
KEMET 175C X7R MLCCs with Flexible Termination
Knowles Capacitor (Novacap): High Temperature MLCC; COG, X7R; Pulse Detonator Capacitors
COG High Temperature (200 Degrees C)
Radial Leaded High Temperature- Epoxy Coated
Radial Leaded High Temperature- Encapsulated
Class II- High Temperature 160 Degrees C
Class II-High Temperature 200 Degrees C.
Presidio Components, Inc. : HT MLCC and Stacked Ceramic Capacitors
Presidio HT Series:
Presidio HTHV Series:
Presidio HTS Series:
Presidio RT Series
Presidio HTVL Series:
SRT Micro-Ceramique: High Temperature MLCC
SRT Micro-Ceramique: D03 and D07 MLCC High Temperature :
SRT NP0 High Temperature applications D03 Type:
SRT X7R high temperature applications D03 Type:
X7R high temperature 500V D03/D07 Type Chips:
Wright Capacitors, Inc. High Temp Ceramic Capacitors
Wright Class I NPO
Wright Class N2200
Wright Class II
Wright High Voltage Arc Protection
Wright High Temperature Solder to 300 Degrees C
Ceramic Capacitors: Trends in R&D Related to High Temperature Operation:
The PLZT HT Dielectric System (X9S Ceramics)
The Development of Ceramic Dielectric variations To Battle The High Heat Performance Problem
Development of The 350 Degree C Ceramic Capacitor:
Geothermal Well Temperatures at 400 Degrees C: Future Requirements
Introduction of BME COG MLCC for 200 C Operation:
High Temperature MLCC: Flex Robust Terminations and Open Mode MLCC:
Vendors Selling MLCC With Flexible Terminations: 2015
High Temperature MLCC With Precious Metal Derivative Terminations:
Vendors Selling MLCC With Derivative Terminations: 2015
Murata EVC Series High Temperature MLCC
Five Year Market Outlook for High Temperature Ceramic Capacitors To 2021
Forecasts: High Temperature Ceramic Capacitors: 2016-2021:
High Temperature Ceramic Capacitors: 175 Degrees C+: Market Forecasts To 2021 by End Use Market Segment
High Temperature Ceramic Capacitors: Global Forecasts By World Region: 2016-2021
American Markets For High Temperature Ceramic Capacitors: 2015-2021 Forecast:
European Markets For High Temperature Ceramic Capacitors: 2015:
Asian Markets for High Temperature Ceramic Capacitors: 2015
High Temperature Tantalum Capacitors:
Dielectric Characteristics and Electrical Performance at High Temperatures– Tantalum
High Temperature Tantalum Capacitors: World Markets, Technologies Opportunities: 2016-2021:
High Temperature Tantalum Capacitors > 175 Degrees C: Global Market Forecasts: FY 2016-2021
Maximum Operating Temperature For High Temperature Tantalum Capacitors By Vendor and Component Con]iguration: 2016
Tantalum Wet-Slug Versus Molded Chip: High Temperature Capacitor Markets: 2015
Operating Voltage of High Temperature Tantalum Capacitors >175 Degrees C By Component Con]iguration: 2015
Capacitance Value of High Temperature Tantalum Capacitors >175 Degrees C By Component Con]iguration: 2015
High Temperature Tantalum Capacitor <175 Degrees C By End-Use Market Segment: 2015
High Temperature Tantalum Capacitors > 175 Degrees C: Demand By World Region: 2016-2021
Global Market Shares In High Temperature Tantalum Capacitors: 2015
Competitive Analysis Of High Temperature Tantalum Capacitor Vendors and Products: 2015
AVX Corporation: THJ Series Molded High Temperature Tantalum Chip
AVX Corporation: TWC-Y and TWA-Y Wet Slug Axial
Shenzhen Be-Top: C500 Series Axial Wet Tantalum Capacitors
Kemet Electronics: T499 High Temperature Molded Chip Capacitors
Kemet Electronics: T500 High Temperature Molded Chip Capacitors
Vishay Intertechnology : High Temperature Tantalum Wets and Molded Tantalum Chips
Tantalum Capacitors: Trends in R&D Related to High Temperature Operation:
Major Breakthroughs in Heat Handling Capabilities for Tantalum Capacitors (Changing Processes and Materials)
Forecasts: High Temperature Tantalum Capacitor: World Market Outlook: 2016-2021
High Temperature Tantalum Capacitor Consumption Value By End-Use Market Segment: 2016-2021
High Temperature Tantalum Capacitor Consumption Value By World Region: 2016-2021
High Temperature Plastic Film Capacitors:
High Temperature Plastic Film Capacitors: World Markets, Technologies Opportunities: 2016-2021
Technology Overview: High Temperature Plastic Film Capacitor Types and Con\igurations.
