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防衛、宇宙、民間航空エレクトロニクスにおける受動電子部品：世界市場、技術：2023-2028年 - サプライチェーン展望


Passive Electronic Components for Defense, Space and Civil Aviation Electronics: World Markets, Technologies and FY 2023-2028 Supply Chain Outlook

防衛、宇宙、民間航空エレクトロニクス用受動電子部品に関する究極の市場調査研究をご紹介します。 パウマノックIMRは、受動電子部品業界に市場調査研究を提供する世界有数の企業です。この度、パウマノックIMR... もっと見る

　

　

出版社 出版年月 電子版価格 ページ数 図表数 言語
Paumanok Publications, Inc.
ポーマノックパブリケーションズ社 		2023年5月15日 US$3,750
ベーシックライセンス
ライセンス・価格情報
注文方法はこちら 		286 88 英語

　

サマリー

防衛、宇宙、民間航空エレクトロニクス用受動電子部品に関する究極の市場調査研究をご紹介します。

パウマノックIMRは、受動電子部品業界に市場調査研究を提供する世界有数の企業です。この度、パウマノックIMRの最新出版物をお届けいたします：「防衛、宇宙、民間航空エレクトロニクス向け受動電子部品：世界市場、技術、2023-2028年度サプライチェーン展望」です：ISBN＃1-893211-90-8（2023年）".

更新・増補されたこの包括的な調査は、286ページ、88の表とグラフを掲載し、比類のない深さと分析を提供しています。定評のある2005年版、2012年版、2017年版をベースにした最新版では、最新の情報に基づいた意思決定が可能です。

受動電子部品のエコシステム全体を掘り下げる

防衛、宇宙、民間航空エレクトロニクス用に特別に設計されたコンデンサ、抵抗器、インダクタを含む、大量生産されたユビキタス部品の複雑な網の目を発見してください。私たちの研究は、軍事仕様部品のメーカー間の重要なつながりと、電圧、温度、周波数の要件に基づく最高品質の特定用途向け部品の生産における顕著な相乗効果を立証しています。

ベンダー評価と市場シェアを発表

各サブカテゴリーにおけるベンダーの詳細な評価と市場シェアを明らかにします。技術に基づくシナジーの鍵となる分野を特定し、業界内の潜在的な合併・買収の機会を開きます。当社の詳細な分析により、常に時代の先端を走り、組織を成功に導きます。

回路アプリケーションと主要産業の精密分析

回路アプリケーション別に市場の複雑な状況をナビゲートし、防衛、宇宙、民間航空セグメントにおける世界のトップ顧客に関連する主要な業種を探ります。この調査レポートは、市場に関する貴重な洞察を提供し、お客様が自信を持って戦略的意思決定を行えるよう支援します。

受動電子部品の消費予測

防衛、宇宙、民間航空における受動電子部品の消費に関する専門家による予測で、将来の情報を入手しましょう。パウマノックIMR'の比類のない専門知識により、複数の調査研究、実績、実用性だけが提供できる独自の重要な洞察を得ることができます。

 



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目次

PASSIVECOMPONENTINDEFENSEELECTRONICSBYCOMPONENTTYPE:HISTORICALGROWTH.0

  • Reasonsにとって市場ChangesInDefenseElectronics.18
  • TraditionalPlatにとってmsInPowerSuppliesそしてDefenseコミュニケーションsにとってPassiveComponents:.18
  • ResearchそしてDevelopmentSpendingonPassiveComponentsForNewPlatにとってms:.19
    • コンデンサ市場sInDefenseElectronics:Summary.19

    CAPACITORMILITARYSPECIFICATIONS-­-.20

    • MLCCそしてCeramicコンデンサsInDefense＆AerospaceElectronics.20
      • CeramicコンデンサMilitarySpecifications;.20
        • MIL-PRF123RadialLeadedコンデンサs:.20
        • MIL-PRF-49464?SingleLayerCeramicChip.20
        • MIL-PRF-49467Ceramicコンデンサs:.20
        • MIL-PRF-49470(DSCC87106)Ceramicコンデンサs:.20
        • MIL-PRF-55681Ceramicコンデンサs:.20
        • MIL-PRF-39014Ceramicコンデンサs:.20
      • ESAそしてEuropeanCECCFormFacへのrs(Ceramicコンデンサs):.21
        • 高いRelLICAChipsForDefenseElectronics:.21
        • 高い温度MLCC175学位CそしてAboveForDefense＆AerospaceElectronics:.21
      • HVPulseDeへのnaへのrコンデンサsForDefenseElectronics:.21
      • TantalumコンデンサMilitarySpecifications.21
        • MIL-PRF-39003-Fixed,Electrolytic(SolidElectrolyte),Tantalum,.21
        • MIL-PRF-39003-Fixed,Electrolytic(WetElectrolyte),TantalumWETS.21
        • MIL-PRF-39006-コンデンサ,Fixed,Electrolytic(NonsolidElectrolyte),Tantalum,EstablishedReliability,GeneralSpecification.21
        • MIL-PRF-55365D-コンデンサ,Fixed,Electrolytic(Tantalum),Chip,GeneralSpecification.22
        • MIL-PRF-55365D-コンデンサ,Fixed,Electrolytic(Tantalum),Chip,GeneralSpecification.22
        • MIL-PRF-49137-コンデンサs,Fixed,Electrolytic(SolidElectrolyte),Tantalum,Molded,ConにとってmalCoatedそしてmetal.22
        • MIL-PRF-49137-コンデンサs,Fixed,Electrolytic(SolidElectrolyte),Tantalum,Molded,ConにとってmalCoatedそしてmetalCasedwithプラスチックEnd-Fill,NonhermeticallySealed,General
        • Specification.22
        • MIL-PRF-55365-コンデンサ,Fixed,Electrolytic(Tantalum),Chip.22
        • MIL-PRF-55365-コンデンサ,Fixed,Electrolytic(Tantalum),Chip,NonestablishedReliability,EstablishedReliability,GeneralSpecification.22

    プラスチック映画コンデンサMilitarySpecifications.22

  • MIL-PRF-19978-コンデンサs,Fixed,プラスチック(orPaper-プラスチック)Dielectric(HermeticallySealedinmetal,CeramicorGlassCases),.22
  • MIL-PRF-19978-コンデンサs,Fixed,プラスチック(orPaper-プラスチック)Dielectric(HermeticallySealedinmetal,CeramicorGlassCases),.22
  • MIL-PRF-39022-コンデンサs,Fixed,metallized,Paper-プラスチック映画,orプラスチック映画Dielectric,DirectそしてAlternatingCurrent,.22
    • AluminumElectrolyticコンデンサMilitarySpecifications.23
  • GlassコンデンサMilitarySpecifications.23
  • MicaコンデンサMilitarySpecifications.23

    • RESISTORMILITARYSPECIFICATIONS:.23

  • MIL-PRF-914-GeneralSpecificationにとってResisへのrs.24
  • MilitarySpecificationsにとってWirewoundResisへのrs(93,39007,39009).24
    • MilitarySpecificationsにとってMetal映画Resisへのrs(10509,55342/7).24
    • MilitarySpecificationsにとってSpaceLevelResisへのrs.24

    INDUCTORMILITARYSPECIFICATIONS:.24

    • MIL-PRF-83446-Coils,Chip,FixedorVariable,RadioFrequency.24
    • MIL-PRF-39010Wirewound,Molded,LevelMQualified,MIL-PRF-39010,EstablishedReliability.25
    • MIL-PRF-15305Qualified,TypeLT,Molded,Shielded,AxialLeaded.25

    DEFENSESPENDING:ELECTRONICTECHNOLOGY:2012-2022.26


    PASSIVECOMPONENTCONSUMPTIONINDEFENSEELECTRONICS:2023.27
    DEFENSECAPACITORS:.27
    DEFENSERESISTORS:.28
    DEFENSEINDUCTORS:.28

    • PassiveElectronicComponentIntensiveDefensePlatにとってms.29
      • Avionics.31
      • コミュニケーションs＆Navigation.31
        •  Airborne高いFrequencyコミュニケーションs.31
        •  AirborneSATCOM.31
        •  NetworkedコミュニケーションsAirborneRadio.31
        •  SATCOM高いGainAntenna.31
        •  Navigation.31
        •  AirData.31
        •  GroundコミュニケーションsProducts.31
        •  MicroGPSReceiverApplicationModule.31
        •  AirborneVHF/UHF/L-Bそして.31
        •  高い-speedTransceiver.31
        •  PerimeterSurveillanceRadarSystems.31
        •  ElectronicWarfareそしてOtherRadar.31
          •  MunitionsElectronics.32
          •  Satellites.32
        •  コミュニケーションSatellites.32
        •  イメージングSatellites.32
    • SummaryそしてOutlook.32

    INTRODUCTIONTOAEROSPACEELECTRONICS:MARKETS,TECHNOLOGIESANDOPPORTUNITIES.33
    FY2023DefenseOutlook:EuropeUp,ROWFlat.35
    CompetitiveEnvironment:KnownベンダーのコンデンサsByMilitarySpecification:2022.41

    • CeramicコンデンサベンダーにとってDefense＆AerospacebyTypeそしてSpecification.41
      • グローバル市場BreakdownForCeramicコンデンサsbyMil-Spec,ESA/CECCそしてSpecialtyDefenseコンデンサs:FY2022.41
    • TantalumコンデンサベンダーにとってDefense＆AerospacebyTypeそしてSpecification.41
    • TantalumコンデンサベンダーToTheDefenseセグメント.41

    プラスチック映画コンデンサベンダーにとってDefense＆AerospacebyTypeそしてSpecification.42

    • プラスチック映画コンデンサベンダーToTheDefenseセグメント.43

    AluminumElectrolytic,MicaそしてGlassコンデンサベンダーToTheDefenseそしてAerospaceSecへのr.43

    • Aluminum,MicaそしてGlassコンデンサベンダーToTheDefenseセグメント.44
    • TopManufacturersのPassiveElectronicComponents(C,R,L)にとってDefenseそしてAerospaceElectronics:FY2022.44
    • TopManufacturersのResisへのrsにとってDefenseそしてAerospaceElectronics:FY2022.46
    • TopManufacturersのInducへのrsにとってDefenseそしてAerospaceElectronics:FY2022.47
    • PassiveComponentConsumptioninDefenseElectronicsbyEnd-UseCircuitApplication:FY2022.48

    FORECAST:PassiveComponentConsumptionForecastsInTheDefenseそしてAerospaceIndustrybyComponentType(コンデンサs,Resisへのrs＆Inducへのrs):2023-2028Outlook.49

    • FORECAST:PassiveElectronicComponentConsumption価値InTheグローバルDefense＆Aerospaceセグメント:2023-2028.49

    FutureRoadmapのElectronicComponentRequirementsにとってDefenseそしてAerospaceElectronics.50

    • RailgunPulseDischargeコンデンサs:.50
    • Thin映画Resisへのrs:.50
    • Thin映画Inducへのrs:.50
    • MultilayeredFerriteFluxテクノロジー:.50
    • IntegratedPassiveDevices.50
    • IntegralPassiveSubstrates:そしてLTCC.51
    • EDLCSupercapaciへのrs.51
    • GrapheneSupercapaciへのrsそしてOtherPulsedDataTechnologies.51

