Capacitor Markets in The Oil & Gas Electronics Industry: 2017-2022

1.0 INTRODUCTION:

1.1 Introduction: Historical Perspective on This Unique Market Segment:

1.2 About this report

1.3 SCOPE OF REPORT COVERAGE:

1.4 RESEARCH METHODOLOGY EMPLOYED:

1.5 THE PAUMANOK RESEARCH METHODOLOGY: 28 YEARS STUDYING PASSIVE CAPACITOR MARKETS

1.5.1 Government Data Collection and Resources:

1.5.2 Secondary Published Sources:

1.5.3 Primary Intelligence Gathering:

1.6 Capacitors and Their Respective Sub-Categories: FY 2016

1.7 THE PASSIVE CAPACITOR SUPPLY CHAIN:

1.7.1 Feedstock Materials:

1.7.2 Raw Materials Processing:

1.7.3 Capacitor Manufacturing:

Exotic film capacitor production requires basically winding techniques, but the film is unforgiving and difficult to wind.

1.7.4 Capacitor Distribution:

1.7.5 End-Market Consumption:

1.7.6 Recycling of Critical Materials:

1.8.1 Where we find Passive Components In The Oil and Gas Industry

1.8.2 Where we find Passive Components In The Oil and Gas Industry

1.9 THE TWO TECHNICAL ECONOMIC MAXIMS ASSOCIATED WITH PASSIVE ELECTRONIC CAPACITORS:

1.10 Ubiquitous Nature of Passive Electronic Capacitors In Electrical and Electronic Circuits:

1.11 Relationship Between Performance and Available Surface Area:

1.12 FINANCIAL CONSIDERATIONS WITH RESPECT TO THIS REPORT:

1.12.1 Fiscal Year Reporting

1.12.2 Currency Translation

1.12.3 Please Read This First: Impact of Yen Depreciation on Revenues: FY 2016- FY 2017

1.12.4 Volume, Value and Pricing Data:

1.12.5 Forecasting Methodology: Fundamental Aspects of the 20 Year Growth Cycle In Passive Capacitors:

1.12.5 (A) The Unique Changes In The Oil & Gas Industry- 2014-2017

2.0 OIL & GAS ELECTRONICS: 2017-2022 GLOBAL OUTLOOK:

2.1 Oil & Gas Electronics & Sub-Categories: 2017:

2.2 Oil & Gas Electronics: Types of Electronic Components and Sub-Assemblies Consumed:

2.2.1 Passive Electronic Components:

2.2.2 Active Components:

2.2.3 Power Supplies:

2.2.4 Wire & Cable:

2.2.5 Printed Circuit Boards:

2.2.6 Capacitor Markets: The Focus of This Report

2.3 Historical Development of the Capacitor Markets for the Oil & Gas Electronics Industry:

2.4 Segmenting the Oil & Gas Electronics Markets Into Dedicated Sub-Categories:

2.4.1 The Downhole Pump Motor and Variable Speed Drive Markets for Capacitors:

2.4.1 The Down Hole Sensor Module Market for Capacitors:

2.4.2 Major Manufacturers of Downhole Pumping Motors and Drives (Capacitor Customers): 2017

2.4.3 Major Manufacturers of Downhole Sensors and Modules (Capacitor Customers): 2017

2.4.4 Capacitor Markets In Sonic Logging Tools:

2.4.5 Capacitor Markets In Gamma-Ray Logging Tools:

2.4.6 Capacitor Markets In Density Logging Tools:

2.4.7 Capacitor Markets In Resistivity Logging Tools:

2.4.8 Major Manufacturers of Logging Tools (Capacitor Customers): 2017

2.5 Oil & Gas Electronics: Global Market Value Forecast: 2017-2022

2.5.1 Historical Trends and Directions Global Market for Oil & Gas Electronics: 2005-2016

2.5.2 Global Revenue Trends By The Top Manufacturers of Oil & Gas Electronics: 2005-2016

2.5.2 (A) Schlumberger

2.5.2 (A1) Recent Revenues and Trends At The Market Leader and Driver:

