875135519002

Electronic Components 2018/2019 Passive Components Optoelectronics Power Modules Green, smart and more than you expect. Saves 522t CO2 2 REDEXPERT 3 WEBSITE 4 iOS APP 1 CATALOGUE Easy and fast access to all information Download the Catalog App of Würth Elektronik to access all product information on your mobile device: www.we-online.com/app Content 1 PASSIVE COMPONENTS EMC Components 17 Power Magnetics 42 Signal & Communications 60 Quartz & Oscillators 70 Capacitors 86 Resistors 104 2 OPTOELECTRONICS 118 3 POWER MODULES 140 Terms of Sale . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152 Information in this publication is subject to change. The process of continually improving our product range leads to changes in content. For new designs please refer to the latest data sheets on www.we-online.com or contact our technical field staff. 11/18 Würth Elektronik eiSos® 3 The Würth Elektronik eiSos Group Sales: 926 million € Employees: 8.300 The Würth Elektronik Group * 2017 Würth Elektronik eiSos Group Printed Circuit Boards Intelligent Power and Control Systems Passive Components Power Modules & Optoelectronics Electromechanics Automotive & eMobility Wireless Connectivity & Sensors Würth Elektronik eiSos GmbH & Co. KG Würth Elektronik eiSos GmbH & Co. KG Würth Elektronik eiCan Würth Elektronik eiSos GmbH & Co. KG Würth Elektronik eiSos GmbH & Co. KG Würth Elektronik iBE GmbH (former AMBER wireless GmbH) Wurth Electronics Midcom Inc. Würth Elektronik Stelvio Kontek S.p.A. IQD Frequency Products Ltd. Erwin Büchele GmbH & Co. KG Globally available. Locally present. Nurmijärvi (Finland) Budweis (Czech Republic) Berlin (Germany) Munich (Germany) Esslingen (Germany) Waldenburg (Germany) Nashua (USA) Trier (Germany) Crewkerne (UK) Watertown (USA) Milpitas (USA) Plano (USA) Irapuato (Mexico) Thyrnau (Germany) Shenyang (China) Lyon (France) Seoul (South Korea) Barcelona (Spain) Tianjin (China) Oggiono (Italy) Huzhou (China) Fuling (China) Tab (Hungary) Blaj (Romania) Belozem (Bulgaria) Taichung (Taiwan) Longgang (China) Bangalore (India) Tongzi (China) Hong Kong (Hong Kong) Nakhon Ratchasima (Thailand) SALES OFFICE PRODUCTION DISTRIBUTION QUALITY & DESIGN CENTER WAREHOUSE 4 Würth Elektronik eiSos® 11/18 More than you expect SAY YES TO OUR FAST AND COST-FREE DESIGN-IN SUPPORT WE TAILOR THE QUANTITIES TO YOUR NEEDS COMING SOON ALL CATALOGUE PRODUCTS AVAILABLE EX STOCK RE-REELING SERVICE DESIGN SEMINARS AND WEBINARS FREE OF CHARGE ONLINE PLATFORM FOR COMPONENT SELECTION & SIMULATION DESIGN KITS WITH LIFELONG FREE REFILL REFERENCE DESIGNS OF LEADING IC MANUFACTURES 11/18 Würth Elektronik eiSos® 5 eMobility: Formula E as a driving innovative force Würth Elektronik eiSos, one of the leading manufacturers of electronic and electromechanical components for the electronics industry, congratulates Audi Sport ABT Schaeffler to the Team World Champion Title in season 4 of the 100% electric World Championship in the ABB FIA Formula E Race Series. This is another great milestone after the World Champion Title of Lucas di Grassi in season 3. WE are proud to be technology partner from the very beginning. www.we-speed-up-the-future.com 6 Würth Elektronik eiSos® 11/18 REDEXPERT | Online Platform for Component Selection One platform, many uses. Select and compare components, view precise DC- and AC-losses by simulating switching regulators, simulate filter circuits, request samples, share circuits and more with REDEXPERT. Determine the needed impedance in REDEXPERT www.we-online.com/redexpert 11/18 Würth Elektronik eiSos® 7 Total Quality Management Our environment is important to us! As one of the leading manufacturers of electronic components worldwide, we are fully conscious of our responsibility for the environment and its protection. Directives We are thus pleased to confirm that all homogenous subcomponents manufactured by Würth Elektronik eiSos GmbH & Co. KG are in full compliance with the following directives: „„ 2011/65/EU and 2002/95/EU of the European Parliament regarding the restriction of the use of defined hazardous substances in electrical and electronic devices (RoHS Directive) „„ 2010/571/EU, which supersedes the Annex to Directive 2002/95/EG „„ article 33, paragraph 1 of the European REACh regulation No. 1907/2006. All components and homogeneous subcomponents are tested according to the current version of the “list of candidates” of the substances of very high concern (SVHC) „„ “Halogen free” according to JEDEC 709B & IEC 61249-2-21 The components count as compliant when they conform to the definitions of Directive 2011/65/EU and China RoHS ACPEIP (Administrative Measure on the Control of Pollution Caused by Electronic Information Products). No ozone-depleting substances We also confirm that we do not use ozone-depleting substances without CFCs (chlorofluorocarbons) as per the Montreal Protocol in our products. This concerns halogenated organic compounds such as PCBs (polychlorinated biphenyls) „„ PBDEs (polybrominated diphenyl ethers) „„ PBBs (polybrominated biphenyls) „„ PCN (polychlorinated naphthalene) „„ Deca-BDE (decabromodiphenyl ether) „„ 8 Würth Elektronik eiSos® 11/18 State-of-the-art Equipment Four Quality Centers „„ „„ „„ „„ Germany (Waldenburg) France (Lyon) China (Shenzhen) USA (Watertown) Measurement Lab „„ „„ „„ „„ „„ „„ „„ „„ „„ „„ „„ Network/Spectrum/Impedance Analyzers RF Impedance/Material Analyzer LCR Bridges with High Current Capability Precision LCRs Modular Impulse Generators Varistor Testers Winding Testers ESD Testers Dielectric and Insulation Resistance Testers 1000 W Power Supply 300 W Electronic Loads Environmental Lab „„ „„ „„ „„ „„ Shock and Vibration Temperature Cycling Thermal Shock Combined Shock and Vibration with Temperature Cycling Steam Aging Analysis Lab „„ „„ „„ „„ „„ „„ „„ „„ „„ „„ „„ „„ Microscopic Analysis Cross Sectioning and Polishing Terminal Strength Packaging MSL Level Testing Wetting Balance RoHS Reflow Profile Computer Tomography Hot Air Reflow Vapor Phase Wave Soldering XRF X-Ray Automatic Pick & Place According to DIN EN ISO 9001, DIN EN ISO 14001, DIN EN ISO 50001 11/18 Würth Elektronik eiSos® 9 Outstanding Design Support Trilogy of Magnetics 5th Edition New edition! Introduction to Optoelectronics Completely revised and newly structured. The new Trilogy covers a multitude of new components and applications. Over 200 practical examples for audio, filter and video circuits, interfaces, motor control units, SMPS, line filter and power supply. 1st Edition: Basics, Characteristics and Devices Order Code: English version: 744 017 Order Code: English version: 744 006 German version: 744 005 (available 2019) NEW! Available 2019 Further information and free extracts on www.we-online.com/trilogy Abc of Capacitors Extended and completely revised Edition: Basic Principles, Characteristics and Capacitor Types Order Code: English version: 744 013 German version: 744 012 Extended and completely revised edition available 2019 Abc of Power Modules The LT Spice IV Simulator Trilogy of Connectors 1st Edition: Functionality, Structure and Handling of a Power Module 1st Edition: Manual, Methods and Applications 3rd Edition: Trilogy of Connectors Basic Principles and Connector Design Explanations Order Code: English version: 744 016 German version: 744 014 10 Würth Elektronik eiSos® Order Code: English version: 744 010 German version: 744 011 Part II available 2019 Order Code: English version: 699 004 German version: 699 005 11/18 Application Notes Find helpful and comprehensive application notes about DC/DC converters, interfaces, filter design and on how to use inductors, ferrites, wireless power transfer coils, shielding material, power modules, electromechanical components, capacitors and LEDs on www.we-online.com/appnotes Seminars, Webinars & Tutorials We offer web-based seminars as a supplement to our long-standing stationary seminars. Our experts will shine a light on interesting topics regarding electronic & electromechanical components. www.we-online.com/seminars www.we-online.com/webinars Newsletter Stay in touch about new products, technologies, services, seminars, webinars and many more. Subscribe to our monthly newsletter on www.we-online.com/newsletter askLorandt Follow me on … Twitter.com/askLorandt we-online.com/youtube linkedin.com/in/lorandtfoelkel @ we-online.com/askLorandt Lorandt Fölkel Design Engineer at heart or contact me directly: askLorandt@we-online.com Toolbox Helpful design tools for engineers available www.we-online.com/toolbox 11/18 Würth Elektronik eiSos® 11 Filter Applications: EMI Suppression Frequency 10 kHz Range 100 kHz 1 MHz 10 MHz 100 MHz 1 GHz WE-STAR-GAP 5 GHz WE-STAR-GAP WE-STAR-TEC WE-STAR-BUENO WIRE WE-STAR-TEC | WE-STAR-BUENO | WE-STAR-RING  |  WE-STAR-FLAT WE-STAR-RING WE-STAR-FLAT WE-STAR-TEC LFS WE-AFB LFS WE-SFA WE-FLAT WE-TOF WE-AFB WE-SAFB WE-RIB WE-STAR-TEC LFS  |  WE-AFB LFS WE-SFA  |  WE-FLAT  |  WE-TOF WE-AFB | WE-SAFB | WE-RIB WE-CBF WE-CBF UR (V) IR max. (A) 80 WE-CBF HF UR (V) IR max. (A) 80 UR (V) IR max. (A) 80 UR (V) IR max. (A) 80 Differential Mode 10.5 WE-TMSB WE-TMSB PCB / SMT 0.6 WE-MPSB WE-MPSB 7.5 WE-PBF WE-PBF UR (V) IR max. (A) 80 6.0 WE-LQ WE-LQ WE-CMS WE-CMS UR (V) IR max. (A) 80 5.0 WE-SUKW WE-SUKW UR (V) IR max. (A) 80 WE-MI | WE-PMI WE-GF | WE-GFH 5.0 WE-MI WE-PMI WE-GF WE-GFH WE-PF WE-PF UR (V) IR max. (A) 80 Chassis 6.0 WE-CBF HF 10.0 WE-CLFS UR (V) IR max. (A) WE-CLFS < 5 kHz 250 20.0 WE-CMB HV WE-CMB HV UR (V) IR max. (A) 760 21.5 WE-CMB UR (V) IR max. (A) Common Mode PCB / THT WE-CMB  |  WE-CMBH | WE-LF  WE-TFC  | WE-TFCH | WE-FC  | WE-FCL < 5 kHz 250 WE-TPB  |  WE-TPB HV UR (V) IR max. (A) 400 250 250 1 1 UR (V) IR max. (A) 760 500 46 2 2 WE-TPB UR (V) IR max. (A) 24 23.5 UR (V) IR max. (A) 38 WE-CMB NiZn UR (V) IR max. (A) 250 10 WE-ExB WE-ExB UR (V) IR max. (A) 250 15 WE-CMB HC WE-CMB HC UR (V) IR max. (A) 250 Würth Elektronik eiSos® WE-FCL 400 250 12 6 UR (V) IR max. (A) WE-CMBNC WE-CMB NiZn 1 MHz 250 WE-FC UR (V) IR max. (A) WE-CMBNC 100 kHz 10 UR (V) IR max. (A) 250 Frequency 10 kHz Range 250 WE-TFCH WE-LF UR (V) IR max. (A) WE-LPCC WE-LPCC < 1 kHz UR (V) IR max. (A) UR (V) IR max. (A) WE-TPB HV WE-TPB  |  WE-TPB HV < 1 kHz 35 WE-TFC WE-CMBH 10 MHz 100 MHz 1 GHz 10 5 GHz 11/18 Frequency Range 10 kHz 100 kHz 1 MHz 10 MHz 100 MHz 1 GHz 5 GHz WE-UKW Differential Mode PCB / THT WE-UKW | WE-WAFB WE-SD WE-SD WE-FI WE-FI WE-MLS WE-MLS UR (V) IR max. (A) WE-MLS 80 UR (V) IR max. (A) 60 UR (V) IR max. (A) Common Mode PCB / SMT 20 WE-SL1 UR (V) IR max. (A) UR (V) IR max. (A) UR (V) IR max. (A) 80 1.6 UR (V) IR max. (A) UR (V) IR max. (A) UR (V) IR max. (A) 80 80 80 0.7 2.5 WE-SLM 0.4 5 WE-SCC UR (V) IR max. (A) 80 4.75 WE-LF SMD UR (V) IR max. (A) 250 5.25 WE-UCF WE-UCF UR (V) IR max. (A) 80 Differential Mode WE-MK > 17 GHz PCB / SMT 0.3 WE-SL5 UR (V) IR max. (A) WE-LF SMD WE-KI  WE-RFI WE-RFH WE-TCI > 12.5 GHz WE-CAIR > 12.5 GHz WE-RFI WE-RFH WE-TCI WE-CAIR WE-SECF WE-SECF Shielding WE-KI WE-SHC WE-SHC WE-FSFS WE-FSFS 10 MHz 10 WE-MK WE-AC HC WE-AC HC WE-FAS WE-FAS > 7 GHz WE-LT > 10 GHz 100 MHz 1 GHz WE-LT 5 GHz Resistive Part of Impedance Resistive Part of Impedance Inductive Part of Impedance 80 WE-SL3 80 Inductive Part of Impedance 2.7 WE-SL2 WE-SL5 HC WE-SCC 1 MHz 0.6 WE-SL 80 WE-SL, -SL1, 2, 3 | WE-SLM WE-SL5 HC 100 kHz 2 WE-CNSW HF WE-CNSW HF WE-SL, -SL2, -SL5 16 WE-CNSW WE-CNSW Frequency 10 kHz Range WE-WAFB Fe Iron Powder MnZn Manganese-Zinc NiZn Nickel-Zinc Ceramic Ceramic Air Coil Air Coil Nanocrystalline Nanocrystalline Frequency (MHz) 11/18 Frequency (MHz) NiZn / MnZn Nickel-Zinc / Manganese-Zinc Würth Elektronik eiSos® 13 Storage Applications: Power Inductors for SMPS Frequency 10 kHz Range 100 kHz 1 MHz 10 MHz 100 MHz Inductance (μH) 5 10 9.5 x 4.5 x 15 8.2 ~ 860 5 8 15.0 x 8.0 x 12.0 8 ~ 1000 14.5 3.8 8.0 x 8.0 x 10.0 3 ~ 22 8.5 6 6.0 x 6.0 x 8.5 1 ~ 68000 2.6 90 10.0 x 10.0 x 14.0 100 ~ 10000 8.5 7 7.8 x 7.8 x 7.5 1.3 ~ 8200 0.90 600 7.8 x 7.8 x 9.5 220 ~ 2200 4.0 7 1.6 x 0.8 x 0.5 0.47 ~ 10 3.6 19 1.6 x 0.8 x 0.8 0.24 ~ 2.2 6.85 6 2.0 x 1.6 x 1.0 0.16 ~ 10000 6.4 18 2.0 x 1.6 x 1.0 0.47 ~ 33 4.8 13.2 1.6 x 1.6 x 1.0 0.33 ~ 47 11 9 2.0 x 1.6 x 0.5 0.04 ~ 1.5 5.3 14 4.8 x 4.8 x 1.8 0.22 ~ 100 4.47 18 3.8 x 3.8 x 1.8 1.0 ~ 1000 8.5 3.5 2.8 x 2.8 x 1.1 0.056 ~ 1500 23.5 3 6.2 x 5.9 x 3.3 0.47 ~ 1500 4.85 8.5 7.0 x 7.8 x 5.0 1.2 ~ 220 10 2.5 4.0 x 4.5 x 3.2 0.12 ~ 820 1.30 350 7.3 x 7.3 x 4.2 220 ~ 3300 0.41 1770 7.0 x 7.8 x 5.0 560 ~ 2200 WE-FAMI THT WE-FAMI WE-TI WE-TI WE-TIF WE-TIF WE-TIS WE-TIS WE-TI HV WE-TI HV 400 VDC WE-PMI WE-PMI WE-PMCI WE-PMCI WE-LQS WE-LQS WE-LQSH WE-LQSH WE-MAPI WE-MAPI WE-PMMI WE-PMMI WE-SPC WE-SPC WE-LQFS SMT WE-LQFS WE-TPC WE-TPC WE-PD WE-PD WE-PD2SR WE-PD2SR WE-PD2 WE-PD2 WE-PD HV WE-PD HV WE-PD2 HV Würth Elektronik eiSos® Smallest size L x W x H (mm) WE-SI WE-SI 14 min. RDC (mΩ) WE-FI WE-FI Frequency 10 kHz Range IR max. (A) 100 kHz 1 MHz WE-PD2 HV 400 VDC 10 MHz 100 MHz 11/18 Frequency 10 kHz Range 1 MHz 10 MHz SMT 1 ~ 1000 18 1.3 6.6 x 4.45 x 2.92 0.47 ~ 10000 25 0.51 5.6 x 5.3 x 4.0 0.13 ~ 16 27 0.51 12.1 x 11.4 x 9.5 0.22 ~ 4.7 27 0.53 8.4 x 7.9 x 7.2 0.22 ~ 10 41.5 0.35 10.5 x 10.2 x 4.0 0.15 ~ 33 29 1,7 18.3 x 18.2 x 8.9 3.3 ~ 82 75 0.34 21.5 x 36.0 x 35.0 1.5 ~ 65 56 0.44 21.8 x 21.5 x 14.5 0.7 ~ 680 47.5 0.155 7.15 x 7.0 x 5.0 0.072 ~ 0.47 10.0 2.1 8.3 x 8.8 x 7.8 1 ~ 10 25 0.75 4.0 x 4.0 x 1.0 0.1 ~ 22 1.9 0.085 6.0 x 6.0 x 4.0 7.5 ~ 25.0 4.5 11.6 7.3 x 7.3 x 4.0 0.33-22.0 8.6 11 7.3 x 7.3 x 4.0 1.3 ~ 220 14.5 2.8 23.3 x 19.6 x 11.5 0.091 ~ 100 22 1.6 13.2 x 15.5 x 10.5 0.08 ~ 4.40 17 4.5 11.5 x 10.0 x 9.0 1 ~ 47 1.45 105 5.0 x 5.0 x 3.0 4.7 ~ 47 0.95 349 5.2 x 5.2 x 3.1 10 ~ 33 2.45 85 8.0 x 8.0 x 1.8 4.7 ~ 33 WE-HCFT WE-HCFT WE-HCF WE-HCF WE-HCM WE-HCM WE-XHMI WE-XHMI WE-LHMI WE-LHMI WE-EHPI WE-EHPI WE-TDC WE-TDC WE-DD WE-DD WE-DCT WE-DCT Coupled SMT 6.6 x 4.45 x 2.92 WE-HCI WE-HCI WE-CFWI WE-CFWI WE-MCRI WE-MCRI WE-CPIB HV WE-CPIB HV WE-MTCI WE-MTCI WE-TDC HV WE-TDC HV 100 kHz Fe Iron Powder NiZn Nickel-Zinc NiZn / MnZn / Metal Alloy 14 WE-HCI WE-HCI Hyperflux 3.9 WE-HCC WE-HCC MnZn NiZn / MnZn Inductance (μH) WE-HCC WE-HCC WE-PERM Smallest size L x W x H (mm) WE-HCI WE-HCI Superflux RDC min. (mΩ) WE-PD4 WE-PD4 Metal Alloy IR max. (A) WE-PD3 WE-PD3 Frequency 10 kHz Range 100 MHz 1 MHz 10 MHz 100 MHz Superflux Metal Alloy WE-PERM® Manganese-Zinc Nickel-Zinc / Manganese-Zinc Hyperflux® Nickel-Zinc / Manganese-Zinc / Metal Alloy ® Registered European Trademark 11/18 Würth Elektronik eiSos® 15 RF Product Finder Frequency (GHz) 0 Low-Pass-Filter 1 2 902-928 MHz 748 112 024 748 125 024 0805 Band-Pass-Filter 5 6 5150-5875 MHz 0603 0805 748 121 055 0805 2400-2500 MHz WE-BPF LTCC COMPONENTS 4 2400-2500 MHz WE-LPF 748 111 009 3 748 323 024 0805 748 351 024 748 351 124 1008 1008 5150-5875 MHz 748 323 055 Balun 