High-Reliability Inductors World Markets, Technologies & Opportunities: 2019-2024

High-Reliability Inductors World Markets, Technologies & Opportunities: 2019-2024

Paumanok Publications, Inc. has released a market analysis on the fragmented global market for high reliability discrete inductors consumed in value-added and application specific end-use market segments in transportation, infrastructure, Test and Measurement, Medical, Defense and Space Electronics.

1.0 Background Of Report and Research Methodology: 2019 10

In this section of the report we discuss the methodology employed by Paumanok Publications in the production of this study, as well as how inductors fit into the larger passive component market and the importance of engineered raw materials to both technology advancement and cost to produce electronic components.

2.0 Technology Overview: 2019 21

This section of the report discusses the technology of inductance, including the variations in coil technology, applications for inductors, configurations for inductors, raw materials for inductors; the movement in key technologies. The conclusions from this section include “Inductor Technology, Product Mix and Portfolio by Inductor Vendor” For the purposes of this study it helps us to segment out the “High-Reliability” portion of the component market and then narrowly assess the variations of technology in just the segment offering the highest profit margins. This process has been developed by Paumanok over time through its primary consulting with customers in an attempt to stop average unit prices from declining and to focus on markets that are most profitable.

3.0 High-Reliability Inductors: World Markets and Forecasts: 2019-2024 31
Section 3 of the report identifies the value of global consumption for high-reliability discrete inductors in the following end-use market segments- Automotive and Transportation Electronics; Optical Networking Equipment; Laboratory Test and Measurement Equipment; Defense and Aerospace Electronics; and Medical Electronics.

3.11 HIGH-RELIABILITY INDUCTORS For Automotive and Transportation Electronics 62

This section discusses the global market size for discrete inductors consumed in automotive electronics in US dollars; vendors who are qualified to AECQ-200 for Inductors; estimated market shares for these vendors; and the movement to 48 volt under-the-hood environments and the impact on component supply.

3.12 HIGH-RELIABILITY INDUCTORS for Optical Networking Equipment: FY 2019-2025 65

This section discusses the global market size for discrete inductors consumed in optical networking equipment in US dollars; vendors who are manufacturing the specific inductor configurations used for this application; estimated market shares for these vendors; and the movement to higher frequency infrastructure.

3.13 HIGH-RELIABILITY INDUCTORS FOR Laboratory Test & Measurement Equipment Electronics: FY 2019-2025 67

This section discusses the global market size for discrete inductors consumed in Laboratory Test and Scan equipment in US dollars; vendors who are manufacturing the specific inductor configurations used for this application; estimated market shares for these vendors; and the movement in laboratory tests that are driving high growth rates.

3.14 HIGH-RELIABILITY INDUCTORS FORDefense and Aerospace Electronics: Industry Dynamics 71

This section discusses the global market size for discrete inductors consumed in Defense and Aerospace Electronics in US dollars; vendors who are manufacturing the specific military-specification inductors used for defense and aerospace platforms; estimated market shares for these vendors; and the movement in defense technology impacting discrete inductors in satellites, avionics and munitions.

3.21 HIGH-RELIABILITY INDUCTORS for Medical Electronics: 2019-2024 90

This section discusses the global market size for discrete inductors consumed in “MedTech” in US dollars; vendors who are manufacturing the specific inductor inductors for feedthrough applications in medical implants; as well as high Q inductors for imaging and scanning equipment; estimated market shares for these vendors; and the growth in cardio medical implants and Mri and related devices.

3.22 HIGH-RELIABILITY INDUCTOR MANUFACTURERS: KEY POINTS OF DIFFERENTIATION 102

This section discusses the competitive environment overall for high reliability inductors and estimates overall market shares for vendors in the segment for CY 2019-

3.23 FORECASTS: Global Inductor, Bead and Core Markets: 2019-2024 105

This segment of the report addresses the forecasts for consumption for discrete inductors consumed in the high-reliability (value-added and applications specific) segments of the marketplace and focuses in on specific areas of rapid growth including electric vehicle, UTH 125 C Auto, Optical networking, medical and defense/space end-use market segments for grow to 2024.