2.5.2 (B) Halliburton

2.5.2 (B1) Recent Revenues and Trends At Halliburton:

2.5.2 (C) Weatherford International

2.5.2 (C1) Revenue Changes at Weatherford

2.6 Revenue Forecasts At The Major Oil & Gas Electronics Companies: 2017-2022

2.7 Global Forecasts for Oil & Gas Electronics: 2017-2022:

3.0 CAPACITOR MARKETS IN OIL & GAS ELECTRONICS: FY 2017

3.1 Global Market for Capacitors Consumed in The Oil & Gas Industry: FY 2016

3.1.1 Overall Market Estimates for All Passive Components Consumed in Oil & Gas Electronics in FY 2016

3.1.2 Capacitor Consumption Value in Oil & Gas Electronics: FY 2016

3.1.3 Historical Market Development of Oil & Gas Industry Electrical and Electronic Capacitors

3.1.4 Historical Technology Development of Oil & Gas Industry Electrical and Electronic Capacitors

3.2 Technology Drivers Behind Oil & Gas Industry Electrical and Electronic Capacitors

3.2.1 Capacitor Supply Chain to the Oil & Gas Industry

3.2.1 Replenishment Rates:

3.2.3 Similar Industries With Similar Capacitor Requirements (Defense, Space, Geothermal)

3.3 Historical Market Development of Capacitors For The Oil & Gas Industry: 2005-2016

3.3.1 Oilwell Industry Push for Performance Improvement in Capacitor Technology

3.3.2 The Development of Ultra-HPHT Wells

3.3.3 Shock and Vibration Exposure To Capacitors In Drilling

3.4 Oil & Gas Capacitors: Demand By Application: (High Temperature, High Voltage, Other Specialty): FY 2016

3.4.1 High Temperature Capacitor Markets in the Oil & Gas Industry: FY 2016

3.4.2 High Voltage and Other Capacitor Markets in the Oil & Gas Industry: FY 2016

3.5 Global Vendors of Capacitors To The Oil & Gas Industry: FY 2016 Overall Market Shares

3.5.1 Top Overall Vendors of Capacitors to The Global Oil & Gas Industry: FY 2016 Market Shares (Aggregated all Dielectrics and Types): FY 2016

3.6 Changes In Demand For Oil & Gas Electronic Capacitors By Type: 10 year Analysis:

3.6.1 High Temperature Capacitors for the Oil & Gas Industry: Market Growth Trend From 2005-2016

3.6.2 High Temperature Capacitors for the Oil & Gas Industry: Market Forecasts 2017-2022

3.6.3 High Voltage Capacitors for the Oil & Gas Industry: Market Growth Trend From 2005-2016

3.6.4 High Voltage Capacitors for the Oil & Gas Industry: Market Forecasts 2017-2022

3.7 Global Consumption Value for Oil & Gas Capacitors By Capacitor Dielectric (Capacitor Type): FY 2016:

3.8 Detailed Breakdown of Overall Market Share Assessment by Vendor and Dielectric: FY 2016

3.9 CERAMIC CAPACITOR MARKETS IN THE OIL & GAS INDUSTRY: FY 2016

3.9.1 Ceramic Capacitor Consumption In The Global Oil & Gas Industry: FY 2016 Estimates

3.9.2 Ceramic Capacitor Markets in The Oil & Gas Industry By Component Requirements (High Temperature, High Voltage & High Reliability): 2016

3.9.3 Top Vendors of Ceramic Capacitors To The Oil & Gas Industry: FY 2016

3.9.4 Why Do Ceramics Work So Well In Harsh Environments? Technology Overview: Dielectric Characteristics and Electrical Performance at Oil & Gas Electronics– Ceramic Capacitors

3.9.5 Ceramic Capacitors: Class I Dielectrics:

3.9.6 Ceramic Capacitors: Class II Dielectrics:

3.9.7 High Temperature Oil & Gas Electronic Ceramic Capacitor Markets By Configurations: FY 2016

Oil & Gas Electronic Ceramic Capacitors 175 Degrees C to 350 Degrees C: Market By Component Configuration (MLCC; MLC Radial, SMPS Stacked, MLC Axial, Custom): 2016