0805 2400-2500 MHz WE-BAL 748 411 245 50/100 0603 748 412 245 50/50 0603 748 415 245 50/50 0603 2400-2500 MHz 748 425 245 50/50 0805 748 421 245 50/100 0805 5150-5875 MHz 748 421 551 50/100 0805 Chip Antenna WE-MCA 868-960 MHz 2400-2500 MHz 748 891 0092 -0,7dBi 11x5mm 748 891 0245 3,0dBi 9,5x2mm 748 892 0245 1,3dBi 8x4mm 748 893 0245 0,5dBi 3x2mm 748 894 0245 2,0dBi 7x2mm 423-443 MHz 748 891 004 3 -4,0dBi 5x25mm Frequency bands: Quality (Q) WE-KI ISM ZigBEE EU ZigBEE USA Mobil-DB GSM 0 T-DAB GPS DCS GSM DECT PHS 433/868 MHz 868 MHz 915 MHz 878/880 MHz 890/914 MHz 935/959 MHz 20 40 1452/1479 MHz 1559/1610 MHz 1710/1880 MHz 1710/1785 MHz 1805/1880 MHz 1880/1990 MHz 1880/1930 MHz 60 80 2400-2500 MHz 4900-5875 MHz 748 891 2455 1,0dBi 8,5x2mm 748 891 2455 -1,0dBi 8,5x2mm WLAN ZigBEE Bluetooth HomeRF 2400/2483 MHz 2402/2480 MHz 2402/2480 MHz 2402/2480 MHz 100 120 WiMAX 3410/3594 MHz 140 WLAN DECT2 160 180 200 5150/5250 MHz 5250/5350 MHz 5470/5725 MHz 5725/5825 MHz 5725/5825 MHz 220 ∞ 240 1-100 nH 1.6-680 nH 2.2-1500 nH 3.3-1000 nH WE-KI HC 1-51 nH 1.8-390 nH RF INDUCTORS WE-TCI 1-5.6 nH 1-22 nH WE-RFI 470-10000 nH 1200-47000 nH WE-RFH 1200-10000 nH WE-MK 1-33 nH 1-270 nH 1.2-470 nH 1.65-5.45 nH WE-CAIR 22-120 nH 5.6-12.55 nH 2.5-18.5 nH 17.5-43 nH WE-AC HC 23-146 nH 22-117 nH 1010 1212 16 Würth Elektronik eiSos® 1322 1340 3136 3168 0201 0402 0603 0805 1008 4248 11/18 1 PASSIVE COMPONENTS EMC Components Product Overview 18 New Products 21 Design Kits 32 Additional Information 34 17 1 PASSIVE COMPONENTS  EMC Components Product Overview How to find detailed product information? Visit www.we-online.com and search for product series information, e.g.: WE-CBF Ferrites for PCB Assembly EXTENDED EXTENDED EXTENDED EXTENDED WE-TMSB Z @ 100 MHz: IR: RDC: Frequency Range: 10 ~ 2100 Ω 150 ~ 7500 mA 0.09 ~ 2.1 Ω 6 ~ 3000 MHz WE-CBF Z @ 100 MHz: IR: RDC: Frequency Range: 5 ~ 2700 Ω 50 ~ 6000 mA 0.008 ~ 1.5 Ω 6 ~ 2000 MHz WE-CBF HF Z @ 1 GHz: IR: RDC: Frequency Range: 244 ~ 2005 Ω 50 ~ 600 mA 0.25 ~ 1.8 Ω 300 ~ 3000 MHz WE-MPSB Z @ 100 MHz: IR: RDC: Frequency Range: 8 ~ 600 Ω 2100 ~ 10.500 mA 1.0 ~ 80.0 mΩ 1 ~ 3000 MHz WE-PBF Z @ 100 MHz: IR: RDC: Frequency Range: 42 ~ 98 Ω 6 A 0.6 ~ 0.9 mΩ 6 ~ 2000 MHz WE-PF IR: RDC: Frequency Range: 4.5 ~ 10 A 9 ~ 30 mΩ 1 ~ 100 MHz WE-CMS Z @ 25 MHz: Z @ 200 MHz: IR: Frequency Range: WE-SUKW Z @ 25 MHz: Z @ 100 MHz: Frequency Range: 18 Würth Elektronik eiSos® 20 - 34 Ω 30 ~ 52 Ω 5A 1 ~ 3000 MHz 272 ~ 425 Ω 416 ~ 580 Ω 0.1 ~ 800 MHz Ferrites for PCB Assembly WE-UKW Z @ 25 MHz: Z @ 100 MHz: Frequency Range: 145 ~ 920 Ω 230 ~ 1240 Ω 0.1 ~ 500 MHz WE-STAR-RING Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: 64 ~ 142 Ω 119 ~ 327 Ω 8 ~ 27 mm 1 ~ 1000 MHz WE-MLS Z @ 25 MHz: Z @ 100 MHz: Frequency Range: 115 ~ 292 Ω 150 ~ 334 Ω 10 ~ 800 MHz WE-STAR-FLAT Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: No. of Pins: Frequency Range: 42 ~ 97 Ω 101 ~ 194 Ω 26 ~ 50 1 ~ 1000 MHz WE-WAFB Z @ 10 MHz: Z @ 100 MHz: Frequency Range: 28 ~ 65 Ω 70 ~ 130 Ω 1 ~ 1000 MHz WE-STAR-CLIP Especially for the fixation of STAR-TEC and STAR-FIX Snap Ferrites WE-NCF Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: 48 ~ 100 Ω 93 ~ 200 Ω ≤ 7.8 ≤ 26.5 mm 1 ~ 1000 MHz 100 ~ 180 Ω 150 ~ 250 Ω 2.5 ~ 8.5 mm 1 ~ 1000 MHz WE-SPLITRING Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: 48 ~ 100 Ω 93 ~ 200 Ω ≤ 7.8 ≤ 26.5 mm 1 ~ 1000 MHz WE-STAR-TEC LFS Z@ 1 MHz 1 turn:  Z@ 10 MHz 1 turn:  Cable diameter:  Frequency Range:  20 ~ 94 Ω 32 ~ 65 Ω 3.5 ~ 21 mm 300kHz ~ 30 MHz WE-SFA Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: No. of Pins: Frequency Range: 27 ~ 148 Ω 57 ~ 267 Ω 10 ~ 64 1 ~ 1000 MHz WE-STAR-TEC Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: 98 ~ 306 Ω 182 ~ 525 Ω 3.5 ~ 25 mm 1 ~ 1000 MHz WE-FLAT Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Types: Frequency Range: 1 ~ 90 Ω 42 ~ 166 Ω round, square, edged 1 ~ 1000 MHz WE-STAR-GAP Z @ 25 MHz 1 turn: Z @ 500 MHz 1 turn: Cable diameter: Frequency Range: 28 ~ 35 Ω 345 ~ 400 Ω 4.5 ~ 12.5 mm 100 ~ 2000 MHz Ferrites for Cable Assembly WE-STAR-BUENO Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: NEW Ferrites for Cable Assembly WE-FLAT Ferrite for Flexible Printed Circuit Boards Z @ 25 MHz 1 turn: 7 ~ 71 Ω Z @ 100 MHz 1 turn: 19 ~ 130 Ω Types: round, square Frequency Range: 1 ~ 1000 MHz 11/18 Ferrites for Cable Assembly Common Mode Chokes Power Lines WE-FCAC Easy fixation for flat cores on ribbon cables Max. No. of Poles: 16 ~ 40 Frequency Range: 1 ~ 1000 MHz WE-TOF Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: 25 ~ 110 Ω 37 ~ 200 Ω 3.0 ~ 33.4 mm 1 ~ 1000 MHz WE-CMB L: IR: RDC: Frequency Range: Number of Windings: 0.5 ~ 39 mH 0.3 ~ 35 A 1.7 ~ 3000 mΩ 0.1 ~ 100 MHz 2 WE-FC L: IR: RDC: Frequency Range: Number of Windings: 0.82 ~ 33 mH 1.25 ~ 5 A 0.065 ~ 2.5 mΩ 0.001 ~ 100 MHz 2 WE-CMBNC L: IR: RDC: Frequency Range: Number of Windings: 0.4 ~ 190 mH 0.9 ~ 32 A 1.1 ~ 430 mΩ 0.001 ~ 300 MHz 2 WE-FCL L: IR: RDC: Frequency Range: Number of Windings: 3.9 ~ 100 mH 1.25 ~ 6.0 A 50 ~ 900 Ω 0.01 ~ 100 MHz 2 WE-LPCC L: IR: RDC: Frequency Range: Number of Windings: 120 - 450 µH 10 ~ 23.5 A 1.4 ~ 9.6 mΩ 0.01 ~ 100 MHz 2 WE-TPB L: IR: RDC: Frequency Range: Number of Windings: 0.52 ~ 12 mH 6 ~ 24 A 3 ~ 65 mΩ 0.01 ~ 30 MHz 3 WE-TPB HV L: IR: RDC: Frequency Range: Number of Windings: 0.2 ~ 208 mH 7.2 ~ 46 A 1.6 ~ 85 mΩ 0.005 ~ 5 MHz 3 WE-AFB LFS Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: 46 ~ 300 Ω 70 ~ 451 Ω 3.3 ~ 17.5 mm 0.15 ~ 30 MHz WE-CMB HC L: IR: RDC: Frequency Range: Number of Windings: 0.175 ~ 0.7 mH 5 ~ 10 mA 2.7 ~ 13 Ω 0.1 ~ 100 MHz 2 WE-AFB Z@ 1 MHz 1 turn:  Z@ 10 MHz 1 turn:  Cable diameter:  Frequency Range:  30 ~ 130 Ω 40 ~ 100 Ω 4.55 ~ 12.5 mm 1 ~ 1000 MHz WE-CMB HV L: IR: RDC: Frequency Range: Number of Windings: 0.7 ~ 4.7 mH 6.8 ~ 21.5 A 3.5 ~ 44 mΩ 0.005 ~ 5 MHz 2 WE-SAFB Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: 20 ~ 144 Ω 40 ~ 278 Ω 0.55 ~ 4 mm 1 ~ 1000 MHz WE-CMB NiZn L: IR: RDC: Frequency Range: Number of Windings: 14 ~ 110 µH 1.5 ~ 10 A 2.7 ~ 80 mΩ 0.1 ~ 100 MHz 2 WE-RIB Z @ 25 MHz 1 turn: Z @ 100 MHz 1 turn: Cable diameter: Frequency Range: 20 ~ 101 Ω 45 ~ 176 Ω 0.8 ~ 3.5 mm 1 ~ 1000 MHz WE-ExB L: IR: RDC: Frequency Range: Number of Windings: 47 ~ 1000 µH 4.5 ~ 15 A 4.6 ~ 42 mΩ 0.1 ~ 200 MHz 2 WE-CMBH L: IR: RDC: Frequency Range: Number of Windings: 1 ~ 7 mH 3.5 ~ 10 A 12.5 ~ 80 mΩ 0.1 ~ 100 MHz 2 WE-CNSW Z @ 100 MHz: IR: RDC: Frequency Range: Number of Windings: 45 ~ 10000 Ω 90 ~ 2000 mA 0.05 ~ 8.0 Ω 1 ~ 3000 MHz 2 0.047 ~ 10 µH 3 ~ 300 mA 0.15 ~ 2.1 Ω 1 ~ 100 MHz WE-LF L: IR: RDC: Frequency Range: Number of Windings: 0.4 ~ 50 mH 0.3 ~ 6 A 0.02 ~ 2.6 Ω 0.1 ~ 100 MHz 2 WE-CNSW HF Z @ 100 MHz: IR: RDC: Frequency Range: Number of Windings: 60 ~ 120 Ω 280 ~ 600 mA 0.22 ~ 0.30 Ω 10 ~ 10000 MHz 2 WE-SD L: IR: RDC: Frequency Range: 2 ~ 10 µH 2.5 ~ 15 A 1.7 ~ 33 mΩ 0.01 ~ 90 MHz WE-LF SMD L: IR: RDC: Frequency Range: Number of Windings: 0.7 ~ 47 mH 0.3 ~ 5.25 A 0.03 ~ 2.6 Ω 0.1 ~ 100 MHz 2 WE-SLM L: IR: RDC: Frequency Range: Number of Windings: 11 ~ 470 µH 300 ~ 400 mA 0.18 ~ 0.58 Ω 0.01 ~ 600 MHz 2 WE-FI L: IR: RDC: Frequency Range: 8.2 ~ 860 µH 0.4 ~ 5 A 0.01 ~ 0.45 Ω 0.01 ~ 0.3 MHz WE-TFC L: IR: RDC: Frequency Range: Number of Windings: 1.8 ~ 25 mH 0.25 ~ 1.0 A 0.31 ~ 3.60 Ω 0.001 ~ 100 MHz 2 WE-SL1 L: IR: RDC: Frequency Range: Number of Windings: 10 ~ 330 µH 300 mA 0.16 ~ 0.3 Ω 0.01 ~ 600 MHz 2 WE-TFCH L: IR: RDC: Frequency Range: Number of Windings: 1.8 ~ 25 mH 0.25 ~ 1.0 A 0.31 ~ 3.60 Ω 0.01 ~ 100 MHz 2 WE-SL2 L: IR: RDC: Frequency Range: Number of Windings: 10 ~ 20000 µH 0.2 ~ 1.6 A 0.08 ~ 2.6 Ω 0.01 ~ 600 MHz 2 Filter Chokes WE-MI L: IR: RDC: Frequency Range: 11/18 EXTENDED Common Mode Chokes Power Lines NEW Common Mode Chokes Signal Lines Würth Elektronik eiSos® 19 1 PASSIVE COMPONENTS  EMC Components Product Overview Common Mode Chokes Signal Lines WE-SL3 L: IR: RDC Frequency Range: Number of Windings: 20 ~ 100 μH 450 ~ 700 mA 0.14 ~ 0.45 Ω 9 ~ 600 MHz 2–3 WE-SL5 L: IR: RDC: Frequency Range: Number of Windings: 120 ~ 4700 µH 350 ~ 2500 mA 0.025 ~ 0.72 Ω 9 ~ 600 MHz 2 WE-SL5 HC L: IR: RDC: Frequency Range: Number of Windings: 5 ~ 30 μH 1.2 ~ 5 A 0.0055 ~ 0.06 Ω 1.4 ~ 300 MHz 2 WE-SL L: IR: RDC: Frequency Range: Number of Windings:  35 ~ 4700 µH 0.2 ~ 2.7 A 0.035 ~ 0.85 Ω 0.01 ~ 600 MHz 2~4 WE-SCC L: IR: RDC: Frequency Range: Number of Windings: 1 ~ 1000 µH 150~ 4750 mA 0.01~ 4.30 Ω 0.1 ~ 300 MHz 2 WE-UCF L: IR: RDC: Frequency Range: Number of Windings: 0.013 ~ 100 mH 0.15 ~ 10 A 0.0027 ~ 8.5 Ω 0.01 ~ 400 MHz 2~4 ESD and Surge Protection EXTENDED WE-TVS Operating Voltage: Ctyp: Channels: Uni/Bidirectional, Rail-to-Rail EMI Shielding Material EMI Shielding Material Fabric over foam gaskets, Copper Tape, Aluminum Tape, Conductive Foam, Conductive Fabric 1.2 ~ 20 VDC 0.18 ~ 830 pF 1 ~ 8 (+VDD) WE-VE/WE-VEA Operating Voltage: 5 ~ 24 VDC Ctyp: 0.2 ~ 120 pF Size: 0201 ~ 0805/0508 ~ 0612 EMI Board Level Shielding WE-SHC, ShielDIY Metal cabinets for board level shielding, SMD & THT, Frame & Cover One piece solution WE-TVSP Operating Voltage: Imax: VClamp: Size: 5 ~ 100 VDC 2.5 ~ 326.1 A 9.2 ~ 162 V SMAJ, SMBJ, SMCJ, SMDJ EMI grounding contacts WE-SECF, WE-EEL, WE-ST SMD contacts, Metal Clips, Grounding Cables WE-VS Operating Voltage: Imax: Wmax: Ctyp: Size: 5.5 ~ 56 VDC 10 ~ 200 A 0.02 ~ 1.1 J 70 ~ 3600 pF 0402 ~ 1206 WE-VD Operating Voltage: Imax: Wmax: Diameters: Reference for cURus/CQC/VDE NEW 18 ~ 1465 VDC 0.1 ~ 10 kA 0.7 ~ 496 J 5 ~ 20 mm D-SUB Filter Connectors D-SUB Filter Connectors Bent 90°, solder cup, solder pin straight, filter adapter All EMC Components at a glance www.we-online.com/emc-components EMC Filters NEW Explore our Application Notes for EMC Components www.we-online.com/app-notes EMI Magnetic Shielding WE-FAS, WE-FSFS, WE-CPU Absorber Sheets, Thermal Absorber Sheets, Flexible Ferrite Sheets, Ferrite Plates WE-CLFS Line Filter IR ILeak RDC 1.5 ~ 20 A 0.173 ~ 0.785 mA 15 ~ 300 mΩ Component Libraries available for:  PCB Library: Altium Designer, EAGLE, Cadence OrCAD & Allegro, Zuken CAD-Star  S-Parameter & SPICE Model: S-Parameter, LTspice, PSpice, Spectre  RF & Microwave Simulation Models: Modelithics www.we-online.com/library 20 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  EMC Components  New Products WE-TMSB ​SMT EMI Suppression Ferrite Bead Applications: ■ Perfect for Miniaturization of EMI solutions ■ Wide Impedance range from 10 - up to 2100Ω ■ Operating Temperature: -55°C - +125°C ■ Extended measurement range up to 8GHz ■ Improved processes for achieving higher NEW PRODUCTS Characteristics: ■ General Signal & low Power Lines ■ Audio- / Video- / Clocklines ■ Small handheld devices ■ High Frequency Noise suppression impedances and currents ​Size 0402 Technical Data: Order Code Z @ 100 MHz (Ω) Z @ 1 GHz (Ω) Zmax (Ω) TC Zmax IR (mA) RDC max. (Ω) Type 74269241601 74269241102 74269241152 600 1000 1500 218 216 224 720 1157 1533 211 MHz 129 MHz 118 MHz 850 480 500 0.25 0.48 0.5 Wide Band Z @ 100 MHz: Impedance @ 100 MHz; Z @ 1 GHz: Impedance @ 1 GHz; Zmax: Maximum Impedance; TC Zmax: Maximum Impedance (Test cond.); IR: Rated Current; RDC max.: DC Resistance ​Size 0603 Technical Data: Order Code Z @ 100 MHz (Ω) Z @ 1 GHz (Ω) Zmax (Ω) TC Zmax IR (mA) RDC max. (Ω) Type 7426926222 74269262601 22 600 38 170 41 634 1660 MHz 184 MHz 7500 1500 0.004 0.1 High Current Z @ 100 MHz: Impedance @ 100 MHz; Z @ 1 GHz: Impedance @ 1 GHz; Zmax: Maximum Impedance; TC Zmax: Maximum Impedance (Test cond.); IR: Rated Current; RDC max.: DC Resistance www.we-online.com/WE-TMSB 11/18 Würth Elektronik eiSos® 21 1 PASSIVE COMPONENTS  EMC Components  New Products WE-PBF ​Flat Wire High Current SMT Ferrite Bead NEW PRODUCTS Characteristics: Applications: ■ Flat wire ■ Suitable for applications with high currents up to 6 A ■ Operating temperature: –55 ºC to +125 ºC ■ Specified Peak Current Capability ■ Compatible with land pattern 1206 | 1210 | 1612 ■ Voltage supply for high load current ■ Filter with high inrush current peaks of the WE-CBF series www.we-online.com/WE-PBF Technical Data: Order Code Z @ 25 MHz (Ω) Z @ 100 MHz (Ω) IR (A) RDC max. (mΩ) L (mm) W (mm) H (mm) 23 28 39 42 6 0.6 0.4 3.1 4.8 2.9 3 2.41 2.5 7427933 7427934 Z @ 25 MHz: Impedance @ 25 MHz; Z @ 100 MHz: Impedance @ 100 MHz; IR: Rated Current; RDC max.: DC Resistance; L: Length; W: Width; H: Height WE-CMS ​Common Mode SMT Bead Characteristics: Applications: ■ Maximum current capability up to 5 A ■ Low DC resistance ■ Impedance up to 200 Ω ■ Operating temperature: –40 ºC to +125 ºC ■ Power supply systems ■ Symmetric data lines ■ Common mode interference ■ Power electronics www.we-online.com/WE-CMS Technical Data: Order Code 7427523 Z @ 25 MHz (Ω) Z @ 25 MHz 2 turns (Ω) Z @ 100 MHz (Ω) Z @ 100 MHz 2 turns (Ω) IR (A) RDC max. (mΩ) Material L (mm) W (mm) H (mm) 54 206 83 319 5 3 NiZn 9.3 8.5 4.8 Z @ 25 MHz: Impedance @ 25 MHz; Z @ 25 MHz 2 turns: Impedance @ 25 MHz 2 turns; Z @ 100 MHz: Impedance @ 100 MHz; Z @ 100 MHz 2 turns: Impedance @ 100 MHz 2 turns; IR: Rated Current; RDC max.: DC Resistance; L: Length; W: Width; H: Height 22 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  EMC Components  New Products STAR-TEC LFS ​ nap Ferrite with safety key technology S Applications: ■ Prefixing cable system facilitates the cable NEW PRODUCTS Characteristics: ■ Especially for applications in the low frequency assembling process ■ Cable clamping protection ■ Internal security locking system with patented key technology (STAR-TEC key) prevents unauthorized removing from the cable ■ One key in each packaging unit ■ Classification of the plastic housing: UL94 V-0 ■ Operating temperature: –25 °C to +105 °C ■ Core material: MnZn range from 300 kHz to 30 MHz ■ Perfect for applications with varying cable diameter ■ Reusable because of the key technology therefore perfect for test and measuring purposes and cables with difficult access ■ Suppression of electronic ballasts (i.e. neon tube) in the lighting industry Technical Data: Order Code Ø Cable (mm) L (mm) W (mm) H (mm) 74272142 74272131 74272132 74272221 3.5 - 5 6 - 7.5 7 - 8.5 8.5 - 10.5 32.5 40.5 40.5 42.2 18.8 24.5 24.5 33.6 13.2 21 21 29.5 74272222 10.5 - 12.5 42.2 33.5 28.8 74272151 74272211 74272251 12 - 15 17 - 21 22 - 25 49 56 62 39 47 60 35 43 55 Color Grey Z @ 10 MHz 1 turn (Ω) Z @ 10 MHz 2 turns (Ω) Z @ 300 kHz 1 turn (Ω) Z @ 300 kHz 2 turns (Ω) 65 62 62 40 252 252 252 165 5 10 10 12 40 40 40 48 40 165 12 48 33 34 32 133 138 135 17 19 27 65 78 107 Material STARCLIP Fixation Safety Key – 7427713 7427713 7427722 8 W 5000 7427722 74271 – – – Ø Cable: Cable Diameter; L: Length; W: Width; H: Height; Color: Plastic Housing Color; Z @ 10 MHz 1 turn: Impedance @ 10 MHz 1 turn; Z @ 10 MHz 2 turns: Impedance @ 10 MHz 2 turns; Z @ 300 kHz 1 turn: Impedance @ 300 kHz 1 