Market Research Logo

Passive Electronic Components for The Defense & Aerospace Sector: World Markets, Technologies and Opportunities: 2017-2022

Passive Electronic Components for The Defense & Aerospace Sector: World Markets, Technologies and Opportunities: 2017-2022

The study covers capacitors, fixed resistors and discrete inductors as key building blocks in the production of defense and aerospace electronic sub-assemblies. The study covers the following products-
• Ceramic Capacitors
• Tantalum Capacitors
• Plastic Film Capacitors
• Aluminum Electrolytic Capacitors
• Carbon Capacitors
• Metal Film Resistors
• Wirewound Resistors
• Thick Film Chip Resistors
• Thin Film Resistors
• Power Inductors
• RF Inductors

The study also includes the value of consumption for these components by type and sub-category with estimates for consumption based upon associated military specification by type and sub-type.

• High Voltage, High Frequency and High Temperature Ceramic Capacitors
• Solid Tantalum, Wet Tantalum, Hybrid Tantalum Capacitors
• PTFE and PI Plastic Film Capacitors
• OPP Film Capacitors (Burst Power)
• Metal Film Resistors
• Ferrite Based Discrete Inductors

The study discusses the reasons for the upcycle in passive component consumption in defense and aerospace electronics with forecasts to 2020 and additional forecasts to 2022.

The study breaks down market shares for all passive component vendors to the defense and aerospace sector with share data for ceramic, tantalum, plastic film and aluminum capacitors, fixed resistors and discrete inductors. The study also focuses in on specific component manufacturers with significant share of the defense and aerospace segment, including

• KEMET,
• VISHAY
• AVX,
• KNOWLES
• EXELLIA
• TT PLC
• COILCRAFT
• and many more.

The forecasts for consumption are based upon detailed analysis of the following end-market customers-

• Boeing
• Airbus
• Lockheed Martin
• General Dynamics
• BAE Systems
• Northrop Grumman
• Raytheon
• Leonardo
• Thales
• L-3 Technologies
• SAIC
• Rockwell Collins
• Orbital Sciences Corp.
• Loral

The study also divides up component consumption based upon specific requirements from the sector-

• High Temperature
• High Frequency
• High Voltage
• Pulse Discharge

The study also points out future expectations with respect to the technology roadmap for the sector and how this will impact specific product lines. Specific emphasis is placed upon pulse discharge (burst power), pulsed data transmission and power storage.