    IDENTIFYINGMARKETSYNERGIESFORMERGERS＆ACQUISITIONS:2023-2028.51

    • Introduction:.51
    • 高い-ReliabilityPassiveComponentProductsByDefinition:.52

    THENEEDFORPASSIVESINMISSIONCRITICALMARKETS:.54
    WHATQUALIFIESASHIGH-RELIABILITY?.54

  • End-市場Considerations:.54
  • ボリュームそして価値Considerations:.56
  • OperatingMarginConsiderations:.56
  • PriceStability:.56
  • End-ProductLifecycleConsiderations:.56
  • PopulationDrivenVersusPerにとってmanceDrivenProductConsiderations:.56
  • Regional市場Considerations:.56
  • CompetitiveEnvironmentConsiderations:.56
    • 高い-ReliabilityComponents:価値-AddedそしてApplicationSpecific市場KnowledgeRequirements-.57
      • IncreaseShareそしてOperatingMarginsThrough高いReliabilityPassiveComponent市場s:.57
      • 高い-Voltage,高い-Q,高い-温度,Robust-Overlapping:.57
      • ImportanceのCusへのmerRelationships＆VendorResponsiveness:.58
    • 高い-Reliability市場セグメントsinElectronicComponents.59
      • 高いVoltageセグメント-.59
      • 高いFrequencyセグメント-.59
      • 高い温度セグメント-.59
    • SummaryそしてConclusions:.59
      • コンデンサ,ResisへのrそしてInducへのrグローバルCommunity:.60
      • RelatedPaumanokHIGH-RELIABILITYBlockchainReports.60
        • 高い-ReliabilityPassiveComponentsVendorCompetitiveAnalysis,FacへのriesbyCountryそして市場Shares.60
        • 高い-ReliabilityPassiveComponents?Technical-EconomicAnalysis.60
      • テクノロジーDriven,NotPriceDrivenEnd-市場s.60
      • ComponentChannelDefinitions:.61
        • ・StそしてardParts.61
    • 高い-ReliabilityComponents:市場EntryStrategies:.61
      • Mergers＆Acquisitions:.61
      • ProsそしてConsの市場EntryThroughM＆AActivity.63
        • ProsそしてConsの市場EntryThroughAcquisition:2022.63
      • OrganicGrowthStrategy:.63
      • ProsそしてConsの市場EntryThroughOrganicGrowth.63
        • 市場EntryThroughOrganicGrowth:.63

    MARKETOPPORTUNITIESADJACENTTODEFENSE,SPACEANDCIVILAVIATION:2023-2028.65

    • Defense,SpaceそしてCivilAviation:.65
    • MedTechElectronics:.65
    • Oil＆GasElectronics:.65
    • R＆DLaboraへのryTestそしてMeasurementEquipment:.65
    • コミュニケーションsInfrastructure:.65
    • SemiconducへのrManufacturing.65
    • SpecialtyPower:.65

    HIGHRELIABILITYPASSIVECOMPONENTS:WORLDMARKETS,TECHNOLOGIES＆OPPORTUNITIES:2023-2028.67

    • 高い-ReliabilityPassiveComponents:ReportのTheテクノロジーSet.67
    • 高いReliabilityコンデンサs;World市場価値:FY2022:.67
    • 高いReliabilityResisへのrs;World市場価値:FY2022:.67
    • 高いReliabilityInducへのrs;World市場価値:FY2022:.67

    HIGH-RELIABILITYCAPACITORBLOCKCHAIN.69
    HIGH-RELIABILITYRESISTORBLOCKCHAIN.70
    HIGH-RELIABILITYINDUCTORBLOCKCHAIN.71
     

    HIGH-VOLTAGEPASSIVEELECTRONICCOMPONENTSFORDEFENSE,SPACEANDCIVILAVIATION:.72

    • The高いVoltageCeramicコンデンサ市場:FY2022.72

    MultilayeredCeramicコンデンサs(MLCC):.72
    AxialそしてRadialLeadedMLCCeramicコンデンサs:.72
    SingleLayeredCeramicコンデンサs:.73

    • CompetitiveEnvironmentIn高いVoltageCeramicコンデンサsByVoltageRating(0.5への5kV;5.1への10kV;11kVへの100kV):FY2022.74

    高いVoltageプラスチックコンデンサテクノロジーAnalysis:(PP,PET,PEN,HV-PEN,PPS,PTFE,PI,Exotic).75

    • PolypropylenePower映画コンデンサs(PP映画LargeCans):.75
    • RadialLeadedAC/Pulseプラスチック映画コンデンサs(PP,PET,PEN,HV-PEN,PPS,PTFE,PI,Exotic).75
    • 高いVoltageTantalumWetSlug市場s.76
    • The高いVoltageAluminumElectrolyticコンデンサ市場s:FY2022.76
      • 高いVoltageReconstitutedMicaコンデンサ:.76
      • 高いVoltageGlassコンデンサs:.76
      • 高いVoltageDiamond-Like(DLC)コンデンサs:テクノロジー＆市場概要.77
      • 高いVoltageTin-Oxide映画ResisへのrテクノロジーAnalysis:(Thick映画ResistiveLayersそしてSubstrates).78
      • MetalOxide/MetalGlazeResisへのrs:.78

    CompetitiveEnvironmentin高いReliability+高いVoltageResisへのrs:FY2022.79

    • Carbon映画Resisへのrs:.79
    • Thick映画SIPNetworks:.79
    • MetalAlloy/MetalFoilResisへのrs:.80
    • Thick映画Chip:.80

    VariationsUponThe高いVoltageResisへのr:高いFrequencyそして高い温度Applications:.83
    高いVoltageそして高いFrequencyApplications:.83
    TripleROI-高いVoltage,高いFrequency,高い温度:.84
    CircuitApplicationsByEnd-市場For高いVoltageResisへのrs＞1kV:.84

    • コンデンサCharge/DischargeCircuits:.84
    • SのtStart/Surge/CurrentLimit:.85
    • SnubberCircuits/TransientProtection/HarmonicFiltering:.85
    • TubeArcProtection:.85
    • DummyLoads:.85
    • Inverter/RectifierCircuits:.85
    • WaveFormLoads:.85
    • DynamicBraking:.85
    • CircuitApplicationsにとってTin-Oxide高いVoltageResisへのrs＞1000Vdc:.86
    • TAKEAWAY-FacへのryTours-高いVoltageResisへのrProduction.90
    • INSIGHTS:Synergistic市場Approach:OpportunitiesinLikeComponents.91
    • INSIGHTS:Synergistic市場Opportunity:高いVoltageResisへのrs,コンデンサsそしてInducへのrs.91
    • MIL-SPEC49462:.91

    HIGH-VOLTAGEINDUCTORSFORDEFENSE,SPACEANDCIVILAVIATION:WORLDMARKETS,TECHNOLOGIES＆OPPORTUNITIES:2023-2028.92
    INDUCTORPRODUCTSCHARTBYCOMPONENTCONFIGURATION,APPLICATIONANDCOMPETITION.92

    • TheFerriteBeadArray.92
    • TheThin映画ChipInducへのr.92
    • WirewoundVerticalChipsそしてConicals.92
    • WirewoundHorizontalChip.92
    • AxialLeadedInducへのr.92
    • RadialLeadedInducへのr.92
    • EFerriteCore.93
    • PotFerriteCore.93
    • VariationsinCoilテクノロジー:.93
    • CoilDiameter:.93
    • WireTurns:.93

    INDUCTORAPPLICATIONSINHIGHVOLTAGEELECTRONICS:.93

    • SignalControl:.93
      • MIL-SPECInducへのrs.94
    • 高いVoltageInducへのrs:.94

    INDUCTORTECHNOLOGY,PRODUCTMIXANDPORTFOLIO.97

    • テクノロジーDifferentiationAmongInducへのrベンダー:ResultのDataCollection.97
      • Bespoke市場sInTheWest:.97
      • MetalそしてCeramicテクノロジーVariations:.97
      • Thin映画テクノロジー:.97
      • TheImportanceのFerrites:.97
      • 市場sServed:.97
      • UniqueConfigurations:.98
    • InducへのrsにとってTelecommunicationsInfrastructure.101
      • OpticalNetwork/コミュニケーションsBackbone.101
        • VAASInducへのrCompetiへのrDifferentiation.103

    HIGH-TEMPERATUREPASSIVEELECTRONICCOMPONENTSFORDEFENSE,SPACEANDCIVILAVIATION: WORLDMARKETOUTLOOK:2023-2028.104

    • 高い温度コンデンサs(＞175学位C):World市場s,Technologies＆Opportunities:2022.104
    • Introduction.104
    • グローバル市場価値For高い温度コンデンサs＞175学位C:.105
    • Hisへのrical市場GrowthIn高い温度コンデンサs＞175学位C:.105

    HIGHTEMPERATURECAPACITOR:MARKETSHARES:.106
    市場ShareEstimatesIn高い温度コンデンサs＞175学位C:2022.106
    HIGHTEMPERATURECAPACITORTECHNOLOGY:2022.109

    • 高い温度コンデンサsByType,DielectricそしてConfiguration:175学位Cへの350学位C.109
      • 175学位CTo200DegreeC市場s:2022.109
      • 250への260DegreeC市場s:2022.110
      • 300への450DegreeC市場s:2022.110

    COMPETITIVEENVIRONMENTINHIGHTEMPERATURECAPACITORSBYVENDOR,COMPONENTCONFIGURATION,MAXIMUMOPERATINGTEMPERATUREANDDIELECTRIC:2022.112

    • 高い温度コンデンサs＞175学位C-ComparisonbyOperatingVoltage:2022.112
    • 高い温度コンデンサs:＞175学位C-ComparisonbyCapacitance価値:2022.113
    • MechanicalそしてThermalPerにとってmanceの高い温度Componentsin2022.114
      • MechanicalShockそしてVibration.114
      • SpecialtyPackagingの高い温度Components.114
      • ThermalCyclingそしてThermalShockPerにとってmanceの高い温度Components.115
      • AdvancementsInPolymericTerminationsそして高い温度コンデンサs.115
    • AdvancedTestingCriteriaFor高い温度コンデンサsin2022.115
      • MeanTimeToFailureAcceleratedコンデンサTesting.115
    • MajorテクノロジーBreakthroughsin高い温度コンデンサs:2022.115
      • 350DegreeCMLCC.115
      • MLCCFlexRobustTerminations.115
      • 高い温度TA/MnO2コンデンサs.116
      • 高い温度TA/MnO2Materials＆Processes.116
      • PEN映画コンデンサsTo230学位C.116

    HIGHTEMPERATUREMARKETOPPORTUNITIES:.116
    CUSTOMERTRENDSANDDIRECTIONS:.116

    • SummaryそしてConsiderations.116

    HIGHTEMPERATURECAPACITORMARKETSBYEND-USEMARKETSEGMENT:2022.117

    • Defense＆AerospaceElectronics:.117
    • DefenseRelatedPlatにとってmsConsuming高い温度コンデンサs:2022.118
      • AdvancedAvionicsSystems:.118
      • JetEngineIgniters(コンデンサDischargeIgnitionSystem):.118
      • CDIそしてThe高いVoltage,高い温度コンデンサSolution:.118
      • AircraftSensorsそしてRegulaへのrs:.118
    • 高い温度Oil＆GasElectronics.118
      • PassiveComponentApplicationsInDownholeSensorModules:.119
      • ComponentApplicationsInSonicLoggingTools:.119
      • ComponentApplicationsInGamma-RayLoggingTools:.119
      • ComponentApplicationsInDensityLoggingTools:.119
      • ComponentApplicationsInResistivityLoggingTools:.120
      • ShockそしてVibrationExposureToコンデンサsInDrilling:.120
      • GeothermalEnergyElectronics:.120
    • CompetitiveEnvironmentin高い温度CeramicコンデンサsbyComponentConfiguration:2022.121
      • 高い温度Ceramicコンデンサベンダー＞175C:2022Estimated売上高＆市場Shares.123