turn; Z @ 300 kHz 2 turns: Impedance @ 300 kHz 2 turns; Safety Key: Safety Key to unlock www.we-online.com/we-star-tec_lfs 11/18 Würth Elektronik eiSos® 23 1 PASSIVE COMPONENTS  EMC Components  New Products WE-FAS EMI F​ lexible Absorber Sheet NEW PRODUCTS Characteristics: Applications: ■ High Permeability ■ Wide frequency range 1MHz up to 3GHz ■ Thickness from 0.05 mm ■ Operating temperature: –20 ºC to +90 ºC ■ High Surface Resistance ■ Include adhesive backing for easy installation ■ Material: UL94-V0 ■ Easy to process ■ Extremely flexible ■ Custom designs on request ■ EMC noise suppresion ■ EMC shielding ■ SAR reduction ■ Blocking undesired magnetic coupling ■ Avoiding cavity resonances ■ Prevention of Electro Static Discharge ■ Housing and openings between PCB's, on IC's, processors and controllers, on cables which need high flexibility and LCD/LED monitors. ■ Useful for digital devices: laptops, IoT devices, digital cameras, handhelds, mobiles, GPS receivers and many more. Custom design possible Technical Data: Order Code 34411 34412 34413 34415 L (mm) 297 W (mm) H (mm) µ' @ 1 MHz RS (MΩ/square) 210 0.1 0.2 0.3 0.5 200 10 L: Length; W: Width; H: Height; µ' @ 1 MHz: Complex Permeability; RS: Surface Resistance www.we-online.com/we-fasemi 24 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  EMC Components  New Products WE-FAS Thermal T​ hermal Conductive and EMI Absorber Applications: ■ High Thermal Conductivity material ■ Wide range working temperature: -40-160ºC ■ Wide frequency range 1MHz up to 3GHz ■ High Surface Resistance ■ Extremely flexible ■ Thickness since 1 mm ■ Adhesive surface for easy installation ■ Easy to process ■ Custom designs on request NEW PRODUCTS Characteristics: ■ Thermal conductive interface ■ EMC noise suppresion ■ EMC shielding ■ Blocking undesired magnetic coupling ■ Prevention of Electro Static Discharge ■ Specially useful for using on hot surfaces/devices, top of IC's, processors and controllers www.we-online.com/we-fasthermal Custom design possible Technical Data: Order Code L (mm) W (mm) H (mm) κ (W/(m*K)) µ' @ 1 MHz RS (GΩ) 39410 39420 39430 300 300 1 2 3 1.4 7 6 L: Length; W: Width; H: Height; κ: Thermal Conductivity; µ' @ 1 MHz: Complex Permeability; RS: Surface Resistance WE-FSFS NFC/RFID F​ lexible Sintered Ferrite Sheet Characteristics: Applications: ■ Flexible ferrite sheet with adhesive tape ■ High Permeability ■ Low losses at communication frequency ■ Operating temperature: –40 ºC to +85 ºC ■ Thickness since 0.14 mm ■ Easy to process ■ Custom designs on request ■ Improves performance of NFC and RFID Communication systems ■ EMI Suppression ■ Magnetic Shielding ■ Blocking undesired magnetic coupling www.we-online.com/fsfs-nfc Custom design possible Technical Data: Order Code 3641014 364103 364104 364105 L (mm) 60 W (mm) H (mm) µ' @ 1 MHz µ'' @ 1 MHz µ' @ 13.56 MHz µ'' @ 13.56 MHz RS (GΩ) 60 0.14 0.3 0.4 0.5 150 3 150 3 1 L: Length; W: Width; H: Height; µ' @ 1 MHz: Complex Permeability; µ'' @ 1 MHz: Complex Permeability; µ' @ 13.56 MHz: Complex Permeability; µ'' @ 13.56 MHz: Complex Permeability; RS: Surface Resistance 11/18 Würth Elektronik eiSos® 25 1 PASSIVE COMPONENTS  EMC Components  New Products WE-CMBNC ​Common Mode Power Line Choke Nanocrystalline NEW PRODUCTS Characteristics: Applications: ■ Very high permeability nanocrystalline core material ■ Improved isolation through plastic case and winding spacer ■ High and stable inductance values up to 150 °C ■ High rated currents ■ Broadband suppression ■ Small size ■ Frequency range: 1 kHz - 300 MHz ■ Operating temperature: -40°C to +125°C ■ Flammability corresponding to UL 94 V-0 ■ Climatic category: 40/125/21 ■ Power electronics ■ Power line in- and output filter ■ Radio interference suppression in motors ■ Suppression for common mode noise ​Type S Technical Data: Order Code L (mH) IR (A) RDC max. (mΩ) UR (V (AC)) UT (V (AC)) L (mm) W (mm) H (mm) 7448027001 7448026002 7448025003 7448024503 7448023005 7448022010 7448021230 7448020680 1 1.5 2.5 3 5 10 30 80 7 6 5 4.5 3 2 1.2 0.6 6 8 15 22 40 85 280 1000 250 1500 18 14 22 L: Inductance; IR: Rated Current ; RDC max.: DC Resistance; UR: Rated Voltage; UT: Insulation Test Voltage; L: Length; W: Width; H: Height www.we-online.com/WE-CMBNC 26 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  EMC Components  New Products WE-TPB ​Three Phase Common Mode Power Line Choke Applications: ■ Applications up to 500 VAC ■ High permeability MnZn Ferrite core material ■ Insulation through winding spacer ■ Specification according to EN 60938-2: Air and creepage distances ≥ 5 mm ■ Up to 24 A rated current ■ Operating temperature: -40 °C to +125 °C ■ Flammability corresponding to UL 94 V-0 ■ Climatic category 40/125/21 NEW PRODUCTS Characteristics: ■ Power electronics ■ Power line input filter ■ Radio interference suppression in motors ■ Suppression for common mode noise ■ Frequency converter ■ Power supplies ■ Charging stations ​Type 3XL Technical Data: Order Code L (mH) IR (A) RDC max. (mΩ) UR (V (AC)) UT (V (AC)) H (mm) Ø OD (mm) 744833005240 744833011180 744833027110 744833052100 744833084075 744833120060 0.52 1.1 2.7 5.2 8.4 12 24 18 11 10 7.5 6 3 7 18 27 50 65 500 2500 39 47 L: Inductance ; IR: Rated Current ; RDC max.: DC Resistance ; UR: Rated Voltage; UT: Insulation Test Voltage; H: Height; Ø OD: Outer Diameter www.we-online.com/WE-TPB 11/18 Würth Elektronik eiSos® 27 1 PASSIVE COMPONENTS  EMC Components  New Products WE-TVS ​TVS Diode – Standard Series NEW PRODUCTS Characteristics: Applications: ■ Fast turn-on ■ Low clamping voltage ■ High ESD withstand voltage ■ Uni- or bidirectional protection ■ Small package ■ Epoxy flame resistant UL94 V-0 ■ DC power supply ■ USB Power Delivery (PD) ■ Headsets and accessories ■ PDAs ■ Digital cameras ■ MP3-Player ■ Touch Panels ■ Notebooks ■ ESD, EFT and Surge Protection ■ ESD protection in accordance with EN 61000-4-2 – 8 kV contact discharge – 15 kV air discharge ​Size SOT23-3L Technical Data: Order Code 824098024 Channels VCh max. (V) VBR min. (V) CCh typ. (pF) IPeak (A) 2 24 26.2 35 6 VCh Clamp ESD typ. (V) 32.5 VESD Contact (kV) VESD Air (kV) L (mm) W (mm) H (mm) 30 30 2.9 2.4 1.04 VCh max.: Channel Operating Voltage [max.]; VBR min.: (Reverse) Breakdown Voltage [min.]; CCh typ.: (Channel) Input Capacitance [typ.]; IPeak: (Reverse) Peak Pulse Current; VCh Clamp : Channel ESD Clamping Voltage [typ.]; VESD Contact: ESD Contact Discharge Capability; VESD Air: ESD Air Discharge Capability; L: Length; W: Width; H: Height ESD typ. ​Size DFN1610-2L Technical Data: Order Code 824032813 824032815 824031815 Channels VCh max. (V) VBR min. (V) CCh typ. (pF) IPeak (A) 1 3.3 5 5 4 6 6 280 140 250 180 100 80 VCh Clamp ESD typ. (V) 4 6 6 VESD Contact (kV) VESD Air (kV) L (mm) W (mm) H (mm) 30 30 1.6 1 0.5 VCh max.: Channel Operating Voltage [max.]; VBR min.: (Reverse) Breakdown Voltage [min.]; CCh typ.: (Channel) Input Capacitance [typ.]; IPeak: (Reverse) Peak Pulse Current; VCh Clamp : Channel ESD Clamping Voltage [typ.]; VESD Contact: ESD Contact Discharge Capability; VESD Air: ESD Air Discharge Capability; L: Length; W: Width; H: Height ESD typ. Size DFN2020-2L Technical Data: Order Code 824043817 824043810 Channels VCh max. (V) VBR min. (V) CCh typ. (nF) IPeak (A) 1 7 10 7.8 11.2 1.65 0.95 180 150 VCh Clamp ESD typ. (V) 9.5 13 VESD Contact (kV) VESD Air (kV) L (mm) W (mm) H (mm) 30 30 2 2 0.5 VCh max.: Channel Operating Voltage [max.]; VBR min.: (Reverse) Breakdown Voltage [min.]; CCh typ.: (Channel) Input Capacitance [typ.]; IPeak: (Reverse) Peak Pulse Current; VCh Clamp : Channel ESD Clamping Voltage [typ.]; VESD Contact: ESD Contact Discharge Capability; VESD Air: ESD Air Discharge Capability; L: Length; W: Width; H: Height ESD typ. www.we-online.com/WE-TVS 28 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  EMC Components  New Products WE-CLFS ​Line Filter Applications: ■ Single-phase filter ■ Broadband noise suppression in common and differential mode ■ Easy assembly through faston connectors ■ Fast chassis mounting ■ Flammability corresponding to UL 94 V-0 ■ Climatic category: 25/100/21 ■ Approvals: cULus (UL 1283, CSA 22.2 No. 8 1986), NEW PRODUCTS Characteristics: ■ Industrial electronics ■ Switched-mode power supplies ■ Telecommunications ■ Household goods ■ DC applications VDE (IEC/EN 60939-2) ■ Single-Stage: Very compact design ■ Single-Stage Advanced: Improved differential mode noise attenuation ■ Two-Stage: Extreme differential and www.we-online.com/WE-CLFS common mode noise attenuation ​Type Single-Stage Technical Data: Order Code 810911001 810911003 810911006 810911008 810911010 UR (V) IR (A) ILeak (mA) L (mH) CX (µF) CY (nF) R (kΩ) L (mm) W (mm) H (mm) 250 1.5 3 6 8 10 0.173 0.173 0.369 0.369 0.534 20 10 2.2 2.2 1 0.1 0.22 0.47 0.47 0.68 2.2 2.2 4.7 4.7 6.8 1000 64 35 29 UR: Rated Voltage; IR: Rated Current; ILeak: Leakage Current; L: Inductance; CX: X2-Capacitance; CY: Y2-Capacitance; R: Discharge Resistance; W: Width; H: Height ​Type Single-Stage-Advanced Technical Data: Order Code 810912001 810912003 810912006 810912008 810912010 810912012 810912014 810912020 UR (V) IR (A) ILeak (mA) L (mH) CX (µF) CY (nF) R (kΩ) L (mm) W (mm) H (mm) 250 1.5 3 6 8 10 12 14 20 0.173 0.259 0.259 0.369 0.369 0.534 0.534 0.785 20 10 10 6 6 2.2 2.2 1 0.22 0.33 0.33 0.47 0.47 0.68 0.68 1 2.2 3.3 3.3 4.7 4.7 6.8 6.8 10 1000 1000 1000 680 680 470 470 330 75 51.8 29 UR: Rated Voltage; IR: Rated Current; ILeak: Leakage Current; L: Inductance; CX: X2-Capacitance; CY: Y2-Capacitance; R: Discharge Resistance; W: Width; H: Height ​Type Two-Stage Technical Data: Order Code 810913006 810913010 810913014 810913020 UR (V) IR (A) ILeak (mA) L (mH) CX (µF) CY (nF) R (kΩ) L (mm) W (mm) H (mm) 250 6 10 14 20 0.369 0.369 0.785 0.785 6 6 2.2 2.2 0.47 0.47 1 1 4.7 4.7 10 10 330 330 220 220 114.9 58.5 45 UR: Rated Voltage; IR: Rated Current; ILeak: Leakage Current; L: Inductance; CX: X2-Capacitance; CY: Y2-Capacitance; R: Discharge Resistance; W: Width; H: Height 11/18 Würth Elektronik eiSos® 29 crystal clear frequencies. #CRYSTALCLEAR The WE-CMBNC is a VDE certified series of common mode chokes with a highly permeable nanocrystalline core material. Despite the small size, it delivers outstanding broadband attenuation performance, high rated currents and low DC resistance values. Low profile and high voltage ratings can also be realized by the common mode chokes of the WE-CMB family. „„ High permeability nanocrystalline core material For further information, please visit: www.we-online.com/we-cmb „„ Improved isolation through plastic case and „„ High IR & low RDC in a small size „„ Broadband suppression „„ Stable inductance values at high temperatures Nanocrystalline WE-CMBNC MnZn WE-CMB NiZn WE-CMB NiZn patented winding spacer MnZn/NiZn WE-ExB Horizontal WE-CMBH High Voltage WE-CMB HV huge peak strong bead! #strongBEAD The WE-MPSB series is the world’s first ferrite bead that specifies how it performs under high current „„ muscular peak current capability transients. This unique bead protects and extends the life of your application. It features an ultra-low „„ high rated currents RDC which delivers the lowest self-heating in its class at high currents. The WE-MPSB is ideal for DC/ „„ ultra-low RDC to minimize unwanted losses DC applications requiring high efficiency. For more information, please visit www.we-online.com/ „„ effective broadband filtering WE-MPSB Design your filter with our free online software – REDEXPERT. You will have the best guidance to ensure your circuit can withstand transient peak currents using our peak-specified WE-MPSB ferrite beads: www.we-online.com/MPSB-designer Products in original size: 0603 0805 1206 1612 1812 2220 3312 1 PASSIVE COMPONENTS  EMC Components Design Kits Product Category Design Kit Order Code WE-CBF 0402, 0603, 0805; SMD Ferrites 742790 WE-CBF 1206, 1210, 1806, 1812; SMD Ferrites 742791 WE-CBF HF 0402, 0603; SMD Ferrites for High Frequency Applications 742841 WE-MPSB, WE-PBF, WE-SUKW & WE-CMS; PCB Ferrites for Inrush Peak Currents 742793 Snap Ferrites 742711 WE-AFB; Axial Ferrite Beads 742700 WE-FLAT; Flat Ferrite Cores 742722 WE-TOF; EMI Suppression Toroidal Ferrites 742701 WE-FI; Toroidal Line Chokes 744705 WE-MI; SMD Multilayer Inductors 744790 WE-SD; Rod Core Chokes 744713 SMD Common Mode Line Filters 744725 WE-CMB & WE-CMBH; Common Mode Power Line Chokes 744825 WE-CMB, WE-CMB HC, WE-CMB NiZn, Common Mode Power Line Chokes 744821 WE-CMBNC; Common Mode Power Line Chokes 744800 WE-CNSW & WE-CNSW HF; SMD Common Mode Line Filters 744230 WE-ExB, WE-CMB & WE-CMBNC 744824 WE-LF; Common Mode Power Line Chokes 744630 WE-TFC, WE-TFCH, WE-FC; Power Line Common Mode Filters 744864 Lifelong Refill Ferrites for PCB Assembly Ferrites for Cable Assembly Filter Chokes Common Mode Chokes 32 Würth Elektronik eiSos® 11/18 Product Category Design Kit Order Code ESD Protection 823999 WE-TVSP, TVS Power Diodes Low Power 824599 WE-TVSP; TVS Power Diodes High Power 824598 WE-VD; Disk Varistors 820999 WE-VS; SMD Varistors 825998 Shielding Cabinets 361999 ShielDIY Do It Yourself Custom Shielding Cabinets 360002 WE-FAS/WE-FSFS 304999 WE-SECF; SMD EMI Contact Fingers 331001 Design Your EMC-Filter 744998 Interfaces; USB 2.0 / 3.0 / 3.1, Ethernet 100/1000 Base-T, CAN, VGA, HDMI, RS232, RS485 744999 Lifelong Refill ESD Protection Surge Protection EMI Shielding Material EMC Filter EMC General 11/18 Würth Elektronik eiSos® 33 1 PASSIVE COMPONENTS  EMC Components  Additional Information Applications of EMC Components D-Sub Filter Connector Cable Ferrites Capacitors Conductive Ni/Cu Glass Fiber Woven Common Mode Chokes Clip Chip Bead Ferrites EMI Shielding Tape Shielding Cabinet Varistors Earthing Belt 34 Würth Elektronik eiSos® Flexible Sintered Ferrite Sheet 11/18 Applications „„Control signals „„USB 2.0 3.0 „„USB 3.1 „„IEEE 1394 „„LVDS „„RS232 „„USB „„RS422 „„DC/DC converter D+ DWE-CNSW USB 3.1 Controller SSRX+ SSRXWE-CNSW HF SSTX+ SSTXWE-TVS Super Speed WE-MPSB WE-MAPI WE-MPSB USB Type-CTM Connector WE-TVS Vbus GND WCAP-CSGP 11/18 Würth Elektronik eiSos® 35 1 PASSIVE COMPONENTS  EMC Components  Additional Information SMD EMI Suppression Ferrite Beads Impedance (Ohm) Characterisation Frequency (MHz) High Speed SMD ferrites Have lower impedance in the lower frequency ranges. Therefore they have only a low attenuation on fast signals. Application e.g. USB 2.0, USB 3.0, USB 3.1, IEEE 1394, LVDS. 36 Würth Elektronik eiSos® High Current (1000 mA –10050 mA) High Frequency (50 mA – 600 mA) Wide Band (50 mA – 500 mA) High Speed (100 mA – 700 mA) High Frequency SMD ferrites Have, due to a modified internal layout, an increased effective suppression frequency range. Consequently the impedance at 1 GHz is up to 3 times higher. Application e.g. HDD, fast bus signals and clock signals. High Current SMD ferrites Are designed for high current (over 1 A). The rated current refers to 40 K self-heating. Application e.g. power supply, DC/DC converter. Wide Band SMD ferrites Show already high impedance in low frequency range. Therefore they are wide band through the whole spectrum. Application e.g. control signals, RS232, RS422, DC/DC converter. 