4.0 Supplier Competitive Landscape and Share Data FOR HIGH-RELIABILITY INDUCTOR MANUFACTURERS- 123

This segment of the report addresses the 31 manufacturers who compete globally in high-reliability inductors in the narrow segments of automotive, infrastructure, laboratory, defense, space and medical electronics.


HIGH-RELIABILITY INDUCTORS: WORLD MARKETS, TECHNOLOGIES AND OPPORTUNITIES: FY 2019-2024
1.0 BACKGROUND OF REPORT AND RESEARCH METHODOLOGY: 2019
In this section of the report we discuss the methodology employed by Paumanok Publications in the production of this study, as well as how inductors fit into the larger passive component market and the importance of engineered raw materials to both technology advancement and cost to produce electronic components.
Figure 1: Currency Translations Used In This Report: FY 2013, 2014, 2015, 2016, 2017 2018 and 2019 (Yen, NT$ and Won Currencies To The United States Dollar Quarterly Exchange Rates)
2.0 TECHNOLOGY OVERVIEW: 2019
This section of the report discusses the technology of inductance, including the variations in coil technology, applications for inductors, configurations for inductors, raw materials for inductors; the movement in key technologies. The conclusions from this section include “Inductor Technology, Product Mix and Portfolio by Inductor Vendor” For the purposes of this study it helps us to segment out the “High-Reliability” portion of the component market and then narrowly assess the variations of technology in just the segment offering the highest profit margins. This process has been developed by Paumanok over time through its primary consulting with customers in an attempt to stop average unit prices from declining and to focus on markets that are most profitable.
3.0 HIGH-RELIABILITY INDUCTORS: WORLD MARKETS AND FORECASTS: 2019-2024
Section 3 of the report identifies the value of global consumption for high-reliability discrete inductors in the following end-use market segments- Automotive and Transportation Electronics; Optical Networking Equipment; Laboratory Test and Measurement Equipment; Defense and Aerospace Electronics; and Medical Electronics.
3.11 HIGH-RELIABILITY INDUCTORS FOR AUTOMOTIVE AND TRANSPORTATION ELECTRONICS
This section discusses the global market size for discrete inductors consumed in automotive electronics in US dollars; vendors who are qualified to AECQ-200 for Inductors; estimated market shares for these vendors; and the movement to 48 volt under-the-hood environments and the impact on component supply.
3.12 HIGH-RELIABILITY INDUCTORS FOR OPTICAL NETWORKING EQUIPMENT: FY 2019-2025
This section discusses the global market size for discrete inductors consumed in optical networking equipment in US dollars; vendors who are manufacturing the specific inductor configurations used for this application; estimated market shares for these vendors; and the movement to higher frequency infrastructure.
3.13 HIGH-RELIABILITY INDUCTORS FOR LABORATORY TEST & MEASUREMENT EQUIPMENT ELECTRONICS: FY 2019-2025
This section discusses the global market size for discrete inductors consumed in Laboratory Test and Scan equipment in US dollars; vendors who are manufacturing the specific inductor configurations used for this application; estimated market shares for these vendors; and the movement in laboratory tests that are driving high growth rates.
3.14 HIGH-RELIABILITY INDUCTORS FORDEFENSE AND AEROSPACE ELECTRONICS: INDUSTRY DYNAMICS
This section discusses the global market size for discrete inductors consumed in Defense and Aerospace Electronics in US dollars; vendors who are manufacturing the specific military-specification inductors used for defense and aerospace platforms; estimated market shares for these vendors; and the movement in defense technology impacting discrete inductors in satellites, avionics and munitions.