Polytetrafluoroethylene (PTFE) Capacitors
Polyimide (PI) Capacitors:
Polyetheretherketone (PEEK) Capacitors
Fluorene Polyester (FPE) Film Capacitors
P(TFE-co-VDF) copolymer
Polyetherimide (PEI) Capacitors;
Notes on PPS and PEN Films:
High Temperature Plastic Film Capacitors: Global Markets: 2015
Manufacturing Intelligence On High Capacitance Plastic Films: 2016
Electrostatic Capacitance Generation at High Temperatures: Ceramic Versus Plastic Film: 2016
Operating Voltage of High Temperature Plastic Film Capacitors >175 Degrees C By Component Con]iguration: 2015
Capacitance Value of High Temperature Plastic Film >175 Degrees C By Component Con]iguration: 2015
Global Market Value and Volume for High Temperature Plastic Film Capacitors By End-Use Market Segment (175 Degrees C to 350+ Degrees C): 2015
High Temperature Plastic Capacitor Markets By End-Use Market Segment: 2015:
High Temperature Defense & Aerospace Electronics:
High Temperature Oil, Gas & Geothermal Electronics:
High Temperature 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):
Global Market Value and Volume for High Temperature Plastic Film Capacitors By End-Use Market Segment (175 Degrees C to 350+ Degrees C) and World Region, To Include North America, South America, Europe and Asia-Paci\ic: 2014
High Temperature Capacitor Vendors By Dielectric: 2015
High Temperature Capacitor Vendors By Temperature Rating 2016
Relative Insights (Soft Intelligence) and Pro\iles of All Known High Temperature Plastic Film Capacitor Manufacturers Worldwide: 2015.
High Temperature (>175 Degrees C) Film Capacitor Manufacturers and Their Product Lines: 2015
American Capacitor Corporation: Te\lon® and Kapton® Film Capacitors
Arizona Capacitors, Inc. (Electrotechnik): Custom Te\lon® Capacitors
Condenser Products, Inc. (A Custom Capacitors Subsidiary): Te\lon® Capacitors
Dearborn Electronics, Inc. (An Exellia Company): FPE Film Capacitors
Eurofarad (An Exelia Company): Te\lon® Capacitors
Custom Electronics, Inc. Te\lon® Capacitors
Electronic Concepts, Inc. Te\lon ® Capacitors
Poly\lon Company (A Crane Company): Te\lon® Capacitors
Société des Condensateurs (SCR): Te\lon® Capacitors
Global Vendors of High Temperature Plastic Film Capacitors: 2015 Estimated Sales Value and Market Shares.
Supply Chain Risks and Assessment- Plastic Film Material Types are Used In High Temperature Film Capacitors > 175 Degrees C
Polymide Film:
PTFE Film:
Global Vendors of Plastic Resins Consumed in The Production of High Temperature (150 Degrees C to 300+ Degrees C) Metallized Dielectric Films By Type: 2015
E. I. du Pont de Nemours and Company
Daikin Industries Japan
Asahi Glass (AGC Chemical)
Victrex PLC
SABIC (Saudi Basic Industries Corp.)
Global Vendors of Extruded Film and Metallized Plastic Dielectric Film Consumed in The Production of High Temperature (150 Degrees C to 300+ Degrees C) Capacitors By Type: 2015
Steiner\ilm GmbH
E. I. du Pont de Nemours and Company
CS Hyde Company
Poly\lon Technology Company Limited
Cixi Rylion PTFE Co. Ltd. China
Jiangsu Xinrui Plastic Technology Co.
Victrex PLC
Dr. D. Mueller GmbH
Saint-Gobain Performance Plastics (Norton)
Global METALLIZERS of High Temperature Plastic Film:
Steiner\ilm GmbH
Birkelbach GmbH
Winter-Wolf International, Inc.
Dunmore Corporation
Research and Development in High Temperature Plastic Film Capacitors: 2016
Historical Attempts and High Temperature Plastic Film Development: 1995-2016 (PB, PBT and BB Films)
FPE Film Development:
Roadmapping The Future:
What are the Growth Trends?
