Summary
Unlock the Insights, Opportunities, and Future Growth of the Medical Electronic Component Supply Chain!
Are you ready to stay ahead of the curve in the rapidly evolving world of medical technology? Discover the latest market trends, cutting-edge technologies, and lucrative opportunities in the realm of passive electronic components. Our comprehensive market research study, "Passive Electronic Components for Medical Technology: World Markets, Technologies & Opportunities: 2023-2028" is your essential guide to gaining a competitive edge in this thriving sector.
Unparalleled Market Insights: Our study delves deep into the markets, technologies, and opportunities shaping the medical electronic component supply chain. We uncover the suppliers who are revolutionizing the industry through materials engineering, providing you with a complete overview of their market shares, operational locations, value, volume, and ecosystems. Moreover, our focus on the blockchain node offers valuable insights, particularly in high voltage and high-frequency operations.
In-Depth Product Analysis: Identifying key passive electronic components, such as capacitors, resistors, and inductors, our study goes beyond mere categorization. We establish the value of consumption of these components in the medical supply chain and provide a comprehensive comparison to previous studies conducted by Paumanok in 2005, 2012, and 2017. Witness the evolution of the market firsthand and make informed decisions for the future.
Global Market Forecasts: With our finger on the pulse of the medical ecosystem, we outline the global markets for passive electronic components used in the FDA-designated Class I, II, and III supply chains for medical technology. Our meticulous forecasts, spanning up to 2028, empower you to plan ahead with confidence, maximizing your opportunities for growth and success.
Unraveling FDA Classifications Related to Electronics: Understanding the United States Food and Drug Administration (FDA) classifications is crucial for any industry player. We break down the "Medical Devices" into granular sub-categories, enlightening you on the unique requirements and electronic content of each class. Whether you operate in Class I, Class II, or Class III, our study provides you with the knowledge to align your business strategy with the most advanced component requirements.
Paumanok Provenance: Powered by the expertise of renowned industry veteran Dennis M. Zogbi, our study benefits from Paumanok's decades-long experience in market research for passive electronic components and related materials. Zogbi, a keynote speaker at multiple industrial conferences worldwide, brings invaluable insights to the table. His extensive contributions as a columnist for Berkshire Hathaway's TTI Marketeye for 25 years and his advisory role for technology hedge funds underscore his expertise in the field.
Unmatched Data Collection: Our research methodology combines secondary and primary data sources, including government data, company financials, and primary human intelligence resources. This meticulous approach ensures that all puzzle pieces of the market fit together seamlessly, providing you with a comprehensive view. Additionally, we benchmark our findings against previous studies under the same title, allowing us to establish reliable growth trends.
The Power of Blockchain: Paumanok Publications, Inc. leads the charge in employing the fundamental codes of the harmonized tariff schedules (HTS) as the basis for groundbreaking Blockchain Codes. By accurately describing supply chains and their interconnected materials and feedstocks, our study ensures that you have an up-to-date understanding of the industry's landscape. Our commitment to the blockchain enables us to stay ahead of the curve and guide you toward profitable opportunities.
Detailed Table of Contents: We encourage all interested readers to download and examine the Table of Contents for "Passive Components for Medical Technology" to see the level of detail in the report, and which includes a detailed assessment of capacitor, resistor, inductor demand by type and configuration in key medical devices, with emphasis upon implants and test/scan equipment where passive components require high-voltage and high frequency technology considerations in the components produced and consumed.