3.9.7 Oil & Gas Electronic Ceramic Capacitor (MLCC Chip Markets): 2016

3.9.8 Oil & Gas Electronic Ceramic Capacitor Markets (MLC Box Type Radial Markets): 2016

3.9.9 Oil & Gas Electronic Ceramic Capacitor Markets (SMPS Stacked Markets): 2016

3.9.10 Other Configurations for Oil & Gas Electronic Ceramic Capacitors (MLC Axial, Single Layered Disc, Single Layered Chip): 2015 ..

3.9.11 Competitive Environment in Oil & Gas Electronic Ceramic Capacitors by Component Configuration: 2016

3.9.12 Technology Improvements in Oil & Gas Electronic Ceramic Capacitors 2012-2016 and Outlook to 2022

3.9.13 Oil & Gas Electronic Ceramic Capacitor Vendors >175 C: 2016 Estimated Sales & Market Shares

3.10 KEY VENDORS AND PRODUCT OFFERINGS IN OIL & GAS ELECTRONIC CERAMIC CAPACITORS: 2016

3.10.1 AVX Corporation: Oil & Gas Electronic Ceramic Capacitor Solutions:

AVX AT Series

AVX SQCB Series:

AVX SMPS Ceramic Capacitors (SMX and SXP)

AVX ET Series Glass Dielectric

3.10.2 Calramic Technologies LLC: HTHV Ceramic Capacitors Radial & Axial

HV MLC Leaded TO 200 Degrees C

3.10.3 Eurofarad (An Exelia Company): HT Class 1 and Class 2 Ceramic Chip, Molded Axial and Radial

Eurofarad: Class 1 and II Oil & Gas Electronic Ceramic Capacitors

3.10.4 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

3.10.5 Johanson Dielectrics, Inc.: Oil & Gas Electronic MLCC, Stacked SMPS and Radial Leaded Ceramic Capacitors

T07 to T18 Series MLCC:

T41 to T48 Series Oil & Gas Electronic MLCC

New: Polyterm® Flexible Termination

New: 200 degrees C T-Series Stacked SMPS Capacitors

200 C Radial Leaded Ceramic Capacitors:

3.10.6 KEMET Electronics: Oil & Gas Electronic Ceramic Capacitors To 200 Degrees C.

KEMET Oil & Gas Electronic MLCC Surface Mount 175C, X7R, 16 Vdc to 200 Vdc (Industrial Grade):

Oil & Gas Electronic MLCC 200°C, C0G Dielectric, 10 – 200 VDC (Industrial Grade)

HV-HT Series, High Voltage, Oil & Gas Electronic 200°C, C0G Dielectric, 500 – 2,000 VDC (Industrial Grade)

Oil & Gas Electronic 200°C, Radial, Molded, C0G Dielectric, 50 – 200 VDC (Industrial Grade)

Oil & Gas Electronic 200°C, Radial, Molded, X7R Dielectric, 50 – 200 VDC (Industrial Grade)

KEMET Gold Plated Terminations for 200C

KEMET 175C X7R MLCCs with Flexible Termination

3.10.7 Knowles Capacitor (Novacap): Oil & Gas Electronic MLCC; COG, X7R; Pulse Detonator Capacitors

COG Oil & Gas Electronic (200 Degrees C)

Radial Leaded Oil & Gas Electronic- Epoxy Coated

Radial Leaded Oil & Gas Electronic- Encapsulated

Class II- Oil & Gas Electronic 160 Degrees C

Class II-Oil & Gas Electronic 200 Degrees C.

