kemet cap training

© 2016 KEMET CorporationWelcome to the 33rd EditionKEMET Institute of Technology (KIT)CapacitorElectrode(Conductive Material)Dielectric(Non-Conductive Material)t!=#×%&AElectrode(Conductive Material)C: Capacitance(F)K: Dielectric Constant A: dielectric surface area t: dielectric thicknessMLCCTantalumKOCAPAOCAPCeramic CapacitorTa-MnO 2Ta-Polymer Al-Polymer Nickel(BME)Tantalum Tantalum Aluminum Ta 2O 5Al 2O 3SCBG Product Lines & TechnologyAnode Material Tantalum AluminumTaAlAtomic #:73Atomic #:13MP: 3017oCMP:660oC16.69g/cm 32.7g/cm 3Powder & WireFoilTa 2O 5Al 2O 3Tantalum PentoxideAluminum OxideMP: 1872oC MP: 2072oC K=27K=8.51V=20Å1V=10ÅDielectric MaterialCathode Material & Self HealingMnO 2PolymerManganese Dioxide)PEDT,PEDOT, EDOT….MnO 2+Heat àMn 2O 3+O 2Polymer+ Heat àOxidize PolymerMn 2O 3Oxidize PolymerKOCAP ConstructionCounter Electrode Penetration into PoresConductive PolymerInterconnected Tantalum ParticlesTa 2O 5Dielectric LayerCarbon InkSilver PaintConductive PolymerWeldTantalum (Ta) &Ta 2O 5Dielectric Silver AdhesiveCarbon Ink Mold EpoxySilver PaintTantalum WireLeadframeTa 2O 5CarbonSilverResinKOCAP ConstructionType AOCAP Anode Aluminum(Foil) Dielectric (Aluminum Oxide) Al 2O 3CathodeConductive PolymerAO Gen IIAO Gen I7343-19: 470uF/3mohm/2.5V UD: 560uF, 680uF, 820uF7343-19: 220uF/9mohm/2V 7343-28: 470uF/5mohm/2V Al 2O 3Dielectric Aluminum Foil Conductive PolymerAg PaintCarbon Ag PaintPolymerAlMaskAl 2O 3dielectricTop SideCross SectionCopper FoilSilver AdhesiveElement withPolymer/Carbon/SilverT520, T521T527T529T528Z, WA700T530, T521XTa-Polymer Capacitor Highlight Rated Voltage(Vr)2V~75VApplication Voltage(Va)Industrial Grade Va 90% VrCOTSAUTOMOTIVESSDVa 90% Vr(Vr 10V)Va 80% Vr(Vr>10V)Capacitance 1.5uF~1500uF ESR3~200mohmMajor ApplicationDC/DC Filtering,Decoupling,Hold up, Replace Class II MLCCPolymer Capacitor AdvantageESR Low ESR (3~200mohm) Voltage Effect No Voltage Effect Capacitance Aging No Capacitance aging Acoustic Noise No Acoustic Noise Flex bending Crack No Flex crack Concern Failure mode Non-IgnitionSelf-healing YESLow profile 1.0mm,1.2mm,1.5mm, 1.9mm, 2.8mm0.7mm (UD)High Capacitance Improved DeratingMnO2= 50% DeratingPolymer = 10-20% Derating5VApplicationMnO2PolymerHeight Reduction1500uF/6.3V10mm2mmNo Acoustic NoiseLonger Life Time105C/2,000hrs105C>10,000hrsLow ESRΩmΩPolymer Capacitor Advantage6.3VCapacitance Change(%)ESR Change(mohm)10,000hrs Endurance Test @Vr, 105 CP/N: T521V686M016ATE050 7343-20, 68uF, 16V, 50mohm-10-505100hrs1K hrs2K hrs3K hrs4Khrs5K hrs6K hrs7K hrs10K hrs204060801000hrs 1K hrs 2K hrs 3K hrs 4Khrs 5K hrs 6K hrs 7K hrs 10K hrsClass I:C0G, U2J CaZrO3Nickel(BME),TerminationCu(BME),Nickel TinDielectricElectrodeCu NiSnClass II MLCC Voltage EffectEX:1210 100uF X5R, 16V204060801001KHz10KHz100KHz 1MHz10MHz Capacitance vs. DC-Bias3.3V5V12V16V3.3V 5VClass II MLCC Capacitance Aging-12-10-8-6-4-2024681012141101001,00010,000100,000P e r c e n t a g e N o m i n a lTime Post HeatX7R Aging Rate 1.5% per Decade Hour (Limit)R e f e r e n c e8,777 H r =1 Y r87,770 H r =10 Y rhttps:///design-tools/aging-calculator-for-ceramicsClass II MLCC Electrostrictive Behavior inBarium