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Table of Contents
Passive Electronic Components for Medical Technology: - 1
World Markets, Technologies & Opportunities: 2023-2028 - 1
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Introduction: - 23
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High- Reliability Passive Component Products By Definition: - 23
The Need for Passives in Mission Critical Markets: - 25
What Qualifies as High-Reliability? - 25
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End-Market Considerations: - 25
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Volume and Value Considerations: - 27
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Operating Margin Considerations: - 27
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Price Stability: - 27
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End-Product Lifecycle Considerations: - 27
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Population Driven Versus Performance Driven Product Considerations: - 27
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Regional Market Considerations: - 28
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Competitive Environment Considerations: - 28
High-Reliability Components: Value-Added and Application Specific Market Knowledge Requirements- - 28
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Increase Share and Operating Margins Through High Reliability Passive Component Markets: - 28
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High-Voltage, High-Q, High-Temperature, Robust- Overlapping: - 28
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Importance of Customer Relationships & Vendor Responsiveness: - 30
High-Reliability Market Segments in Electronic Components - 31
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High Voltage Segment- - 31
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High Frequency Segment- - 31
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High Temperature Segment- - 31
Summary and Conclusions: - 31
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Paumanok Provenance in the Capacitor, Resistor and Inductor -Trade and Transactions- - 32
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Paumanok IMR Utility in Global Capacitor, Resistor and Inductor Trade and Blockchain Engineering as a Service: - 32
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Paumanok IMR Blockchain Roadmap in the Capacitor, Resistor and Inductor Global Trade: - 32
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Capacitor, Resistor and Inductor Global Community: - 33
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Related Paumanok HIGH-RELIABILITY Blockchain Reports - 33
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High-Reliability Passive Components Vendor Competitive Analysis, Factories by Country and Market Shares - 33
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High-Reliability Passive Components – Technical-Economic Analysis - 33
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Technology Driven, Not Price Driven End-Markets - 34
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Component Channel Definitions: - 34
High-Reliability Components: Market Entry Strategies: - 35
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Mergers & Acquisitions: - 35
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Pros and Cons of Market Entry Through M&A Activity - 36
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Pros and Cons of Market Entry Through Acquisition: 2022 - 36
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Organic Growth Strategy: - 36
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Pros and Cons of Market Entry Through Organic Growth - 37
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Market Entry Through Organic Growth: - 37
High-Reliability Passive Components: Report of The End-Use Market Segment - 38
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Defense, Space and Civil Aviation: - 38
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MedTech Electronics: - 38
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Oil & Gas Electronics: - 38
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R&D Laboratory Test and Measurement Equipment: - 38
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Communications Infrastructure: - 38
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Semiconductor Manufacturing - 38
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Specialty Power: - 39
EXECUTIVE SUMMARY: - 41
High Reliability Passive Components: World Markets, Technologies & Opportunities: 2023-2028 - 41
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High-Reliability Passive Components: Report of The Technology Set - 41
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High Reliability Capacitors; World Market Value: FY 2022: - 41
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High Reliability Resistors; World Market Value: FY 2022: - 41
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High Reliability Inductors; World Market Value: FY 2022: - 41
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Medical Technology Eclipses Defense in Size and Scope in HI-REL End Markets - 42
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INSIGHTS: Growth in Instrumentation and Laboratory Test Equipment Markets: - 43
Supply Chain Structure of The High-Reliability Capacitor Markets for FY 2022 - 43
Supply Chain Structure of The High-Reliability Resistor Markets for FY 2022 - 44
Supply Chain Structure of The High-Reliability Inductor Markets for FY 2022 - 45
PASSIVE COMPONENTS FOR MEDICAL TECHNOLOGY: 2023-2028 OUTLOOK - 46
INSIGHTS: High- Frequency and High Voltage Technology Combined in Medical Technology - 47
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MEDICAL: Passive Electronic Components for Medical Technology: FY 2022 - 47
MEDICAL IMPLANTS: Passive Electronic Components for Medical Implants: FY 2022 - 48
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MEDICAL TEST & SCAN: Passive Electronic Components for Medical Test & Scan Equipment: FY 2022 - 49
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M&A INSIGHT - 49
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M&A INSIGHT- High Q + High Volt Components: - 51
PASSIVE COMPONENTS FOR MEDICAL TECHNOLOGY: 2023-2028 OUTLOOK - 51
Passive Component Consumption Value In MedTech by Application: FY 2022 - 52
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M&A INSIGHT - - 53