3.21 HIGH-RELIABILITY INDUCTORS FOR MEDICAL ELECTRONICS: 2019-2024
This section discusses the global market size for discrete inductors consumed in “MedTech” in US dollars; vendors who are manufacturing the specific inductor inductors for feedthrough applications in medical implants; as well as high Q inductors for imaging and scanning equipment; estimated market shares for these vendors; and the growth in cardio medical implants and Mri and related devices.
3.22 HIGH-RELIABILITY INDUCTOR MANUFACTURERS: KEY POINTS OF DIFFERENTIATION
This section discusses the competitive environment overall for high reliability inductors and estimates overall market shares for vendors in the segment for CY 2019
Figure 2: Global Value, Volume and Average Unit Selling Price for Inductors, Beads and Cores: FY 2009-2019
Figure 3: Global Value of Consumption for Discrete Inductors: FY 2007-2019 In Millions of USD
Figure 4: Global Value of Consumption for Discrete Inductors by Type: FY 2007-2019 In Millions of USD
Figure 5: Global Consumption Value for SMD Inductors By Type and Configuration: FY 2019
Figure 6: Global Consumption Value for Cores, Axial and Radial Leaded Inductors by Type: FY 2019Global Consumption for
Throughole and Core Inductors by Type and Configuration: FY 2019
Figure 7: Structure of the Worldwide Magnetics Industry in 2019
Figure 8: Operating Margins By End-Use Market Segment for Discrete Inductors: FY 2019
Figure 9: Magnetics for Auto and Transport: Industry Dynamics 2019
Figure 10: Inductors for Automotive Applications: Vendors pf AEC-Q200 Inductors
Figure 11: Magnetics For Optical Networking: Industry Dynamics
Figure 12: Magnetic Components for Optical Networking Equipment: FY 2019 Estimated Market Shares
Figure 13: Estimated Global Sales and Market Shares in Magnetic Components for Lab Test & Measurement Electronics: FY 2019 70
Figure 14: Magnetics for Aerospace and Defense: Industry Dynamics
Figure 15: Gowanda- Space and Mil-Spec Products: Competition in 2019
Figure 16: SMD Broadband Conical Inductor Competition: FY 2019
Figure 17: RF High-Reliability Inductors: (SMD and PHT) Competition: FY 2019
Figure 18: Power Standard Inductors: (SMD and PHT) Competition: FY 2017
Figure 19: VAAS Ferrite Beads: (SMD and PHT) Competition: FY 2017
Figure 15: Estimated Global Sales and Market Shares in Magnetic Components for Defense and Aerospace Electronics: FY 2019
Figure 16: Estimated Global Sales and Market Shares in Magnetic Components for Satellites and Spacecraft: FY 2019
Figure 17: Magnetics for Medical Electronics: Industry Dynamics
Figure 18: Estimated Global Sales and Market Shares in Magnetic Components for Medical Electronics: FY 2019
Figure 19: Global Inductor, Bead and Core Market Forecasts: 2003-2019; 2020-2024
Figure 20:Global Value Shipments By Inductor Type: 2003-2019; 2020-2024
Figure 21:Global Volume Shipments By Inductor Type: 2003-2018-; 2019-2024 Forecasts
Figure 22:Global Average Unit Pricing For Inductors By Type: 2003-2019; 2020-2024 (In USD)
Figure 23: Forecasts for Inductors, Beads and Cores by End-Use Product Market to 2024
Figure 24: Global Forecasts for Discrete Inductor Consumption By End-Market Category: 2019-2024
Figure 25: Global Forecasts for Discrete Inductor Consumption In Automotive (UTH Versus Passenger Compartment): 2019-2024120
3.23 FORECASTS: GLOBAL INDUCTOR, BEAD AND CORE MARKETS: 2019-2024
This segment of the report addresses the forecasts for consumption for discrete inductors consumed in the high-reliability (valueadded and applications specific) segments of the marketplace and focuses in on specific areas of rapid growth including electric vehicle, UTH 125 C Auto, Optical networking, medical and defense/space end-use market segments for grow to 2024.
Figure 26: Global Forecasts for Discrete Inductor Consumption In Value-Added and Application Specific End-Use Markets: 2019-
2024