3.10.8 Presidio Components, Inc. : HT MLCC and Stacked Ceramic Capacitors

Presidio HT Series:

Presidio HTHV Series:

Presidio HTS Series:

Presidio RT Series

Presidio HTVL Series:

3.10.9 SRT Micro-Ceramique: Oil & Gas Electronic MLCC

SRT Micro-Ceramique: D03 and D07 MLCC Oil & Gas Electronic :

SRT NP0 Oil & Gas Electronic applications D03 Type:

SRT X7R Oil & Gas Electronic applications D03 Type:

X7R Oil & Gas Electronic 500V D03/D07 Type Chips:

3.10.10 Wright Capacitors, Inc. High Temp Ceramic Capacitors

Wright Class II

Wright High Voltage Arc Protection

Wright Oil & Gas Electronic Solder to 300 Degrees C

3.11 Ceramic Capacitors: Trends in R&D Related to Oil & Gas Electronic Operation:

3.11.2 The PLZT HT Dielectric System (X9S Ceramics)

3.11.3 The Development of Ceramic Dielectric variations To Battle The High Heat Performance Problem

3.11.4 Development of The 350 Degree C Ceramic Capacitor:

3.11.5 Geothermal Well Temperatures at 400 Degrees C: Future Requirements

3.11.6 Introduction of BME COG MLCC for 200 C Operation:

3.11.7 Oil & Gas Electronic MLCC: Flex Robust Terminations and Open Mode MLCC: FY 2016

3.11.8 Vendors Selling MLCC With Flexible Terminations: 2016

3.11.9 Oil & Gas Electronic MLCC With Precious Metal Derivative Terminations:

3.11.10 Vendors Selling MLCC With Derivative Terminations: 2016

3.12 Global Sales & Market Shares For High Voltage Ceramic Capacitors: FY 2016:

3.12.1 Competitive Environment In High Voltage Ceramic Capacitors By Voltage Rating (0.5 to 5 kV; 5.1 to 10 kV; 11 kV to 100 kV): FY 2016

3.12.2 Market Drivers For High Voltage Capacitors Consumed in The Oil & Gas Electronics Industry: FY 2016:

3.12.3 Opportunity Analysis in High Voltage Ceramic Capacitors: 2017-2022

3.12.4 Competitive Environment in High Voltage Ceramic Capacitors By Markets Served: FY 2016

3.13 Overall Growth Forecasts for Ceramic Capacitors Consumed in The Oil & Gas Industry: FY 2017-2022

3.14 Overall Growth Forecasts for High Temperature Ceramic Capacitors Consumed in The Oil & Gas Industry: FY 2017-2022

3.15 Overall Growth Forecasts for High Voltage and High Reliability Ceramic Capacitors Consumed in The Oil & Gas Industry: FY 2017- 2022

3.16 PLASTIC FILM CAPACITORS FOR THE OIL & GAS INDUSTRY: FY 2016

3.16.1 Technology Overview: High Temperature Plastic Film Capacitor Types and Configurations.

3.16.1 (A) Polytetrafluoroethylene (PTFE) Capacitors

3.16.1 (B) Polyimide (PI) Capacitors:

3.16.1 (C) Polyetheretherketone (PEEK) Capacitors

3.16.1 (D) Fluorene Polyester (FPE) Film Capacitors

3.16.1 (G) Notes on PPS and PEN Films:

3.16.2 Oil & Gas Electronic Plastic Film Capacitors: Global Markets: FY2016

3.16.3 Advantages of Plastic Film Over Ceramics in Mission Critical Applications

3.16.4 Manufacturing Intelligence On High Capacitance Plastic Films: 2016

3.16.5 Operating Voltage Requirements for Plastic Capacitors Consumed in the Oil & Gas Industry: FY 2016

3.16.7 Capacitance Value Requirements for Plastic Capacitors Consumed in the Oil & Gas Industry: FY 2016

3.16.8 Self-Healing Requirements for Plastic Capacitors Consumed in the Oil & Gas Industry: FY 2016

3.16.9 Plastic Film Capacitors for The Oil & Gas Industry: Applications by Temperature Range

3.16.10 Plastic Film Capacitors for The Oil & Gas Industry: Vendors By Dielectric: 2016

3.16.11 Oil & Gas Electronic Capacitor Vendors By Temperature Rating 2016

Relative Insights (Soft Intelligence) and Profiles of All Known Oil & Gas Electronic Plastic Film Capacitor Manufacturers Worldwide: 2015.