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MedTech Consumption Value for Passives By Type: FY 2022 - 53
Important Technical Trends In Value-Added and Application Specific Ceramic Capacitors for Medical Electronics: - 55
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TANTALUM Dry Type HV Configurations: - 55
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Pulsed Power Discharge Capacitors: - 56
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External Defibrillators: - 56
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New Pulsed Laser Capacitors: - 57
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Flex Robust Terminations and Open Mode MLCC: - 57
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MLCC With Precious Metal Derivative Terminations: - 58
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New Aluminum Electrolytic Designs - 59
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Specialty Aluminum Capacitor Types and Configurations - 59
Overall Market Shares in Passive Component Supply to Global MedTech in FY 2022 - 61
FORECAST: MedTech Outlook for Passives: Continued Steady Growth - 62
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FORECAST: MedTech Outlook for Passive Electronic Component by Medical Market Segment: 2023-2028 - 62
HIGH-VOLTAGE PASSIVE ELECTRONIC COMPONENTS: WORLD MARKET OUTLOOK: 2023-2028 - 63
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The High Voltage Ceramic Capacitor Market: FY 2022 - 63
Multilayered Ceramic Capacitors (MLCC): - 63
Axial and Radial Leaded MLC Ceramic Capacitors: - 64
Single Layered Ceramic Capacitors: - 65
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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 2022 - 65
High Voltage Plastic Capacitor Technology Analysis: (PP, PET, PEN, HV-PEN, PPS, PTFE, PI, Exotic) - 66
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Polypropylene Power Film Capacitors (PP Film Large Cans): - 66
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Radial Leaded AC/Pulse Plastic Film Capacitors (PP,PET, PEN, HV-PEN, PPS, PTFE, PI, Exotic) - 67
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High Voltage Tantalum Wet Slug Markets - 67
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The High Voltage Aluminum Electrolytic Capacitor Markets: FY 2022 - 68
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High Voltage Reconstituted Mica Capacitor: - 68
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High Voltage Glass Capacitors: - 69
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High Voltage Diamond-Like (DLC) Capacitors: Technology & Market Overview: - 69
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High Voltage Tin-Oxide Film Resistor Technology Analysis: (Thick Film Resistive Layers and Substrates) - 71
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Metal Oxide/Metal Glaze Resistors: - 71
Competitive Environment in High Reliability + High Voltage Resistors: FY 2022 - 72
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Carbon Film Resistors: - 72
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Thick Film SIP Networks: - 72
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Metal Alloy/Metal Foil Resistors: - 73
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Thick Film Chip: - 73
Circuit Applications By End-Market For High Voltage Resistors > 1kV: - 76
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Capacitor Charge/Discharge Circuits: - 77
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Soft Start/Surge/Current Limit: - 77
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Snubber Circuits/Transient Protection/Harmonic Filtering: - 77
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Tube Arc Protection: - 77
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Dummy Loads: - 77
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Inverter/Rectifier Circuits: - 78
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Wave Form Loads: - 78
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Dynamic Braking: - 78
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Circuit Applications for Tin-Oxide High Voltage Resistors>1000 Vdc: - 78
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TAKEAWAY- Factory Tours- High Voltage Resistor Production - 84
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INSIGHTS: Synergistic Market Approach: Opportunities in Like Components - 84
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INSIGHTS: Synergistic Market Opportunity: High Voltage Resistors, Capacitors and Inductors - 84
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MIL-SPEC 49462: - 85
HIGH-VOLTAGE INDUCTORS: WORLD MARKETS, TECHNOLOGIES & OPPORTUNITIES: 2022-2028 - 85
Inductor Products Chart By Component Configuration, Application and Competition - 85
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The Ferrite Bead Array - 85
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The Thin Film Chip Inductor - 85
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Wirewound Vertical Chips and Conicals - 85
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Wirewound Horizontal Chip - 86
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Axial Leaded Inductor - 86
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Radial Leaded Inductor - 86
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E Ferrite Core - 86
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Pot Ferrite Core - 86
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Variations in Coil Technology: - 86
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Coil Diameter: - 87
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Wire Turns: - 87
Inductor Applications in HIGH VOLTAGE Electronics: - 87
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Signal Control: - 87
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High Voltage Inductors: - 87
Inductor Technology, Product Mix and Portfolio - 89
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Technology Differentiation Among Inductor Vendors: Result of Data Collection - 89
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Bespoke Markets In The West: - 89
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Metal and Ceramic Technology Variations: - 89
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Thin Film Technology: - 89
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The Importance of Ferrites: - 89
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Markets Served: - 89
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Unique Configurations: - 90