Titanate & Acoustic Noise'()Oxygen *+,-Tianium./,)BariumE----------++++++++++Class II MLCC Flex Migration TechnologyOpen Mode DesignFloating Electrode DesignCopper UndercoatSilver Epoxy Overcoat Ni/Sn PlatingFlexible Termination DesignStandard Electrode Design KPS Cap10987654321908070605040302010Board F lexure (m m )P e r c e n t35C ontrolF T C A P - Test1TRIA L Flex Test Perform ancePart Type.C1206C224A5RACFlex to 10mmClass II MLCC Flex Migration TechnologyGradeCOMMERCIALAUOMOTIVE VW/AUDI SPEC Qualification•KEMET Custom •Board Flex. 3mmminimum•AEC Q200 compliance•Board Flex. 3mm minimum•AEC Q200 compliance •Board Flex. 5mm minimum•VW 80808 Spec complianceProduct OfferingsDielectrics. X7R, C0G, X8L, X8R Case Size.0603 –2225Cap Range. 180pF –22uFVoltage Range. 6.3V –3000VDielectrics. X7R, C0G, X8L, X8R Case Size.0603 –2225Cap Range. 180pF –22uFVoltage Range. 6.3V –3000VDielectrics. X7RCase Size.0603 –1210Cap Range. Up to 3.3uF Voltage Range. 6.3V –100VClass II MLCC Flex Migration TechnologyPolymer Capacitor vs. Class II MLCCPolymer CapacitorClass II MLCCVoltage Effect No Voltage Effect YES, Lose 60~80% Capacitance@ Rated Voltage Capacitance AgingNo Capacitance aging Lose 5~7% /Decade hoursAcoustic Noise No Acoustic Noise YES Flex bendingCrack No Flex crack concernYES Failure mode Non-ignitionignition Self-healing YES No Polarity YES NoRated voltage ~75V ~3KV or higher Application voltage~67.5V (90%Vr)~3KV or higherPolymer Capacitor Technology Milestone1997 develop Polymer Technology1999FirstKOCAPShipmentT5202002FirstAOCAPShipmentA7002004Suzhou KOCAPplant startproduction2007First low ESLFacedownKOCAPT5282008First >25V KOCAP T521First85C/85%500hrs KOCAPT5912014FirstAuto gradeKOCAPT5982015AOCAPGen. IIA720,230°CTa-MnO2T502201685C/85%1000hrs COTSKOCAP,KOCAP Gen. IIFacedownT523, T5482017COTS GradeKOCAPT54X2011T530, T525Non-Symmetric SymmetricT527 Facedown3216 (1206)T529 Subtract2012 (0805)T523 FacedownAEC Q-200 Rev D Table of Methods for Tantalum CapacitorsT591Series*T598Series**Ta PolyAutoGedeTa PolyAutoGradeTa PolyCommerc(limited500h)Failure Mode DifferenceMnO 2No external reactions canoccur Too rapid of heating can result in ignition of the(+)(-)(+)(-)Post Test External Damage BDV Test ConditionPolymerTa-MnO 2PolymerTa-MnO 2PolymerTa-MnO 2Polymer (2.378A@100KHz)Ta-MnO 2(1.281A@100KHz)X XAcoustic NoiseCapacitance vs. Temperature (TCC)DC & AC Bias Effective Capacitance10uFx2Input Capacitor (5.5V~28V)330uFV 01: 5V V 02: 3.3VMeasurement: Output ripple voltage Cap ESR 25mohm vs 15mohmFlex Suppressor Design and Characteristics®rMagnetic Fieldsμ` = Inductanceμ`` = Magnetic Impedance (loss)Flex Suppressor ®Noise AttenuationTransmitted AttenuationCoupling AttenuationFlex Suppressor ®SheetsPortfolio Matrix & Specifications Halogen Free SeriesFor High Temp., Reflow–Peak Temp. of 260 ºC–Help to Reduce Man-HoursSuppression of radiation noiseWi-Fi (for internal interference)RF unitInternal noise is interfering toWi-Fi receiving sensitivity. Flex-suppressor improves Internal interference caused by Flex-suppressor improves this LSICurrent Metal LoopUp Conversion efficiency Rx coil Gathering Flux by FlexsuppressorFor RFIDFor Wireless