High Temperature (>175 Degrees C) Film Capacitor Manufacturers and Their Product Lines: 2016
American Capacitor Corporation: Te\lon® and Kapton® Film Capacitors
Arizona Capacitors, Inc. (Electrotechnik): Custom Te\lon® Capacitors
Dearborn Electronics, Inc. (An Exellia Company): FPE Film Capacitors
Custom Electronics, Inc. Te\lon® Capacitors
Electronic Concepts, Inc. Te\lon ® Capacitors
Poly\lon Company (A Crane Company) PTFE Te\lon® Capacitors
Plastic Film Capacitors: Trends in R&D Related to High Temperature Operation:
Could PEN Film Capacitors Be The Choice for Future Auto Engineers?
FORECAST: Global Market Value and Volume for High Temperature Plastic Film Capacitors By End-Use Market Segment (175 Degrees C to 300+ Degrees C): Forecasted Market Growth: 2016-2021
HT Plastic Film Capacitors 175 Degrees C+: Global Market Outlook: 2016-2021
HT Plastic Film Capacitors 175 Degrees C+: Global Market Outlook by End-Use Market Segment: 2016-2021
Forecast: Demand For High Temperature Plastic Film Capacitors By World Region: 2016-2021
High Temperature Mica Capacitors:
High Temperature Mica Capacitors: World Markets, Technologies Opportunities: 2015
Temperature Handling Capabilities of High Temperature Mica Capacitors >175 Degrees C: 2016
Operating Voltage of High Temperature Mica Capacitors >175 Degrees C: 2016
Capacitance Value of High Temperature Mica Capacitors >175 Degrees C: 2016
Market Shares In High Temperature Mica Capacitors > 175 Degrees C: 2016
Competitive Environment in High Temperature Mica Capacitors: 2015 Vendors and Product Line up
Eurofarad (An Exelia Company) MB7 Series 200 Line
Custom Electronics, Inc. CKR Mica Capacitors
High Temperature Glass, Silicon & Other Capacitor Dielectrics:
Other Capacitor Markets: High Temperature 175 Degrees C
Glass Capacitors:
AVX Corporation: Glass Capacitors
Aluminum Electrolytic:
Vishay Intertechnology (BCcomponents) 123 SAL-A; 128 SAL RPM
Aluminum Capacitors: Trends in R&D Related to High Temperature Operation:
DLC Capacitors:
K Systems Corporation
DLC Capacitors: Trends in R&D Related to High Temperature Operation:
Silicon Capacitors:
Ipdia: Extreme Temperature Capacitors
Skyworks Solutions, Inc. MIS Silicon Chip Capacitors
Nanohmics/Faradox Energy Storage, Inc.
Hybrid Capacitors:
Evans Capacitor Company: THQA2-HT
Aluminum Oxynitride Capacitors:
Aluminum Oxynitride Capacitors: Trends in R&D Related to High Temperature Operation:
Global Consumption Value Forecasts For Glass, Silicon & Other High Temperature Capacitor Dielectrics: 2016-2021
Combined Forecasts:
High Temperature Capacitor Consumption: FY 2016-2021
Forecasted Worldwide Growth For High Temperature Capacitors: FY 2016-2021
Forecasted Growth for High Temperature Capacitors By Capacitor Type: 2015-2021
High Temperature Ceramic Capacitors: Forecasted Market Growth: 2015-2021
High Temperature Tantalum Capacitors: Forecasted Market Growth: 2015-2021
High Temperature Plastic Film Capacitors: Forecasted Market Growth: 2015-2021
High Temperature Mica Capacitors: Forecasted Market Growth: 2015-2021
Other High Temperature Capacitors: Forecasted Market Growth: 2015-2021
Forecasted Growth For High Temperature Capacitors By End-Use Market Segment: 2015-2021
Defense & Aerospace Market Outlook For High Temperature Capacitors: 2015-2021
Oil & Gas Electronics Market Outlook for High Temperature Capacitors: 2015-2021
Industrial Market Outlook for High Temperature Capacitors: 2015-2021
High Temperature Capacitor Vendors: 2016
ACC
American Capacitor Corporation
AMC
Advanced Monolythic Ceramics (A Johanson Dielectrics, Inc. Company)
Arizona Capacitor
Arizona Capacitors, Inc. (Electrotechnik)
AVX
AVX/Kyocera Corporation (NYSE: AVX : RIC 6971:):
Calramic
Calramic Technologies LLC
Custom Electronics
Custom Electronics, Inc.
Dearborn (Exellia)
Dearborn Electronics, Inc. (An Exellia Company)
Electronic Concepts
Electronic Concepts, Inc.