    HIGHTEMPERATURETANTALUMCAPACITORS:WORLDMARKETS,TECHNOLOGIESOPPORTUNITIES:2022.124

    • 高い温度Tantalumコンデンサs＞175学位C:グローバル市場Forecasts:FY2022.125
    • MaximumOperating温度For高い温度TantalumコンデンサsByVendorそしてComponentConfiguration:FY2022.125
    • TantalumWet-SlugVersusMoldedChip:高い温度コンデンサ市場s:2022.126
    • グローバル市場SharesIn高い温度Tantalumコンデンサs:2022.127
    • 高い温度プラスチック映画コンデンサs:2022.128
      • 高い温度プラスチック映画コンデンサs:World市場s,TechnologiesOpportunities:2022.128
      • テクノロジー   概要 高い  温度   プラスチック   映画  コンデンサ   種類   そしてConfigurations..128
      • Polytetrafluoroethylene(PTFE)コンデンサs.128
      • Polyimide(PI)コンデンサs:.128
      • Polyetheretherkeへのne(PEEK)コンデンサs.129
      • FluorenePolyester(FPE)映画コンデンサs.129
      • P(TFE-co-VDF)copolymer.129
      • Polyetherimide(PEI)コンデンサs;.129
      • NotesonPPSそしてPEN映画s:.130
    • 高い温度プラスチック映画コンデンサs:グローバル市場s:2022.130
      • グローバル 市場 価値 そして ボリューム にとって 高い 温度プラスチック 映画 コンデンサsByEnd-Use 市場 セグメント (175 学位 C への 350+学位C):  2022 .131
    • 高い温度コンデンサベンダーByDielectric:2022.132
    • 高い温度コンデンサベンダーBy温度Rating2022.134
      • グローバル ベンダー の 高い 温度プラスチック 映画 コンデンサs: 2022Estimated 売上高 価値そして 市場 株式 .134

    COMPETITIVEENVIRONMENTINHIGHTEMPERATUREMICACAPACITORS:2022VENDORSANDPRODUCTLINEUP.137

    • Eurのarad(AnExeliaCompany)MB7Series200Line-.137
    • CusへのmElectronics,Inc.CKRMicaコンデンサs-.137

    高いReliabilityGlass,Silicon＆OtherコンデンサDielectrics:.137

    • Otherコンデンサ市場s:高い温度175学位C.137

    Glassコンデンサs:.137
    AVXCORPORATION:GLASSCAPACITORS.137

    • AluminumElectrolytic:.138
      • VishayIntertechnology(BCcomponents)123SAL-A;128SALRPM.138
      • Aluminumコンデンサs:TrendsinR＆DRelatedへの高い温度Operation:.138
    • DLCコンデンサs:.138
      • KSystemsCorporation.138
      • DLCコンデンサs:TrendsinR＆DRelatedへの高い温度Operation:.139
    • Siliconコンデンサs:.139
      • Ipdia:Extreme温度コンデンサs.139
      • SkyworksSolutions,Inc. MISSiliconChipコンデンサs.140
      • Nanohmics/FaradoxEnergySへのrage,Inc..140
    • Hybridコンデンサs:.140
      • iNRCORE’sEvansコンデンサCompany:THQA2-HT.140
    • AluminumOxynitrideコンデンサs:.141
      • AluminumOxynitrideコンデンサs:TrendsinR＆DRelatedへの高い温度Operation:.141

    RESISTORS:HIGHTEMPERATURETYPESANDAPPLICATIONS:.141

    • TripleROI-高いVoltage,高いFrequency,高い温度:.142
    • TripleROI-高いVoltage,高いFrequency,高い温度:.142

    HIGH-FREQUENCYPASSIVEELECTRONICCOMPONENTSFORDEFENSE,SPACEANDCIVILAVIATION:WORLDMARKETOUTLOOK:2023-2028.143

      Specialty高いFrequencyCeramicコンデンサs:6GHzそしてAbove:World市場s:.143CeramicFeedthruコンデンサs:World市場s:.143
    高いFrequencyCeramicコンデンサApplications＞6Ghz:IntroductionそしてScopeのCoverage.143
    UHF,SHFそしてVHFCeramicコンデンサ市場s:FY2022.144
    End-ProductsにとってCeramicコンデンサsInTheUHF,SHFそしてVHFRange:FY2022.145
    高いFrequencyCeramicコンデンサConsumptionByEnd-Use市場セグメント:FY2022.147

      WirelessAccess:高いFrequencyBaseStation市場sにとってCeramicコンデンサs:2022.147MedicalTest＆ScanEquipment市場sにとって高いFrequencyCeramicコンデンサs:2022.147Defenseコミュニケーションs市場sにとって高いFrequencyCeramicコンデンサs:2022.147RFSputtering/Lasers/Other市場sにとって高いFrequencyCeramicコンデンサs:2022.147
    価値のDemそしてFor高いFrequencyCeramicコンデンサsByDielectricType(NPO,X7R,LowLossPorcelain,Z5U):FY2022.149
    価値のConsumptionにとって高いFrequencyCeramicコンデンサsByConfiguration(ThickVersusThin映画):FY2022.150
    CompetitiveAnalysis:UHF/MicrowaveCeramicコンデンサs:FY2022Update.151
    高いFrequencyCeramicコンデンサSuppliers:FY2022売上高＆市場Shares.152

      BrightOutlookForecastedにとってThin映画ResisへのrChipsそしてNetworks:.155
    Thin映画MetalsそしてDeposition:.155

      NickelChromiumThin映画Solutions:.156TantalumNitrideThin映画Solutions:.156ChromeSilicideそしてOtherThin映画Solutions:.156HisへのricalDevelopment,テクノロジー,種類そしてConfigurationsにとってThin映画Resisへのrs:.156Thin映画Resisへのrs:ComponentDemそしてbyConfiguration:.157
        ModernExpansionのtheThin映画Chip市場:.157ModernExpansionのTheThin映画NetworkそしてIntegratedPassiveDevice市場s:.157
      Thin映画Resisへのrs:End-市場sbyType:.158Thin映画Resisへのrs:市場sbyRegion:.158Thin映画Resisへのrs:市場sbyEnd-Useセグメント:.158CompetitioninThin映画Resisへのrs:.159Thin映画ResisへのrsそしてNetworks:グローバル市場Outlook::.159

    VALUEPROPOSITIONOFTHINFILMRESISTORS:.159

    • PrecisionResistance:.159
    • PowerEfficiencyそしてHそしてlingCapability:.159
    • CurrentSensingCapability:.159
    • 高いFrequencyCapability:.160
    • 高い温度Perにとってmance:.160
    • Long-TermStability:.160
    • OvercurrentProtection:.160
    • Anti-sulfidePerにとってmance:.161
    • Greenテクノロジー:.161
    • MoistureResistance:.161
    • RelianceonBaseMetals:.161
      • TantalumVersusNickelSupplyChains:.161

    THINFILMTRENDSANDDIRECTIONS:INTEGRATEDPASSIVECOMPONENTSANDDEVICES:.162

    GLOBALVALUEOFCONSUMPTIONFORTHINFILMRESISTORSBYCONFIGURATION(CHIPANDNETWORK).162
    GLOBALVALUEOFCONSUMPTIONFORTHINFILMRESISTORSBYTYPE(TAN,NICR,OTHER):.162
    GLOBALVALUEOFCONSUMPTIONFORTHINFILMRESISTORSBYEND-USEMARKETSEGMENT:2022.163

      Auへのmotive市場s:.165PowerConversion市場s:.165Telecom-高いQ市場s:.165Test＆MeasurementEquipment市場s:.165Computer(Printer)市場s:.165MedicalDevice市場s:.166Defense,AerospaceそしてOther市場s:.166
    THINFILMRESISTORVENDORSBYMARKETSSERVED:2022.166
    THINFILMRESISTORVENDORSBYRESISTIVEELEMENT(NICR,TAN,SICRANDOTHER):2022.168
    WORLDWIDECOMPETITIVEENVIRONMENTFORTHINFILMRESISTORSBYTYPEANDCONFIGURATION:2022.169
    GLOBALTHINFILMRESISTORVENDORS:2022GLOBALSALES＆MARKETSHAREESTIMATES.170

      Thin映画ChipResisへのrベンダー:2022グローバル市場ShareEstimates.172Thin映画ResisへのrNetworks,ArraysそしてIntegratedPassiveDeviceベンダー:2022グローバル売上高＆市場ShareEstimates.174
    HIGHFREQUENCYINDUCTORPRODUCTSCHARTBYCOMPONENTCONFIGURATION,APPLICATIONANDCOMPETITION.176
    TheThick映画MultilayeredCeramicChipInducへのr.176
    TheFerriteBead.176
    TheThin映画ChipInducへのr.176
    WirewoundVerticalChipsそしてConicals.176
    EFerriteCore.176
    PotFerriteCore.176

      Bespoke市場sInTheWest:.177MetalそしてCeramicテクノロジーVariations:.177Thin映画テクノロジー:.177TheImportanceのFerrites:.177市場sServed:.177UniqueConfigurations:.177
    InducへのrGrowthTechnologies:.178

      Thin映画CeramicInducへのrs:.178LowPrのileMLCIそしてThin映画ChipInducへのrs:.178Emerging市場sinTheDecimeterBそしてにとってCeramicInducへのrs.178Emerging市場sInTheCentimeterBそしてにとってCeramicInducへのrs:.178Emerging市場sinTheMillimeterWaveBそしてにとってCeramicInducへのrs:.179
    INDUCTORAPPLICATIONSINDIGITALELECTRONICS:.180

      SignalControl:.180NoiseControlそしてElimination(LCFilter):.180EnergySへのrageそしてVoltageStabilization:.180
    KEYINDUCTORMATERIALS.180

      MetalPowder(Ferrites).181MetalWire(BaseMetals).181CeramicDielectricMaterials:TitanatesにとってInductance.181EmergingMaterials市場sにとってInducへのrs.181
    THEMOVEMENTININDUCTORMATERIALSTECHNOLOGY.181

      MultilayeredFerriteCoil(Beads).181MultilayeredCeramicChipInducへのr.181Thin映画ChipInducへのrs.182
        MIL-SPECInducへのrs.182Ultra高い?QそしてBroadbそしてInducへのrs:.182ConicalTypeInducへのrs:.182
      Coreそして高い-QCeramicInducへのrsにとってTelecommunicationsInfrastructure.185
        OpticalNetwork/コミュニケーションsBackbone.185VAASInducへのrCompetiへのrDifferentiation.187