HIGH-FREQUENCY PASSIVE ELECTRONIC COMPONENTS: WORLD MARKET OUTLOOK: 2023-2028 - 93
High Frequency Passive Electronic Components: Global Markets: FY 2022 - 93
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Specialty High Frequency Ceramic Capacitors: 6 GHz and Above: World Markets: - 93
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Ceramic Feedthru Capacitors: World Markets: - 93
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High Frequency Ceramic Capacitor Applications > 6 Ghz: Introduction and Scope of Coverage - 93
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UHF, SHF and VHF Ceramic Capacitor Markets: FY 2022 - 94
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End-Products for Ceramic Capacitors In The UHF, SHF and VHF Range: FY 2022 - 95
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High Frequency Ceramic Capacitor Consumption By End-Use Market Segment: FY 2022 - 97
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Wireless Access: High Frequency Base Station Markets for Ceramic Capacitors: 2022 - 97
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Medical Test & Scan Equipment Markets for High Frequency Ceramic Capacitors: 2022 - 97
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Defense Communications Markets for High Frequency Ceramic Capacitors: 2022 - 97
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RF Sputtering/Lasers/ Other Markets for High Frequency Ceramic Capacitors: 2022 - 97
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Value of Demand For High Frequency Ceramic Capacitors By Dielectric Type (NPO, X7R, Low Loss Porcelain, Z5U): FY 2022 - 99
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Value of Consumption for High Frequency Ceramic Capacitors By Configuration (Thick Versus Thin Film): FY 2022 - 100
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Competitive Analysis: UHF/Microwave Ceramic Capacitors: FY 2022 Update - 101
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High Frequency Ceramic Capacitor Suppliers: FY 2022 Sales & Market Shares - 102
High Frequency & High-Temperature Resistors: World Markets, Technologies & Opportunities: 2022-2027 - 104
Thin Film Resistors: Executive Summary: - 104
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Bright Outlook Forecasted for Thin Film Resistor Chips and Networks: - 104
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Thin Film Metals and Deposition: - 104
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Nickel Chromium Thin Film Solutions: - 105
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Tantalum Nitride Thin Film Solutions: - 105
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INSIGHTS- TANTALUM is also a PRIMARY capacitor dielectric. - 106
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Chrome Silicide and Other Thin Film Solutions: - 106
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Historical Development, Technology, Types and Configurations for Thin Film Resistors: - 106
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Thin Film Resistors: Component Demand by Configuration: - 107
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Modern Expansion of the Thin Film Chip Market: - 107
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Modern Expansion of The Thin Film Network and Integrated Passive Device Markets: - 107
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Thin Film Resistors: End-Markets by Type: - 108
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Thin Film Resistors: Markets by Region: - 108
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Thin Film Resistors: Markets by End-Use Segment: - 109
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Competition in Thin Film Resistors: - 109
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Thin Film Resistors and Networks: Global Market Outlook:: - 109
Value Proposition of Thin Film Resistors: - 110
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Precision Resistance: - 110
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Power Efficiency and Handling Capability: - 110
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Current Sensing Capability: - 110
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High Frequency Capability: - 110
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High Temperature Performance: - 111
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Long-Term Stability: - 111
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Overcurrent Protection: - 111
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Anti-sulfide Performance: - 112
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Green Technology: - 112
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Moisture Resistance: - 112
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Reliance on Base Metals: - 112
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Tantalum Versus Nickel Supply Chains: - 113
Thin Film Trends and Directions: Integrated Passive Components and Devices: - 113
Global Value of Consumption for Thin Film Resistors By Configuration (Chip and Network) - 113
Global Value of Consumption for Thin Film Resistors by Type (TaN, Nicr, Other): - 114
Global Value of Consumption For Thin Film Resistors by End-Use Market Segment: 2022 - 115
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Automotive Markets: - 117
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Power Conversion Markets: - 117
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Telecom-High Q Markets: - 117
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Test & Measurement Equipment Markets: - 118
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Computer (Printer) Markets: - 118
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Medical Device Markets: - 118
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Defense, Aerospace and Other Markets: - 118
Thin Film Resistor Vendors by Markets Served: 2022 - 119
Thin Film Resistor Vendors By Resistive Element (Nicr, TaN, SiCr and Other): 2022 - 120
Worldwide Competitive Environment for Thin Film Resistors by Type and Configuration: 2022 - 121
Global Thin Film Resistor Vendors: 2022 Global Sales & Market Share Estimates - 122
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Thin Film Chip Resistor Vendors: 2022 Global Market Share Estimates - 124
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Thin Film Resistor Networks, Arrays and Integrated Passive Device Vendors: 2022 Global Sales & Market Share Estimates - 126