11/18 Impedance vs. Frequency Cable Ferrites 60 1Ω 10 Ω 50 Ω 90 Ω 50 Attenuation (dB) 40 30 20 10 0 1 10 100 1000 Impedance of the ferrite (Ω) Relationship between the number of winding turns and the impedance across the frequency spectrum A (dB) =20 log ZA + ZF + ZB ZA + ZB Impedance determination in REDEXPERT Determine the needed impedance in REDEXPERT www.we-online.com/re-impedance Derating For an ambient temperature of 90 °C the maximum current should not be over 40 % of the rated current value 11/18 Rated Temperature TR ΔT = Tmax– TR Max. temperature allowed Tmax Example of use: For an ambient temperature of 90 °C the max. current should not be over 40 % of the rated current value. Würth Elektronik eiSos® 37 1 PASSIVE COMPONENTS  EMC Components  Additional Information Common Mode Chokes Common Mode Behaviour Differential Mode Behaviour Huge Common Mode Attenuation! Current  Magnetic field Current  When the common mode portion of a signal tries to go through the choke, it will meet a high impedance, due to the inductance created by the magnetization of the core and the coils. Wild sectional winding style shows the higher attenuation in differential mode (leakage Inductance) 38 Würth Elektronik eiSos® Magnetic field In opposition to the common mode behaviour, the differential mode portion of the signal will see almost no impedance in the choke, this phenomenon could be explained with the magnetic field compensation inside the core. If the core is not magnetized, then no inductance will appear in the line. Symetric sectional winding style shows a lower deviation in the attenuation curve Bifilar winding style shows the lowest attenuation in differential mode inductance and lowest isolation 11/18 Comparison Core Material Fe Attenuation (dB) NiZn Frequency (Hz) Manganese-Zinc Manganese-Zinc & Nickel-Zinc Nanocrystalline Nickel-Zinc Insertion Loss Comparison Winding Style Frequency WE-CMB WE-FC A division of the winding space in separate chambers (see WE-FC, 2 chambers on each winding) reduces the intrawinding capacitance increasing the bandwith of the choke. The current capabilities will be reduced due to the smaller winding space. 11/18 Würth Elektronik eiSos® 39 1 PASSIVE COMPONENTS  EMC Components  Additional Information EMC Filters Two-Stage Single-Stage-Advanced Single-Stage L L L1 PE R L1 C1 C1 C1 C1 C1 N N Advantages „„Discharge resistor – Discharge of capacitors. Important safety standards „„Cx – Increases the differential mode attenuation „„CMC – Strongly increases the common mode and partly differential mode attenuation without deriving any leakage current to ground „„Cy – Strongly increases common and partly differential mode attenuation driving some leakage current to ground. „„Perfectly shielded „„High performance filter inside „„Amazing size-current ratio (current capabilities)! „„Perfect ground connection „„Easy to use Fast-On connectors 110 A 50 Ω/50 Ω asym Common mode attenuation in the 50 Ω system. 100 90 80 70 A 50 Ω/50 Ω sym Differential mode attenuation in the 50 Ω system. Attenuation (dB) 60 50 40 A 0.1 Ω/100 Ω sym “Worst Case” differential mode attenuation with low input- and high output impedance. 30 20 10 0 -10 -20 10 kHz 100 kHz 1 MHz 10 MHz 100 Frequency A 50 Ω / 50 Ω asym A 50 Ω / 50 Ω sym A 100 Ω / 0.1 Ω sym A 100 Ω/0.1 Ω sym “Worst Case” differential mode attenuation with high input- and low output impedance. A 0.1 Ω / 100 Ω sym Easy selection of EMC Filters www.we-online.com/ re-emcfilter 40 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  EMC Components  Additional Information ESD and Surge Protection How to Determine the right Overvoltage Protection Device for your Application „„Determine max. Operating Voltage of the application (inclusive tolerances) „„Component Vrms / Vdc ≥ application max Vrms / Vdc „„Determine Operating Temperature (Varistor parameter has to be derated) „„Max. allowable clamping voltage „„Capacitance (fast datalines need low capacitance due to signal integrity) „„Max. Energy/Power „„Max. possible Surge/Burst/ESD-Level „„Take standards into account (e.g. Audio/Video, IEC 62368-1) With one TVS diode of series WE-TVS two USB lines can be protected. All 4 data lines as well as the common power Application of High Speed TVS Diodes forprotected ESDagainst Protection supply are well electrostatic discharge. As further improvement a LC-Filter is built with the common mode choke WE-CNSW and the capacitors to eliminate incoming common and differential mode noise. With two capacitors and the chip bead ferrite in the power supply line a very good insertion loss is provided. DA+ DA+ DA– DA– USB Controller GND DB+ DB– DB– DC+ DC+ DC– DC– RJ45 Connector GBit Ethernet PHY VCC DB+ Chip Bead Ferrite Vbus D+ Rt D– Rt Common Mode Choke DD+ DD– DD– D+ D– GND WR-COM: 614 008 260 21 Shield Port 1 Port 2 GND GND D+ D– WE-CNSW: 744 232 090 WE-TVS: 824 015 Vbus D+ Rt D– Rt Common Mode Choke D+ D– GND GND DD+ Vbus USB Port 1 USB 2.0 Double Port Protection VBUS USB Port 2 Ethernet 100 MBit WE-CNSW: 744 232 090 VBUS VBUS WE-CBF: 742 792 641 Shield The TheFlow-Thru Flow-ThruDesign Designletletyou youroute routethe thedata datalines linesstraight straightaway awayunder underthe theTVS TVSdiode. diode.This Thisresults resultsinina avery veryeasy easyboard boardlayout layoutdue duetotothe theexact exactsignal signallengths lengthsofofthe thedata datalines lines The Flow-Thru Design let you route the data lines straight away under the TVS diode. This results in a very easy board layout due to the exact signal lengths of the data lines and identical running times. and 0202(SOT23-6L) have connection ofofI/OI/Opins. The easy to use Design – 52with double port connection of I/O pins andtherefore therefore identical runningFlow-Thru times.The Thetwo twoparts partswith withp/n p/n824 824001 001 52(SOT563) (SOT563) and824 824001 001 (SOT23-6L) havea adouble double connection pins.Therewith Therewitheach eachI/OI/Oline line and therefore identical running times. The two parts with p/n 824 001 52 (SOT563) and 824 001 02 (SOT23-6L) have a double connection of I/O pins. Therewith each I/O line double isisprotected. The doubledouble protected. Theadvantage advantageisisshown shownininTLP TLPmeasurement measurementwith withananreduced reducedclamping clampingvoltage. voltage. is protected. The advantage is shown in TLP measurement with an reduced clamping voltage. 1818 Flow Thru Flow Thru Thru Standard 1616 Flow Standard Standard 18 GND GND 11/18 WE-TVS: 001x WE-TVS: 824 WE-TVS:824 824001x 001x D+D+D+ D– Rt Rt GND Rt D–D– D– GND GND GND VDD VDD VDD GND GND GND 14 1414 TLP Strom/TLP current (A) TLP Strom/TLP current TLP current (V) (A) Common Mode Choke Mode Mode ChokeChoke Rt Common D+ Rt Rt Common 16 Vbus Vbus Vbus TLP Strom/TLP current (A) D–D– Chip Bead Ferrite Chip Bead Chip Ferrite Bead Ferrite USB Port USB Controller USB Controller USB Controller D+D+ Vbus USB Port USB Port Vbus Vbus 12 1212 10 1010 8 88 6 6 6 4 4 4 2 0 22 0 0 0 00 2 22 4 4 6 6 8 10 8 12 14 1010 1212 TLP voltage TLPSpannung/TLP Spannung/TLP voltage TLP voltage (V) (V)(V) 4 6voltage8(V) TLP Spannung/TLP 1414 Würth Elektronik eiSos® 41 1 PASSIVE COMPONENTS Power Magnetics 42 Product Overview 43 New Products 46 Design Kits 52 Additional Information 54 1 PASSIVE COMPONENTS  Power Magnetics Product Overview How to find detailed product information? Visit www.we-online.com and search for product series information, e.g.: WE-PMI Single Coil Power Inductors WE-PMI L: IR: RDC: Frequency Range: Single Coil Power Inductors 0.11 ~ 10 μH 450 ~ 4000 mA 7 ~ 500 mΩ 0.1 ~ 100 MHz WE-LQFS L: IR: RDC: Frequency Range: 1.0 ~ 470 μH 0.26 ~ 4.47 A 21 ~ 2803 mΩ 0.1 ~ 10 MHz WE-PD3 L: IR: RDC: Frequency Range: 1 ~ 1000 µH 0.19 ~ 3.9 A 0.027 ~ 3.2 Ω 0.1 ~ 10 MHz WE-PMMI L: IR: RDC: Frequency Range: 0.025 ~ 1.5 µH 1600 ~ 7000 mA 9 ~ 100 mΩ 0.1 ~ 100 MHz WE-MAPI L: IR: RDC: Frequency Range: 0.33 ~ 47 µH 0.39 ~ 9.6 A 7.2 ~ 2300 mΩ 0.05 ~ 6 MHz WE-PD4 L: IR: RDC: Frequency Range: 0.47 ~ 10000 µH 0.07 ~ 18 A 0.002 ~ 39 Ω 0.1 ~ 10 MHz WE-PMCI L: IR: RDC: Frequency Range: 0.24 ~ 2.2 µH 1200 ~ 3600 mA 23 ~ 195 mΩ 0.05 ~ 6 MHz WE-TPC L: IR: RDC: Frequency Range: 0.056 ~ 1500 µH 0.08 ~ 8.5 mA 0.0035 ~ 9 Ω 0.1 ~ 10 MHz WE-HCI L: IR: RDC: Frequency Range: 0.13 ~ 82 µH 3.5 ~ 41.5 A 0.35 ~ 34 mΩ 0.1 ~ 3 MHz WE-GF L: IR: RDC: Frequency Range: 0.1 ~ 1000 µH 30 ~ 450 mA 0.32 ~ 50 Ω 0.1 ~ 100 MHz WE-SPC L: IR: RDC: Frequency Range: 0.22 ~ 100 µH 0.40 ~ 5.30 A 0.014 ~ 1.133 Ω 0.01 ~ 10 MHz WE-HCC L: IR: RDC: Frequency Range: 0.22 ~ 10 μH 4.4 ~ 27 A 1.5 ~ 41 mΩ 0.1 ~ 3 MHz WE-GFH L: IR: RDC: Frequency Range: 1.0 ~ 220 µH 75 ~ 1600 A 81 ~ 9126 mΩ 0.1 ~ 100 MHz WE-PD L: IR: RDC: Frequency Range: 0.47 ~ 1500 µH 0.2 ~ 23.5 A 0.003 ~ 9.44 Ω 0.1 ~ 10 MHz EXTENDED WE-HCF L: IR: RDC: Frequency Range: 0.7 ~ 680 μH 12 ~ 56 A 0.44 ~118.3 mΩ 0.1 ~ 3 MHz WE-LQ L: IR: RDC: Frequency Range: 1 ~ 2200 µH 0.04 ~ 1.8 A 0.08 ~ 63 Ω 10 ~ 1000 MHz WE-PDF L: IR: RDC: Frequency Range: 0.22 ~ 27 μH 4.3 ~ 19 A 1.95 ~ 42.5 mΩ 0.1 ~ 10 MHz NEW WE-HCFT L: IR: RDC: Frequency Range: 1.5 ~ 65 μH 17.2 ~ 75 A 0.4 ~ 13.13 mΩ 0.1 ~ 3 MHz WE-LQS L: IR: RDC: Frequency Range: 0.16 ~ 10000 µH 0.13 ~ 6.85 A 6 ~ 22800 mΩ 0.01 ~ 10 MHz WE-PD2SR L: IR: RDC: Frequency Range: 1.2 ~ 220 μH 0.67 ~ 4.85 A 8.5 ~ 876 mΩ 0.1 ~ 10 MHz WE-HCM L: IR: RDC: Frequency Range: 0.072 ~ 0.47 μH 24 ~ 65 A 0.15 ~ 0.37 mΩ 0.1 ~ 3 MHz 0.12 ~ 2200 µH 0.18 ~ 10 A 0.004 ~ 5.3 Ω 0.1 ~ 10 MHz WE-XHMI L: IR: RDC: Frequency Range: 0.18 ~ 33 μH 4.7 ~ 20.0 A 1.32 ~ 31.0 mΩ 0.05 ~ 5 MHz WE-LQSH L: IR: RDC: Frequency Range: 11/18 Single Coil Power Inductors 0.47 ~ 10 μH 0.58 ~ 6.4 A 18 ~ 816 mΩ 0.05 ~ 6 MHz EXTENDED WE-PD2 L: IR: RDC: Frequency Range: Würth Elektronik eiSos® 43 1 PASSIVE COMPONENTS  Power Magnetics Product Overview Single Coil Power Inductors EXTENDED Dual Coil Power Inductors WE-LHMI L: IR: RDC: Frequency Range: 0.1 ~ 100 µH 1 ~ 32.5 A 0.60 ~ 500 mΩ 0.05 ~ 5 MHz WE-EHPI L: IR: RDC: Frequency Range: 7.5 ~ 75000 µH 0.0035 ~ 2.29 A 1.5 ~ 1.9 mΩ 0.001 ~ 0.3 MHz WE-FAMI L: IR: RDC: Frequency Range: 3.0 ~ 22.0 µH 3.7 ~ 14.5 A 3.8 ~ 36 mΩ 0.01 ~ 10 MHz WE-TDC L: IR: RDC: Frequency Range: 0.33 ~ 22 µH 0.7 ~ 4.5 A 0.0145 ~ 0.48 Ω 0.01 ~ 10 MHz WE-TI L: IR: RDC: Frequency Range: 1 ~ 68000 µH 0.05 ~ 9 A 0.006 ~ 125 Ω 0.1 ~ 10 MHz WE-DD L: IR: RDC: Frequency Range: 1.3 ~ 470 µH 0.3 ~ 8.6 A 0.011 ~ 1.73 Ω 0.1 ~ 10 MHz WE-TIF L: IR: RDC: Frequency Range: 100 ~ 10000 µH 0.21 ~ 2.6 A 90 ~ 10700 mΩ 0.1 ~ 10 MHz WE-DCT L: IR: RDC: Frequency Range: 0.091 ~ 100 µH 1.1 ~ 14.5 A 3.5 ~ 290 mΩ 0.05 ~ 3 MHz WE-TIS L: IR: RDC: Frequency Range: 1.3 ~ 6800 µH 0.05 ~ 8.5 A 0.007 ~ 40 Ω 0.1 ~ 10 MHz WE-CFWI L: IR: RDC: Frequency Range: 0.8 ~ 4.4 µH 12.0 ~ 28 A 1.6 ~ 9.6 mΩ 0.1 ~ 3 MHz WE-SI L: IR: RDC: Frequency Range: 12 ~ 1619 μH 0.5 ~ 5 A 0.008 ~ 0.7 Ω 0.01 ~ 0.1 MHz WE-DPC L: IR: RDC: Frequency Range: 1 ~ 47 µH 0.9 ~ 4.5 A 25 ~ 350 mΩ 0.1 ~ 10 MHz WE-PD HV L: IR: RDC: Frequency Range: 220 ~ 3300 μH 0.24 ~ 1.30 A 0.30 ~ 6.5 Ω 0.1 ~ 10 MHz WE-MTCI L: IR: RDC: Frequency Range: 10 ~ 297 µH 0.45 ~ 0.95 A 349 ~ 5200 mΩ 0.1 ~ 3 MHz WE-PD2 HV L: IR: RDC: Frequency Range: 330 ~ 2200 μH 0.15 ~ 0.43 A 1.0 ~ 7.2 Ω 0.1 ~ 10 MHz WE-DPC HV L: IR: RDC: Frequency Range: 1 ~ 47 µH 0.6 ~ 2.9 A 32 ~ 1.200 mΩ 0.1 ~ 10 MHz WE-TI HV L: IR: RDC: Frequency Range: 220 ~ 5600 µH 0.18 ~ 0.9 A 0.6 ~ 12 Ω 0.05 ~ 1 MHz WE-CPIB HV L: IR: RDC: Frequency Range: 4.7 ~ 47 μH 0.55 ~ 1.45 A 105 ~ 1.000 mΩ 0.1 ~ 10 MHz WE-TDC HV L: IR: RDC: Frequency Range: 5.6 ~ 33 μH 0.75 ~ 1.4 A 190 ~ 700 mΩ 0.1 ~ 10 MHz PFC Chokes WE-PFC L: IR: RDC1: RDC2: 44 Würth Elektronik eiSos® 150 ~ 1800 μH 0.3 ~ 3.0 A 78 ~ 1550 mΩ 140 ~ 1200 mΩ EXTENDED WE-MCRI L: IR: RDC: Frequency Range: Wireless Power Transmission EXTENDED WE-WPCC Wireless Power Transmitter Coil L: 2.8 ~ 24 µH Q: 30 ~ 220 2.0 ~ 18 A IR: 10 ~ 255 mΩ RDC: EXTENDED WE-WPCC Wireless Power Array L: 6.4 ~ 12.5 µH µHQ: 100 ~ 145 8.0 ~ 10.0 A IR: 38 ~ 56 mΩ RDC: EXTENDED WE-WPCC Wireless Power Receiver Coil L: 1.4 ~ 47.0 µH Q: 10 ~ 50 0.40 ~ 5.0 A IR: 0.08 ~ 1200 Ω RDC: 1 ~ 47 µH 2.3 ~ 17 A 4.5 ~ 240 mΩ 0.1 ~ 3 MHz 11/18 Power Transformers Power Transformers WE-FLEX suitable for all switch mode power supply topologies like: Buck-Converter, Boost-Converter, SEPIC-Converter, Flyback-Converter, Forward-Converter and Push-Pull-Converter WE-UOST Ui: UO1: IO1: 85 ~ 265 Vac 5 ~ 24 V 0.56 ~ 3.0 A WE-FLEX+ suitable for all switch mode power supply topologies like: Buck-Converter, Boost-Converter, SEPIC-Converter, Flyback-Converter, Forward-Converter and Push-Pull-Converter WE-LLCR Ui: Uo: P: 360 ~ 400 Vdc 12, 24 or 48 Vdc 150, 200 or 250W WE-FLEX HV suitable for all switch mode power supply topologies like: Buck-Converter, Boost-Converter, SEPIC-Converter, Flyback-Converter, Forward-Converter and Push-Pull-Converter WE-UNIT Ui: UO1: IO1: 85 ~ 265 Vac 5 ~ 24 V 0.13 ~ 2.0 A WE-PoE suitable for Power over Ethernet ICs WE-GDT L: RDC1: RDC2: RDC3: 260 ~ 650 µH 520 ~ 1200 mΩ 150 ~ 600 mΩ 170 ~ 600 mΩ WE-PoE+ Compliant with the 30W PoE+ objectives of IEEE802.3at WE-GDTI L: RDC1: RDC2: RDC3: 735 ~ 1800 µH 1000 ~ 1600 mΩ 600 ~ 1300 mΩ 650 ~ 1300 mΩ Suitable for PoE+ powered devices WE-PoEH - PoE and PoE+ powered devices - Flyback or Forward Transformer - designed for 12V, 24V or 48V input of Switching Mode Power Supply WE-CST for Switch Mode Power Supply and AC current detection WE-FB for LT3573, LT3751, LT3574, LT3575, LT3748 All Power Magnetic Components at a glance www.we-online.com/power-magnetics Explore our Application Notes for Power Magnetics www.we-online.com/app-notes Component Libraries available for:  PCB Library: Altium Designer, EAGLE, Cadence OrCAD & Allegro, Zuken CAD-Star  S-Parameter & SPICE Model: S-Parameter, LTspice, PSpice, Spectre  RF & Microwave Simulation Models: Modelithics www.we-online.com/library 11/18 Würth Elektronik eiSos® 45 1 PASSIVE COMPONENTS  Power Magnetics  New Products NEW PRODUCTS WE-PD ​SMT Shielded Power Inductor AEC Q200 Characteristics: Applications: ■ AECQ 200 Qualified ■ Ultra low RDC an RAC ■ Highest possible saturation current based on Ferrite ■ Suitable for switching frequency up to 5MHz ■ Temperature dependent parameter for Redexpert ■ Switch Mode Power supplies from 0,01W up to 300W ■ Integrated DC DC Converter ■ Ideal for Switch Mode Power supplies with extremely high efficiency (>95%) available ■ Operating Temperature from -40°C to +150°C ​Size 7345 Technical Data: Order Code L (µH) Tol. L IR (A) ISAT (A) RDC max. (mΩ) RDC typ (mΩ) fres (MHz) 7447773010 