PASSIVE ELECTRONIC COMPONENTS IN DEFENSE & AEROSPACE ELECTRONICS WORLD MARKETS, TECHNOLOGIES AND OPPORTUNITIES: 2017-2022
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:
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:
EXECUTIVE SUMMARY: PASSIVE COMPONENTS IN DEFENSE ELECTRONICS
PASSIVE COMPONENTS IN DEFENSE ELECTRONICS: 2017-2022 MARKET ANALYSIS
BENCHMARKING: PASSIVE COMPONENT REVENUES AT THE THREE TOP PUBLIC COMPANIES SUPPLYING THE DEFENSE AND AEROSPACE SECTOR BY YEAR: 2012 TO 2017.
PASSIVE COMPONENT CONSUMPTION IN DEFENSE ELECTRONICS: BY TYPE (CAPACITORS, RESISTORS AND INDUCTORS) 2017
Passive Component Consumption In Defense Electronics By World Region: 2017
Passive Component In Defense Electronics By Component Type: Historical Growth
Reasons for Market Changes In Defense Electronics
Traditional Platforms In Power Supplies and Defense Communications for Passive Components:
Research and Development Spending on Passive Components For New Platforms:
Passive Component Consumption By Type and Military Specification In Defense Electronics: 2017
Capacitor Markets In Defense Electronics: Summary
Capacitor Military Specifications-
Ceramic Capacitors In Defense & Aerospace Electronics
Ceramic Capacitor Military Specifications;
MIL-PRF 123 Radial Leaded Capacitors:
MIL-PRF-49464 –Single Layer Ceramic Chip
MIL-PRF-49467 Ceramic Capacitors:
MIL-PRF-49470 (DSCC 87106) Ceramic Capacitors:
MIL-PRF-55681 Ceramic Capacitors:
MIL-PRF-39014 Ceramic Capacitors:
ESA and European CECC Form Factors (Ceramic Capacitors):
High Rel LICA Chips For Defense Electronics:
High Temperature MLCC 175 Degrees C and Above For Defense & Aerospace Electronics:
HV Pulse Detonator Capacitors For Defense Electronics:
Tantalum Capacitor Military Specifications
MIL-PRF-39003 - Fixed, Electrolytic (Solid Electrolyte), Tantalum,
MIL-PRF-39003 - Fixed, Electrolytic (Wet Electrolyte), Tantalum WETS
MIL-PRF-55365D - Capacitor, Fixed, Electrolytic (Tantalum), Chip, General Specification
MIL-PRF-49137 - Capacitors, Fixed, Electrolytic (Solid Electrolyte), Tantalum, Molded, Conformal Coated and metal
MIL-PRF-55365 - Capacitor, Fixed, Electrolytic (Tantalum), Chip
Plastic Film Capacitor Military Specifications
MIL-PRF-39022 - Capacitors, Fixed, metallized, Paper-Plastic Film, or Plastic Film Dielectric, Direct and Alternating Current,
MIL-PRF-28861 - Filters and Capacitors, Radio Frequency/Electromagnetic Interference Suppression, General Specification
MIL-PRF-55514 - Capacitors, Fixed, Plastic (or metallized Plastic) Dielectric, DC or DC-AC, in Nonmetal Cases,
MIL-PRF-83421 - Capacitors, Fixed, metallized, Plastic Film Dielectric, (DC, AC, or DC and AC)
MIL-PRF-87217; Capacitors, Fixed, Super-metallized Plastic Film Dielectric
Aluminum Electrolytic Capacitor Military Specifications
MIL-PRF-39018 - Capacitors, Fixed, Electrolytic (Aluminum Oxide)
DSCC # 89021 - Capacitors, Fixed, Electrolytic Polarized, Aluminum Oxide, Ultra-Low ESR
DSCC # 89085 - Capacitors, Fixed, Electrolytic Polarized, Aluminum Oxide, Snap Mount, Low Profile
MIL-C-62/12E - Capacitors, Fixed, Electrolytic (DC Aluminum Dry Electrolyte Polarized)
Glass Capacitor Military Specifications
Mica Capacitor Military Specifications
MIL-PRF-39001 - Capacitors, Fixed, Mica Dielectric, Established Reliability and Nonestablished Reliability, General Specification
MIL-PRF-87164; Capacitors, Fixed, Mica Dielectric, High Reliability
RESISTOR MILITARY SPECIFICATIONS:
General Military Specifications for Resistor (914)
Military Specifications for Wirewound Resistors (93, 39007, 39009)
Military Specifications for Metal Film Resistors (10509, 55342/7)
Military Specifications for Space Level Resistors
INDUCTOR MILITARY SPECIFICATIONS:
MIL-PRF-83446- Coils, Chip, Fixed or Variable, Radio Frequency