3.16.12 Oil & Gas Electronic (>175 Degrees C) Film Capacitor Manufacturers and Their Product Lines: 2015

3.16.12 (A) American Capacitor Corporation: Teflon® and Kapton® Film Capacitors

3.16.12 (B) Arizona Capacitors, Inc. (Electrotechnik): Custom Teflon® Capacitors

3.16.12 (C) Condenser Products, Inc. (A Custom Capacitors Subsidiary): Teflon® Capacitors

3.16.12 (D) Dearborn Electronics, Inc. (An Exellia Company): FPE Film Capacitors

3.16.12 (E) Eurofarad (An Exelia Company): Teflon® Capacitors

3.16.12 (F) Custom Electronics, Inc. Teflon® Capacitors

3.16.12 (G) Electronic Concepts, Inc. Teflon ® Capacitors

3.16.12 (H) Polyflon Company
(A Crane Company): Teflon® Capacitors

3.16.12 (I) Société des Condensateurs (SCR): Teflon® Capacitors

3.17 Global Vendors of Oil & Gas Electronic Plastic Film Capacitors: 2016 Estimated Sales Value and Market Shares.

3.18 Research and Development in Oil & Gas Electronic Plastic Film Capacitors: FY 2016

3.19 Historical Attempts and Oil & Gas Electronic Plastic Film Development: 1995-2016 (PB, PBT and BB Films)

3.20 FPE Film Development:

3.21 Roadmapping The Future:

3.21.1 What are the Growth Trends?

3.22 Oil & Gas Electronic (>175 Degrees C) Film Capacitor Manufacturers and Their Product Lines: 2016

3.22.1 American Capacitor Corporation: Teflon® and Kapton® Film Capacitors

3.22.2 Arizona Capacitors, Inc. (Electrotechnik): Custom Teflon® Capacitors

3.22.3 Dearborn Electronics, Inc. (An Exellia Company): FPE Film Capacitors

3.22.4 Custom Electronics, Inc. Teflon® Capacitors

3.22.5 Electronic Concepts, Inc. Teflon ® Capacitors

3.22.6 Polyflon Company
(A Crane Company) PTFE Teflon® Capacitors

3.23 Plastic Film Capacitors: Trends in R&D Related to Oil & Gas Electronic Operation:

3.24 Could PEN Film Capacitors Be The Choice for Future Auto Engineers?

3.25 Plastic Film Capacitors for the Oil & Gas Industry: Global Market Outlook: 2016-2022

TANTALUM CAPACITORS IN OIL & GAS ELECTRONICS: WORLD MARKETS, TECHNOLOGIES & OPPORTUNITIES: 2017-2022

3.26 TANTALUM CAPACITORS FOR THE OIL & GAS INDUSTRY: FY 2016

3.26.1 Dielectric Characteristics and Electrical Performance at Oil & Gas Electronics– Tantalum

3.26.2 OIL & GAS ELECTRONIC TANTALUM CAPACITORS: WORLD MARKETS, TECHNOLOGIES OPPORTUNITIES: 2016-2021:

3.26.3 Oil & Gas Electronic Tantalum Capacitors > 175 Degrees C: Global Market Forecasts: FY 2016

3.26.4 Maximum Operating Temperature For Oil & Gas Electronic Tantalum Capacitors By Vendor and Component Configuration: 2016