7447773022 7447773033 7447773047 7447773062 7447773100 7447773150 7447773220 7447773330 7447773470 7447773680 7447773101 7447773151 7447773221 7447773331 7447773471 7447773681 7447773102 1 2.2 3.3 4.7 6.2 10 15 22 33 47 68 100 150 220 330 470 680 1000 ±30% ±30% ±30% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% ±20% 6 4.8 4.3 3.6 3.2 2.6 2.2 1.85 1.45 1.3 1.15 0.97 0.78 0.63 0.53 0.43 0.36 0.3 10 8 6.6 5.5 4.8 3.8 3.1 2.5 2.1 1.7 1.45 1.2 0.95 0.81 0.66 0.55 0.46 0.38 12 17.5 21 26 30 45 69.5 87 147 182 230 335 515 770 1085 1700 2300 3300 8.4 12.5 15.5 20 25 37.5 53 75 120 150 190 270 410 640 900 1360 1950 2850 98 61 51 35.5 31 23 20.7 16.1 13.5 10.3 8.4 6.7 5.2 4.3 3.6 2.8 2.3 1.9 L: Inductance; Tol. L: Inductance (Tol.); I R: Rated Current; ISAT: Saturation Current; RDC max.: DC Resistance; RDC typ: DC Resistance; fres: Self Resonant Frequency www.we-online.com/WE-PD 46 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Power Magnetics  New Products WE-HCFT ​THT High Current Round Wire Inductor NEW PRODUCTS Applications: ■ Power Supply ■ DC/DC Converter ■ Battery test & controller systems ■ Lighting www.we-online.com/WE-HCFT ​Size 2012 Technical Data: Order Code L (µH) 7443782012033 7443782012047 7443782012068 7443782012082 7443782012100 7443782012150 3.3 4.7 6.8 8.2 10 15 Tol. L IR (A) ISAT (A) RDC typ. (mΩ) RDC max. (mΩ) fres (MHz) Core Material ±20% 28.7 28.7 20.6 20.6 20.6 20.6 43 29.8 30.6 25.6 20.6 12.9 2.2 2.2 4.55 4.55 4.55 4.55 2.4 2.4 5 5 5 5 40 28 21 18 17 13 MnZn L: Inductance; Tol. L: Inductance (Tol.); IR: Rated Current; ISAT: Saturation Current; RDC typ.: DC Resistance; RDC max.: DC Resistance; fres: Self Resonant Frequency ​Size 3521 Technical Data: Order Code L (µH) Tol. L IR (A) ISAT (A) RDC typ. (mΩ) RDC max. (mΩ) fres (MHz) Core Material 7443763521015 7443763521022 7443763521033 1.5 2.2 3.3 ±20% 75 125 120 91 0.34 0.4 37 30 25 MnZn L: Inductance; Tol. L: Inductance (Tol.); IR: Rated Current; ISAT: Saturation Current; RDC typ.: DC Resistance; RDC max.: DC Resistance; fres: Self Resonant Frequency ​Size 3533 Technical Data: Order Code 7443783533220 7443783533330 7443783533470 7443783533650 L (µH) 22 33 47 65 Tol. L IR (A) ISAT (A) RDC typ. (mΩ) RDC max. (mΩ) fres (MHz) Core Material ±20% 23.2 22 19.3 17.2 49.4 39.2 32.3 26.6 8 9 11.8 13.13 8.8 9.9 12.98 14.44 8.15 6.08 5.1 4.28 MnZn L: Inductance; Tol. L: Inductance (Tol.); IR: Rated Current; ISAT: Saturation Current; RDC typ.: DC Resistance; RDC max.: DC Resistance; fres: Self Resonant Frequency ​Size 3540 Technical Data: Order Code L (µH) 7443763540068 7443763540100 7443763540150 7443763540220 7443763540330 7443763540470 6.8 10 15 22 33 47 Tol. L IR (A) ISAT (A) RDC typ. (mΩ) RDC max. (mΩ) fres (MHz) Core Material ±20% 56.7 56.7 45.3 40.6 32 32 76.5 62 51.6 42 38.9 31 1.01 1.01 1.77 2.63 5.67 5.67 1.2 1.2 2.16 3.2 6.38 6.38 16 14 12 9 7 6 MnZn L: Inductance; Tol. L: Inductance (Tol.); IR: Rated Current; ISAT: Saturation Current; RDC typ.: DC Resistance; RDC max.: DC Resistance; fres: Self Resonant Frequency Test Conditions IR referring to 50 K self-heating above ambient temperature ​Isat referring to inductance loss of 30 % typ 11/18 Würth Elektronik eiSos® 47 1 PASSIVE COMPONENTS  Power Magnetics  New Products WE-MCRI ​SMT Molded Coupled Inductor NEW PRODUCTS Characteristics: Applications: ■ Composite core material allows high saturation current and compact design ■ Better Leakage Inductance (Lk) and Rated Current (Ir) than comparable components ■ Magnetically shielded ■ 1:1 Transformer ■ Operation temperature: -40°C to +125°C ■ Isolated converter application (e.g. Flyback converter) ■ Buck, Boost, Sepic, Zeta, CUK Converter ■ Switching regulator with second, unregulated output voltage ​Size 1040 Technical Data: Order Code L (µH) 7448991010 7448991015 7448991022 7448991027 7448991033 7448991047 7448991068 7448991082 7448991100 7448991150 7448991220 7448991330 7448991470 1 1.5 2.2 2.7 3.3 4.7 6.8 8.2 10 15 22 33 47 n IR (A) ISAT (A) RDC max (mΩ) RDC typ (mΩ) fres (MHz) 1:1 12 11.1 8.2 7.4 6.8 6.2 5 4.7 3.7 3.25 2.2 2.05 1.5 30.2 28.1 20.6 16.5 14.3 13.8 12 11.3 9.8 7.8 6.1 5 4.4 7.5 10 16.5 16.8 23.5 29 44 46 62 95 160 230 340 6.3 8.6 14 16.3 20.7 24.4 38 41.2 55 83 144 207 312 32 24.5 21.5 19 17 14 11.5 10 9.4 7.7 5.8 4.7 3.9 L: Inductance; n: Turns Ratio; IR: Rated Current; ISAT: Saturation Current; RDC max: DC Resistance; RDC typ: DC Resistance; fres: Self Resonant Frequency www.we-online.com/WE-MCRI 48 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Power Magnetics  New Products WE-WPCC Wireless Power Transfer Coil Applications: ■ Wearables, medical technology, industry, consumer ■ Ø 20 mm: smallest Qi coil, low inductance, for 5 V ■ ■ Work with Qi compliant chipset solutions up to 15 W ■ Low RDC compared to other market players ■ Most reliable design - solid ferrite plate for ■ ■ ■ goods Applications that require clean or clean-air environments Medical technology, industry & consumer goods Wireless in-car charging In dirty, combustible or potentially explosive environments (ATEX) NEW PRODUCTS Characteristics: systems mechanical stability ■ Qi standard MP-A9 coils ■ Applicable up to 200 W outside Qi standard ■ 3-coil array for greater freedom of receiver positioning ■ Central hole: – Offers channel for sensors/wiring/connections – Replaces expensive & susceptible brushes or slip rings ■ High quality value - due to high permeability of the shielding (no impact due to hole) ■ Double sided tape on backside for easy assembly in application ■ Compatible with all Qi transmitters Transmitter Technical Data: Order Code L (µH) RDC max. (mΩ) IR (A) Q fres (MHz) Size Compliance 760308101106 2.8 90 2.5 30 38 Ø 20 works with Qi Tx IC's 760308103109 10.2 50 9 130 11 5751 Qi-MP-A9 7.5 Ø 31 works with Qi Tx IC's Q1,2,3 fres (MHz) Size Compliance 135 / 130 / 135 8 10657 125 / 115 / 125 14 10055 Q fres (MHz) Size Compliance 15 25 Ø 19 19 18.5 Ø 26 works with Qi Rx IC's 760308101107 24 315 2 55 L: Inductance; RDC max.: DC Resistance; IR: Rated Current; Q: Q-Factor; fres: Self Resonant Frequency Transmitter Array Technical Data: L1,2,3 (µH) RDC max. 1,2,3 (mΩ) 760308103149 10.2 / 9.8 / 10.2 55 760308103113 12.5 / 11.5 / 12.5 65 Order Code IR 1,2,3 (A) 9 Qi - MP-A9 3-coil array Qi - MP-A13 3-coil array L: Inductance; RDC max.: DC Resistance; IR: Rated Current; Q: Q-Factor; fres: Self Resonant Frequency Receiver Technical Data: Order Code L (µH) RDC max. (mΩ) 760308105214 6.3 350 760308105309 10 450 IR (A) 1.5 L: Inductance; RDC max.: DC Resistance; IR: Rated Current; Q: Q-Factor; fres: Self Resonant Frequency www.we-online.com/we-wpcc 11/18 Würth Elektronik eiSos® 49 An Excellent Duet! #INDUCTORDUET Coupled Inductors The WE-MCRI is an innovative molded coupled inductor with fully automated bifilar winding „„ Up to 0.995 coupling coefficient process. It offers an almost ideal coupling coefficient up to 0.995. The WE-MCRI features „„ Up to 2.0 kV isolation a soft saturation behavior with its crystalline core structure and distributed air gap. „„ Soft saturation The coupled inductor range includes high voltage isolation versions up to 2 kV, low profile „„ Up to 120 A ISAT and 48 A IR types and versions with various turns ratios. „„ Large portfolio For further information, please visit: www.we-online.com/coupled High Coupling High Voltage Various Turns Ratio Low Profile High Current Toroidal Core WE-MCRI WE-CPIB HV WE-EHPI WE-TDC WE-CFWI WE-DCT Stay cool, be MAPI! #coolMAPI The WE-MAPI is the world’s smallest metal alloy power inductor. It’s efficiency is un- „„ highest current ratings matched. Available from stock. Samples free of charge. For further information please visit: „„ lowest AC losses in class www.we-online.com/WE-MAPI „„ incredibly low DCR „„ excellent temperature stability Design your DC/DC converter in REDEXPERT, the world’s most precise „„ innovative design software tool to calculate AC losses. „„ lowest EMI radiation The full WE-MAPI range: 1.6 x 1.0 2.0 x 1.0 2.5 x 0.6 2.5 x 0.8 2.5 x 1.0 2.5 x 1.2 3.0 x 1.0 3.0 x 1.2 3.0 x 1.5 3.0 x 2.0 4.0 x 2.0 4.0 x 3.0 1 PASSIVE COMPONENTS  Power Magnetics Design Kits Product Category Design Kit Order Code WE-GF; SMD Wire Wound Inductors 744766 WE-HCC; SMD High Current Cube Inductors 744332 WE-HCI 1030, 1040, 1050; SMD Flat Wire High Current Inductors 744355 WE-HCI 1335, 1350, 1365; SMD Flat Wire High Current Inductors 744356 WE-HCI 1890; SMD Flat Wire High Current Inductors 744357 WE-HCI 5040, 7030, 7040, 7050; SMD Flat Wire High Current Inductors 744354 WE-PMCI 0603, 0805, 0806,1008; Power Molded Chip Inductor 742792 WE-HCM; SMD High Current Flat Wire Inductors 744300 WE-LHMI 1040, 1335, 1365; SMD Low Profile High Current Molded Inductors 7443736 WE-LHMI 4012, 4020; SMD Low Profile High Current Molded Inductors 7443732 WE-LHMI 8030, 8040; SMD Low Profile High Current Molded Inductors 7443735 WE-LHMI 7030, 7050; SMD Low Profile High Current Molded Inductors 7443734 WE-LQ 1210, 1812; SMD Inductors 744032 WE-LQFS 3818, 4818, 4828; SMD Shielded Power Inductors 7440601 WE-LQS 2010, 2512, 3015; SMD Semi-Shielded Power Inductors 7440402 WE-LQS 3012, 4025; SMD Semi-Shielded Power Inductors – Low Loss 7440403A WE-LQS 4012, 4018, 5020, 5040; SMD Semi-Shielded Power Inductors 7440405 WE-LQS 6028, 6045, 8040; SMD Semi-Shielded Power Inductors 7440408 WE-LQSH 2010, 2512, 3012, 4020; SMD Semi-Shielded High Saturation Power Inductors 7440502 WE-MAPI 1610, 2010; Metal Alloy Power Inductors 7443831 WE-MAPI 2506, 2508, 2510, 2512; Metal Alloy Power Inducturs 7443832 WE-MAPI 3010, 3012, 3015, 3020; Metal Alloy Power Inductors 7443833 WE-MAPI 4020, 4030; Metal Alloy Power Inductors 7443834 WE-PD 1030, 1050; SMD Shielded Power Inductors 7447713 WE-PD 1210, 1280; SMD Shielded Power Inductors 744770 WE-PD 6033, 7332; SMD Shielded Power Inductors 744778 WE-PD 7345, 1260; SMD Shielded Power Inductors 744777 WE-PD2 4532, 5820, 5848; SMD Power Inductors 744773 Lifelong Refill Single Coil Power Inductor 52 Würth Elektronik eiSos® 11/18 Product Category Design Kit Order Code WE-PD2 7850, 1054; SMD Power Inductors 744775 WE-PMI; Power Multilayer Inductors 744797 WE-PD HV; SMT Power Inductors 768771 WE-SPC; SMD Shielded Power Inductors 7440894 WE-TI 5075, 6065, 8055, 8075, 8095; Radial Leaded Wire Wound Inductors 744741 WE-TI 8012, 1014; Radial Leaded Wire Wound Inductors 744743 WE-TIS; Shielded Radial Leaded Wire Wound Inductors 744731 WE-TPC 2811, 2813, 2828, 3816, 4818; SMD Shielded Tiny Power Inductors 744028 WE-TPC 4828, 5818, 5828; SMD Shielded Tiny Power Inductors 744043 WE-TPC 6823, 1028, 1038; SMD Shielded Tiny Power Inductors 744062 WE-TPC 8012, 8015, 8020; SMD Shielded Tiny Power Inductors 744070 WE-XHMI 1090, 1510; Metal Alloy Power Inductors 7443936 WE-XHMI 6030, 6060, 8080; Metal Alloy Power Inductors 7443934 WE-PFC; Power Factor Correction Chokes 760801 Lifelong Refill PFC Chokes Dual Coil Power Inductors Energy Harvesting Design Kit IC-744885 Energy Harvestin Demo Kit Gleanergy IC-744888 WE-DD; SMD Shielded Coupled Inductors 744870 WE-TDC; SMD Coupled Inductors 744894 200 W Development Kit Wireless Power Transfer Extend Medium Power Solution 760308EMP 15 W Design Kit Wireless Power Medium Solution including data transfer 760308MP WE-FLEX; Flexible Transformers 749196 WE-PoE; Transformer for Power-over-Ethernet 749119 Wireless Power Transmission Flexible Transformers for SMPS Transfomers for DC/DC-Converters 11/18 Würth Elektronik eiSos® 53 1 PASSIVE COMPONENTS  Power Magnetics  Additional Information Single Coil Inductors Ferrite Iron NiZn: Robust WE-PD, WE-PD2, WE-LQS, WE-TI MnZn: Performance WE-PD, WE-HCF, WE-TPC Powder: Power Density WE-LHMI Alloy: Efficient WE-MAPI, WE-XHMI, WE-HCI and WE-PMCI Round Wire:   Up to 4 wires in parallel for ultra low losses, e.g. WE-PD, WE-TPC, WE-MAPI, WE-LHMI Wire types Core material Flat Wire: Best filling grade for highest power density possible, e.g. WE-HCI, WE-XHMI and extremly low DCR e.g. WE-HCM Litz Wire: Up to 115 wires twisted for highest ripple current application, e.g. WE-HCF Shielding types Unshielded (Cost efficient) Semi shielded (All-Rounder) Shielded (Best Performance) Molded (Highest Power) „„ „„ „„ „„ Suitable for all kind of applications SMD Surface Mount AEC-Q200 qualified (certain series) Temperature Range -40°C – 125 °C/150°C / 155 °C Outstanding saturation behavior Extreme low RDC „„ „„ „„ „„  ighest power density based in H package volume Robust design for advanced applications Best filter characteristics Operating Voltage rating up to 400 V „„ „„ „„ „„ THT Through Hole S ize from 1.6 mm up to 41 mm Current rating up to >125 A Inductance value from 25 nH up to 22 mH Switching frequency from 10 kHz up to 10 MHz Line Filter Ferrite Iron Powder 140 % 130 % Impedance 120 % Filter Area Ferrite 110 % Filter Area Iron 100 % „„ 90 % 80 % „„ 70 % 0% 20 % 40 % 60 % Frequency Ferrite 54 Würth Elektronik eiSos® Iron 80 % 100 % „„ S ingle coil inductors are used for filter designs like LC Filter Every material has different filter characteristics The graphic helps to find the best inductor 11/18 Usage of single coil inductors: Often used in DC/DC converter, e.g. buck converter. „„ One of the most important factors of an inductor is its current capability „„ Inductor in a DC/DC Converter Ripple Current over Inductor Saturation Scenario Saturation Scenario Soft Saturation HardHard vs.vs.Soft Saturation 140% 140% 120% 120% Ideal w/o Saturation Effects Ferrite Iron Powder Output Current 130% 130% 100% 100% Ferrite Iron Powder 60% 60% 40% 40% 110% 110% 100% 100% 90% 90% 80% 80% 20% 20% 0% 0% 0% 0% Inductor Current Ripple Current Inductance L/L0 Inductance L/L0 120% 120% 80% 80% 20% 20% 40% 40% 60% 60% 80% 80% 100% 100% 120% 120% 140% 140% 160% 160% 180% 180% Current ISat 200% 200% 70% 70% 0% 0% Current „„ „„ T hick lines are showing the current load of the inductor with the duty cyle shown in the right graph The current load is depending on the switching frequency and the inductance value „„ „„ „„ 20% 20% 40% 60% 40% 60% Time Duty Cycle 80% 80% 100% 100% In this example the duty cycle is 50% Soft Saturation leads to overall higher ripple Hard saturation may lead to ripple peaks when inductor is close to saturation Compare in REDEXPERT www.we-online.com/re-ferrite-iron 11/18 Würth Elektronik eiSos® 55 1 PASSIVE COMPONENTS  Power Magnetics  Additional Information Overview Coupled Inductors L1 L2 Dual Output Isolated Buck Converter SEPIC Characteristics 5 x 5 x 2 mm up to 21 x 18 x 13 mm „„ Different core materials available: NiZn-Ferrite, Iron Powder, Metal Alloy Powder „„ Low leakage inductance „„ Isolation voltage: up to 2 kVrms Application „„ SEPIC, Zeta or Cúk-Converter „„ Buck-Boost Converter „„ Buck Converter with second isolated output „„ Flyback converters „„ Common Mode Choke „„ SEPIC Design with REDEXPERT www.we-online.com/re-sepic Transformers for DC/DC Converters Tr1 D1 C1 D1 Tr1 Ui D2 L1 D3 C1 T1 S1 56 Würth Elektronik eiSos® Flyback Forward Characteristics „„ Optimized for different input and output paramaters or adjustable (WE-FLEX) „„ Isolation voltage: up to 2 kVrms „„ With or without airgap for Flyback or Forward topology „„ Output power up to 70 W Application „„ PoE powered devices „„ 24V Rail input converters „„ Isolated power supplies 11/18 Transformers for AC/DC Converters D1 Tr1 C1 S1 Flyback LLC Characteristics Output powers: up to 250 W „„ Optimized winding strategy „„ Re-inforced isolation „„ Application Low power supplies „„ Resonant power supplies for medium range power „„ Off-the-shelf AC/DC transformer in REDEXPERT www.we-online.com/re-acdc Auxilliary Transformers 749 119 533 For Example: „„ Gate Drive Transformers „„ Current Sense Transformers Gate Drive Transformer 11/18 Würth Elektronik eiSos® 57 1 PASSIVE COMPONENTS  Power Magnetics  Additional Information Wireless Power – WE cut the Cord How wireless power transfer works The magnetic flux (Φ1) generates an induction voltage in the receiver coil. Part of the magnetic flux (Φ21) penetrates the receiver coil and can be used to power a device. Φ21 When a current flows through the transmitter coil, magnetic flux (Φ1) is generated. Receiver Coil Φ1 Transmitter Coil Application Areas Industry Medical Technology Furniture eMobility Wireless Power – Past, Present & Future 58 1997 2007 Nikola Tesla designs the Wardenclyffe Tower – the first attempt to transmit electricity wirelessly to the world. Braun receives patent for the inductive charging of electric toothbrushes. The Massachusetts The Wireless Power Institute of Technology Consortium is revives the principle founded. of wireless power. Würth Elektronik starts developing wireless power coils. Würth Elektronik eiSos® 2008 2011 6 million wireless power units in the market. Würth Elektronik starts selling 2 wireless power products. 