ChargingMain board (metal)IC d C IC Card C C C ar IC C Card Flux x u antennaIC C dIC Card C ar FlexsuppressorUpNFC communication distance isenhanced by Flex-suppressor.NFC ( RFID etc)Wireless chargingis improved by using Flex-suppressorTx coil ilc co Spreding Flux Spre ing FFrexsuppressorG her ng atherin F hering Flthering Fl Magnetic ShieldingFor EMIFlex suppressorRadiation (for EMI regulation)from CPU/GPU, signal line, cable etc.For De-sense W i-F F i or internal interference)(fo LSINoiseLCDAntennaA t nna Coaxial cableunit RF FlexsuppressorWi-Fi receiving sensitivity. Flex-suppressor improves desense.For ESDESD ESD is a factor of false operation. Flex-suppressor improves this issue.FluxESD SFlexsuppressorMetal CaseAbsorption䖃DDR2-800䠖Bus clock 400MHz X 6 times䖃DDR3-1600䠖Bus clock 800MHz X 3timesFor EMI ,De-sense MicroprocessorFor RFIDOn the metal chassisRFID module•Improvement of receiving sensitivity for Wi-Fi •Improvement of RFID communication qualityWiFi moduleFlex Suppressor ®SheetsNotebook PC RFID & EMIEFF(01)CameraSmall Cell SupercapacitorsDesign and CharacteristicsWhat is a Super Capacitor?When two different phases of solid and liquid come into contact, positive and negative charge are distributed confronting each other in a very small distance on the boundary surface. A layer which spreads in the vicinity of this boundary surface is called the “Conventional type of Caps Electro Double Layer Capacitor Rechargeable BatteryElectric Double LayerWhat is it?iceCapacitancePrAqueousOrganicStructure of Aqueous SupercapacitorsConstruction TechniquePorous organic filmCurrent Collecting ElectrodeConductive RubberSealing Synthetic RubberSeparator (Porous Organic Film)Activated Carbon + Electrolyte(Dilute Sulfuric Acid)Activated carbonCapacitor –Base CellCapacitor –Cell StackSleeveOuter CaseIsolation Case PinsOuter CanPinsResin MoldedSl l eeveaseOuter CaBase CellBsolation CaseIsPinsCan Type)Mold Material (PBT)nsPinBase CellMoldedOuter Ca a nBase CellIsolation CasePlateSurface MountCan typeKEMET 5.5v Cell StackCoin typeCointype Voltage stresses causes the electrolyte to break down,reducing the life of the supercapacitor.Max voltage of base cell is 1.2V /cell For 5.5v: 0.917v applied per cellGives 30%MarginMax voltage of base cell isCharacteristics100200300400500600Time (h)0.22FAbsorption current turns into leakage current0.11001,000101012345Discharge Time (h)70ºC25ºCConditionsCharge: 5V, 0Ω, 24h (25º)Discharge: 5μA (1MΩ)AqueousOrganicCapacitance ChangeAqueousOrganicESR ChangeOrganic electrolytes may have significantly higher ESRthan aqueous-based systemsOrganicAqueousAqueous LifetimeCase Cap Electrode Gasket (Packing)Porous Separator ElectrodeCaseKEMET CellCoin Based CellHigh Reliability DesignCell Construction DifferenceKEMET CellConductive Electrode Sealing Synthetic RubberSupercapacitorsOur Product Line-upCoin Based CellActivated Carbon Cap Separator GasketFMR FME FC FCS FG, FGH ~uA ~mA ~mA ̚mA ~mA ~mA ~mA ~mA ~mA ~A ~A 85 C 70 C 70 C & 70 C 85 C 70 C 85 C 70 C 70 C 60 C (70C) Series Output current ~uA M AX operating Temperature 70 C M AX operating Voltage 3.5V 5.5V 6.5V 5.5V 5.5V 3.5V 5.5V 3.5V 5.5V 5.5V 5.5V 5.5V 5.5V 5.5V 