High Reliability Inductors: World Markets, Technologies and Opportunities: FY 2022 - 128
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High Frequency Inductor Products Chart By Component Configuration, Application and Competition - 128
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The Thick Film Multilayered Ceramic Chip Inductor - 128
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The Ferrite Bead - 128
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The Thin Film Chip Inductor - 128
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Wirewound Vertical Chips and Conicals - 129
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E Ferrite Core - 129
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Pot Ferrite Core - 129
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Bespoke Markets In The West: - 129
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Metal and Ceramic Technology Variations: - 129
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Thin Film Technology: - 129
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The Importance of Ferrites: - 130
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Markets Served: - 130
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Unique Configurations: - 130
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Inductor Growth Technologies: - 130
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Thin Film Ceramic Inductors: - 130
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Low Profile MLCI and Thin Film Chip Inductors: - 130
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Emerging Markets in The Decimeter Band for Ceramic Inductors - 131
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Emerging Markets In The Centimeter Band for Ceramic Inductors: - 131
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Emerging Markets in The Millimeter Wave Band for Ceramic Inductors: - 131
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Inductor Applications in Digital Electronics: - 132
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Signal Control: - 132
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Noise Control and Elimination (LC Filter): - 133
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Energy Storage and Voltage Stabilization: - 133
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Key Inductor Materials - 133
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Metal Powder (Ferrites) - 133
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Metal Wire (Base Metals) - 134
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Ceramic Dielectric Materials: Titanates for Inductance - 134
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Emerging Materials Markets for Inductors - 134
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The Movement in Inductor Materials Technology - 134
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Multilayered Ferrite Coil (Beads) - 134
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Multilayered Ceramic Chip Inductor - 134
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Thin Film Chip Inductors - 135
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Ultra High –Q and Broadband Inductors: - 135
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Conical Type Inductors: - 135
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VAAS Inductor Competitor Differentiation - 138
Directory of Suppliers of Capacitors For Medical Technology (Class I, II and III): FY 2023 - 139
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ACAP (High Voltage Ceramic) - 139
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ACAP Corporation (Private) - 139
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ACC (High Temperature Ceramic) - 139
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American Capacitor Corporation - 139
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AEP Components (High Voltage Capacitors) - 140
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AMC (High Temperature Capacitors) - 140
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Advanced Monolythic Ceramics (A Johanson Dielectrics, Inc. Company) (High Temperature Ceramic) - 140
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Arizona Capacitor (High Temperature Capacitors) - 141
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Arizona Capacitors, Inc. (Electrotechnik) - 141
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AVX (High Voltage Ceramic, Plastic Film; High Temperature) - 141
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AVX/Kyocera Corporation (NYSE: AVX : RIC 6971:): - 141
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CalRamic Technologies LLC (Private) High Reliability Capacitors - 143
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CI (High Voltage Plastic Film) - 143
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Capacitor Industries - 143
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Chicago Condenser (High Voltage Plastic Film) - 144
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Chicago Condenser Corporation - 144
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CKE (High Voltage Ceramic) - 144
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CKE (Includes Dean Technology, HV Power Associates and HV Power Solutions) - 144
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Comet Technik AG (Vacuum Variable Plastic Film Capacitors) - 144
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Comar (High Voltage Plastic Film) - 145
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Comar Condensatori SpA - 145
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Commonwealth-Sprague (High Voltage Plastic Film) - 145
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Commonwealth-Sprague Capacitor, Inc. (Nueva Generacion Manufacturas) - 145
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Condenser Products Corp. (High Voltage Plastic Film) - 145
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The Condenser Products Corporation - 145
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CDE (High Voltage Aluminum and Plastic Film) - 146
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Cornell-Dublier Electronics (York Capacitor) - 146
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CSI (High Voltage Plastic Film) - 147
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CSI Technologies, Inc. - 147
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Custom Electronics (High Voltage Mica, Film) - 147
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Custom Electronics, Inc. - 147