Eurofarad
Eurofarad (An Exelia Company)
Evans
Evans Capacitor Company,
Exxelia
Exxelia Group
Holystone
Holy Stone Enterprise Co., Ltd. (Public, TPE:3026)
IPDiA
IPDiA
Johanson
Johanson Dielectrics (Johanson Technology, Advanced Monolythic Capacitors)
K Systems
K Systems Corporation
KEMET
Kemet Electronics (NYSE: KEM):
Nanohmics/Faradox
Nanohmics Incorporated
Novacap
Novacap (A KNOWLES Company)
PolySlon
Polyflon Company (A Crane Company)
Presidio
Presidio Components, Inc. (Private)
Skyworks
Skyworks Solutions, Inc.
SRT-MC
SRT Micro-Ceramique
Vishay
Vishay Intertechnology (NYSE:VSH)
Wright
Wright Capacitors, Inc. (Private)
List of Figures:
Figure 1: Changes in Key Currency Valuations To The United States Dollar by Quarter: 2013-2016
Figure 2: Historical Growth Estimates: High Temperature (>175 Degrees C) Capacitor Consumption: 2005-2015; 2016 Forecast
Figure 3: Value of Consumption For High Temperature Capacitors By Dielectric: 2015 (In Millions of USD)
Figure 4: Value of Consumption For High Temperature Capacitors By Dielectric: and Component Con]iguration 2015 (In Millions of USD)
Figure 5: Volume of Consumption For High Temperature Capacitors By Dielectric: 2015 (In Millions of Pieces)
Figure 6: Average Unit Pricing For High Temperature Capacitors By Dielectric: 2015
Figure 7: High Temperature Capacitor Markets > 175 Degrees C By Dielectric: 2015
Figure 8: High Temperature Capacitor Vendors: 2015 Global Market Shares
Figure 9: Global Market Share Estimates In High Temperature Capacitors By Dielectric: 2015
Figure 10: Global Forecast For Consumption for High Temperature Capacitors By Dielectric and End-Use Market Segment: 2015-2021
Figure 11: High Temperature Capacitor R&D Trends: 2016-2021
Figure 12: High Temperature Capacitors By Dielectric and Con]iguration: 175 Degrees C to 450 Degrees C: 2015
Figure 13: Competitive Environment in High Temperature Capacitors By Vendor, Component Con]iguration, Maximum Operating Temperature and Dielectric: 2015
Figure 14: High Temperature Capacitors >175 Degrees C By Dielectric Type and Voltage Rating: 2015
Figure 15: High Temperature Capacitors >175 Degrees C By Dielectric Type and Capacitance (μF) Value: 2015
Figure 16: Historical Analysis of High Temperature Capacitor Markets: by Dielectric: FY 2005-2016 (In Millions of USD)
Figure 17: Top Defense Platforms Consuming High Temperature Capacitors: 2015
Figure 18: High Voltage, High Temperature Capacitive Ignition System
Figure 19: High Temperature Aircraft Filtering Schematics
Figure 20: Downhole Pump Electronics Schematic: High Heat and Harsh Environment
Figure 21: Installed Capacity for Geothermal Wells
Figure 22: Geothermal Steam Generation Process
Figure 23: The Air Coooled Binary Geothermal Power Plant
Figure 24: Growth Forecasts for Geothermal Installation by Type: Steam Versus Binary
Figure 25: Major Geothermal Equipment Vendors
Figure 26: High Temperature Capacitor Markets (>175 Degrees C) By End-Use Market Segment
Figure 27: Changes in Consumption for High Temperature Capacitors: 2005 Study Versus 2015 Study
Figure 28: Forecasted Value of Consumption for High Temperature Capacitors by End-Use Market Segment in 2021
Figure 29: Historical Global Value of Demand For High Temperature Capacitors: (In Millions of USD)
Figure 30: Top Vendors of Defense Electronics Equipment: 4 year Revenue Trend
Figure 31: Boeing Revenues By Company Segment: 2014-2016
Figure 32: Top Vendors of Oil & Gas Related Electronics Equipment: 4 Year Revenue Trend
Figure 33: High Temperature Ceramic Capacitor Market Growth & Forecasts to 2021
Figure 34: High Temperature Ceramic Capacitors: Demand By End-Use Market: 2015
Figure 35: High Temperature Ceramic Capacitors: Forecasted Demand By End-Use Market Segment to 2021
Figure 36: Global Value of Consumption for High Temperature Ceramic Capacitors By World Region: 2015
Figure 37: Global Value of Consumption for High Temperature Ceramic Capacitors By Component Con]iguration: 2015