5.5V 5.5V FS FA,FE HVZ 11V 12V 5.5V 2.7V Capacitance 0.047~0.22F 0.01~0.22F 0.047F 0.047F 0.022~0.047F 0.1~0.47F 0.047~1.0F 0.1~0.47F 0.047~0.22F 0.010~4.7F 0.022~1.0F 0.01~0.047F 0.022~2.2F 0.022~1.0F 0.1~5.8F 0.022~1.0F 0.47~1.0F 1.0~5.0F 0.047~1.5F 10~100F 16~0.6 60~7 7 7.5~4 14~0.6 0.5~0.1 300~20 200 40~20 50~25 50~7 50~25 100~50 100~50 220~60 M ax. ESR (Ohms) 300~100 Form FactorFMFMSeparator (Porous Organic Film) Activated Carbon + Electrolyte (Dilute Sulfuric Acid)(Packing)CaseFCCross-linking: Chemical Bond Near Hermetic• Longer operational life(Cross-Link Sealing)Gasket: Mechanical Compression Leaks Electrolyte• Internal short on failure (Gasket Packing) • Weak for moisture (Organic Electrolyte) • Weak shock resistance (Gasket Packing)FR FYL FYD FYH FTCAN• High reliability for moisture (Aqueous Electrolyte) • Strong shock resistance (Cross-Link Sealing)HVZSupercapacitorsSelection of SeriesSupercapacitorsPower BackupTarget Market Applications:kA Low ESRInternal Clock• Memory backupBackup current depends on Supercapacitor equivalent series resistance(ESR)ALED Camera Phone FlashBackup current• Clock • ServersTesting EquipmentHigh power Supercapacitor HVZ series Low impedance application use FA,FE,FS,FT,FME SeriesIndustrial Controls• Meters • Control PanelsReal Time Clock (RTC)mAHigh ESRHigh Impedance application use FG,FY,FC,FM,FR Series uAElectronics• Camera • DVD • PDA • Printer/Fax/Phone0.010.111010210310 04105106107108Backup Time (sec)Backup time depends on capacitanceAUTO: Audio & GPSSupercapacitorsPower Assist Application Example #1: Power Backup : Changing a Battery or Power Source• Basic Circuit using a Super Capacitor:Target Market Applications:HVAC• Ventilation System • MotorLCD ProjectorPower Source• LoadSuper Capacitor• Power Assist Fan• Clock, RTC • Memory • MicrocomputerUPS Back upRoad Sign • When power source is disconnected, Super Capacitor acts as power source for a clock or memory component. • Applicable Series: FG, FC, FM, FRSupercapacitorsTypical Power Storage ApplicationsSupercapacitorsPeak Current AssistTarget Market Applications:• Basic Circuit using a Supercapacitor:Electric Motor/Actuator • Applicable Series: HVSupercapacitor• Locks (Auto locks, Safety valve)Power SourceLEDWireless PC Cards• Wireless communication. . . Allows light to blink Inside Solar panels store Energy in the SupercapcitorElectronics• Flash bulb • Transmission of Data • Wireless communicationCamcorder• Flash bulb • Motor ActuatorApplication Example #3: Motor Control• Basic Circuit using a Super Capacitor:Power SourceSuper CapacitorM•Super capacitor operates the motor to actuate a switch, or other mechanism.• Applicable Series: HP,FS, FT, FMX2 Film CapSelection GuideEstimation : For Back up time CalculationMinimum Required Voltage (V1)T = C ( V0 – V1 – Vdrop) / IApplied Voltage (V0) Backup time (s) Capacitance (F)Backup Current (I)Real time clock or Memory backup, peak assist, etc.Example: V0 = 2.5 V, V1 = 1.8 V, I = 10PA, C = 0.2 F T = 0.2 ( 2.5 – 1.8 ) / ( 10*10-6 ) = 0.14 / .00001 = 14,000 s -> 3.89 Hours When backup current is 1mA or Below Vdrop 䠙 䠮䡅I 䠮䡅䠖䠠䠟 䡎䡁䡃䡅䡏䡐䠽䡊䠿䡁 of 䠯䡑䡌䡁䡎 Capacitor (Ω) 䠥 䠖䠞䠽䠿䡇up 䠿䡑䡎䡎䡁䡊䡐 (A)Super CapacitorV0 V1V䡀䡎䡋䡌Backup Timetime60&DSDFLWRUV0RUH 7KDQ -XVW 3DUDOOHO 3ODWHV.6,0 8VDJH DQG 7HFKQLTXHV DQG (QJLQHHULQJ &HQWHU$SSOLFDWLRQV7DQWDOXP 6LQWHUHG WDQWDOXP SRZGHU ZLWK DQ R[LGH GLHOHFWULF DQG D FDWKRGH PDWHULDO0/&& /DPLQDWHG OD\HUV RI HOHFWURGHV VHSDUDWHG E\ FHUDPLF GLHOHFWULF PDWHULDO‹  .