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Dalicap (High Voltage Ceramic) - 148
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Dalian Dalicap Co., Ltd. (Private) - 148
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Dearborn (High Voltage Plastic Film) High Temperature Film Capacitors - 148
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Dearborn Electronics, Inc. (EXXELIA) - 148
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Del/RFI (High Voltage Plastic Film) - 149
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Del Electronics Corporation (RFI Capacotor) - 149
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Ducati (High Voltage Plastic Film) - 149
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Electrocube (High Voltage Plastic Film) - 150
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Electronic Concepts (High Voltage Plastic Film) - 150
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Electronic Concepts, Inc. - 150
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EFC/Wesco (High Voltage Plastic Film) - 151
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EFC/Wesco (Electronic Film Capacitors, Inc.) - 151
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Electronicon (High Voltage Plastic Film) - 151
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Electronicon Kondensatoren GmbH - 151
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ESTA (High Voltage Plastic Film) - 151
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ESTA (Vishay Intertechnology, Inc.) - 151
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Eurofarad (High Voltage Ceramic & Plastic Film) - 152
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Eurofarad (An Exelia Company) - 152
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Evans – iNRCORE – High Reliability Capacitors - 153
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Evans Capacitor Company, - 153
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Exxelia (High Voltage Ceramic, Plastic Film) - 153
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Facon (High Voltage Plastic Film) - 154
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FRAKO (High Voltage Plastic Film) - 154
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Franke (High Voltage Plastic Film) - 155
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General Atomics (High Voltage Plastic Film) - 155
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General Atomics Corporation - 155
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High Energy (High Voltage Ceramic, Plastic Film) - 155
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High Energy Corporation (now CDE) - 155
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High Volt Capacitors (High Voltage Plastic Film) - 156
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High Volt Capacitors Limited - 156
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Holystone (High Voltage Ceramic) - 156
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Holy Stone Enterprise Co., Ltd. (Public, TPE:3026) - 156
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ICAR (High Voltage Plastic Film) - 157
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IPDiA (Murata) High Reliability Capacitors, Resistors and Inductors - 157
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Jennings Vacuum Variable Capacitors- High Reliability Application Specific Capacitors - 158
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SEE ALSO AEP COMPONENTS, HVR RESISTORS AND KRAH GROUP RESISTORS - 158
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Johanson (High Voltage Ceramic) - 159
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Johanson Dielectrics (Johanson Technology, Advanced Monolythic Capacitors) - 159
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Johnson & Philips (High Voltage Plastic Film) - 159
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Johnson & Philips Capacitors (LTD) - 159
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K Systems (High Voltage Diamond Like Capacitors) - 159
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K Systems Corporation - 159
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Kekon (High Voltage Ceramic) - 160
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KEKON Ceramic Capacitors - 160
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KEMET (High Voltage Ceramic, Plastic Film) HIGH RELIABILITY CAPACITORS - 160
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KEMET Electronics (NOW YAGEO) - 160
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Kendeil S.r.l. (High Voltage Aluminum, Plastic Film) - 161
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Kendeil Srl Gallarate - 162
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Knowles - 162
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Knowles Capacitors (Public, NYSE: KN) {Novacap, DLI and Syfer} - 162
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Konek (High Voltage Plastic Film) - 163
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Konek Capacitors Spain - 163
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LCR (High Voltage Plastic Film) - 163
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LCR Capacitors, Inc. - 163
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LeClanche (High Voltage Plastic Film) - 164
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Maruwa (High Voltage Ceramic) - 164
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Maruwa CO., LTD. (Public, TYO:5344) - 164
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MFD (High Voltage Plastic Film) - 165
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MFD Capacitors Limited - 165
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Morgan (High Voltage Ceramic) - 165
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Morgan Technical Ceramics (ElectroCeramics, Ruabon Division) - 165
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Murata (High Voltage Ceramic) - 165
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Murata Manufacturing Company Limited (RIC: 6981): - 165
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NWL (High Voltage Plastic Film) - 166
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National Winding Laboratories Capacitors, Inc. (NWL Capacitors) - 166
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Nokian (High Voltage Plastic Film) - 167
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Nokian Capacitors Limited (An Alstom Company) - 167