    DIRECTORYOFSUPPLIERSOFCAPACITORSFORDEFENSE,SPACEANDCIVILAVIATION:FY2023.187

    • ACAP(HIGHVOLTAGECERAMIC).187
    • ACC(HIGHTEMPERATURECERAMIC).188
    • AEPCOMPONENTS(HIGHVOLTAGECAPACITORS).188
    • AMC(HIGHTEMPERATURECAPACITORS).189
    • ARIZONACAPACITOR(HIGHTEMPERATURECAPACITORS).190
    • AVX(HIGHVOLTAGECERAMIC,PLASTICFILM;HIGHTEMPERATURE).190
    • CALRAMICTECHNOLOGIESLLC(PRIVATE)HIGHRELIABILITYCAPACITORS.191
    • CI(HIGHVOLTAGEPLASTICFILM).192
    • CHICAGOCONDENSER(HIGHVOLTAGEPLASTICFILM).192
    • CKE(HIGHVOLTAGECERAMIC).193
    • COMETTECHNIKAG(VACUUMVARIABLEPLASTICFILMCAPACITORS).193
    • COMAR(HIGHVOLTAGEPLASTICFILM).193
    • COMMONWEALTH-SPRAGUE(HIGHVOLTAGEPLASTICFILM).194
    • CONDENSERPRODUCTSCORP.(HIGHVOLTAGEPLASTICFILM).194
    • CDE(HIGHVOLTAGEALUMINUMANDPLASTICFILM).194
    • CSI(HIGHVOLTAGEPLASTICFILM).195
    • CUSTOMELECTRONICS(HIGHVOLTAGEMICA,FILM).196
    • DALICAP(HIGHVOLTAGECERAMIC).197
    • DEARBORN(HIGHVOLTAGEPLASTICFILM)HIGHTEMPERATUREFILMCAPACITORS.197
    • DEL/RFI(HIGHVOLTAGEPLASTICFILM).197
    • DUCATI(HIGHVOLTAGEPLASTICFILM).198
    • ELECTROCUBE(HIGHVOLTAGEPLASTICFILM).198
    • ELECTRONICCONCEPTS(HIGHVOLTAGEPLASTICFILM).199
    • EFC/WESCO(HIGHVOLTAGEPLASTICFILM).199
    • ELECTRONICON(HIGHVOLTAGEPLASTICFILM).200
    • ESTA(HIGHVOLTAGEPLASTICFILM).200
    • EUROFARAD(HIGHVOLTAGECERAMIC＆PLASTICFILM).201
    • EVANS?INRCORE?HIGHRELIABILITYCAPACITORS.202
    • EXXELIA(HIGHVOLTAGECERAMIC,PLASTICFILM).202
    • FACON(HIGHVOLTAGEPLASTICFILM).203
    • FRAKO(HIGHVOLTAGEPLASTICFILM).203
    • FRANKE(HIGHVOLTAGEPLASTICFILM).203
    • GENERALATOMICS(HIGHVOLTAGEPLASTICFILM).204
    • HIGHENERGY(HIGHVOLTAGECERAMIC,PLASTICFILM).204
    • HIGHVOLTCAPACITORS(HIGHVOLTAGEPLASTICFILM).204
    • HOLYSTONE(HIGHVOLTAGECERAMIC).205
    • ICAR(HIGHVOLTAGEPLASTICFILM).206
    • IPDIA(MURATA)HIGHRELIABILITYCAPACITORS,RESISTORSANDINDUCTORS.206
    • JENNINGSVACUUMVARIABLECAPACITORS-HIGHRELIABILITYAPPLICATIONSPECIFICCAPACITORS.206
    • JOHANSON(HIGHVOLTAGECERAMIC).207
    • JOHNSON＆PHILIPS(HIGHVOLTAGEPLASTICFILM).208
    • KSYSTEMS(HIGHVOLTAGEDIAMONDLIKECAPACITORS).208
    • KEKON(HIGHVOLTAGECERAMIC).208
    • KEMET(HIGHVOLTAGECERAMIC,PLASTICFILM)HIGHRELIABILITYCAPACITORS.209
    • KENDEILS.R.L.(HIGHVOLTAGEALUMINUM,PLASTICFILM).210
    • KNOWLES.211
    • KONEK(HIGHVOLTAGEPLASTICFILM).212
    • LCR(HIGHVOLTAGEPLASTICFILM).212
    • LECLANCHE(HIGHVOLTAGEPLASTICFILM).212
    • MARUWA(HIGHVOLTAGECERAMIC).213
    • MFD(HIGHVOLTAGEPLASTICFILM).213
    • MORGAN(HIGHVOLTAGECERAMIC).214
    • MURATA(HIGHVOLTAGECERAMIC).214
    • NWL(HIGHVOLTAGEPLASTICFILM).215
    • NOKIAN(HIGHVOLTAGEPLASTICFILM).215
    • NORFOLK(HIGHVOLTAGEPLASTICFILM).216
    • NOVACAP(HIGHVOLTAGECERAMIC).216
    • NUEVAGENERACION(HIGHVOLTAGEPLASTICFILM).217
    • PLASTICCAPACITORS(HIGHVOLTAGEPLASTICFILM).217
    • POWERCAPACITORSLIMITED(HIGHVOLTAGEPLASTICFILM).218
    • PRESIDIO(HIGHVOLTAGECERAMIC).218
    • REGALBELOIT(HIGHVOLTAGEPLASTICFILM).218
    • RELIABLECAPACITORS(HIGHVOLTAGEPLASTICFILM).219
    • RONKEN(HIGHVOLTAGEPLASTICFILM).220
    • RUBYCON(HIGHVOLTAGEALUMINUM,PLASTICFILM).220
    • SBECAPACITOR(HIGHVOLTAGEPLASTICFILM).220
    • SOLEN(HIGHVOLTAGEPLASTICFILM).220
    • SOUTHERNELECTRONICS(HIGHVOLTAGEPLASTICFILM).221
    • SPECTRUMCONTROL(HIGHVOLTAGECERAMIC).221
    • SRT-MC(HIGHVOLTAGECERAMIC).221
    • SUZHOUPOWER(HIGHVOLTAGEPLASTICFILM).222
    • SYFER(HIGHVOLTAGECERAMIC).222
    • TAIYOYUDEN(HIGHVOLTAGECERAMIC).223
    • TEMEX(HIGHVOLTAGECERAMIC).223
    • TDK-EPC(HIGHVOLTAGECERAMIC＆PLASTICFILM).224
    • TRS(HIGHVOLTAGECERAMIC).224
    • UNIONTECHNOLOGY(HIGHVOLTAGECERAMIC).225
    • VISHAY(HIGHVOLTAGECERAMIC＆PLASTICFILM).225
    • WALSIN.226
    • WRIGHT(HIGHVOLTAGECERAMIC).227
    • YAGEO.227

    DIRECTORYOFSUPPLIERSOFRESISTORSFORDEFENSE,SPACEANDCIVILAVIATION:FY2023.228

    • AEPCOMPONENTS(HIGHVOLTAGERESISTORS).228
    • ARCOLUKLTD.(HIGHVOLTAGERESISTORS).228
    • BOURNS,INC.(HIGHVOLTAGERESISTORS).228
    • CADDOCKELECTRONICS,INC.(HIGHVOLTAGERESISTORS).229
    • EBGELEKTRONISCHEBAUELEMENTE(HIGHVOLTAGERESISTORS).229
    • HUNTINGTONELECTRIC,INC.(NOWVISHAY).230
    • HVRINTERNATIONALLIMITED(MORGANITERESISTORS).231
    • HYMEGCORPORATION(HIGHVOLTAGERESISTORS).231
    • IMSRESISTOR(HIGHVOLTAGERESISTORS).232
    • ITTPOWERSOLUTIONS.232
    • KOACORPORATION(6999)(HIGHVOLTAGERESISTORS).233
    • KRAHGROUPRESISTORS.234
    • KRL/BANTRYCOMPONENTS,INC.(HIGHVOLTAGERESISTORS).234
    • MICROPENTECHNOLOGIES,INC.,OHMCRAFT,INC.(HIGHVOLTAGERESISTORS).235
    • POWEROHMRESISTORS,INC.(HIGHVOLTAGERESISTORS).236
    • PRECISIONRESISTORCオムパニー,INC.(HIGHVOLTAGERESISTORS).236
    • OHMITEMANUFACTURINGCオムパニー,INC.(HIGHVOLTAGERESISTORS).237
    • RCDCOMPONENTS,INC.(HIGHVOLTAGERESISTORS).237
    • REIDON(HIGHRELIABILITYRESISTORS).238
    • SEI,INC.(HIGHVOLTAGERESISTORS).238
    • SRTRESISTORTECHNOLOGYGMBH(HIGHVOLTAGERESISTORS).238
    • TEPROOFFLORIDA,INC.(HIGHVOLTAGERESISTORS).239
    • TTELECTRONICS(IRC/BI)(HIGHVOLTAGERESISTORS).240
    • VISHAYINTERTECHNOLOGY,INC.(HIGHVOLTAGERESISTORS).241
    • DIRECTORYOFSUPPLIERSOFINDUCTORSFORDEFENSE,SPACEANDCIVILAVIATION:FY2023.241
    • ABBOTTTECHNOLOGIES(HIGH-RELIABILITYINDUCTORS).241
    • AEM(HIGH-RELIABILITYINDUCTORS).242
    • APIDELEVAN(HIGH-RELIABILITYINDUCTORS).244
    • AVX(HIGH-RELIABILITYINDUCTORS).245
    • BOURNS(HIGH-RELIABILITYINDUCTORS).247
    • COILCRAFT(HIGH-RELIABILITYINDUCTORS).250
    • COAST/ACM(HIGH-RELIABILITYINDUCTORS).252
    • COIL-TECH(HIGH-RELIABILITYINDUCTORS).253
    • COILSUNLIMITED(HIGH-RELIABILITYINDUCTORS).253
    • COOPERBUSSMANELECTRONICS-COILTRONICS(EATON)(HIGH-RELIABILITYINDUCTORS).254
    • CYNTEC Cオムパニー LIMITED(HIGH-RELIABILITYINDUCTORS).255
    • ELECTROTECHNIKINDUSTRIES,INC.(HIGH-RELIABILITYINDUCTORS).255
    • FAIR-RITE(HIGH-RELIABILITYINDUCTORS).256
    • GOWANDA(INRCORE)(HIGH-RELIABILITYINDUCTORS).257
    • HOBARTELECTRONICSCOIL-TRAN(HIGH-RELIABILITYINDUCTORS).260
    • HURRICANEELECTRONICSLAB(HIGH-RELIABILITYINDUCTORS).261
    • HYTRONICSCORP.(ETI)(HIGH-RELIABILITYINDUCTORS).261
    • JOHANSONTECHNOLOGY(HIGH-RELIABILITYINDUCTORS).261
    • LAIRDTECHNOLOGIES(DUPONT)(HIGH-RELIABILITYINDUCTORS).265
    • MAGNETICS(SPANG)(HIGH-RELIABILITYINDUCTORS).266
    • MMGCANADA(HIGH-RELIABILITYINDUCTORS).267
    • MURATA(THICKANDTHINFILM)(HIGH-RELIABILITYINDUCTORS).268
    • PICONICS(HIGH-RELIABILITYINDUCTORS).270
    • PULSE(YAGEO)(HIGH-RELIABILITYINDUCTORS).270
    • RAYCOM(ETI)(HIGH-RELIABILITYINDUCTORS).273
    • RENCOELECTRONICS,INC.(HIGH-RELIABILITYINDUCTORS).273
    • RHOMBUSINDUSTRIES,INC.(HIGH-RELIABILITYINDUCTORS).274
    • TAIYOYUDEN(HIGH-RELIABILITYINDUCTORS).275
    • TDK(HIGH-RELIABILITYINDUCTORS).276
    • TOKEN(HIGH-RELIABILITYINDUCTORS).278
    • TOKO(MURATA)(HIGH-RELIABILITYINDUCTORS).280
    • TOROTEL(TTELECTRONICS)(HIGH-RELIABILITYINDUCTORS).283
    • TTELECTRONICS(HIGH-RELIABILITYINDUCTORS).285
    • VANGUARDELECTRONICS(HIGH-RELIABILITYINDUCTORS).288
    • VIKING(THICKANDTHINFILM)(HIGH-RELIABILITYINDUCTORS).289
    • VISHAYINTERTECHNOLOGY(HIGH-RELIABILITYINDUCTORS).289
    • WILCOCORPORATION(HIGHQINDUCTORS).292
    • WURTHELEKTRONIK(HIGH-RELIABILITYINDUCTORS).293
    • YAGEOCORPORATION(HIGH-RELIABILITYINDUCTORS).295

    　

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    Summary

    Introducing the Ultimate Market Research Study on Passive Electronic Components for Defense, Space, and Civil Aviation Electronics

    Unlock the power of market insights with Paumanok IMR, the world's leading supplier of market research studies to the passive electronic component industry. We proudly present our latest publication: "Passive Electronic Components for Defense, Space and Civil Aviation Electronics: World Markets, Technologies and FY 2023-2028 Supply Chain Outlook: ISBN # 1-893211-90-8 (2023)."