(0(7 &RUSRUDWLRQ‹  .(0(7 &RUSRUDWLRQ+RZ WR 'HWHUPLQH &DSDFLWRU¶V 3HUIRUPDQFH.6,0 .(0(7¶V SULPDU\ FRPSRQHQW VLPXODWLRQ WRRO1DYLJDWH WR NVLPNHPHWFRP LQ DQ\ EURZVHU HYHQ PRELOH 'HWHUPLQH ‡ ,PSHGDQFH DQG (65 ‡ &DSDFLWDQFH DQG ,QGXFWDQFH ‡ &XUUHQW DQG 9ROWDJH ‡ 7HPSHUDWXUH 5LVH ‡ 6FDWWHULQJ 3DUDPHWHUV ‡ 63,&( 0RGHO ‡ (IIHFW RI &RPELQHG ,PSHGDQFHV ‡ ([SRUW RI 63,&( 0RGHOV)LQGLQJ ,PSHGDQFH DQG (65‡ :KDW LV WKH LPSHGDQFH DQG (65 RI &&.5$& DW D IUHTXHQF\ RI 0+] ZLWK D ELDV RI 9 DW ƒ&"6HOHFW ,PSHGDQFH DQG (65 DV 3ORW 7\SH 6HW WHPSHUDWXUH WR ƒ& 6HW 9ROWDJH WR 9 0RYH FURVVKDLU WR 0+] *HW GDWD = ȍ (65 Pȍ‹  .(0(7 &RUSRUDWLRQ‹  .(0(7 &RUSRUDWLRQ)LQGLQJ &DSDFLWDQFH DQG ,QGXFWDQFH‡ :KDW LV WKH FDSDFLWDQFH DQG LQGXFWDQFH RI 7'0$7( DW ƒ& ZLWK D 9 ELDV DW N+]")LQGLQJ WKH 7HPSHUDWXUH 5LVH *LYHQ 5LSSOH‡ +RZ PXFK ZLOO WKH WHPSHUDWXUH ULVH RQ 7;0$7( DW ƒ& DQG 9 ELDV DW $ DQG N+]""&KDQJH SORW WR &DSDFLWDQFH DQG LQGXFWDQFH &KDQJH WHPSHUDWXUH WR ƒ& &KDQJH YROWDJH WR 9 0RYH FURVVKDLU WR N+] *HW 'DWD &FDOFȝ) &PHDVȝ) /FDOFQ+ /PHDV1$‹  .(0(7 &RUSRUDWLRQ ‹  .(0(7 &RUSRUDWLRQ&KDQJH SORW WR 7HPS5LVH 6HW WHPSHUDWXUH 6HW 9ROWDJH 0RYH FURVVKDLU WR $ *HW 'DWD ǻ7 ƒ&)LQGLQJ &DSDFLWDQFH ZLWK $SSOLHG '& %LDV‡ +RZ PXFK FDSDFLWDQFH LV DYDLODEOH ZLWK &&.5$& ZKHQ 9 DUH DSSOLHG")LQGLQJ WKH (TXLYDOHQW &LUFXLW 0RGHO‡ :KDW LV WKH OXPSHG FLUFXLW HOHPHQW PRGHO IRU 7;0$7( DW N+] DW ƒ&&KDQJH SORW WR &DSDFLWDQFH YV 9ELDV'&GENERAL TECHNICAL DATADilectric:Polypropylene filmPlates:Metal layer deposited by evaporation under vacuum Test voltage between terminals:1900Vdc for 1s @ 25°C ±5°CKey testdv/dt[V/us]MaxOperatingTempAEC Q200Based on the needed cap value film can be usedDue to suchapplications thatrequire manyAnting DC Film Capacitor1Product Portfolio, ApplicationAluminum Electrolytic Capacitors 2016Axial/Radial Screw TerminalSnap-InSingle Ended SMDMotor StartConductive Polymer Single Ended Conductive PolymerSMDNEWNEW125°C150°C 45,000 hours2,000 hoursPEG1241 -450 VDC1 -63 VDC4,000μF 25 -63 VDC470 -25 -63 VDC250 -4,700μF25 -63 VDCPPEG130900 -6,300μFIncreased Temp CV105°C150°C27,500 hours7,800 hours up to 2,000 hours8,000 hours (160,000 at 80°C)(2,000 at 80°C)Radial CrownP 470μF 100 -PPEG1244,700μF 10 -PEG126/733 -25-PPEG225470-6,300μF 25-PPEG226250-25-Longer LifePPEH126PPEH220PPEH225PPEH226Increased TempIncreased VibrationIncreased RippleLonger LifeHigher Automoti veIncreased Tempand Vibration5AUTOMOTIVEHigh Power DC/DC Conversion•Products–Aluminum ElectrolyticAxial and Radial Crown Types•Challenge–High Temperature –High Ripple Current –High Vibration•Competitive Advantages–Excellent Thermal Dissipation –Heavy Load Designs–High Vibration Performance•Fans •Water PumpsLimit Electromagnetic Interference 7Aluminum ElectrolyticScrew Terminal & Snap In ProductsProduct •Long Life Expectancy •High Transient Voltage Performance •High Ripple Current •Wide Range of Mounting Options