4.0 SUPPLIER COMPETITIVE LANDSCAPE AND SHARE DATA FOR HIGH-RELIABILITY INDUCTOR MANUFACTURERS
This segment of the report addresses the 31 manufacturers who compete globally in high-reliability inductors in the narrow segments of automotive, infrastructure, laboratory, defense, space and medical electronics.
4.1 BACKGROUND DATA ON THE WORLD’S TOP PRODUCERS OF HIGH-RELIABILITY INDUCTORS, BEADS AND CORES:
AEM
API DELEVAN
AVX
BOURNS
COILCRAFT
COAST/ACM
COIL-TECH
COILS UNLIMITED
COOPER BUSSMAN ELECTRONICS- COILTRONICS (EATON)
FAIR-RITE
GOWANDA
HOBART ELECTRONICS COIL-TRAN
HURRICANE ELECTRONICS LAB
JOHANSON TECH
LAIRD TECHNOLOGIES
MAGNETICS (SPANG)
MMG CANADA
PULSE
RENCO ELECTRONICS, INC.
RHOMBUS INDUSTRIES, INC
SUMIDA
STEWARD (LAIRDTECH)
TDK
TOKEN (THICK AND THIN FILM)
TOKO (MURATA)
TT ELECTRONICS
VANGUARD ELECTRONICS
VISHAY INTERTECHNOLOGY
WURTH ELEKTRONIK
YAGEO CORPORATION (TW 2327):
Complete List Of Figures and Graphs
Figure 1: Currency Translations Used In This Report: FY 2013, 2014, 2015, 2016, 2017 2018 and 2019 (Yen, NT$ and Won
Currencies To The United States Dollar Quarterly Exchange Rates)
Figure 2: Global Value, Volume and Average Unit Selling Price for Inductors, Beads and Cores: FY 2009-2019
Figure 3: Global Value of Consumption for Discrete Inductors: FY 2007-2019 In Millions of USD
Figure 4: Global Value of Consumption for Discrete Inductors by Type: FY 2007-2019 In Millions of USD
Figure 5: Global Consumption Value for SMD Inductors By Type and Configuration: FY 2019
Figure 6: Global Consumption Value for Cores, Axial and Radial Leaded Inductors by Type: FY 2019Global Consumption for
Throughole and Core Inductors by Type and Configuration: FY 2019
Figure 7: Structure of the Worldwide Magnetics Industry in 2019
Figure 8: Operating Margins By End-Use Market Segment for Discrete Inductors: FY 2019
Figure 9: Magnetics for Auto and Transport: Industry Dynamics 2019
Figure 10: Inductors for Automotive Applications: Vendors pf AEC-Q200 Inductors
Figure 11: Magnetics For Optical Networking: Industry Dynamics
Figure 12: Magnetic Components for Optical Networking Equipment: FY 2019 Estimated Market Shares
Figure 13: Estimated Global Sales and Market Shares in Magnetic Components for Lab Test & Measurement Electronics: FY 2019 70
Figure 14: Magnetics for Aerospace and Defense: Industry Dynamics
Figure 15: Gowanda- Space and Mil-Spec Products: Competition in 2019
Figure 16: SMD Broadband Conical Inductor Competition: FY 2019
Figure 17: RF High-Reliability Inductors: (SMD and PHT) Competition: FY 2019
Figure 18: Power Standard Inductors: (SMD and PHT) Competition: FY 2017
Figure 19: VAAS Ferrite Beads: (SMD and PHT) Competition: FY 2017
Figure 15: Estimated Global Sales and Market Shares in Magnetic Components for Defense and Aerospace Electronics: FY 2019
Figure 16: Estimated Global Sales and Market Shares in Magnetic Components for Satellites and Spacecraft: FY 2019
Figure 17: Magnetics for Medical Electronics: Industry Dynamics
Figure 18: Estimated Global Sales and Market Shares in Magnetic Components for Medical Electronics: FY 2019
Figure 19: Global Inductor, Bead and Core Market Forecasts: 2003-2019; 2020-2024
Figure 20:Global Value Shipments By Inductor Type: 2003-2019; 2020-2024
Figure 21:Global Volume Shipments By Inductor Type: 2003-2018-; 2019-2024 Forecasts
Figure 22:Global Average Unit Pricing For Inductors By Type: 2003-2019; 2020-2024 (In USD)
Figure 23: Forecasts for Inductors, Beads and Cores by End-Use Product Market to 2024
Figure 24: Global Forecasts for Discrete Inductor Consumption By End-Market Category: 2019-2024
Figure 25: Global Forecasts for Discrete Inductor Consumption In Automotive (UTH Versus Passenger Compartment): 2019-2024120
Figure 26: Global Forecasts for Discrete Inductor Consumption In Value-Added and Application Specific End-Use Markets: 2019-2024

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