MIL-PRF-39010 Wirewound, Molded, Level M Qualified, MIL-PRF-39010, Established Reliability
MIL-PRF-15305 Qualified, Type LT, Molded, Shielded, Axial Leaded
CAPACITOR MARKETS IN DEFENSE ELECTRONICS: SUMMARY
RESISTOR MARKETS IN DEFENSE ELECTRONICS: SUMMARY
INDUCTOR MARKETS IN DEFENSE ELECTRONICS: SUMMARY
COMPETITIVE ENVIRONMENT: KNOWN VENDORS OF CAPACITORS BY MILITARY SPECIFICATION: 2017
Ceramic Capacitor Vendors for Defense & Aerospace by Type and Specification
Tantalum Capacitor Vendors for Defense & Aerospace by Type and Specification
Aluminum Electrolytic, Mica and Glass Capacitor Vendors To The Defense and Aerospace Sector
MANUFACTURERS OF MILITARY SPECIFICATION PASSIVE COMPONENTS: 2017 SALES & MARKET SHARES
Vendors of Military Specification Capacitors: 2017 Sales & Market Shares
Vendors of Military Specification Resistors: 2017 Sales & Market Shares
Vendors of Military Specification Inductors: 2017 Sales & Market Shares
Defense Electronics Consumption Of Passive Components By Application: 2017
Defense Power Supplies:
Defense Communications:
Munitions:
Computing:
Infrared Optoelectronics/Sensing:
PASSIVE COMPONENT CUSTOMERS IN THE DEFENSE ELECTRONICS SEGMENT: FY 2017
Global Spending On Defense Electronics: 2005-2017
Revenues of The Top Manufacturers of Defense Electronic Sub-Assemblies & Platforms: 2005-2016; 2017 Forecast by Company
Passive Component Intensive Defense Platforms:
Avionics
Autopilot
Computing & Networks
Data Transfer and Storage
Mission Computers
Optronics
Precision Optical Assemblies
Simulation and Training Helmet-Mounted Displays (HMD)
Aircraft Networks:
Displays and Controls:
Control Display Units (CDU)
Head Down Displays (HDD)
Head Up Displays (HUD)
F-35 Gen III Helmet Mounted Display System (HMDS) (Cover Art)
NEXTGEN ALERT- Revolutionary situational awareness
Integrated HUD, Display and Night Vision
Bi-ocular display system with full day and night vision
Visual targeting
High performance design with optimal center of gravity
Communications
Airborne HF Communications
Airborne SATCOM
Networked communications airborne radio
Satcom High Gain Antenna
Navigation
Air Data
Ground Products
Micro GPS Receiver Application Module
Airborne VHF/UHF/L-Band
High Speed Transceiver
Perimeter surveillance radar system
GPS Receiver
Electronic Warfare
Munitions Products
Propulsion Systems & Controls
Tactical Propulsion:
Thrust Management
Fuzing and Sensors
Satellites
Communication Satellites
Imaging Satellites
Iridium NEXT
Global Market Value Breakdown For Ceramic Capacitors By Mil-Spec, ESA/CECC and Specialty Defense Capacitors
Global Value of Consumption for Ceramic Capacitors by Military Specification: FY 2017
MIL-SPEC AND CECC Ceramic Capacitor Consumption By Configuration: FY 2017
Vendors of Ceramic Capacitors To The Defense Industry: FY 2017 Estimated Market Shares
Global Market Overview of Defense Ceramic Capacitor Market: 2017
High Voltage Ceramic Capacitors For Defense: 2017
High Frequency Ceramic Capacitors For Defense: 2017
High Temperature Ceramic Capacitors For Defense: 2017
High Voltage Ceramic Capacitor Markets > 500 VDC: 2017
High Voltage Ceramic Capacitor Market By Configuration: 2017
Variations on Packaging in High Voltage Ceramic Capacitors:
Specialty Power Supplies for VAAS Markets:
Supply Chain For High Voltage Ceramic Capacitors To The Defense Industry: 2017
Dual Use Nature of High Voltage Ceramic Capacitors (Defense To Commercial Transition)
Value of Demand For High Voltage Ceramic Capacitors By Voltage Rating: 2017
Competitive Analysis: High Voltage Ceramic Capacitors: 2017
High Frequency Ceramic Capacitor Applications > 1 Ghz: Introduction and Scope of Coverage
UHF, SHF and VHF Ceramic Capacitor Markets: FY 2017
Defense Communications Markets for High Frequency Ceramic Capacitors: FY 2012 and FY 2017 Forecast