2016 (Source: IHS) 1899 2 6 350 000 000 000 000 000 000 000 2 40 2020 350 Million wireless 2 Billion wireless power units in the power units market. estimated in the market. Würth Elektronik offers 40 different Würth Elektronik wireless power expands the product coils. portfolio of wireless power coils into various application areas. 11/18 Three different types of coils Your tool to find the perfect coil combination for wireless power applications www.we-online.com/wirelesspower/mixandmatch Receiver Size of coils Transmitter Array The leading standard Power up to 200 W Wireless Power Consortium Find out more about high power wireless transfer www.we-online.com/wirelesspower/highpower Distance up to 10 mm Why Würth Elektronik coils? „„ „„ „„ „„ „„ B roadest portfolio of standard wireless power charging coils in the market Best efficiency due to best Q-factor and lowest RDC High permeability shielding Highly reliable construction System support www.we-online.com/ wirelesspower 11/18 Würth Elektronik eiSos® 59 1 PASSIVE COMPONENTS Signal & Communications 60 Product Overview 62 New Products 64 Design Kits 65 Additional Information 66 11/18 Würth Elektronik eiSos® 61 1 PASSIVE COMPONENTS  Signal & Communications Product Overview How to find detailed product information? Visit www.we-online.com and search for product series information, e.g.: WE-ASI AS-Interface Inductor WE-ASI L: IR: RDC: 3.0 ~ 18.0 mH 0.08 ~ 0.24 A 10.0 ~ 72.0 Ω LAN Transformers Filter Solutions WE-EPLE USB-A connector with integrated circuit protection device and EMI noise reduction RF Inductors WE-KI L (±2% or ±5%): Q: SRF: IR: Sizes: WE-KI HC L (±2%): Q: SRF: IR: Sizes: 1 ~ 390 nH 18 ~ 46 880 ~ 16000 MHz 170 ~ 2300 mA 0402, 0603 WE-LAN Speed: Ports: Temp. Range: PoE: 10/100/1000 MBit/s 1~4 -40 to +125°C 350 ~1500 mA WE-RFI L (±5%): Q: SRF: IR: Sizes: 0.47 ~ 47 µH 15 ~ 45 17 ~ 375 MHz 45 ~ 500 mA 0805, 1008 WE-LAN 10G Speed: Ports: Temp. Range: PoE: 10.000 MBit/s 1 -40 to +85°C 350 ~ 1500 mA WE-RFH L (±5%): Q: SRF: IR: Sizes: 0.56 ~ 10 µH 15 ~ 45 40 ~ 415 MHz 300 ~ 760 mA 1008 WE-LAN AQ Speed: Ports: Temp. Range: 1.000 MBit/s 1 -40 to +85°C WE-RJ45 LAN Speed: Ports: Temp. Range: PoE: WE-RJ45 LAN 10G Speed: Ports: Temp. Range: PoE: WE-TCI L (±0.1nH or 2%): Q: SRF: IR: Sizes: 1 ~ 22 nH 8 ~ 13 2800 ~ 9000 MHz 90 ~ 700 mA 0201, 0402 10 ~ 1000 MBit/s 1~4 -40 to +85°C 350 mA ~ 600 mA WE-MK L (±5%): Q: SRF: IR: Sizes: 1 ~ 470 nH 8 ~ 20 250 ~ 17000 MHz 100 ~ 600 mA 0201, 0402, 0603 10 ~ 10.000 MBit/s 1 -40 to +85°C 350 mA ~ 600 mA WE-CAIR L (±5%): Q: SRF: IR: Sizes: 1.65 ~ 120 nH 100 ~ 140 1.1 ~ 12.5 GHz 1.5 ~ 4 A 1322, 1340, 3136, 3168, 4248 WE-AC HC L (±20%): Qtyp: SRFtyp: IR: Sizes: 62 1 ~ 1500 nH 16 ~ 60 200 ~ 12500 MHz 100 ~ 1360 mA 0402, 0603, 0805, 1008 Würth Elektronik eiSos® 22 ~ 146 nH 163 ~ 280 332 ~ 867 MHz 19 ~ 40 A 1010, 1212 11/18 LTCC Components WE-LPF Low-Pass Filter Frequency Range: 902 ~ 5875 MHz Sizes: 0603, 0805 Wireless Communication Systems like Bluetooth, WiFi 2.4 & 5.0 GHz, ZigBee … Low insertion loss in passband and high attenuation in stopband WE-BPF Band-Pass Filter Frequency Range: 2400 ~ 5920 MHz Sizes: 0805, 1008 Wireless Communication Systems like Bluetooth, WiFi 2.4 & 5.0 GHz, ZigBee … Low insertion loss in passband and high attenuation in stopband WE-BAL Balun Frequency Range: 2400 ~ 5875 MHz Sizes: 0603, 0805 Wireless Communication Systems like Bluetooth, WiFi 2.4 & 5.0 GHz, ZigBee … Low loss SMD Balun with balanced impedance of 50-200 ohms WE-MCA Multilayer Chip Antenna Frequency Range: 423 ~ 5875 MHz Wireless Communication Systems like GSM 900, ISM 868/2400, GPS, Bluetooth, WiFi 2.4 & 5.0 GHz, ZigBee … 11/18 All Signal & Communications Components at a glance: www.we-online.com/signal-com Explore our Application Notes for Signal & Communications: www.we-online.com/app-notes Component Libraries available for:  PCB Library: Altium Designer, EAGLE, Cadence OrCAD & Allegro, Zuken CAD-Star  S-Parameter & SPICE Model: S-Parameter, LTspice, PSpice, Spectre  RF & Microwave Simulation Models: Modelithics www.we-online.com/library Würth Elektronik eiSos® 63 1 PASSIVE COMPONENTS  Signal & Communications  New Products WE-RJ45 LAN ​ J45 Through Hole Reflow R NEW PRODUCTS Characteristics: Applications: ■ RJ45 designed to use for Pin-in-Paste soldering ■ High mechanical stability through THT pins ■ Hight Temperature LEDs ■ Extra high standoff for a good thermal airflow ■ Power over Ethernet up to 30 W ■ Compliant with standard: IEEE 802.3u, IEEE 802.3ab, IEEE 802.3af, IEEE 802.3at ■ Suitable for industrial temperatures from –40 °C up to +85 °C ■ Compatible to Industrial Ethernet systems like EtherCAT or Profinet ■ Compliant with most IC’s for Ethernet applications such as Microchip, Texas Instruments, Broadcom, Linear Technology ■ Hubs, Routers, Switches, IP cameras, IoT applications Technical Data: Order Code 74980104400 Data rate PoE 10/100 Base-T non-PoE 74982104400 10/100 Base-T PoE (up to 350 mA) 74984104400 10/100/1000 Base-T non-PoE 74981104400 10/100/1000 Base-T PoE (up to 600 mA) Tab Shield Tabs LED L (mm) W (mm) H (mm) Up No green/ yellow-green/ yellow 21.5 16 13.6 Tab: Tab Position; LED: LED (Left-Right); L: Length; W: Width; H: Height www.we-online.com/RJ45 64 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Signal & Communications Design Kits Product Category Design Kit Order Code WE-LAN; LAN Transformers 749010 LAN Transformers & RJ45 Connectors without Magnetics 749615 WE-KI HC 0402, 0603; SMD High Current Ceramic Inductor 74476 WE-KI 0402; SMD Wire Wound Ceramic Inductors 744765A WE-KI 0603; SMD Wire Wound Ceramic Inductors 744761 WE-KI 0805, 1008; SMD Wire Wound Ceramic Inductors 744762 WE-RFI; Ferrite SMD Inductors 744762A/RFI WE-MK 0201; Multilayer Ceramic SMD Inductors 744785 WE-MK 0402A; Multilayer Ceramic SMD Inductors 744784A WE-MK 0603A; Multilayer Ceramic SMD Inductors 744786A WE-CAIR; Air Coil Inductors 74491 Lifelong Refill LAN Transformers RF Inductors 11/18 Würth Elektronik eiSos® 65 1 PASSIVE COMPONENTS  Signal & Communications  Additional Information LAN – Power over Ethernet Beyond the Standard LAN PoE products available even for applications beyond the newest IEEE802.3bt standard. 200 W LAN Transformer Selection in REDEXPERT www.we-online.com/re-LAN 90 W 12.3 W 25.4 W IEEE802.3af IEEE802.3at IEEE802.3bt WE Products LAN – Power over Ethernet WE-LAN 4 x 49.9Ω PHY R R WR-MJ 3.3V R R J1 TXP J4 +IPOE J5 WE-TVS TXN J2 PSE Device J3 RXP J7 J8 RXN -IPOE J6 C 0.1µF WE-SL5 R C C PWRGD WE-PoE WE-PoEH WE-PoE+ CPD C HSGATE VPORT C WE-SL5 C C C C 4 x 22nF/50V PD Controller R DC/DC-Converter R R R 4 x 75Ω WCAP-CSMH C 1000pF/2kV WE-RJ45LAN Example of the LAN schematic used for powered Devices. The PSE device (right side) provides PoE-Power and LAN signals over the same cable. The signals will be transferred through the LAN Transformer to the PHY chip (left side), while the PoE current will be leaded to the DC/DC converter. For ESD protection, it‘s recommended to place a TVS diode with low capacitance (e.g. WE-TVS 824 015) between LAN Transformer and PHY chip. An additional Common Mode Choke reduces the EMI at the power lines to the DC/DC converter (e.g. WE-SL5 744272392 for PoE and WE-SL5 744272332 for PoE+). 66 Würth Elektronik eiSos® 11/18 NEW: Spice models for LAN Simulation Signal Input LAN Transformer 1 LAN Cable LAN Transformer 2 Signal Output Signal_TD+ TD+ V1 U1 R1 C1 V3 0.1 µ U2 TX+ 50 TXR2 50 50 C4 Cat5e R6 0.1 µ 749010310 Signal_TD- R5 01 749010310 R3 R4 75 75 C2 C3 50 TD- .model Cat5e LTRA(len=1 R=0.05 L=525n C=52p) .model LTLine LTRA(len=100 R=0.5 L=1u C=100p) .tran 0 0.4 u 0 0.5 u „„ „„ „„ „„ 1000 p Download free Spice models on: www.we-online.com/LTspice Simulation of real signal behaviour Easy electrical comparison of different LAN transformer types Highest accuracy on the market 1000 p Simulation example for a data transfer with 32 MHz over two LAN transformers. On the left side a voltage probe is placed to simulate the incoming signal. Further probes are placed after the first and second LAN transformer. Between the two transformers, a CAT5e cable is simulated with an impedance of 100 Ω. 1.1 V 0.0 V -1.1 V 0 ns 160 ns 80 ns V (signal_td+) V (td+) 240 ns 320 ns V (tx+) Simulation results Test 1 (red curve): Incoming signal „„ Test 2 (grey grey curve) Signal simulation after the first LAN transformer „„ Test 3 (black curve): Signal simulation after the second LAN transformer „„ 11/18 Würth Elektronik eiSos® 67 1 PASSIVE COMPONENTS  Signal & Communications  Additional Information LAN – Power over Ethernet Simulated RF parameters compared with measurements on the Network Analyzer Simulation vs. Measurement 0 Attenuation (dB) -10 -20 -30 -40 -50 -60 -70 1 10 100 Frequency (MHz) 68 Sdd21 (Insertion Loss) Sdd11 (Return Loss) Scc21_gnd (Common Mode Rejection) Simulated Data Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Signal & Communications  Additional Information RF Inductors & LTCC Components Applications „„WE-XTAL „„WE-XTAL „„WE-SPXO „„WE-SPXO Oscillators RF Power Filter Oscillators On Board Shielding Filter External Antenna Matching Network Balun „„WR-SMA Coaxial Connectors Antenna RF Power Filter „„WE-ACHC „„WE-BPF: 2400 – 5920 MHz On board Shielding „„WE-SHC „„ShieldDIY „„WE-LPF: Filter Balun Matching network Antenna „„WE-BPF: „„WE-BAL „„WE-RFI „„WE-MCA 2400 – 5920 MHz „„WE-LPF: 900 – 5875 MHz 900 – 5875 MHz Discrete filtering „„WE-RFI „„WE-RFH „„WE-KI „„WE-CAIR „„WE-TCI „„WE-MK „„WCAP-CSRF Discrete filtering „„WE-RFI „„WE-RFH „„WE-KI „„WE-CAIR „„WE-TCI „„WE-MK „„WCAP-CSRF 2400 – 5875 MHz Impedance balancing 50, 100 & 200 Ω Low insertion loss WLAN, Bluetooth „„WE-RFH 423 – 5875 MHz High gain Low profile ISM 868/2400 Bluetooth, WiFi IoT applications „„WE-KI „„WE-CAIR „„WE-TI „„WE-MK „„WCAP-CSRF RF Inductors Overview Series Size RDC Q IR Inductance Tolerances WE-KI (HC) ΩΩ 2% WE-RFI (RFH) ΩΩ 5% WE-CAIR Ω 2% WE-TCI ΩΩΩ 2% WE-MK ΩΩΩ 5% WE-ACHC Ω 5% Plug & Play Modules available, too: www.we-online.com/wireless-connectivity 11/18 Graphical search with L@F and Q@F in REDEXPERT www.we-online.com/re-LQ Würth Elektronik eiSos® 69 1 PASSIVE COMPONENTS Quartz & Oscillators 70 Product Overview 72 New Products 73 Design Kits 81 Additional Information 82 1 PASSIVE COMPONENTS  Quartz & Oscillators Product Overview How to find detailed product information? Visit www.we-online.com and search for product series information, e.g.: WE-XTAL Quartz Crystals NEW WE-XTAL Frequency: 1.84320 - 50 MHz Model: HC49, HC49/4H, 12SMX, CFPX-104, CFPX-180, CFPX-218, HC49/4HSMX, IQXC-26, IQXC-42 NEW WE-XTAL (Watch) Frequency: 32.7680 kHz Model: Watch, 85SMX, 91SMX, 90SMX, CFPX-217, CFPX-56, IQXC-25, IQXC-90 Clock Oscillators NEW WE-SPXO Frequency: 3.68640 - 125 MHz Model: CFPS-39, CFPS-72, CFPS-73, CFPS-9, IQXO-540, IQXO-542, IQXO-791, IQXO-794 All Frequency Products at a glance www.we-online.com/frequency-products Component Libraries available for:  PCB Library: Altium Designer, EAGLE, Cadence OrCAD & Allegro, Zuken CAD-Star  S-Parameter & SPICE Model: S-Parameter, LTspice, PSpice, Spectre  RF & Microwave Simulation Models: Modelithics www.we-online.com/library 72 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Quartz & Oscillators  New Products WE-XTAL ​Quartz Crystal Applications: ■ Industry standard packages ■ Miniature package size ■ SMT and THT models ■ Hermetically sealed NEW PRODUCTS Characteristics: ■ Microprocessor applications ■ Industrial machinery ■ Asset location, data tracking and GPS ■ Real Time Clocks (RTC) ■ Internet of Things (IoT) www.we-online.com/WE-XTAL Technical Data: Order Code Size f Cload (pF) Operating Temperature (°C) 830025159 830055901 830055663 830061486 830056583 830072402 830032878 830036401 830055999 830059522 830059523 830056556 830059477 830033643 830059526 830033328 830072403 830030819 830059528 830059529 830056808 830032817 830059530 830053798 830033644 830059531 830033075 830059532 830072404 830065460 830030820 830059535 830033645 830059537 830059539 830069882 830061647 830069944 830070868 830055295 830056346 CFPX-56 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-104 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 32.768 kHz 8 MHz 8 MHz 8.192 MHz 10 MHz 10 MHz 12 MHz 12 MHz 12 MHz 12 MHz 12.288 MHz 12.5 MHz 12.8 MHz 14.31818 MHz 14.31818 MHz 14.7456 MHz 14.7456 MHz 16 MHz 16.384 MHz 18.432 MHz 20 MHz 24 MHz 24 MHz 24 MHz 24.576 MHz 24.576 MHz 25 MHz 25 MHz 26 MHz 30 MHz 30 MHz 32 MHz 40 MHz 40 MHz 48 MHz 12 MHz 12 MHz 12 MHz 12 MHz 12 MHz 12 MHz 12.5 18 18 10 12 18 18 18 18 18 18 18 15 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 10 18 18 18 18 18 10 12 15 18 18 18 -40 up to +85 -20 up to +70 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -10 up to +60 -20 up to +70 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -10 up to +60 -40 up to +85 -10 up to +60 -40 up to +85 -10 up to +60 -40 up to +85 -40 up to +85 -40 up to +85 -10 up to +60 -40 up to +85 -40 up to +85 -10 up to +60 -40 up to +85 -10 up to +60 -40 up to +85 -40 up to +85 -40 up to +85 -10 up to +60 -40 up to +85 -10 up to +60 -40 up to +85 -40 up to +85 -40 up to +125 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 11/18 Würth Elektronik eiSos® 73 1 PASSIVE COMPONENTS  Quartz & Oscillators  New Products WE-XTAL ​Quartz Crystal NEW PRODUCTS ​ Technical Data: 74 Order Code Size f Cload (pF) Operating Temperature (°C) 830055293 830064296 830035264 830055951 830035503 830035265 830059638 830058149 830035266 830064703 830058124 830035267 830072604 830051068 830059800 830035268 830055474 830068911 830055299 830063321 830059643 830057824 830053099 830055962 830035269 830059646 830060258 830061677 830069377 830059648 830060843 830054236 830009709 830009706 830009678 830069392 830069395 830069400 830069404 830069381 830069383 830069387 830063334 830050991 830069405 830069407 830069390 830003033B 830003037B 830003044B 830003051B 830003056B 830003257B 830003068B 830003086B 830003099B CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-180 CFPX-217 CFPX-217 CFPX-217 CFPX-217 CFPX-218 CFPX-218 CFPX-218 CFPX-218 CFPX-218 CFPX-218 CFPX-218 CFPX-218 CFPX-218 CFPX-218 CFPX-218 CFPX-218 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 14.7456 MHz 16 MHz 16 MHz 16 MHz 16.384 MHz 20 MHz 20 MHz 24 MHz 24 MHz 24 MHz 24 MHz 24.576 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 26 MHz 27 MHz 27.12 MHz 30 MHz 30 MHz 30 MHz 32 MHz 32 MHz 32 MHz 40 MHz 50 MHz 32.768 kHz 32.768 kHz 32.768 kHz 32.768 kHz 16 MHz 16.384 MHz 18.432 MHz 19.2 MHz 20 MHz 24 MHz 24.576 MHz 25 MHz 26 MHz 27 MHz 30 MHz 32 MHz 1.8432 MHz 2 MHz 2.4576 MHz 3.2768 MHz 3.579545 MHz 3.6864 MHz 4 MHz 4.194304 MHz 4.433619 MHz 18 8 16 18 16 16 18 10 16 18 18 16 8 9 10 16 16 18 18 18 18 18 10 12 16 18 10 12 18 18 10 6 7 9 12.5 10 10 18 10 10 10 10 10 10 18 10 10 30 20 30 12 20 30 30 12 20 -40 up to +85 -10 up to +70 -10 up to +60 -40 up to +85 -10 up to +60 -10 up to +60 -40 up to +85 -20 up to +70 -10 up to +60 -40 up to +85 -40 up to +85 -10 up to +60 -40 up to +85 -20 up to +70 -10 up to +60 -10 up to +60 -40 up to +85 -20 up to +70 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -20 up to +70 -10 up to +60 -10 up to +60 -40 up to +85 -20 up to +70 -40 up to +85 -40 up to +85 -40 up to +85 -20 up to +70 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -10 up to +60 0 up to +50 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Quartz & Oscillators  New Products WE-XTAL ​Quartz Crystal Order Code Size f Cload (pF) Operating Temperature (°C) 830003110B 830003127B 830003134B 830003329B 830003147B 830003277B 830003164B 830003327B 830003515B 830003206B 830003218B 830003231B 830003298B 830003174B 830003179B 830003177B 830003312B 830003386B 830003342B 830024985B 830003063B 830003263B 830027298B 830003074B 830003084B 830003093B 830003102B 830003115B 830003119B 830003132B 830003137B 830003336B 830003335B 830003156B 830003271B 830003279B 830032341B 830003169B 830018496B 830003523B 830003215B 830003286B 830031646B 830003200B 830003224B 830058383B 830003240B 830003176B 830003309B 830003185B 830003186B 830003325B 830014948B 830028430 830003058 830003260 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4HSMX HC49/4HSMX HC49/4HSMX 4.9152 MHz 6 MHz 6.144 MHz 7.3728 MHz 8 MHz 9.8304 MHz 10 MHz 11 MHz 11.0592 MHz 12 MHz 14.7456 MHz 16 MHz 17.73447 MHz 18.432 MHz 20 MHz 20 MHz 22.1184 MHz 24.576 MHz 30 MHz 3.2768 MHz 3.579545 MHz 3.6864 MHz 4 MHz 4 MHz 4.096 MHz 4.194304 MHz 4.433619 MHz 4.9152 MHz 5 MHz 6 MHz 6.144 MHz 7.3728 MHz 7.3728 MHz 8 MHz 8.192 MHz 9.8304 MHz 10 MHz 10 MHz 11.0592 MHz 11.0592 MHz 12 MHz 12.288 MHz 13 MHz 14.31818 MHz 14.7456 MHz 16 MHz 16 MHz 18.432 MHz 19.6608 MHz 20 MHz 20 MHz 24 MHz 27.12 MHz 3.2768 MHz 3.579545 MHz 3.6864 MHz 30 30 30 30 30 30 30 30 20 30 30 30 30 – – 30 – 30 – 12 20 30 18 30 30 12 20 30 30 30 30 18 30 30 30 30 18 30 18 30 30 30 18 30 30 20 30 30 30 12 20 30 – 18 16 16 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -20 up to +70 -20 up to +70 -20 up to +70 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -20 up to +70 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -20 up to +70 -10 up to +60 -10 up to +60 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -10 up to +60 -20 up to +70 -20 up to +70 -10 up to +60 -40 up to +85 -20 up to +70 -20 up to +70 -10 up to +60 -20 up to +70 -10 up to +60 -10 up to +60 -10 up to +60 -20 up to +70 -10 up to +60 -10 up to +60 11/18 Würth Elektronik eiSos® NEW PRODUCTS ​ Technical Data: 75 1 PASSIVE COMPONENTS  Quartz & Oscillators  New Products WE-XTAL ​Quartz Crystal NEW PRODUCTS ​ Technical Data: 76 Order Code Size f Cload (pF) Operating Temperature (°C) 830030798 830033158 830003071 830024940 830034654 830011300 830018153 830034439 830028392 830012312 830026900 830016788 830027527 830003334 830010689 830003151 830029914 830020423 830050510 830011301 830026902 830026904 830003166 830021675 830017145 830003519 830028928 830003210 830035293 830033580 830010043 830026908 830036956 830012313 830034122 830003237 830036034 830029370 830051235 830015055 830011263 830063075 830026911 830015023 830003181 830034225 830061856 830020131 830028710 830017146 830012504 830026548 830036533 830003387 830010595 830056463 HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX HC49/4HSMX 3.6864 MHz 3.6864 MHz 4 MHz 4 MHz 4 MHz 4 MHz 4.9152 MHz 4.9152 MHz 4.9152 MHz 5 MHz 6 MHz 6 MHz 7.175 MHz 7.3728 MHz 7.3728 MHz 8 MHz 8 MHz 8 MHz 8 MHz 8 MHz 8.192 MHz 9.8304 MHz 10 MHz 10 MHz 10 MHz 11.0592 MHz 11.0592 MHz 12 MHz 12 MHz 12 MHz 12 MHz 14.7456 MHz 14.7456 MHz 14.7456 MHz 16 MHz 16 MHz 16 MHz 16 MHz 16 MHz 16 MHz 16 MHz 17.2032 MHz 18.432 MHz 18.432 MHz 20 MHz 20 MHz 20 MHz 20 MHz 20 MHz 20 MHz 24 MHz 24 MHz 24 MHz 24.576 MHz 25 MHz 25 MHz 16 18 16 18 18 30 16 16 18 30 16 30 16 16 30 16 16 18 18 30 16 16 16 18 30 16 20 16 16 18 30 16 16 30 12 16 16 18 18 20 30 22 16 30 16 16 18 18 18 30 16 18 18 20 16 18 -40 up to +85 -20 up to +70 -10 up to +60 -20 up to +70 -20 up to +70 -10 up to +60 -10 up to +60 -20 up to +70 -20 up to +70 -10 up to +60 -10 up to +60 -10 up to +60 -55 up to +105 -10 up to +60 -10 up to +60 -10 up to +60 -40 up to +85 -20 up to +70 -40 up to +85 -10 up to +60 -10 up to +60 -10 up to +60 -10 up to +60 -20 up to +70 -10 up to +60 -10 up to +60 -20 up to +70 -10 up to +60 -40 up to +85 -20 up to +70 -10 up to +60 -10 up to +60 -20 up to +70 -10 up to +60 -20 up to +70 -10 up to +60 -40 up to +85 -20 up to +70 -40 up to +85 -10 up to +60 -10 up to +60 -40 up to +85 -10 up to +60 -20 up to +70 -10 up to +60 -30 up to +80 -20 up to +70 -20 up to +70 -40 up to +85 -10 up to +60 -10 up to +60 -20 up to +70 -40 up to +85 -10 up to +60 -10 up to +60 -40 up to +85 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Quartz & Oscillators  New Products WE-XTAL ​Quartz Crystal Order Code Size f Cload (pF) Operating Temperature (°C) 830054555 830062558 830050789 830072539 830066742 830072541 830069526 830069527 830069528 830059585 830069493 830069494 830059591 830072543 830059596 830059597 830059627 830059632 830072546 830066431 830066198 830065253 830014219B 830002995B 830002996B 830002997B 830059082 830026380 830026382 830026384 830026386 830026388 830026392 830026394 830026396 830026504 830016178 830003000 830015822 830003004 830010193 830003003 HC49/4HSMX IQXC-25 IQXC-25 IQXC-26 IQXC-26 IQXC-26 IQXC-26 IQXC-26 IQXC-26 IQXC-42 IQXC-42 IQXC-42 IQXC-42 IQXC-42 IQXC-42 IQXC-42 IQXC-42 IQXC-42 IQXC-42 IQXC-90 IQXC-90 IQXC-90 WATCH WATCH WATCH WATCH 12SMX 12SMX 12SMX 12SMX 12SMX 12SMX 12SMX 12SMX 12SMX 12SMX 85SMX 85SMX 90SMX 90SMX 91SMX 91SMX 25 MHz 32.768 kHz 32.768 kHz 24 MHz 26 MHz 27 MHz 32 MHz 40 MHz 48 MHz 20 MHz 24 MHz 25 MHz 26 MHz 27 MHz 30 MHz 32 MHz 38.4 MHz 40 MHz 48 MHz 32.768 kHz 32.768 kHz 32.768 kHz 32.768 kHz 32.768 kHz 32.768 kHz 32.768 kHz 8 MHz 8 MHz 11.0592 MHz 12 MHz 14.31818 MHz 14.7456 MHz 16 MHz 20 MHz 24.576 MHz 30 MHz 32.768 kHz 32.768 kHz 32.768 kHz 32.768 kHz 32.768 kHz 32.768 kHz 20 9 12.5 8 8 8 8 8 8 10 10 10 10 10 10 10 10 10 10 7 9 12.5 6 12.5 12.5 12.5 10 16 16 16 16 16 16 16 16 16 6 12.5 6 12.5 6 12.5 -40 up to +85 -40 up to +85 -40 up to +85 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -20 up to +70 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 NEW PRODUCTS ​ Technical Data: f: Frequency; Cload: Load Capacitance 11/18 Würth Elektronik eiSos® 77 1 PASSIVE COMPONENTS  Quartz & Oscillators  New Products WE-SPXO ​Crystal Oscillator NEW PRODUCTS ​ Characteristics: Applications: ■ Industry standard packages ■ Miniature package size ■ Surface mount devices (SMD) ■ Hermetically sealed ■ Consumer goods ■ Industrial equipment ■ Test and measurement ■ Telecommunications www.we-online.com/WE-SPXO Technical Data: Order Code 831024978 831024807 831026152 831024986 831024880 831026068 831024589 831025492 831025493 831025494 831025495 831025558 831025496 831025165 831027167 831026368 831025497 831025019 831025559 831025166 831025560 831020502 831018033 831019079 831017735 831019275 831018034 831018032 831019082 831019083 831019137 831018739 831019805 831018871 831019884 831018035 831009443 831018610 831018379 831018041 831018534 78 Würth Elektronik eiSos® Size f (MHz) VSupply (V) Operating Temperature (°C) CFPS-9 CFPS-9 CFPS-9 CFPS-9 CFPS-9 CFPS-9 CFPS-9 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-39 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-72 CFPS-73 CFPS-73 CFPS-73 CFPS-73 4 10 12 24 32 40 50 12 14.31818 16 20 24 24.576 25 26 27 30 32 40 48 50 4 4 8 10 16 16 20 24 32 40 40 48 48 48 50 80 3.6864 4 4 6 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 3.3 3.3 3.3 3.3 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 0 up to +70 0 up to +70 0 up to +70 -40 up to +85 0 up to +70 0 up to +70 0 up to +70 0 up to +70 -40 up to +85 0 up to +70 -40 up to +85 -40 up to +85 0 up to +70 0 up to +70 0 up to +70 0 up to +70 -40 up to +85 0 up to +70 0 up to +70 11/18 1 PASSIVE COMPONENTS  Quartz & Oscillators  New Products WE-SPXO ​Crystal Oscillator Order Code 831021890 831018045 831019928 831018036 831018785 831019966 831018037 831020465 831020184 831018538 831019710 831018038 831020466 831020392 831019992 831018039 831021270 831018541 831019170 831018077 831018040 831019203 831019870 831017885 831018042 831018287 831018577 831018043 831019987 831018044 831018545 831009441 831022731 831009437 831022825 831009440 831068242 831054046 831056237 831056238 831066629 831056239 831056240 831056241 831056242 831056243 831056244 831056245 831056246 831068248 831068250 831056247 831056248 831056249 831056168 831056169 11/18 Size f (MHz) VSupply (V) Operating Temperature (°C) CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 CFPS-73 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-540 IQXO-542 IQXO-542 8 8 10 10 12 12 12 12.288 14.31818 14.31818 16 16 16.384 18.432 20 20 24 24 25 25 32 32.768 40 40 40 48 48 48 50 50 60 80 100 100 125 125 8 10 12 13 16 19.2 19.44 20 24 24.576 25 26 27 32 38.4 40 48 50 12 13 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 1.8 1.8 -40 up to +85 0 up to +70 -40 up to +85 0 up to +70 -40 up to +85 -40 up to +85 0 up to +70 0 up to +70 -40 up to +85 0 up to +70 -40 up to +85 0 up to +70 0 up to +70 -40 up to +85 -40 up to +85 0 up to +70 -40 up to +85 0 up to +70 -40 up to +85 0 up to +70 0 up to +70 0 up to +70 -40 up to +85 -40 up to +85 0 up to +70 -40 up to +85 -40 up to +85 0 up to +70 -40 up to +85 0 up to +70 0 up to +70 0 up to +70 -40 up to +85 0 up to +70 -40 up to +85 0 up to +70 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 Würth Elektronik eiSos® NEW PRODUCTS ​ Technical Data: 79 1 PASSIVE COMPONENTS  Quartz & Oscillators  New Products WE-SPXO ​Crystal Oscillator NEW PRODUCTS ​ Technical Data: Order Code 831056188 831056214 831056215 831056216 831056217 831056218 831056219 831056220 831056221 831056222 831056223 831072801 831061624 831056289 831056290 831066657 831056293 831056294 831056295 831056296 831056297 831056298 831056299 831056300 831056301 831056262 831056263 831066658 831056264 831056266 831056267 831056268 831056269 831056270 831056271 831056272 831056273 831056274 Size f (MHz) VSupply (V) Operating Temperature (°C) IQXO-542 IQXO-542 IQXO-542 IQXO-542 IQXO-542 IQXO-542 IQXO-542 IQXO-542 IQXO-542 IQXO-542 IQXO-542 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-791 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 IQXO-794 19.2 19.44 20 24 24.576 25 26 27 40 48 50 8 10 12 13 16 20 24 24.576 25 26 27 40 48 50 12 13 16 19.2 20 24 24.576 25 26 27 40 48 50 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 1.8 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 -40 up to +85 f: Frequency; VSupply: Supply Voltage 80 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Quartz & Oscillators Design Kits Product Category Design Kit Order Code WE-XTAL; 32.768 kHz Watch Crystals 830001 WE-XTAL; Surface Mount Ceramic Package Quartz Crystals 830002 WE-XTAL; Through Hole and Surface Mount Metal Can Quartz Crystals 830003 Lifelong Refill Quartz & Oscillators 11/18 Würth Elektronik eiSos® 81 1 PASSIVE COMPONENTS  Quartz & Oscillators  Additional Information Quartz crystals Model vs. Frequency WE-XTAL (Crystal) vs. Frequency Range Model (package size) IQXC-42 (2.0×1.6) IQXC-26 (1.6×1.2) HC49/4HSMX (13.4×4.9) CFPX-218 (2.5×2.0) CFPX-180 (3.2×2.5) CFPX-104 (5.0×3.2) 12SMX (7.5×5.0) HC49/4H (11.0×4.7) HC49 (11.0×4.7) 0 10 WE-XTAL (Watch Crystal) vs. Frequency Range 20 30 40 50 60 Frequency Range [MHz] Model (package size) IQXC-90 (1.6×1.0) IQXC-25 (2.0×1.2) CFPX-56 (9.5×2.5) CFPX-217 (3.2×1.5) 90SMX (10.4×4.0) 91SMX (10.4×4.0) 85SMX (8.7×3.7) WATCH (see spec) 0 32.768 kHz 82 Würth Elektronik eiSos® 100 200 300 400 500 Frequency Range [kHz] 11/18 Crystal Specification „„Frequency [kHz or MHz] Size (model and dimension) „„Tolerance [ppm] – The frequency accuracy at 25 °C „„Stability [ppm]* – The frequency change over operating temperature „„Operating Temperature Range [°C]* „„Circuit load condition CLoad [pF] – For Capacitive load (CLoad) value the stray PCB capacitance and the IC pin capacitance should be considered. – Full CL value must match that of the crystal specification – CL = (C1*C2)/(C1+C2)+ Cstray – Cstray = μP pin stray +PCB Stray ≈ 3 pF to 6 pF „„Package * Not relevant for watch crystal. Capacitive Load PCB Layout Design Considerations Ground plane under the crystal connected to IC ground Guard the crystal traces with ground traces (guard ring). Must be a clean ground with no current to or from other devices flowing through the guard ring. Guard ring connected to the microcontroller ground. No vias on crystal trace Keep digital signal and power traces as far away from the crystal connections as possible 