3.26.5 Tantalum Wet-Slug Versus Molded Chip: Oil & Gas Electronic Capacitor Markets: 2015

3.25.6 Operating Voltage of Oil & Gas Electronic Tantalum Capacitors >175 Degrees C By Component Configuration: 2016

3.25.7 Capacitance Value of Oil & Gas Electronic Tantalum Capacitors >175 Degrees C By Component Configuration: 2016

3.25.8 Global Market Shares In Oil & Gas Electronic Tantalum Capacitors: 2016

3.26 COMPETITIVE ANALYSIS OF OIL & GAS ELECTRONIC TANTALUM CAPACITOR VENDORS AND PRODUCTS: 2015

3.26.1 AVX Corporation: THJ Series Molded Oil & Gas Electronic Tantalum Chip

3.26.2 AVX Corporation: TWC-Y and TWA-Y Wet Slug Axial

3.26.3 Shenzhen Be-Top: C500 Series Axial Wet Tantalum Capacitors

3.26.4 Kemet Electronics: T499 Oil & Gas Electronic Molded Chip Capacitors

3.26.5 Kemet Electronics: T500 Oil & Gas Electronic Molded Chip Capacitors

3.26.6 Vishay Intertechnology : Oil & Gas Electronic Tantalum Wets and Molded Tantalum Chips

3.27 Tantalum Capacitors: Trends in R&D Related to Oil & Gas Electronic Operation:

3.28 Major Breakthroughs in Heat Handling Capabilities for Tantalum Capacitors (Changing Processes and Materials)

3.29 Forecasts: Oil & Gas Electronic Tantalum Capacitor: World Market Outlook: 2017-2022

3.30 OTHER EXOTIC CAPACITORS FOR THE OIL & GAS INDUSTRY: FY 2016

"OTHER" CAPACITORS FOR THE OIL & GAS INDUSTRY: FY 2016

3.31 DLC Capacitors:

3.31.1 K Systems Corporation

3.31.2 DLC Capacitors: Trends in R&D Related to Oil & Gas Electronic Operation:

3.32 Silicon Capacitors:

3.32.1 Ipdia: Extreme Temperature Capacitors

3.32.3 Nanohmics/Faradox Energy Storage, Inc.

3.23.4 Hybrid Capacitors:

3.23.4 (A) Evans Capacitor Company: THQA2-HT

3.23.5 Aluminum Oxynitride Capacitors:

3.23.6 Aluminum Oxynitride Capacitors: Trends in R&D Related to Oil & Gas Electronic Operation:

3.23.7 Global Consumption Value Forecasts For Glass, Silicon & Other Oil & Gas Electronic Capacitor Dielectrics: 2016-2022

3.24 OIL & GAS CAPACITOR DEMAND BY WORLD REGION AND KEY COUNTRY: FY 2016

3.24.1 Oil & Gas Capacitor Demand By World Region: FY 2016

3.24.2 Oil & Gas Capacitor Demand By Country: FY 2016

MARKET FORECASTS: 2017-2022 (BOX-JENKINS METHOD) 3.25 COMBINED FORECASTS:

3.25.1 OIL & GAS ELECTRONIC CAPACITOR CONSUMPTION: FY 2016-2022

3.25.2 Forecasted Worldwide Growth For Oil & Gas Electronic Capacitors: FY 2016-2022

3.25.4 Forecasted Growth for Oil & Gas Electronic Capacitors By Capacitor Type: 2016-2022

3.25.4 (A) Oil & Gas Electronic Ceramic Capacitors: Forecasted Market Growth: 2016-2022

3.25.4 (B) Oil & Gas Electronic Tantalum Capacitors: Forecasted Market Growth: 2016-2022

3.25.4 (C) Oil & Gas Electronic Plastic Film Capacitors: Forecasted Market Growth: 2016-2022

3.25.4 (D) EXOTIC Capacitors: Forecasted Market Growth: 2016-2022

PRODUCER PROFILES:

4.0 CAPACITOR VENDORS TO THE OIL & GAS INDUSTRY: 2017

4.1 PRODUCER PROFILES

4.1.1 ACC

American Capacitor Corporation

4.1.2 AMC

ADVANCED MONOLYTHIC CERAMICS (A JOHANSON DIELECTRICS, INC. COMPANY)

4.1.3 ARIZONA CAPACITOR

ARIZONA CAPACITORS, INC. (ELECTROTECHNIK)

4.1.4 AVX

AVX/KYOCERA CORPORATION (NYSE: AVX : RIC 6971:):

CALRAMIC

CALRAMIC TECHNOLOGIES LLC

CUSTOM ELECTRONICS

CUSTOM ELECTRONICS, INC.

4.1.5 DEARBORN (EXELLIA)

DEARBORN ELECTRONICS, INC. (AN EXELLIA COMPANY)

4.1.6 ELECTRONIC CONCEPTS

ELECTRONIC CONCEPTS, INC.