End-Products for Ceramic Capacitors In The UHF, SHF and VHF Range: FY 2017
Value of Demand For High Frequency Ceramic Capacitors By Dielectric Type (NPO, X7R, Low Loss Porcelain, Z5U): FY 2017
Value of Consumption for High Frequency Ceramic Capacitors By Configuration (Thick Versus Thin Film): FY 2017
Competitive Analysis: UHF/Microwave Ceramic Capacitors: FY 2017 Update
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: 2017-2022
Global Market Size and Growth: Year End 2015
High Temperature Ceramic Capacitor Markets By End-Use Market Segment: 2017
High Temperature Ceramic Capacitor Configurations: 2017
High Temperature Ceramic Capacitors 175 Degrees C to 350 Degrees C: Market By Component Configuration (MLCC; MLC Radial, SMPS Stacked, MLC Axial, Custom): 2017
High Temperature Ceramic Capacitor (MLCC Chip Markets):
High Temperature Ceramic Capacitor Markets (MLC Box Type Radial Markets): 2017
High Temperature Ceramic Capacitor Markets (SMPS Stacked Markets): 2017
Other Configurations for High Temperature Ceramic Capacitors (MLC Axial, Single Layered Disc, Single Layered Chip): 2017
Ceramic Capacitor Profit Centers By Temperature Range: 2017
Competitive Environment in High Temperature Ceramic Capacitors by Component Configuration: 2017
Technology Improvements in High Temperature Ceramic Capacitors 2012-2017 and Outlook to 2022
Ceramic Capacitors: Trends in R&D Related to High Temperature Operation:
The PLZT HT Dielectric System (X9S Ceramics)
Development of The 350 Degree C Ceramic Capacitor:
Industriall Temperatures at 400 Degrees C: Future Requirements
Introduction of BME COG MLCC for 200 C Operation:
APPENDIX: 2 TANTALUM CAPACITORS:
Changes In The Competitive Landscape:
Dramatic Changes In The Market:
Tantalum Capacitor Classes & Classifications:
Solid Tantalum Capacitor Configurations, Terminations & Electrodes:
Tantalum Chips (SMD):
Wet-Foil:
Wet-Slug:
Tantalum Chip Manufacturing Technology (Molded & Coated Designs):
Molded & Coated Chip
Molded Radial & Axial
Radial Dips
Metal Case
Global Consumption Value By Cathode System (Polymer Vs. Non-Polymer)
Wet Slug Tantalum
Unique Characteristics of Tantalum Wet Capacitors
Tantalum Wet Slug Capacitor Construction:
Anode Lead:
Lap Weld:
Gasketing:
Silver Case:
Cathode Lead Wire:
Tantalum Pellet:
Electrolyte:
Unique Aspects of Construction Compared To Other Capacitors:
WET SLUG TANTALUM CAPACITOR APPLICATIONS IN END-USE MARKETS
Defense Applications and Construction Requirements:
MIL-C-39006 Tantalum Electrolytic, Non-Solid: Wet Slug Tantalum
Changes In The Competitive Landscape:
Dramatic Changes In The Defense Markets:
Value Growth In the Defense Electronics Segment of The Market (MIL-Spec and COTs): 2000-2017
Competition in Tantalum Wet Slug and Hermetically Sealed Capacitors: 2017
Vishay Intertechnology
Greatbatch Inc.
AVX Corporation:
Exxelia Tantalum- Firadec
Matsuo Electric
Evans Capacitor:
KEMET Electronics (Dry Technology To Compete With Wets):
Matsuo, Tantalum Wets and The JSA
Tantalum Wet Slugs, Volumetric Efficiency and Medical Implants
Tantalum Wet Slug Capacitors: Defense Electronics
AVX Technology Trends In Tantalum Capacitors:
KEMET Technology Trends in Tantalum Capacitors:
Maximum Operating Temperature For High Temperature Tantalum Capacitors By Vendor and Component Configuration: 2016
APPENDIX: 3 PLASTIC FILM CAPACITORS FOR DEFENSE & AEROSPACE ELECTRONICS:
DC FILM CAPACITOR TYPES & DEFINITIONS:
General Purpose PET Film Capacitors (P5 Inductive)
Interference Suppression Capacitors (X/Y)
AC & Pulse Film Capacitors
SMD Film Chip:
PTFE, Polyamide and Competing Exotic Film Dielectrics.
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:
PTFE and PI: Voltage Range at High Temperature: 2017