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Norfolk (High Voltage Plastic Film) - 167
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Norfolk Capacitors Limited - 167
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Novacap (High Voltage Ceramic) - 167
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Novacap (A Knowles Company) - 167
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Nueva Generacion (High Voltage Plastic Film) - 168
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Nueva Generacion Manufacturas (NGM) - 168
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Plastic Capacitors (High Voltage Plastic Film) - 168
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Plastic Capacitors, Inc. - 168
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Power Capacitors Limited (High Voltage Plastic Film) - 169
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Power Capacitors Limited (UK) - 169
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Presidio (High Voltage Ceramic) - 169
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Presidio Components, Inc. (Private) - 169
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Regal Beloit (High Voltage Plastic Film) - 170
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Regal Beloit Corporation - 170
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Reliable Capacitors (High Voltage Plastic Film) - 170
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Reliable Capacitors, Inc. - 170
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Ronken (High Voltage Plastic Film) - 171
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Ronken Industries, Inc. - 171
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Rubycon (High Voltage Aluminum, Plastic Film) - 171
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Rubycon Corporation - 171
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SBE Capacitor (High Voltage Plastic Film) - 171
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Solen (High Voltage Plastic Film) - 172
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Southern Electronics (High Voltage Plastic Film) - 172
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Southern Electronics Company, Inc. - 172
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Spectrum Control (High Voltage Ceramic) - 172
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Spectrum Advanced Specialty Products Group - 172
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SRT-MC (High Voltage Ceramic) - 173
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SRT Micro-Ceramique - 173
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Suzhou Power (High Voltage Plastic Film) - 173
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Suzhou Power Capacitor Company Limited - 173
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Syfer (High Voltage Ceramic) - 173
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Syfer Technology Limited (A Knowles Subsidiary) - 173
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Taiyo Yuden (High Voltage Ceramic) - 174
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Taiyo Yuden Company Limited (RIC: 6976): - 174
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Temex (High Voltage Ceramic) - 174
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Temex-Ceramics (Exxelia) - 174
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TDK-EPC (High Voltage Ceramic & Plastic Film) - 175
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TDK Corporation (RIC: 6762): - 175
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TRS (High Voltage Ceramic) - 176
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TRS Technologies, Inc. (Includes Centre Capacitor) - 176
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Union Technology (High Voltage Ceramic) - 176
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Union Technology Corporation - 176
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Vishay (High Voltage Ceramic & Plastic Film) - 177
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Vishay Intertechnology (NYSE:VSH) - 177
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Walsin - 177
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Walsin Technology Corporation (2492): - 177
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About Walsin: - 177
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Wright (High Voltage Ceramic) - 178
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Wright Capacitors, Inc. (Private)- NOW OWNED BY PRESIDIO - 178
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Yageo - 178
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Yageo Corporation (TW 2327): - 178
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About Yageo: - 178
Directory of Suppliers of Resistors For For Medical Technology (Class I, II and III):: FY 2023 - 179
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AEP Components (High Voltage Resistors) - 179
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Arcol UK Ltd. (High Voltage Resistors) - 179
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Bourns, Inc. (High Voltage Resistors) - 179
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Caddock Electronics, Inc. (High Voltage Resistors) - 180
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EBG Elektronische Bauelemente (High Voltage Resistors) - 181
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Huntington Electric, Inc. (Now Vishay) - 181
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HVR International Limited (Morganite Resistors) - 182
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Hymeg Corporation (High Voltage Resistors) - 183
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IMS Resistor (High Voltage Resistors) - 183
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ITT Power Solutions - 184
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KOA Corporation (6999) (High Voltage Resistors) - 184
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Krah Group Resistors - 185
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Krah Group Resistors - 185
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KRL/Bantry Components, Inc. (High Voltage Resistors) - 185
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Micropen Technologies, Inc., Ohmcraft, Inc. (High Voltage Resistors) - 186
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Powerohm Resistors, Inc. (High Voltage Resistors) - 187