    Updated and expanded, this comprehensive study spans 286 pages and features 88 tables and graphs, delivering unparalleled depth and analysis. Building on our renowned 2005, 2012, and 2017 editions, our latest release equips you with the most up-to-date information to make informed decisions.

    Delve into the Entire Ecosystem of Passive Electronic Components

    Discover the intricate web of mass-produced ubiquitous components, including capacitors, resistors, and inductors, specifically designed for defense, space, and civil aviation electronics. Our study establishes crucial links between manufacturers of military specification components and their remarkable synergies in producing top-quality, application-specific components based on voltage, temperature, and frequency requirements.

    Unveiling Vendor Assessments and Market Shares

    Uncover detailed assessments of vendors and their market shares within each sub-category. We identify key areas of synergy based on technology, opening doors for potential merger and acquisition opportunities within the industry. Stay ahead of the curve and position your organization for success with our in-depth analysis.

    Precise Analysis of Circuit Applications and Key Verticals

    Navigate the intricate landscape of markets by circuit application and explore key verticals associated with the top customers worldwide in defense, space, and civil aviation segments. Our study provides invaluable insights into the market, empowering you to make strategic decisions with confidence.

    Forecasting Consumption of Passive Electronic Components

    Stay informed about the future with our expert forecast on the consumption of passive electronic components in defense, space, and civil aviation. Gain exclusive key insights that only multiple research studies, provenance, and utility can offer, thanks to Paumanok IMR's unrivaled expertise.

     



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    Table of Contents

    PASSIVE COMPONENT IN DEFENSE ELECTRONICS BY COMPONENT TYPE: HISTORICAL GROWTH. 0

    • Reasons for Market Changes In Defense Electronics . 18
    • Traditional Platforms In Power Supplies and Defense Communications for Passive Components: . 18
    • Research and Development Spending on Passive Components For New Platforms: . 19
    • Capacitor Markets In Defense Electronics: Summary . 19

    CAPACITOR MILITARY SPECIFICATIONS-­- . 20

    • MLCC and Ceramic Capacitors In Defense & Aerospace Electronics . 20
      • Ceramic Capacitor Military Specifications; . 20
        • MIL-PRF 123 Radial Leaded Capacitors: . 20
        • MIL-PRF-49464 –Single Layer Ceramic Chip . 20
        • MIL-PRF-49467 Ceramic Capacitors: . 20
        • MIL-PRF-49470 (DSCC 87106) Ceramic Capacitors: . 20
        • MIL-PRF-55681 Ceramic Capacitors: . 20
        • MIL-PRF-39014 Ceramic Capacitors: . 20
      • ESA and European CECC Form Factors (Ceramic Capacitors): . 21
        • High Rel LICA Chips For Defense Electronics: . 21
        • High Temperature MLCC 175 Degrees C and Above For Defense & Aerospace Electronics: . 21
      • HV Pulse Detonator Capacitors For Defense Electronics: . 21
      • Tantalum Capacitor Military Specifications . 21
        • MIL-PRF-39003 - Fixed, Electrolytic (Solid Electrolyte), Tantalum, . 21
        • MIL-PRF-39003 - Fixed, Electrolytic (Wet Electrolyte), Tantalum WETS . 21
        • MIL-PRF-39006 - Capacitor, Fixed, Electrolytic (Nonsolid Electrolyte), Tantalum, Established Reliability, General Specification . 21
        • MIL-PRF-55365D - Capacitor, Fixed, Electrolytic (Tantalum), Chip, General Specification . 22
        • MIL-PRF-55365D - Capacitor, Fixed, Electrolytic (Tantalum), Chip, General Specification . 22
        • MIL-PRF-49137 - Capacitors, Fixed, Electrolytic (Solid Electrolyte), Tantalum, Molded, Conformal Coated and metal . 22
        • MIL-PRF-49137 - Capacitors, Fixed, Electrolytic (Solid Electrolyte), Tantalum, Molded, Conformal Coated and metal Cased with Plastic End-Fill, Nonhermetically Sealed, General
        • Specification . 22
        • MIL-PRF-55365 - Capacitor, Fixed, Electrolytic (Tantalum), Chip . 22
        • MIL-PRF-55365 - Capacitor, Fixed, Electrolytic (Tantalum), Chip, Nonestablished Reliability, Established Reliability, General Specification . 22

    Plastic Film Capacitor Military Specifications . 22

    • MIL-PRF-19978 - Capacitors, Fixed, Plastic (or Paper-Plastic) Dielectric (Hermetically Sealed in metal, Ceramic or Glass Cases), . 22
    • MIL-PRF-19978 - Capacitors, Fixed, Plastic (or Paper-Plastic) Dielectric (Hermetically Sealed in metal, Ceramic or Glass Cases), . 22
    • MIL-PRF-39022 - Capacitors, Fixed, metallized, Paper-Plastic Film, or Plastic Film Dielectric, Direct and Alternating Current, . 22
    • Aluminum Electrolytic Capacitor Military Specifications . 23
    • Glass Capacitor Military Specifications . 23
    • Mica Capacitor Military Specifications . 23

    RESISTOR MILITARY SPECIFICATIONS: . 23

    • MIL-PRF-914 - General Specification for Resistors . 24
    • Military Specifications for Wirewound Resistors (93, 39007, 39009) . 24
    • Military Specifications for Metal Film Resistors (10509, 55342/7) . 24
    • Military Specifications for Space Level Resistors . 24

    INDUCTOR MILITARY SPECIFICATIONS: . 24

    • MIL-PRF-83446- Coils, Chip, Fixed or Variable, Radio Frequency . 24
    • MIL-PRF-39010 Wirewound, Molded, Level M Qualified, MIL-PRF-39010, Established Reliability . 25
    • MIL-PRF-15305 Qualified, Type LT, Molded, Shielded, Axial Leaded . 25

    DEFENSE SPENDING: ELECTRONIC TECHNOLOGY: 2012-2022 . 26


    PASSIVE COMPONENT CONSUMPTION IN DEFENSE ELECTRONICS: 2023 . 27
    DEFENSE CAPACITORS: . 27
    DEFENSE RESISTORS: . 28
    DEFENSE INDUCTORS: . 28

    • Passive Electronic Component Intensive Defense Platforms . 29
      • Avionics . 31
      • Communications & Navigation . 31
        •  Airborne High Frequency Communications . 31
        •  Airborne SATCOM . 31
        •  Networked Communications Airborne Radio . 31
        •  SATCOM High Gain Antenna . 31
        •  Navigation . 31
        •  Air Data . 31
        •  Ground Communications Products . 31
        •  Micro GPS Receiver Application Module . 31
        •  Airborne VHF/UHF/L-Band . 31
        •  High-speed Transceiver . 31
        •  Perimeter Surveillance Radar Systems . 31
        •  Electronic Warfare and Other Radar . 31
          •  Munitions Electronics . 32
          •  Satellites . 32
        •  Communication Satellites . 32
        •  Imaging Satellites . 32
    • Summary and Outlook . 32

    INTRODUCTION TO AEROSPACE ELECTRONICS: MARKETS, TECHNOLOGIES AND OPPORTUNITIES . 33
    FY 2023 Defense Outlook: Europe Up, ROW Flat . 35
    Competitive Environment: Known Vendors of Capacitors By Military Specification: 2022 . 41

    • Ceramic Capacitor Vendors for Defense & Aerospace by Type and Specification . 41
      • Global Market Breakdown For Ceramic Capacitors by Mil-Spec, ESA/CECC and Specialty Defense Capacitors: FY 2022 . 41
    • Tantalum Capacitor Vendors for Defense & Aerospace by Type and Specification . 41
    • Tantalum Capacitor Vendors To The Defense Segment . 41

    Plastic Film Capacitor Vendors for Defense & Aerospace by Type and Specification . 42

    • Plastic Film Capacitor Vendors To The Defense Segment . 43

    Aluminum Electrolytic, Mica and Glass Capacitor Vendors To The Defense and Aerospace Sector . 43

    • Aluminum, Mica and Glass Capacitor Vendors To The Defense Segment . 44
    • Top Manufacturers of Passive Electronic Components (C,R,L) for Defense and Aerospace Electronics: FY 2022 . 44
    • Top Manufacturers of Resistors for Defense and Aerospace Electronics: FY 2022 . 46
    • Top Manufacturers of Inductors for Defense and Aerospace Electronics: FY 2022 . 47
    • Passive Component Consumption in Defense Electronics by End-Use Circuit Application: FY 2022 . 48

    FORECAST: Passive Component Consumption Forecasts In The Defense and Aerospace Industry by Component Type (Capacitors, Resistors & Inductors): 2023-2028 Outlook . 49

    • FORECAST: Passive Electronic Component Consumption Value In The Global Defense & Aerospace Segment: 2023-2028 . 49

    Future Roadmap of Electronic Component Requirements for Defense and Aerospace Electronics . 50

    • Railgun Pulse Discharge Capacitors: . 50
    • Thin Film Resistors: . 50
    • Thin Film Inductors: . 50
    • Multilayered Ferrite Flux Technology: . 50
    • Integrated Passive Devices . 50
    • Integral Passive Substrates: and LTCC . 51
    • EDLC Supercapacitors . 51
    • Graphene Supercapacitors and Other Pulsed Data Technologies . 51

    IDENTIFYING MARKET SYNERGIES FOR MERGERS & ACQUISITIONS: 2023-2028 . 51

    • Introduction: . 51
    • High- Reliability Passive Component Products By Definition: . 52

    THE NEED FOR PASSIVES IN MISSION CRITICAL MARKETS: . 54
    WHAT QUALIFIES AS HIGH-RELIABILITY? . 54

    • End-Market Considerations: . 54
    • Volume and Value Considerations: . 56
    • Operating Margin Considerations: . 56
    • Price Stability: . 56
    • End-Product Lifecycle Considerations: . 56
    • Population Driven Versus Performance Driven Product Considerations: . 56
    • Regional Market Considerations: . 56
    • Competitive Environment Considerations: . 56
    • High-Reliability Components: Value-Added and Application Specific Market Knowledge Requirements- . 57
      • Increase Share and Operating Margins Through High Reliability Passive Component Markets: . 57
      • High-Voltage, High-Q, High-Temperature, Robust- Overlapping: . 57
      • Importance of Customer Relationships & Vendor Responsiveness: . 58
    • High-Reliability Market Segments in Electronic Components . 59
      • High Voltage Segment- . 59
      • High Frequency Segment- . 59
      • High Temperature Segment- . 59
    • Summary and Conclusions: . 59
      • Capacitor, Resistor and Inductor Global Community: . 60
      • Related Paumanok HIGH-RELIABILITY Blockchain Reports . 60
        • High-Reliability Passive Components Vendor Competitive Analysis, Factories by Country and Market Shares . 60
        • High-Reliability Passive Components – Technical-Economic Analysis . 60
      • Technology Driven, Not Price Driven End-Markets . 60
      • Component Channel Definitions: . 61
        • •Standard Parts . 61
    • High-Reliability Components: Market Entry Strategies: . 61
      • Mergers & Acquisitions: . 61
      • Pros and Cons of Market Entry Through M&A Activity . 63
        • Pros and Cons of Market Entry Through Acquisition: 2022 . 63
      • Organic Growth Strategy: . 63
      • Pros and Cons of Market Entry Through Organic Growth . 63
        • Market Entry Through Organic Growth: . 63