PTFE and PI: Capacitance Value in Microfarads at High Temperature: 2017
PTFE AND PI CAPACITORS: END-USE MARKETS:
High Temperature Defense & Aerospace Electronics for Plastic Film Capacitors
PTFE and PI Capacitor Vendors By Dielectric: 2017
PTFE and PI Wound Capacitor Vendor Product Comparison: 2017
Research and Development in High Temperature Plastic Film Capacitors: 2017
Historical Attempts and High Temperature Plastic Film Development: 1995-2017 (PB, PBT and BB Films)
FPE Film Development:
Plastic Film Capacitors: Trends in R&D Related to High Temperature Operation:
APPENDIX 4: SPECIALTY RESISTORS IN DEFENSE AND AEROSPACE ELECTRONICS:
Competitive Analysis:
Understanding the Key Resistor Segments for Electronics
Nichrome Metal Film Resistor Markets:
Nichrome Bulk Metal Foil Resistor Markets:
Nichrome Wirewound Resistors Markets:
Low-Power Wirewound:
High Power Wirewound Resistors:
Tin-Oxide Resistors:
Integration and Modularization Trends:
Thin Film Technology (NiCr, TaN)
Integrated Passive Devices
APPENDIX 5: DISCRETE INDUCTORS
Introduction To Discrete Inductors:
Detailed Description of Discrete Inductors:
Overall Competitive Environment In The Global Discrete Inductor Market (1) : 2017
Overall Competitive Environment In The Global Discrete Inductor Market (2): 2017
Inductor Performance Capabilities By Type: 2017
Inductors For Defense Electronics:
APPENDIX 6: FORECASTS FOR ELECTRONIC COMPONENTS IN DEFENSE AND AEROSPACE ELECTRONICS FY 2017-2022
DOD Budget Trends and The New Upcycle
Revenues of The Top Manufacturers of Defense Electronic Sub-Assemblies & Platforms: 2005-2016; 2017 Forecast by Company
EMERGING PASSIVE COMPONENT MARKETS FOR THE GLOBAL FUTURE COMBAT SYSTEM
Outlook by Major Contractor:
Boeing Outlook-
10-Year Market Opportunity
Boeing Confirms Satellite Upgrades:
Lockheed Martin Outlook
Lockheed Martin on What’s Next
Autonomy and Robotics
Directed Energy
Cyber Security
Sensor Technology
Electronic Warfare
EADS AIRBUS OUTLOOK
20 Year Forecast for Commercial Aircraft
RAYTHEON OUTLOOK
Command, Control & Intelligence
Electronic Warfare
Missile Defense
Precision Weapons
Integrated Defense Systems
Space & Airborne Systems
Raytheon Growth In Space and Missile Systems
NORTHROP GRUMMAN-OUTLOOK
NG Acquisition of Orbital ATK
NG Growth In Mission Systems and Aerospace Business Units
NG-Orbital ATK
Northrop Grumman/ATK Merger
GENERAL DYNAMICS OUTLOOK
Strong Gulfstream Brand
Gulfstream
LEONARDO OUTLOOK
2014-2016 Industrial Plan results
2017-2022 Industrial Plan medium-term targets: growth and development
2017-2021 Revenues Forecasted By Leonardo
THALES OUTLOOK
Thales half year results
Thales on Emerging Markets in Defense and Established Market Growth
L-3 TECHNOLOGIES OUTLOOK
L-3 On Reasons for Market Growth
L-3 on DOD Upcycle
L-3 and International Customer Purchase Trend
L-3 2017 Growth Areas
ROCKWELL COLLINS OUTLOOK
What’s Growing at Rockwell Collins in 2017
Avionics Tells Another Story
Growth in Aviation Connectivity
PASSIVE COMPONENT CONSUMPTION FORECASTS IN THE DEFENSE AND AEROSPACE INDUSTRY: 2017-2022
Passive Component Consumption Forecasts In The Defense and Aerospace Industry by Component Type (Capacitors, Resistors & Inductors): 2017-2022
PASSIVE COMPONENT CONSUMPTION FORECASTS IN THE DEFENSE AND AEROSPACE INDUSTRY BY COMPONENT TYPE AND SUB-CATEGORY IN CAPACITORS, RESISTORS AND INDUCTORS
Future Roadmap of Electronic Component Requirements for Defense and Aerospace Electronics
PULSE DISCHARGE CAPACITORS:
THIN FILM RESISTORS:
THIN FILM INDUCTORS:
MULTILAYERED FERRITE FLUX TECHNOLOGY:
INTEGRATED PASSIVE DEVICES
INTEGRAL PASSIVE SUBSTRATES: AND LTCC
EDLC SUPERCAPACITORS
GRAPHENE SUPERCAPACITORS AND OTHER PULSED DATA TECHNOLOGIES
Table of Figures:
Figure 1: Passive Electronic Component Consumption Value in the Defense and Aerospace End-Use Segment: Historical Growth
Figure 2: Benchmarking: Passive Component Revenues At The Top Three Manufacturers of Passive Components Supplying the Defense and Aerospace Sector
Figure 3: Sales Trend of Passive Component Vendors To The Defense and Aerospace Sector: 2012-2017 by Year
Figure 4: Global Market Breakdown For Ceramic Capacitors by Mil-Spec, ESA/CECC and Specialty Defense Capacitors: FY 2017 46 Figure 5:: Tantalum Capacitor Vendors To The Defense Segment
Figure 6:: Plastic Film Capacitor Vendors To The Defense Segment
Figure 7:: Aluminum, Mica and Glass Capacitor Vendors To The Defense Segment
Figure 8:: Top Manufacturers of Passive Electronic Components (C,R,L) for Defense and Aerospace Electronics: FY 2017
Figure 9:: Top Manufacturers of Capacitors for Defense and Aerospace Electronics: FY 2017
Figure 10:: Top Manufacturers of Resistors for Defense and Aerospace Electronics: FY 2017
Figure 11:: Top Manufacturers of Discrete Inductors for Defense and Aerospace Electronics: FY 2017
Figure 12:: Passive Component Consumption by End-Use Market Segment: FY 2017
Figure 13:: Defense Hardware Manufacturer Revenues: 2005-2017
Figure 14:: Defense Hardware Manufacturer Revenues: 2012-2017
Figure 15: Global Market Breakdown For Ceramic Capacitors by Mil-Spec, ESA/CECC and Specialty Defense Capacitors: FY 2015
Figure 16: Global Consumption Value for Military Specification Ceramic Capacitors: FY 2017 Estimates in Millions of US Dollars 69 Figure 17: Global Consumption Value for Military Specification Ceramic Capacitors by Capacitor Configuration: FY 2015 Estimates
Figure 18: Vendors of Ceramic Capacitors To The Defense Industry: FY 2015 Estimated Market Shares
Figure 19Supply Chain: High Voltage Ceramic Capacitor
Figure 20: High Voltage Ceramic Capacitor- Dual Use Chart
Figure 21: Competitive Environment In High Voltage Ceramic Capacitors: >500 Vdc: 2017
Figure 22: High Frequency Bands and Related Nomenclature
Figure 23: Product Markets For Ceramic Capacitors In The UHF, SHF and EHF Ranges
Figure 24: High Frequency Ceramic Capacitor Consumption By Type: FY 2017
Figure 25: High Frequency Ceramic Capacitor Consumption By Type (Thin Versus Thick Film): FY 2017
Figure 26: Competitive Environment In High Frequency Ceramic Capacitors By Frequency Range: 1 GHz to 100 GHz
Figure 27: High Temperature Ceramic Capacitors: Demand By End-Use Market: 2017
Figure 28: Global Value of Consumption for High Temperature Ceramic Capacitors By Component Configuration: 2017
Figure 29: High Temperature Ceramic Capacitor Vendors By Component Configuration: 2016-2021
Figure 30: Competitive Environment in High Temperature Ceramic Capacitors By Configuration and Temperature: FY 2017
Figure 31: Fundamnetal Configurations of Tantalum Capacitor Parts
Figure 32: Tantalum Wet Slug Construction
Figure 33: Competitive Environment in Tantalum Capacitors By Component Configuration: 2016
Figure 34: High Temperature Tantalum Capacitors > 175 Degrees C By Vendor and Component Configuration: 2016
Figure 35: Applications For High Temperature Capacitors >175 Degrees C
Figure 36: Global Vendors of PTFE and PI Film Capacitors By Dielectric: 2016
Figure 37: High Temperature Plastic Film Capacitor Vendors by Series: 2017
Figure 38: DOD Budget Trends 2010-2017; 2018 Requested
Figure 39:: Defense Hardware Manufacturer Revenues: 2012-2017
Figure 40: Passive Electronic Component Consumption Value In The Global Defense & Aerospace Segment: 2017-2022
Figure 41: Passive Electronic Component Consumption Value In The Global Defense & Aerospace Segment: 2017-2022
Figure 42: Passive Electronic Component Consumption Value In The Global Defense & Aerospace Segment: 2017-2022

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