4.1.7 EUROFARAD

EUROFARAD (AN EXELIA COMPANY)

4.1.8 EVANS

EVANS CAPACITOR COMPANY,

4.1.9 EXXELIA

EXXELIA GROUP

4. 1.10 HOLYSTONE

HOLY STONE ENTERPRISE CO., LTD. (PUBLIC, TPE:3026)

4.1.11 IPDIA

IPDIA

4.1.12 JOHANSON

JOHANSON DIELECTRICS
(JOHANSON TECHNOLOGY, ADVANCED MONOLYTHIC CAPACITORS)

4.1.13 K SYSTEMS

K SYSTEMS CORPORATION

4.1.14 KEMET

KEMET ELECTRONICS (NYSE: KEM):

4.1.15 KNOWLES

KNOWLES CAPACITORS (PUBLIC, NYSE: KN) {NOVACAP, DLI AND SYFER}

4.1.16 MURATA (HIGH VOLTAGE CERAMIC)

MURATA MANUFACTURING COMPANY LIMITED (RIC: 6981):

4.1.17 NANOHMICS/FARADOX

NANOHMICS INCORPORATED


4.1.18 NOVACAP

NOVACAP (A KNOWLES COMPANY)

4.1.19 POLYFLON

POLYFLON COMPANY
(A CRANE COMPANY)

4.1.20 PRESIDIO

PRESIDIO COMPONENTS, INC. (PRIVATE)

4.1.21 SKYWORKS

SKYWORKS SOLUTIONS, INC.


4.1.22 SRT-MC

SRT MICRO-CERAMIQUE

4.1.23 SYFER (HIGH VOLTAGE CERAMIC)

SYFER TECHNOLOGY LIMITED
(A KNOWLES SUBSIDIARY)

4.1.24 TDK-EPC (HIGH VOLTAGE CERAMIC & PLASTIC FILM)

TDK CORPORATION (RIC: 6762):

4.1.25 TRS (HIGH VOLTAGE CERAMIC)

TRS TECHNOLOGIES, INC. (INCLUDES CENTRE CAPACITOR)

4.1.26 UNION TECHNOLOGY (HIGH VOLTAGE CERAMIC)

UNION TECHNOLOGY CORPORATION

4.1.27 VISHAY

VISHAY INTERTECHNOLOGY (NYSE:VSH)

4.1.28 WRIGHT (HIGH VOLTAGE CERAMIC)

WRIGHT CAPACITORS, INC.
(PRIVATE)

TABLE OF FIGURES:

Figure 1: Paumanok Research Methodology

Figure 2: Fixed Capacitor Market Breakdown by Sub-Category: FY 2016

Figure 3: The Passive Electronic Capacitor Supply Chain

Figure 4: The Technical Economic Maxims Associated With Passive Electronic Capacitors

Figure 5: Currency Translations Used In This Report: 2013-2016 by quarter

Figure 6: Downhole Pump Electronics Schematic: High Heat and Harsh Environment

Figure 7: Manufacturers of Downhole Pumping Equipment

Figure 8: Downhole Sensor Manufacturers (Capacitor Customers)

Figure 9: Logging Tool Manufacturers (Capacitor Customers)

Figure 10: Global Historical Trend in Markets for Oil & Gas Industry Electronics: FY 2005-2016

Figure 11: Global Manufacturers of Oil & Gas Electronics: 2005-2016 Revenues

Figure 12: Top Vendors of Oil & Gas Related Electronics Equipment: 2017-2022 Revenue Forecasts by Company

Figure 13: Global Forecasts for Oil & Gas Electronics: 2017-2022

Figure 14: Capacitor Revenues From The Oil & Gas Industry: 2005-2016

Figure 15: Percent Change Year On Year in Capacitor Sales To The Oil & Gas Industry

Figure 16: Oil & Gas Electronic Capacitor Markets By Type (High Temperature, High Voltage and Other): FY 2016

Figure 17: Global Vendors of Capacitors To The Oil & Gas Electronics Industry: FY 2016 Market Shares