    MARKET OPPORTUNITIES ADJACENT TO DEFENSE, SPACE AND CIVIL AVIATION: 2023-2028 . 65

    • Defense, Space and Civil Aviation: . 65
    • MedTech Electronics: . 65
    • Oil & Gas Electronics: . 65
    • R&D Laboratory Test and Measurement Equipment: . 65
    • Communications Infrastructure: . 65
    • Semiconductor Manufacturing . 65
    • Specialty Power: . 65

    HIGH RELIABILITY PASSIVE COMPONENTS: WORLD MARKETS, TECHNOLOGIES & OPPORTUNITIES: 2023-2028 . 67

    • High-Reliability Passive Components: Report of The Technology Set . 67
    • High Reliability Capacitors; World Market Value: FY 2022: . 67
    • High Reliability Resistors; World Market Value: FY 2022: . 67
    • High Reliability Inductors; World Market Value: FY 2022: . 67

    HIGH-RELIABILITY CAPACITOR BLOCKCHAIN . 69
    HIGH-RELIABILITY RESISTOR BLOCKCHAIN . 70
    HIGH-RELIABILITY INDUCTOR BLOCKCHAIN . 71
     

    HIGH-VOLTAGE PASSIVE ELECTRONIC COMPONENTS FOR DEFENSE, SPACE AND CIVIL AVIATION: . 72

    • The High Voltage Ceramic Capacitor Market: FY 2022 . 72

    Multilayered Ceramic Capacitors (MLCC): . 72
    Axial and Radial Leaded MLC Ceramic Capacitors: . 72
    Single Layered Ceramic Capacitors: . 73

    • 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 . 74

    High Voltage Plastic Capacitor Technology Analysis: (PP, PET, PEN, HV-PEN, PPS, PTFE, PI, Exotic) . 75

    • Polypropylene Power Film Capacitors (PP Film Large Cans): . 75
    • Radial Leaded AC/Pulse Plastic Film Capacitors (PP,PET, PEN, HV-PEN, PPS, PTFE, PI, Exotic) . 75
    • High Voltage Tantalum Wet Slug Markets . 76
    • The High Voltage Aluminum Electrolytic Capacitor Markets: FY 2022 . 76
      • High Voltage Reconstituted Mica Capacitor: . 76
      • High Voltage Glass Capacitors: . 76
      • High Voltage Diamond-Like (DLC) Capacitors: Technology & Market Overview: . 77
      • High Voltage Tin-Oxide Film Resistor Technology Analysis: (Thick Film Resistive Layers and Substrates) . 78
      • Metal Oxide/Metal Glaze Resistors: . 78

    Competitive Environment in High Reliability + High Voltage Resistors: FY 2022 . 79

    • Carbon Film Resistors: . 79
    • Thick Film SIP Networks: . 79
    • Metal Alloy/Metal Foil Resistors: . 80
    • Thick Film Chip: . 80

    Variations Upon The High Voltage Resistor: High Frequency and High Temperature Applications: . 83
    High Voltage and High Frequency Applications: . 83
    Triple ROI- High Voltage, High Frequency, High Temperature: . 84
    Circuit Applications By End-Market For High Voltage Resistors > 1kV: . 84

    • Capacitor Charge/Discharge Circuits: . 84
    • Soft Start/Surge/Current Limit: . 85
    • Snubber Circuits/Transient Protection/Harmonic Filtering: . 85
    • Tube Arc Protection: . 85
    • Dummy Loads: . 85
    • Inverter/Rectifier Circuits: . 85
    • Wave Form Loads: . 85
    • Dynamic Braking: . 85
    • Circuit Applications for Tin-Oxide High Voltage Resistors>1000 Vdc: . 86
    • TAKEAWAY- Factory Tours- High Voltage Resistor Production . 90
    • INSIGHTS: Synergistic Market Approach: Opportunities in Like Components . 91
    • INSIGHTS: Synergistic Market Opportunity: High Voltage Resistors, Capacitors and Inductors . 91
    • MIL-SPEC 49462: . 91

    HIGH-VOLTAGE INDUCTORS FOR DEFENSE, SPACE AND CIVIL AVIATION: WORLD MARKETS, TECHNOLOGIES & OPPORTUNITIES: 2023-2028 . 92
    INDUCTOR PRODUCTS CHART BY COMPONENT CONFIGURATION, APPLICATION AND COMPETITION . 92

    • The Ferrite Bead Array . 92
    • The Thin Film Chip Inductor . 92
    • Wirewound Vertical Chips and Conicals . 92
    • Wirewound Horizontal Chip . 92
    • Axial Leaded Inductor . 92
    • Radial Leaded Inductor . 92
    • E Ferrite Core . 93
    • Pot Ferrite Core . 93
    • Variations in Coil Technology: . 93
    • Coil Diameter: . 93
    • Wire Turns: . 93

    INDUCTOR APPLICATIONS IN HIGH VOLTAGE ELECTRONICS: . 93

    • Signal Control: . 93
      • MIL-SPEC Inductors . 94
    • High Voltage Inductors: . 94

    INDUCTOR TECHNOLOGY, PRODUCT MIX AND PORTFOLIO . 97

    • Technology Differentiation Among Inductor Vendors: Result of Data Collection . 97
      • Bespoke Markets In The West: . 97
      • Metal and Ceramic Technology Variations: . 97
      • Thin Film Technology: . 97
      • The Importance of Ferrites: . 97
      • Markets Served: . 97
      • Unique Configurations: . 98
    • Inductors for Telecommunications Infrastructure . 101
      • Optical Network/Communications Backbone . 101
        • VAAS Inductor Competitor Differentiation . 103

    HIGH-TEMPERATURE PASSIVE ELECTRONIC COMPONENTS FOR DEFENSE, SPACE AND CIVIL AVIATION:  WORLD MARKET OUTLOOK: 2023-2028 . 104

    • High Temperature Capacitors (>175 Degrees C): World Markets, Technologies & Opportunities: 2022 . 104
    • Introduction . 104
    • Global Market Value For High Temperature Capacitors > 175 Degrees C: . 105
    • Historical Market Growth In High Temperature Capacitors > 175 Degrees C: . 105

    HIGH TEMPERATURE CAPACITOR: MARKET SHARES:. 106
    Market Share Estimates In High Temperature Capacitors > 175 Degrees C: 2022 . 106
    HIGH TEMPERATURE CAPACITOR TECHNOLOGY: 2022 . 109

    • High Temperature Capacitors By Type, Dielectric and Configuration: 175 Degrees C to 350 Degrees C . 109
      • 175 Degrees C To 200 Degree C Markets: 2022 . 109
      • 250 to 260 Degree C Markets: 2022 . 110
      • 300 to 450 Degree C Markets: 2022 . 110

    COMPETITIVE ENVIRONMENT IN HIGH TEMPERATURE CAPACITORS BY VENDOR, COMPONENT CONFIGURATION, MAXIMUM OPERATING TEMPERATURE AND DIELECTRIC: 2022 . 112

    • High Temperature Capacitors > 175 Degrees C- Comparison by Operating Voltage: 2022 . 112
    • High Temperature Capacitors: > 175 Degrees C- Comparison by Capacitance Value: 2022 . 113
    • Mechanical and Thermal Performance of High Temperature Components in 2022 . 114
      • Mechanical Shock and Vibration . 114
      • Specialty Packaging of High Temperature Components . 114
      • Thermal Cycling and Thermal Shock Performance of High Temperature Components . 115
      • Advancements In Polymeric Terminations and High Temperature Capacitors . 115
    • Advanced Testing Criteria For High Temperature Capacitors in 2022 . 115
      • Mean Time To Failure Accelerated Capacitor Testing . 115
    • Major Technology Breakthroughs in High Temperature Capacitors: 2022 . 115
      • 350 Degree C MLCC . 115
      • MLCC Flex Robust Terminations . 115
      • High Temperature TA/MnO2 Capacitors . 116
      • High Temperature TA/MnO2 Materials & Processes . 116
      • PEN Film Capacitors To 230 Degrees C . 116

    HIGH TEMPERATURE MARKET OPPORTUNITIES: . 116
    CUSTOMER TRENDS AND DIRECTIONS: . 116

    • Summary and Considerations . 116

    HIGH TEMPERATURE CAPACITOR MARKETS BY END-USE MARKET SEGMENT: 2022 . 117

    • Defense & Aerospace Electronics: . 117
    • Defense Related Platforms Consuming High Temperature Capacitors: 2022 . 118
      • Advanced Avionics Systems: . 118
      • Jet Engine Igniters (Capacitor Discharge Ignition System): . 118
      • CDI and The High Voltage, High Temperature Capacitor Solution: . 118
      • Aircraft Sensors and Regulators: . 118
    • High Temperature Oil & Gas Electronics . 118
      • Passive Component Applications In Downhole Sensor Modules: . 119
      • Component Applications In Sonic Logging Tools: . 119
      • Component Applications In Gamma-Ray Logging Tools: . 119
      • Component Applications In Density Logging Tools: . 119
      • Component Applications In Resistivity Logging Tools: . 120
      • Shock and Vibration Exposure To Capacitors In Drilling: . 120
      • Geothermal Energy Electronics: . 120
    • Competitive Environment in High Temperature Ceramic Capacitors by Component Configuration: 2022 . 121
      • High Temperature Ceramic Capacitor Vendors >175 C: 2022 Estimated Sales & Market Shares . 123

    HIGH TEMPERATURE TANTALUM CAPACITORS: WORLD MARKETS, TECHNOLOGIES OPPORTUNITIES: 2022 . 124

    • High Temperature Tantalum Capacitors > 175 Degrees C: Global Market Forecasts: FY 2022 . 125
    • Maximum Operating Temperature For High Temperature Tantalum Capacitors By Vendor and Component Configuration: FY 2022 . 125
    • Tantalum Wet-Slug Versus Molded Chip: High Temperature Capacitor Markets: 2022 . 126
    • Global Market Shares In High Temperature Tantalum Capacitors: 2022 . 127
    • High Temperature Plastic Film Capacitors: 2022 . 128
      • High Temperature Plastic Film Capacitors: World Markets, Technologies Opportunities: 2022 . 128
      • Technology    Overview:  High   Temperature    Plastic    Film   Capacitor    Types    and Configurations. . 128
      • Polytetrafluoroethylene (PTFE) Capacitors . 128
      • Polyimide (PI) Capacitors: . 128
      • Polyetheretherketone (PEEK) Capacitors . 129
      • Fluorene Polyester (FPE) Film Capacitors . 129
      • P(TFE-co-VDF) copolymer . 129
      • Polyetherimide (PEI) Capacitors; . 129
      • Notes on PPS and PEN Films: . 130
    • High Temperature Plastic Film Capacitors: Global Markets: 2022 . 130
      • Global  Market  Value  and  Volume  for  High  Temperature Plastic  Film  Capacitors By End-Use  Market  Segment  (175  Degrees  C  to  350+ Degrees C):   2 0 2 2  . 131
    • High Temperature Capacitor Vendors By Dielectric: 2022 . 132
    • High Temperature Capacitor Vendors By Temperature Rating 2022 . 134
      • Global  Vendors  of  High  Temperature Plastic  Film  Capacitors:  2022 Estimated  Sales  Value and  Market  Shares.  . 134