Figure 38: High Temperature Ceramic Capacitor Vendors By Component Con]iguration: 2016-2021
Figure 39: Competitive Environment in High Temperature Ceramic Capacitors By Con]iguration and Temperature: FY 2015
Figure 40: High Temperature Ceramic Capacitor Suppliers: 2015 Estimated Market Shares
Figure 41: Competitive Environment: MLCC Vendors With Flexible Terminations: 2015
Figure 42: Competitive Environment: MLCC Vendors Selling MLCC With Derivative Terminations: 2015
Figure 41: High Temperature Ceramic Capacitors 175 Degrees C+: Global Market Forecasts: 2016-2021
Figure 42: High Temperature Ceramic Capacitors: Market Forecasts By End-Use Market Segment to 2021
Figure 43: High Temperature Ceramic Capacitors: Global Forecasts By World Region: 2016-2021
Figure 44: High Temperature Tantalum Capacitors: Global Market Forecasts: 2016-2021 (In Millions of USD)
Figure 45: High Temperature Tantalum Capacitors > 175 Degrees C By Vendor and Component Con]iguration: 2016
Figure 46: High Temperature Tantalum Capacitor Consumption Value by Component Con]iguration (Wet Slug Versus Molded Chip): 2015 (In Millions of USD)
Figure 47: High Temperature Tantalum Capacitor Consumption Value By End-Use Market Segment: 2015
Figure 48: High Temperature Tantalum Capacitor Demand By World Region: 2015
Figure 49: Global Market Shares in High Temperature Tantalum Capacitors: 2015
Figure 50: High Temperature Tantalum Capacitors: World Market Outlook: 2016-2021
Figure 51: High Temperature Tantalum capacitors: Global Consumption Value by End-Use Market Segment: 2016-2021
Figure 52: High Temperature Tantalum Capacitor Demand By World Region: 2016-2021
Figure 53: High Temperature Plastic Film Capacitors (>175 Degrees C): Growth Forecasts: 2016-2021
Figure 54: Applications For High Temperature Capacitors >175 Degrees C
Figure 55: Global Markets For High Temperature Film Capacitors (175 Degrees to 300+ Degrees C) By End-Use Market Segment: 2015 Estimates
Figure 56: Global Markets For High Temperature Film Capacitors (150 Degrees to 300+ Degrees C) By World Region: 2015 Estimates
Figure 57: Global Vendors of High Temperature Plastic Film Capacitors By Dielectric: 2015
Figure 58: High Temperature Plastic Film Capacitor Vendors by Series: 2016
Figure 59: Global Vendors of High Temperature Film Capacitors (150 Degrees C to 300 Degrees C) 2015 Estimates of Global Market Shares
Figure 60: Performance Criteria of Polymide and PTFE Films
Figure 61: Competitive Environment in High Temperature Dielectric Resins for The Capacitor Industry: 2015
Figure 62: Global Vendors of Extruded and Metallized Plastic Dielectric Film For The High Temperature (175 Degree to 300 Degree C) Capacitor Industry
Figure 63: Global Metallizers of High Temperature Film For The Capacitor Industry: 2014
Figure 64: High Temperature Plastic Film Capacitors 175 Degrees C: Global Market Outlook: 2016-2021
Figure 65: High Temperature Plastic Film Capacitors: World Market Forecasts By End-Use Market Segment: 2016-2021
Figure 66: High Temperature Plastic Film Capacitors: Demand By World Region: 2016-2021
Figure 67: High Temperature Mica Capacitors >175 Degree C: Global Market Forecasts: 2015-2021 (In Millions of USD)
Figure 68: High Temperature Mica Capacitor Manufacturers: 2015 Estimated Market Shares
Figure 69: High Temperature Glass, Silicon and Other Emerging High Temperature Dielectrics: 2016-2021
Figure 70: High Temperature Capacitors: Global Market Forecasts: 2015-2021 (In Millions of USD)
Figure 71: Forecasted Growth For High Temperature Capacitors By Dielectric: 2015-2021(In Millions of USD)
Figure 72: Forecasted Consumption Value for High Temperature Capacitors By End-Use Market Segment: 2015-2021

Download our eBook: How to Succeed Using Market Research

Learn how to effectively navigate the market research process to help guide your organization on the journey to success.

Download eBook

Share this report