Figure 18: Changes in Consumption for Oil & Gas Electronic Capacitors: 2005 Versus 2016 and 2021 Forecasts

Figure 19: Oil & Gas Electronic Capacitor Markets By Dielectric: FY 2016

Figure 20: The World’s Top Vendors of Capacitors To The Oil & Gas Industry By Dielectric: FY 2016

Figure 21: Top Vendors of Ceramic Capacitors To The Oil & Gas Industry (High Temperature, High Voltage and High Reliability Combined)

Figure 22: Global Value of Consumption for Oil & Gas Electronic Ceramic Capacitors By Component Configuration: 2015

Figure 23: Oil & Gas Electronic Ceramic Capacitor Vendors By Component Configuration: 2016-2021

Figure 24: Competitive Environment in Oil & Gas Electronic Ceramic Capacitors By Configuration and Temperature: FY 2016

Figure 25: Oil & Gas Electronic Ceramic Capacitor Suppliers: 2016 Estimated Market Shares

Figure 26: Competitive Environment: MLCC Vendors With Flexible Terminations: 2015

Figure 27: Competitive Environment: MLCC Vendors Selling MLCC With Derivative Terminations: 2015

Figure 28: High Voltage and High Reliability CERAMIC Capacitor Vendors To The Oil & Gas Industry: FY 2016 Estimated Sales & Market Shares

Figure 29: Competitive Environment in High Voltage, Super High Voltage and Very High Voltage Ceramic Capacitors: FY 2016

Figure 30: Competitive Environment in High Voltage Ceramic Capacitors by Markets Served: FY 2016

Figure 31: Applications For Oil & Gas Electronic Capacitors >175 Degrees C

Figure 32: Global Vendors of Oil & Gas Electronic Plastic Film Capacitors By Dielectric: 2015

Figure 33: Oil & Gas Electronic Plastic Film Capacitor Vendors by Series: 2016

Figure 34: Global Vendors of Oil & Gas Electronic Film Capacitors (150 Degrees C to 300 Degrees C) 2015 Estimates of Global Market Shares

Figure 35: Oil & Gas Electronic Tantalum Capacitors: Global Market Forecasts: 2016-2021 (In Millions of USD)

Figure 36: Oil & Gas Electronic Tantalum Capacitors > 175 Degrees C By Vendor and Component Configuration: 2016

Figure 37: Global Market Shares in Oil & Gas Electronic Tantalum Capacitors: 2015

Figure 38: Oil & Gas Electronic Capacitor Markets By World Region: FY 2016

Figure 39: Oil & Gas Electronic Capacitor Markets By Country: FY 2016

Figure 39: Oil & Gas Electronic Capacitors: Global Market Forecasts: 2016-2022 (In Millions of USD)

Figure 40: Forecasted Growth For Oil & Gas Electronic Capacitors By Dielectric: 2016-2022 (In Millions of USD)

Capacitor Markets in The Oil & Gas Electronics Industry: 2017-2022

This is a global market research report covering the market for narrow channel distribution of capacitors into the oil & gas electronics industry where the unique combination of temperature, voltage and high reliability create a value-added and application specific end-market segment where component longevity is a competitive advantage; component reliability is critical to the task at hand; and advances in capacitance with increasing operating temperature; combined with component volumetric efficiency in relationship to downhole tooling; offers the component vendor a lucrative segment, with firm roots in American and European consumption; and growing opportunities in emerging economies., this study addresses the markets, technologies and opportunities for high temperature, high voltage and high reliability capacitors in the oil & gas industry with forecasts to 2022. Included in this report is a detailed assessment of the market for capacitors consumed in logging tools, downhole pumping drives and motors and sensor array packages. The report includes a recent assessment of the “market rationalization” of the customer base in oil & gas electronics as well as a forecast model for recovery which will impact the demand for ceramic, plastic film, and tantalum dielectric capacitors between 2017 and 2022. A detailed analysis of all known competitors competing in the space by dielectric with sales and market share estimates. The study also contains revenues by world region and key country and value forecasts in the segment by dielectric to 2022.