    COMPETITIVE ENVIRONMENT IN HIGH TEMPERATURE MICA CAPACITORS: 2022 VENDORS AND PRODUCT LINE UP . 137

    • Eurofarad (An Exelia Company) MB7 Series 200 Line- . 137
    • Custom Electronics, Inc. CKR Mica Capacitors- . 137

    High Reliability Glass, Silicon & Other Capacitor Dielectrics: . 137

    • Other Capacitor Markets: High Temperature 175 Degrees C . 137

    Glass Capacitors: . 137
    AVX CORPORATION: GLASS CAPACITORS . 137

    • Aluminum Electrolytic: . 138
      • Vishay Intertechnology (BCcomponents) 123 SAL-A; 128 SAL RPM . 138
      • Aluminum Capacitors: Trends in R&D Related to High Temperature Operation: . 138
    • DLC Capacitors: . 138
      • K Systems Corporation . 138
      • DLC Capacitors: Trends in R&D Related to High Temperature Operation: . 139
    • Silicon Capacitors: . 139
      • Ipdia: Extreme Temperature Capacitors . 139
      • Skyworks Solutions, Inc.  MIS Silicon Chip Capacitors . 140
      • Nanohmics/Faradox Energy Storage, Inc. . 140
    • Hybrid Capacitors: . 140
      • iNRCORE’s Evans Capacitor Company: THQA2-HT . 140
    • Aluminum Oxynitride Capacitors: . 141
      • Aluminum Oxynitride Capacitors: Trends in R&D Related to High Temperature Operation: . 141

    RESISTORS: HIGH TEMPERATURE TYPES AND APPLICATIONS: . 141

    • Triple ROI- High Voltage, High Frequency, High Temperature: . 142
    • Triple ROI- High Voltage, High Frequency, High Temperature: . 142

    HIGH-FREQUENCY PASSIVE ELECTRONIC COMPONENTS FOR DEFENSE, SPACE AND CIVIL AVIATION: WORLD MARKET OUTLOOK: 2023-2028 . 143

    • Specialty High Frequency Ceramic Capacitors: 6 GHz and Above: World Markets: . 143
    • Ceramic Feedthru Capacitors: World Markets: . 143

    High Frequency Ceramic Capacitor Applications > 6 Ghz: Introduction and Scope of Coverage . 143
    UHF, SHF and VHF Ceramic Capacitor Markets: FY 2022 . 144
    End-Products for Ceramic Capacitors In The UHF, SHF and VHF Range: FY 2022 . 145
    High Frequency Ceramic Capacitor Consumption By End-Use Market Segment: FY 2022 . 147

    • Wireless Access: High Frequency Base Station Markets for Ceramic Capacitors: 2022 . 147
    • Medical Test & Scan Equipment Markets for High Frequency Ceramic Capacitors: 2022 . 147
    • Defense Communications Markets for High Frequency Ceramic Capacitors: 2022 . 147
    • RF Sputtering/Lasers/ Other Markets for High Frequency Ceramic Capacitors: 2022 . 147

    Value of Demand For High Frequency Ceramic Capacitors By Dielectric Type (NPO, X7R, Low Loss Porcelain, Z5U): FY 2022 . 149
    Value of Consumption for High Frequency Ceramic Capacitors By Configuration (Thick Versus Thin Film): FY 2022 . 150
    Competitive Analysis: UHF/Microwave Ceramic Capacitors: FY 2022 Update . 151
    High Frequency Ceramic Capacitor Suppliers: FY 2022 Sales & Market Shares . 152

    • Bright Outlook Forecasted for Thin Film Resistor Chips and Networks: . 155

    Thin Film Metals and Deposition: . 155

    • Nickel Chromium Thin Film Solutions: . 156
    • Tantalum Nitride Thin Film Solutions: . 156
    • Chrome Silicide and Other Thin Film Solutions: . 156
    • Historical Development, Technology, Types and Configurations for Thin Film Resistors: . 156
    • Thin Film Resistors: Component Demand by Configuration: . 157
      • Modern Expansion of the Thin Film Chip Market: . 157
      • Modern Expansion of The Thin Film Network and Integrated Passive Device Markets: . 157
    • Thin Film Resistors: End-Markets by Type: . 158
    • Thin Film Resistors: Markets by Region: . 158
    • Thin Film Resistors: Markets by End-Use Segment: . 158
    • Competition in Thin Film Resistors: . 159
    • Thin Film Resistors and Networks: Global Market Outlook:: . 159

    VALUE PROPOSITION OF THIN FILM RESISTORS: . 159

    • Precision Resistance: . 159
    • Power Efficiency and Handling Capability: . 159
    • Current Sensing Capability: . 159
    • High Frequency Capability: . 160
    • High Temperature Performance: . 160
    • Long-Term Stability: . 160
    • Overcurrent Protection: . 160
    • Anti-sulfide Performance: . 161
    • Green Technology: . 161
    • Moisture Resistance: . 161
    • Reliance on Base Metals: . 161
      • Tantalum Versus Nickel Supply Chains: . 161

    THIN FILM TRENDS AND DIRECTIONS: INTEGRATED PASSIVE COMPONENTS AND DEVICES: . 162

    GLOBAL VALUE OF CONSUMPTION FOR THIN FILM RESISTORS BY CONFIGURATION (CHIP AND NETWORK) . 162
    GLOBAL VALUE OF CONSUMPTION FOR THIN FILM RESISTORS BY TYPE (TAN, NICR, OTHER): . 162
    GLOBAL VALUE OF CONSUMPTION FOR THIN FILM RESISTORS BY END-USE MARKET SEGMENT: 2022 . 163

    • Automotive Markets: . 165
    • Power Conversion Markets: . 165
    • Telecom-High Q Markets: . 165
    • Test & Measurement Equipment Markets: . 165
    • Computer (Printer) Markets: . 165
    • Medical Device Markets: . 166
    • Defense, Aerospace and Other Markets: . 166

    THIN FILM RESISTOR VENDORS BY MARKETS SERVED: 2022 . 166
    THIN FILM RESISTOR VENDORS BY RESISTIVE ELEMENT (NICR, TAN, SICR AND OTHER): 2022 . 168
    WORLDWIDE COMPETITIVE ENVIRONMENT FOR THIN FILM RESISTORS BY TYPE AND CONFIGURATION: 2022 . 169
    GLOBAL THIN FILM RESISTOR VENDORS: 2022 GLOBAL SALES & MARKET SHARE ESTIMATES . 170

    • Thin Film Chip Resistor Vendors: 2022 Global Market Share Estimates . 172
    • Thin Film Resistor Networks, Arrays and Integrated Passive Device Vendors: 2022 Global Sales & Market Share Estimates . 174

    HIGH FREQUENCY INDUCTOR PRODUCTS CHART BY COMPONENT CONFIGURATION, APPLICATION AND COMPETITION . 176
    The Thick Film Multilayered Ceramic Chip Inductor . 176
    The Ferrite Bead . 176
    The Thin Film Chip Inductor . 176
    Wirewound Vertical Chips and Conicals . 176
    E Ferrite Core . 176
    Pot Ferrite Core . 176

    • Bespoke Markets In The West: . 177
    • Metal and Ceramic Technology Variations: . 177
    • Thin Film Technology: . 177
    • The Importance of Ferrites: . 177
    • Markets Served: . 177
    • Unique Configurations: . 177

    Inductor Growth Technologies: . 178

    • Thin Film Ceramic Inductors: . 178
    • Low Profile MLCI and Thin Film Chip Inductors: . 178
    • Emerging Markets in The Decimeter Band for Ceramic Inductors . 178
    • Emerging Markets In The Centimeter Band for Ceramic Inductors: . 178
    • Emerging Markets in The Millimeter Wave Band for Ceramic Inductors: . 179

    INDUCTOR APPLICATIONS IN DIGITAL ELECTRONICS: . 180

    • Signal Control: . 180
    • Noise Control and Elimination (LC Filter): . 180
    • Energy Storage and Voltage Stabilization: . 180

    KEY INDUCTOR MATERIALS . 180

    • Metal Powder (Ferrites) . 181
    • Metal Wire (Base Metals) . 181
    • Ceramic Dielectric Materials: Titanates for Inductance . 181
    • Emerging Materials Markets for Inductors . 181

    THE MOVEMENT IN INDUCTOR MATERIALS TECHNOLOGY . 181

    • Multilayered Ferrite Coil (Beads) . 181
    • Multilayered Ceramic Chip Inductor . 181
    • Thin Film Chip Inductors . 182
      • MIL-SPEC Inductors . 182
      • Ultra High –Q and Broadband Inductors: . 182
      • Conical Type Inductors: . 182
    • Core and High-Q Ceramic Inductors for Telecommunications Infrastructure . 185
      • Optical Network/Communications Backbone . 185
      • VAAS Inductor Competitor Differentiation . 187