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Precision Resistor Company, Inc. (High Voltage Resistors) - 188
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Ohmite Manufacturing Company, Inc. (High Voltage Resistors) - 188
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RCD Components, Inc. (High Voltage Resistors) - 188
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REIDON (High Reliability Resistors) - 189
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SEI, Inc. (High Voltage Resistors) - 189
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SRT Resistor Technology GmbH (High Voltage Resistors) - 190
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SRT Resistor Technology GmbH - 190
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Tepro of Florida, Inc. (High Voltage Resistors) - 191
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TT Electronics (IRC/BI) (High Voltage Resistors) - 191
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Vishay Intertechnology, Inc. (High Voltage Resistors) - 192
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Directory of Suppliers of Inductors For For Medical Technology (Class I, II and III): FY 2023 - 192
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Abbott Technologies (High-Reliability Inductors) - 193
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AEM (High-Reliability Inductors) - 193
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API Delevan (High-Reliability Inductors) - 195
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AVX (High-Reliability Inductors) - 196
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Bourns (High-Reliability Inductors) - 198
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Coilcraft (High-Reliability Inductors) - 201
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Coast/ACM (High-Reliability Inductors) - 203
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Coil-Tech (High-Reliability Inductors) - 204
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Coils Unlimited (High-Reliability Inductors) - 204
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Cooper Bussman Electronics- Coiltronics (EATON) (High-Reliability Inductors) - 205
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Cyntec Company Limited (High-Reliability Inductors) - 206
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Electro Technik Industries, Inc. (High-Reliability Inductors) - 206
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Fair-Rite (High-Reliability Inductors) - 207
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Gowanda (iNRCORE) (High-Reliability Inductors) - 208
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Defense, Space and Aerospace: - 210
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Medical Markets: - 211
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Hobart Electronics Coil-Tran (High-Reliability Inductors) - 211
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Hurricane Electronics Lab (High-Reliability Inductors) - 212
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Hytronics Corp. (ETI) (High-Reliability Inductors) - 212
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Johanson Technology (High-Reliability Inductors) - 213
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Laird Technologies (Du Pont) (High-Reliability Inductors) - 216
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Magnetics (Spang) (High-Reliability Inductors) - 217
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MMG Canada (High-Reliability Inductors) - 218
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Murata (Thick and Thin Film) (High-Reliability Inductors) - 219
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Piconics (High-Reliability Inductors) - 221
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Pulse (Yageo) (High-Reliability Inductors) - 221
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Raycom (ETI) (High-Reliability Inductors) - 224
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Renco Electronics, Inc. (High-Reliability Inductors) - 224
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Rhombus Industries, Inc. (High-Reliability Inductors) - 225
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Taiyo Yuden (High-Reliability Inductors) - 226
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TDK (High-Reliability Inductors) - 227
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TDK Corporation (RIC: 6762): - 227
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End-Use Market Demand Update: - 228
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TDK’s Position in The Passive Component Industry: - 228
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TOKEN (High-Reliability Inductors) - 229
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About Token: - 229
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TOKO (Murata) (High-Reliability Inductors) - 230
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Torotel (TT Electronics) (High-Reliability Inductors) - 233
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TT Electronics Acquisition of Torotel - 233
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TT Electronics (High-Reliability Inductors) - 235
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TT Electronics Acquisition of Torotel - 236
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TT Group- BI Technologies Corporation - 237
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Vanguard Electronics (High-Reliability Inductors) - 238
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Viking (Thick and Thin Film) (High-Reliability Inductors) - 239
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Vishay Intertechnology (High-Reliability Inductors) - 239
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Vishay Intertechnology (NYSE:VSH) - 239
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Vishay Resistor & Inductor Group Update: - 240
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Vishay’s Position In The Passive Component Industry: FY 2019: - 241
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Wilco Corporation (High Q Inductors) - 242
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Wurth Elektronik (High-Reliability Inductors) - 243
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Yageo Corporation (High-Reliability Inductors) - 245
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Phone - 245
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Yageo Manufacturing Facilities: - 246