Applications •Wind & Solar •Railway •Drives •UPS •Welding •Laser Power Supplie •…Innovation Center•Full Design Flexibility / Customized Solutions•ECAD Design Software •Prototyping8ALS30/31100 -680,000 µF 25 -500 VDC±20% tolerance High ripple current Excellent surge capability20,000 hours85㼻C105㼻C125㼻CALS40/41150 -680,000 µF25 -500 VDC±20% tolerance High ripple current Excellent surge capability9,000 hoursPEH2051,500-390,000 µF 16 -100 VDC-10/+30% tolerance High ripple current High temperature 8,000 hoursAluminum ElectrolyticScrew Terminal Focus SeriesALS60/61560 -3,300 µF550 VDC±20% tolerance High ripple current Excellent surge capability20,000 hours9Product Ranges: Snap-in10ApplicationWelding –high frequencyApplication of E-cap: continuous charge and discharge process during workingSelection of E-cap: snap-in capacitor (PEH532, PEH534 or PEH536 series: 400V470uF or450V470uF) with low ESR at 1kHz11ApplicationDC Charging Post for EV carApplication of E-cap Co: filtering and DC-linkSelection of E-cap:Input Co: for 5kW/7kW module: snap-incapacitor (PEH532, PEH534 or PEH536 series: 2x400V680uFSelection of 0utput Cap:DC200V~DC500V: 2x400V , 130uF for 1kW DC250V~DC750V: 2x450V, 130uF for 1kW12ApplicationSolar InverterApplication of E-cap: filtering and DC-linkRequirement of E-cap:-High working voltage (≥500V)-High ripple current -Long working life Selection of Cap:-snap-in capacitor (ELX, PEH536 series, 5000hrs/105°C ) 2x550V-Screw capacitor (ALS40/41 series, 9000hrs/105°C )13ApplicationsGeneral purpose coupling, decoupling, bypass and filtering in entertainmentelectronics VTR, cameras, car audioand mini audio Portable micro computers, disk drives, calculators andaudio equipment Small signal, audio/visual (AV), computer/monitor and communications and switch mode power supplies(SMPS)General purpose requiring high quality and highreliabilityElectronic ballast, powersupplies andlong-life14Aluminum ElectrolyticSMDApplicationsCoupling, decoupling, by-pass, and filtering Audio/visual (AV), computer/monitor ,communications, and switch mode powersupplies (SMPS)Automatic mounting and reflow solderingLow profile vertical chip15Conductive PolymerSingle EndedApplicationsGeneral purpose coupling, decoupling, bypass and filtering in entertainmentelectronics Mobile phone chargers LED driver power supplies Portable micro computers, disk drives, calculators andaudio equipment Small signal, audio/visual(AV), computer/monitor and communications andswitch mode power supplies(SMPS)MedicalAdapters (laptop powersupplies)NEW16Conductive PolymerSMDApplicationsMobile phone chargers Consumer electronics Audio/visual (AV), computer/monitor , communications, and switch mode power supplies (SMPS)Industrial controlsystemsAutomotive Infotainment Automatic mounting and reflow soldering Low profile vertical chipNEW17ApplicationAdapter/Charger for Smart PhoneInput:400V10uF Series: ESH, ESGOutput:16V220uF/10V220uF Low ESR series: ESC, ESW , ESYAl Polymer capacitor:A750, A755, A765,A76718ApplicationSmart Electric Meter –Single PhaseOutput filter cap:Type: 16V1000uF Low ESR/ Long working life series: ESW , ESY Al Polymer capacitor:A750, A755, A765,A7671919Thank You!。