    DIRECTORY OF SUPPLIERS OF CAPACITORS FOR DEFENSE, SPACE AND CIVIL AVIATION: FY 2023 . 187

    • ACAP (HIGH VOLTAGE CERAMIC) . 187
    • ACC (HIGH TEMPERATURE CERAMIC) . 188
    • AEP COMPONENTS (HIGH VOLTAGE CAPACITORS) . 188
    • AMC (HIGH TEMPERATURE CAPACITORS) . 189
    • ARIZONA CAPACITOR (HIGH TEMPERATURE CAPACITORS) . 190
    • AVX (HIGH VOLTAGE CERAMIC, PLASTIC FILM; HIGH TEMPERATURE) . 190
    • CALRAMIC TECHNOLOGIES LLC (PRIVATE) HIGH RELIABILITY CAPACITORS . 191
    • CI (HIGH VOLTAGE PLASTIC FILM) . 192
    • CHICAGO CONDENSER (HIGH VOLTAGE PLASTIC FILM) . 192
    • CKE (HIGH VOLTAGE CERAMIC) . 193
    • COMET TECHNIK AG (VACUUM VARIABLE PLASTIC FILM CAPACITORS) . 193
    • COMAR (HIGH VOLTAGE PLASTIC FILM) . 193
    • COMMONWEALTH-SPRAGUE (HIGH VOLTAGE PLASTIC FILM) . 194
    • CONDENSER PRODUCTS CORP. (HIGH VOLTAGE PLASTIC FILM) . 194
    • CDE (HIGH VOLTAGE ALUMINUM AND PLASTIC FILM) . 194
    • CSI (HIGH VOLTAGE PLASTIC FILM) . 195
    • CUSTOM ELECTRONICS (HIGH VOLTAGE MICA, FILM) . 196
    • DALICAP (HIGH VOLTAGE CERAMIC) . 197
    • DEARBORN (HIGH VOLTAGE PLASTIC FILM) HIGH TEMPERATURE FILM CAPACITORS . 197
    • DEL/RFI (HIGH VOLTAGE PLASTIC FILM) . 197
    • DUCATI (HIGH VOLTAGE PLASTIC FILM) . 198
    • ELECTROCUBE (HIGH VOLTAGE PLASTIC FILM) . 198
    • ELECTRONIC CONCEPTS (HIGH VOLTAGE PLASTIC FILM) . 199
    • EFC/WESCO (HIGH VOLTAGE PLASTIC FILM) . 199
    • ELECTRONICON (HIGH VOLTAGE PLASTIC FILM) . 200
    • ESTA (HIGH VOLTAGE PLASTIC FILM) . 200
    • EUROFARAD (HIGH VOLTAGE CERAMIC & PLASTIC FILM) . 201
    • EVANS – INRCORE – HIGH RELIABILITY CAPACITORS . 202
    • EXXELIA (HIGH VOLTAGE CERAMIC, PLASTIC FILM) . 202
    • FACON (HIGH VOLTAGE PLASTIC FILM) . 203
    • FRAKO (HIGH VOLTAGE PLASTIC FILM) . 203
    • FRANKE (HIGH VOLTAGE PLASTIC FILM) . 203
    • GENERAL ATOMICS (HIGH VOLTAGE PLASTIC FILM) . 204
    • HIGH ENERGY (HIGH VOLTAGE CERAMIC, PLASTIC FILM) . 204
    • HIGH VOLT CAPACITORS (HIGH VOLTAGE PLASTIC FILM) . 204
    • HOLYSTONE (HIGH VOLTAGE CERAMIC) . 205
    • ICAR (HIGH VOLTAGE PLASTIC FILM) . 206
    • IPDIA (MURATA) HIGH RELIABILITY CAPACITORS, RESISTORS AND INDUCTORS . 206
    • JENNINGS VACUUM VARIABLE CAPACITORS- HIGH RELIABILITY APPLICATION SPECIFIC CAPACITORS . 206
    • JOHANSON (HIGH VOLTAGE CERAMIC) . 207
    • JOHNSON & PHILIPS (HIGH VOLTAGE PLASTIC FILM) . 208
    • K SYSTEMS (HIGH VOLTAGE DIAMOND LIKE CAPACITORS) . 208
    • KEKON (HIGH VOLTAGE CERAMIC) . 208
    • KEMET (HIGH VOLTAGE CERAMIC, PLASTIC FILM) HIGH RELIABILITY CAPACITORS . 209
    • KENDEIL S.R.L. (HIGH VOLTAGE ALUMINUM, PLASTIC FILM) . 210
    • KNOWLES . 211
    • KONEK (HIGH VOLTAGE PLASTIC FILM) . 212
    • LCR (HIGH VOLTAGE PLASTIC FILM) . 212
    • LECLANCHE (HIGH VOLTAGE PLASTIC FILM) . 212
    • MARUWA (HIGH VOLTAGE CERAMIC) . 213
    • MFD (HIGH VOLTAGE PLASTIC FILM) . 213
    • MORGAN (HIGH VOLTAGE CERAMIC) . 214
    • MURATA (HIGH VOLTAGE CERAMIC) . 214
    • NWL (HIGH VOLTAGE PLASTIC FILM) . 215
    • NOKIAN (HIGH VOLTAGE PLASTIC FILM) . 215
    • NORFOLK (HIGH VOLTAGE PLASTIC FILM) . 216
    • NOVACAP (HIGH VOLTAGE CERAMIC) . 216
    • NUEVA GENERACION (HIGH VOLTAGE PLASTIC FILM) . 217
    • PLASTIC CAPACITORS (HIGH VOLTAGE PLASTIC FILM) . 217
    • POWER CAPACITORS LIMITED (HIGH VOLTAGE PLASTIC FILM) . 218
    • PRESIDIO (HIGH VOLTAGE CERAMIC) . 218
    • REGAL BELOIT (HIGH VOLTAGE PLASTIC FILM) . 218
    • RELIABLE CAPACITORS (HIGH VOLTAGE PLASTIC FILM) . 219
    • RONKEN (HIGH VOLTAGE PLASTIC FILM) . 220
    • RUBYCON (HIGH VOLTAGE ALUMINUM, PLASTIC FILM) . 220
    • SBE CAPACITOR (HIGH VOLTAGE PLASTIC FILM) . 220
    • SOLEN (HIGH VOLTAGE PLASTIC FILM) . 220
    • SOUTHERN ELECTRONICS (HIGH VOLTAGE PLASTIC FILM) . 221
    • SPECTRUM CONTROL (HIGH VOLTAGE CERAMIC) . 221
    • SRT-MC (HIGH VOLTAGE CERAMIC) . 221
    • SUZHOU POWER (HIGH VOLTAGE PLASTIC FILM) . 222
    • SYFER (HIGH VOLTAGE CERAMIC) . 222
    • TAIYO YUDEN (HIGH VOLTAGE CERAMIC) . 223
    • TEMEX (HIGH VOLTAGE CERAMIC) . 223
    • TDK-EPC (HIGH VOLTAGE CERAMIC & PLASTIC FILM) . 224
    • TRS (HIGH VOLTAGE CERAMIC) . 224
    • UNION TECHNOLOGY (HIGH VOLTAGE CERAMIC) . 225
    • VISHAY (HIGH VOLTAGE CERAMIC & PLASTIC FILM) . 225
    • WALSIN . 226
    • WRIGHT (HIGH VOLTAGE CERAMIC) . 227
    • YAGEO . 227

    DIRECTORY OF SUPPLIERS OF RESISTORS FOR DEFENSE, SPACE AND CIVIL AVIATION: FY 2023 . 228

    • AEP COMPONENTS (HIGH VOLTAGE RESISTORS) . 228
    • ARCOL UK LTD. (HIGH VOLTAGE RESISTORS) . 228
    • BOURNS, INC. (HIGH VOLTAGE RESISTORS) . 228
    • CADDOCK ELECTRONICS, INC. (HIGH VOLTAGE RESISTORS) . 229
    • EBG ELEKTRONISCHE BAUELEMENTE (HIGH VOLTAGE RESISTORS) . 229
    • HUNTINGTON ELECTRIC, INC. (NOW VISHAY) . 230
    • HVR INTERNATIONAL LIMITED (MORGANITE RESISTORS) . 231
    • HYMEG CORPORATION (HIGH VOLTAGE RESISTORS) . 231
    • IMS RESISTOR (HIGH VOLTAGE RESISTORS) . 232
    • ITT POWER SOLUTIONS . 232
    • KOA CORPORATION (6999) (HIGH VOLTAGE RESISTORS) . 233
    • KRAH GROUP RESISTORS . 234
    • KRL/BANTRY COMPONENTS, INC. (HIGH VOLTAGE RESISTORS) . 234
    • MICROPEN TECHNOLOGIES, INC., OHMCRAFT, INC. (HIGH VOLTAGE RESISTORS) . 235
    • POWEROHM RESISTORS, INC. (HIGH VOLTAGE RESISTORS) . 236
    • PRECISION RESISTOR COMPANY, INC. (HIGH VOLTAGE RESISTORS) . 236
    • OHMITE MANUFACTURING COMPANY, INC. (HIGH VOLTAGE RESISTORS) . 237
    • RCD COMPONENTS, INC. (HIGH VOLTAGE RESISTORS) . 237
    • REIDON (HIGH RELIABILITY RESISTORS) . 238
    • SEI, INC. (HIGH VOLTAGE RESISTORS) . 238
    • SRT RESISTOR TECHNOLOGY GMBH (HIGH VOLTAGE RESISTORS) . 238
    • TEPRO OF FLORIDA, INC. (HIGH VOLTAGE RESISTORS) . 239
    • TT ELECTRONICS (IRC/BI) (HIGH VOLTAGE RESISTORS) . 240
    • VISHAY INTERTECHNOLOGY, INC. (HIGH VOLTAGE RESISTORS) . 241
    • DIRECTORY OF SUPPLIERS OF INDUCTORS FOR DEFENSE, SPACE AND CIVIL AVIATION: FY 2023 . 241
    • ABBOTT TECHNOLOGIES (HIGH-RELIABILITY INDUCTORS) . 241
    • AEM (HIGH-RELIABILITY INDUCTORS) . 242
    • API DELEVAN (HIGH-RELIABILITY INDUCTORS) . 244
    • AVX (HIGH-RELIABILITY INDUCTORS) . 245
    • BOURNS (HIGH-RELIABILITY INDUCTORS) . 247
    • COILCRAFT (HIGH-RELIABILITY INDUCTORS) . 250
    • COAST/ACM (HIGH-RELIABILITY INDUCTORS) . 252
    • COIL-TECH (HIGH-RELIABILITY INDUCTORS) . 253
    • COILS UNLIMITED (HIGH-RELIABILITY INDUCTORS) . 253
    • COOPER BUSSMAN ELECTRONICS- COILTRONICS (EATON) (HIGH-RELIABILITY INDUCTORS) . 254
    • CYNTEC  COMPANY  LIMITED (HIGH-RELIABILITY INDUCTORS) . 255
    • ELECTRO TECHNIK INDUSTRIES, INC. (HIGH-RELIABILITY INDUCTORS) . 255
    • FAIR-RITE (HIGH-RELIABILITY INDUCTORS) . 256
    • GOWANDA (INRCORE) (HIGH-RELIABILITY INDUCTORS) . 257
    • HOBART ELECTRONICS COIL-TRAN (HIGH-RELIABILITY INDUCTORS) . 260
    • HURRICANE ELECTRONICS LAB (HIGH-RELIABILITY INDUCTORS) . 261
    • HYTRONICS CORP. (ETI) (HIGH-RELIABILITY INDUCTORS) . 261
    • JOHANSON TECHNOLOGY (HIGH-RELIABILITY INDUCTORS) . 261
    • LAIRD TECHNOLOGIES (DU PONT) (HIGH-RELIABILITY INDUCTORS) . 265
    • MAGNETICS (SPANG) (HIGH-RELIABILITY INDUCTORS) . 266
    • MMG CANADA (HIGH-RELIABILITY INDUCTORS) . 267
    • MURATA (THICK AND THIN FILM) (HIGH-RELIABILITY INDUCTORS) . 268
    • PICONICS (HIGH-RELIABILITY INDUCTORS) . 270
    • PULSE (YAGEO) (HIGH-RELIABILITY INDUCTORS) . 270
    • RAYCOM (ETI) (HIGH-RELIABILITY INDUCTORS) . 273
    • RENCO ELECTRONICS, INC. (HIGH-RELIABILITY INDUCTORS) . 273
    • RHOMBUS INDUSTRIES, INC. (HIGH-RELIABILITY INDUCTORS) . 274
    • TAIYO YUDEN (HIGH-RELIABILITY INDUCTORS) . 275
    • TDK (HIGH-RELIABILITY INDUCTORS) . 276
    • TOKEN (HIGH-RELIABILITY INDUCTORS) . 278
    • TOKO (MURATA) (HIGH-RELIABILITY INDUCTORS) . 280
    • TOROTEL (TT ELECTRONICS) (HIGH-RELIABILITY INDUCTORS) . 283
    • TT ELECTRONICS (HIGH-RELIABILITY INDUCTORS) . 285
    • VANGUARD ELECTRONICS (HIGH-RELIABILITY INDUCTORS) . 288
    • VIKING (THICK AND THIN FILM) (HIGH-RELIABILITY INDUCTORS) . 289
    • VISHAY INTERTECHNOLOGY (HIGH-RELIABILITY INDUCTORS) . 289
    • WILCO CORPORATION (HIGH Q INDUCTORS) . 292
    • WURTH ELEKTRONIK (HIGH-RELIABILITY INDUCTORS) . 293
    • YAGEO CORPORATION (HIGH-RELIABILITY INDUCTORS) . 295

    　

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