11/18 Crystal as close as possible to the IC Single trace between crystal pins, the external capacitors and the microprocessor must be kept as short as possible. XTAL EXTAL GND MicroProcessor DIO Avoid Loops Where applicable connect the crystal housing to the ground plane Load capacitors should be low leakage and stable across temperature range (NPO or COG type) Würth Elektronik eiSos® 83 1 PASSIVE COMPONENTS  Quartz & Oscillators  Additional Information Oscillators Model vs. Frequency WE-SPXO (Oscillators) vs. Frequency Range Model (package size) IQXO-794 (2.5×2.0) IQXO-791 (2.5×2.0) IQXO-542 (2.0×1.6) IQXO-540 (2.0×1.6) CFPS-9 (5.0×3.2) CFPS-73 (7.0×5.0) CFPS-72 (7.0×5.0) CFPS-39 (3.2×2.5) 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 Frequency Range [MHz] Oscillator Specification „„Frequency [MHz or kHz] Size (model and dimension) „„Stability [ppm] – The frequency change over operating temperature „„Supply Voltage [V] „„Output level (CMOS, TTL, LVPECL, LVDS) „„Operating Temperature Range [°C] „„Package 84 Würth Elektronik eiSos® 11/18 PCB Layout Design Considerations No GND plane under the oscillator V + Via Power Decoupling Capacitors 100 nF and 10 nF 10 nF GND VIA GND VIA 100 kΩ pull up resistor if EN/DIS function not required 100K 100 nF XTAL_OUT GND VIA XTAL_IN GND MicroProcessor GND Via to shorten current path RF line as short as possible No Vias on RF line 11/18 Oscillator RF output connects to IC DIO Keep digital signals and power traces as far away from the Oscillator RF output as possible Würth Elektronik eiSos® 85 1 PASSIVE COMPONENTS Capacitors Product Overview 87 New Products 90 Design Kits 98 Additional Information 86 100 1 PASSIVE COMPONENTS  Capacitors Product Overview How to find detailed product information? Visit www.we-online.com and search for product series information, e.g.: WCAP-ATG8 Electrolytic Capacitors Aluminum Electrolytic Capacitors V-Chip SMT Radial THT Snap-In WCAP-ATG8 General Purpose 85 °C C: 0.1 – 33000 µF 10 – 400 V (DC) UR: Temp.: -40 °C or -25 °C up to +85 °C Endurance: 2000 h WCAP-ASLI Low Impedance C: UR: Temp.: Endurance: 0.1 – 6800 uF 6.3 – 100 V (DC) -55 °C up to +105 °C 2000 h WCAP-AIG8 General Purpose 85 °C C: 47 – 6800 µF 63 – 450 V (DC) UR: Temp.: -40 °C or -25 °C up to +85 °C Endurance: 2000 h WCAP-ATG5 General Purpose 105 °C C: 0.1 – 18000 µF 10 – 400 V (DC) UR: Temp.: -40 °C or -25 °C to +105 °C Endurance: 2000 h WCAP-ASLL Low Impedance & Long Life C: 1.0 – 6800 µF 6.3 – 450 V (DC) UR: Temp.: -55 °C or -40 °C up to +105 °C Endurance: 2000 – 5000 h WCAP-AIE8 Long Life C: 68 – 6800 µF 63 – 450 V (DC) UR: Temp.: -40 °C or -25 °C up to +85 °C Endurance: 3000 h WCAP-ASLU Low Leakage Current C: 0.1 – 330 µF 6.3 – 63V (DC) UR: Temp.: -40 °C up to +85 °C Endurance: 1000 – 2000 h WCAP-AIG5 General Purpose 105 °C C: 33 – 10000 µF 63 – 450 V (DC) UR: Temp.: -40 °C or -25 °C up to +105 °C Endurance: 2000 h WCAP-ATET High Temperature 125°C C: 0.47 – 1000 µF 10 – 350 V (DC) UR: Temp.: -40 °C or -25 °C up to +125 °C Endurance: 1000 – 2000 h WCAP-ASNP Non-Polar C: UR: Temp.: Endurance: 0.1 – 560 µF 6.3 – 50 V (DC) -40 °C up to +85 °C 2000 h WCAP-AI3H Long Life C: 68 – 10000 µF 63 – 450 V (DC) UR: Temp.: -40 °C or -25 °C up to +105 °C Endurance: 3000 h WCAP-ATLI Low Impedance C: UR: Temp.: Endurance: WCAP-AS5H Long Life C: UR: Temp.: Endurance: 0.1 – 1000 µF 6.3 – 50 V (DC) -40 °C up to +105 °C 5000 h WCAP-AT1H Long Life C: 6.8 – 3300 µF 10 – 450 V (DC) UR: Temp.: -40 °C or -25 °C up to +105 °C Endurance: 5000 – 10000 h 10 – 6800 µF 10 – 63 V (DC) -55 °C up to +105 °C 2000 – 5000 h EXTENDED WCAP-ATUL Low Leakage & Long Life C: 22 – 4700 µF 10 – 100 V (DC) UR: Temp.: -40 °C up to +105 °C Endurance: 4000 – 10000 h WCAP-ATLL Long Life C: UR: Temp.: Endurance: 11/18 0.47 – 6800 µF 10 – 50 V (DC) -55 °C up to +105 °C 3000 – 10000 h Würth Elektronik eiSos® 87 1 PASSIVE COMPONENTS  Capacitors Product Overview Electrolytic Capacitors Aluminum Polymer Capacitors V-Chip SMT Radial THT WCAP-PTG5 General Purpose 105 °C C: 39 – 2000 µF 6.3 – 25 V (DC) UR: Temp.: -55 °C up to +105 °C Endurance: 2000 h WCAP-PSLC Large Capacitance C: 10 – 2000 µF 6.3 – 100 V (DC) UR: Temp.: -55 °C up to +105 °C Endurance: 2000 h NEW WCAP-PTHR Low ESR & High Voltage C: 10 – 150 µF 35 – 100 V (DC) UR: Temp.: -55 °C up to +105 °C Endurance: 2000 h WCAP-PSLP Low Profile C: UR: Temp.: Endurance: NEW WCAP-PHET High Temperature 125 °C C: 15 – 100 µF 10 – 25 V (DC) UR: Temp.: -55 °C up to +125 °C Endurance: 1000 h WCAP-PTHT High Temperature 125°C C: 22 – 2000 µF 6.3 – 50 V (DC) UR: Temp.: -55 °C up to +125 °C Endurance: 2000 h WCAP-PSHP High Ripple Current C: 6.8 – 1200 µF 6.3 – 100 V (DC) UR: Temp.: -55 °C up to +105 °C Endurance: 2000 – 5000 h NEW WCAP-PHLE Low ESR C: UR: Temp.: Endurance: 100 – 560 µF 2 – 6.3 V (DC) -55 °C up to +105 °C 2000 h WCAP-PHSE Super Low ESR C: UR: Temp.: Endurance: 330 – 560 µF 2 – 2.5 V (DC) -55 °C up to +105 °C 2000 h WCAP-PT5H Long Life C: UR: Temp.: Endurance: 4.7 – 390 µF 6.3 – 100 V (DC) -55 °C up to +105 °C 2000 h NEW 22 – 2000 µF 6.3 – 35 V (DC) -55 °C up to +105 °C 5000 h WCAP-PHGP General Purpose C: UR: Temp.: Endurance: 15 – 560 µF 2 – 35 V (DC) -55 °C up to +105 °C 2000 h MLCC – Multilayer Ceramic Chip Capacitors DC Film Capacitors Safety Capacitors (X/Y) SMT-Chip Boxed THT Film Capacitors WCAP-CSGP General Purpose C: UR: Ceramic: WCAP-FTBP Boxed Type Metallized Polypropylene C: 33 nF – 6.8 µF 160 – 630 V (DC) UR: Pitch: 7.5 / 10.0 / 15.0 / 22.5 / 27.5 mm Dielectric: Polypropylene 0.5 pF – 100 µF 6.3 – 100 V (DC) NP0, X7R, X5R WCAP-CSMH Mid and High Voltage C: 10 pF – 470 nF 200 – 3.000 V (DC) UR: Ceramic: NP0, X7R NEW WCAP-CSRF High Frequency C: 0.2 pF – 33 pF 25 – 50 V (DC) UR: Ceramic: NP0 NEW WCAP-CSST Soft Termination C: 220 pF – 2.2 µF 16 – 2.000 V (DC) UR: Ceramic: X7R WCAP-FTBE Boxed Type Metallized Polyester C: 10 nF – 6.8 µF 100 – 1.000 V (DC) UR: Pitch: 7.5 / 10.0 / 15.0 / 22.5 / 27.5 / 37.5 mm Dielectric: Polyester NEW 88 H-Chip SMT Würth Elektronik eiSos® Boxed THT WCAP-FTXX X2-Capacitors C: 5.6 nF – 6.8 µF 310 V (AC) UR: Pitch: 7.5 / 10.0 / 12.5 / 15.0 / 22.5 / 27.5 / 37.5 mm Safety class: X2 WCAP-FTX2 X2-Capacitors C: 5.6 nF – 6.8 µF 275 V (AC) UR: Pitch: 7.5 / 10.0 / 12.5 / 15.0 / 22.5 / 27.5 / 37.5 mm Safety class: X2 Supercapacitors (EDLCs) MLCC Radial THT SMT-Chip WCAP-STSC Standard Cylindrical C: 3 – 50 F 2.7 V (DC) UR: Temp: -40 °C up to +65 °C WCAP-CSSA Safety Capacitors C: UR: Ceramic: Safety class: 33 pF – 4.7 nF 250 V (AC) NP0, X7R X1/Y2, X2 11/18 All Capacitors at a glance www.we-online.com/capacitors Explore our Application Notes for Capacitors: www.we-online.com/app-notes Component Libraries available for:  PCB Library: Altium Designer, EAGLE, Cadence OrCAD & Allegro, Zuken CAD-Star  S-Parameter & SPICE Model: S-Parameter, LTspice, PSpice, Spectre  RF & Microwave Simulation Models: Modelithics www.we-online.com/library 11/18 Würth Elektronik eiSos® 89 1 PASSIVE COMPONENTS  Capacitors  New Products WCAP-ASLU ​Aluminum Electrolytic Capacitors NEW PRODUCTS Characteristics: Applications: ■ Aluminum Electrolytic Capacitor ■ Recommended Soldering: Reflow ■ Operating Temperature: - 40°C* up to 85°C** ■ Low Leakage Current Product Series ■ Endurance: 1000 up to 2000h @ +85°C*** ■ Capacitance Tolerance: ± 20% ■ Small Size Low Leakage Current +85°C ■ Miniaturization of DC/DC SMPS ■ Input and output capacitor ■ Filter application www.we-online.com/WCAP-ASLU ​V-Chip SMT Technical Data: Order Code C (µF) UR (V (DC)) IRIPPLE (mA) DF (%) ILeak (µA) Endurance (h) ØD (mm) L (mm) 865090668014 # 865090768002 # 865090668015 # 865090768003 # 865090668016 # 865090768004 # 865090768005 # 865090468010 # 865090468011 865090268009 # 865090368008 865090168010 0.1 0.1 0.22 0.22 0.33 0.33 0.47 3.3 4.7 10 10 22 50 63 50 63 50 63 63 25 25 10 16 6.3 1 1 2 2 2 2 3 11 15 18 20 25 12 12 12 12 12 12 12 16 16 22 18 26 3 2000 3 5.5 C: Capacitance; UR: Rated Voltage; IRIPPLE: Ripple Current; DF: Dissipation Factor; ILeak: Leakage Current; Ø D: Diameter; L: Length * It is recommended that the temperature of the part does not exceed less than –40 °C under worst case operating conditions. Temperature of the part should be verified in the final application. ** It is recommended that the temperature of the part does not exceed more than +85 °C under worst case operating conditions. Temperature of the part should be verified in the final application. *** Maximum ripple current applied. # Available on request. 90 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Capacitors  New Products WCAP-PHGP ​Aluminum Polymer Capacitors Applications: ■ H-Chip Aluminum Polymer Capacitor ■ Recommended Soldering: Reflow ■ Operating Temperature: -55°C* up to +105°C** ■ Capacitance Tolerance: ±20% ■ Endurance: 2000h @ +105°C*** ■ High ripple current capability ■ Low Profile General Purpose +105°C NEW PRODUCTS Characteristics: ■ Noise suppression ■ Input and output capacitor for DC/DC converter ■ USB Charger, Smart Meter, Power Banks www.we-online.com/WCAP-PHGP ​H-Chip SMT Technical Data: Order Code C (µF) UR (V (DC)) IRIPPLE (mA) 875015619003 875015319003 875015519003 875015619004 875015519004 875015319004 875015119003 875015119004 875015019003 875015119005 875015019004 875015119006 875016219004 875016319002 875015019005 875016219005 875016319003 875016219006 875016319004 875016219007 15 22 22 22 33 47 100 150 180 180 220 220 330 330 330 390 390 470 470 560 35 16 25 35 25 16 6.3 6.3 4 6.3 4 6.3 2 2.5 4 2 2.5 2 2.5 2 3200 3200 3200 3200 3200 3200 5100 5100 5600 5100 5600 5100 5600 5100 5100 5100 5100 5100 5100 5100 DF (%) RESR (mΩ) ILeak (µA) Endurance (h) L (mm) W (mm) H (mm) 6 40 40 40 40 40 40 15 15 12 12 12 15 12 15 15 15 15 15 15 15 157.5 105.6 165 231 247.5 225.6 63 94.5 72 113.4 88 138.6 66 82.5 132 78 97.5 94 117.5 112 2000 7.3 4.3 1.9 C: Capacitance; UR: Rated Voltage; IRIPPLE: Ripple Current; DF: Dissipation Factor; RESR: ESR; ILeak: Leakage Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +105°C under worst case operating conditions. Temperaure of the part should be verified in the final application. *** Maximum ripple current applied. 11/18 Würth Elektronik eiSos® 91 1 PASSIVE COMPONENTS  Capacitors  New Products WCAP-PHET ​Aluminum Polymer Capacitors NEW PRODUCTS Characteristics: Applications: ■ H-Chip Aluminum Polymer Capacitor ■ Recommended Soldering: Reflow ■ Operating Temperature: -55°C* up to +125°C** ■ Capacitance Tolerance: ±20% ■ Endurance: 1000h @ +125°C*** ■ High ripple current capability ■ Low Profile Extended Temperature +125°C ■ Noise suppression ■ Input and output capacitor for DC/DC Converter ■ USB Charger, Smart Meter, Power Bank ■ High Temperature Applications www.we-online.com/WCAP-PHET ​H-Chip SMT Technical Data: Order Code C (µF) UR (V (DC)) 875135519001 875135319002 875135519002 875135219001 875135319004 875135219003 15 22 22 47 47 100 25 16 25 10 16 10 IRIPPLE (mA) 3200 DF (%) 10 RESR (mΩ) ILeak (µA) Endurance (h) L (mm) W (mm) H (mm) 40 112.5 105.6 165 141 225.6 300 1000 7.3 4.3 1.9 C: Capacitance; UR: Rated Voltage; IRIPPLE: Ripple Current; DF: Dissipation Factor; RESR: ESR; ILeak: Leakage Current; L: Length; W: Width; H: Height WCAP-PHSE ​Aluminum Polymer Capacitors Characteristics: Super Low ESR +105°C Applications: ■ H-Chip Aluminum Polymer Capacitor ■ Recommended Soldering: Reflow ■ Operating Temperature: -55°C* up to +105°C** ■ Capacitance Tolerance: ±20% ■ Endurance: 2000h @ +105°C*** ■ High ripple current capability ■ Low Profile ■ Noise suppression ■ Input and output capacitor for DC/DC Converter ■ USB Charger, Smart Meter, Power Bank ■ Communication infrastructure, Server, Mainboards www.we-online.com/WCAP-PHSE ​H-Chip SMT Technical Data: Order Code C (µF) UR (V (DC)) 875046219001 875046219002 875046319001 875046219003 330 470 470 560 2 2 2.5 2 IRIPPLE (mA) 10200 DF (%) 6 RESR (mΩ) ILeak (µA) Endurance (h) L (mm) W (mm) H (mm) 3 66 94 117.5 112 2000 7.3 4.3 1.9 C: Capacitance; UR: Rated Voltage; IRIPPLE: Ripple Current; DF: Dissipation Factor; RESR: ESR; ILeak: Leakage Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +105°C under worst case operating conditions. Temperaure of the part should be verified in the final application. *** Maximum ripple current applied. 92 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Capacitors  New Products WCAP-PHLE ​Aluminum Polymer Capacitors Applications: ■ H-Chip Aluminum Polymer Capacitor ■ Recommended Soldering: Reflow ■ Operating Temperature: -55°C* up to +105°C** ■ Capacitance Tolerance: ±20% ■ Endurance: 2000h @ +105°C*** ■ High ripple current capability ■ Low Profile Low ESR +105°C NEW PRODUCTS Characteristics: ■ Noise suppression ■ Input and output capacitor for DC/DC Converter ■ USB Charger, Smart Meter, Power Bank ■ Server, SSD www.we-online.com/WCAP-PHLE ​H-Chip SMT Technical Data: Order Code C (µF) UR (V (DC)) IRIPPLE (mA) 875035019001 875035019002 875035119002 875035019003 875036219012 875036319012 875036219015 875036319015 875036219018 875036319018 875036219019 100 180 180 220 330 330 390 390 470 470 560 4 4 6.3 4 2 2.5 2 2.5 2 2.5 2 6300 6300 6300 6300 8500 8500 8500 8500 8500 8500 8500 DF (%) RESR (mΩ) ILeak (µA) Endurance (h) L (mm) W (mm) H (mm) 6 9 9 9 9 4.5 4.5 4.5 4.5 4.5 4.5 4.5 40 72 113.4 88 66 82.5 78 97.5 94 117.5 112 2000 7.3 4.3 1.9 C: Capacitance; UR: Rated Voltage; IRIPPLE: Ripple Current; DF: Dissipation Factor; RESR: ESR; ILeak: Leakage Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +105°C under worst case operating conditions. Temperaure of the part should be verified in the final application. *** Maximum ripple current applied. 11/18 Würth Elektronik eiSos® 93 1 PASSIVE COMPONENTS  Capacitors  New Products WCAP-STSC ​Supercapacitors (EDLCs) NEW PRODUCTS Characteristics: Applications: ■ Electric Double Layer Capacitor ■ Operating Temperature: -40°C up to +65 °C ■ Capacitance Range: 3 F - 50 F ■ Rated Voltage: 2.7 V(DC) ■ Memory Backup ■ Smart Meters ■ Network Equipment ■ UPS systems ■ Power Assist ■ Energy Harvesting Standard Cylindrical +65°C ​Radial THT Technical Data: Order Code C (F) 850617030001 850617021001 850617021002 850617021004 850617021005 850617022001 850617022002 3 5 7 10 15 25 50 UR (V (DC)) RESR DC (mΩ) RESR AC (mΩ) ILeak (mA) IMax (A) IRated (A) P (kW/ kg) E (Wh/ kg) 2.7 70 50 45 35 33 25 20 60 40 35 30 30 20 15 0.008 0.012 0.02 0.03 0.06 0.068 0.105 3.3 5.4 7.1 10 13.5 20.7 33.7 0.7 1.29 1.7 2.5 3.6 6 11.2 18.08 17.35 18.92 19.1 12.27 10.72 8.13 2.1 2.41 3.3 3.7 3.3 3.7 4.5 Endurance (Cycles) ØD (mm) L (mm) P (mm) 500000 8 10 10 10 13 16 18 20 20 20 25 25 25 40 3.5 5 5 5 5 7.5 7.5 C: Capacitance; UR: Rated Voltage; RESR DC: DC ESR; RESR AC: AC ESR; ILeak: Leakage Current; IMax: Max. Discharge Current; IRated: Rated Discharge Current; P: Power Density; E: Energy Density; Ø D: Diameter; L: Length www.we-online.com/WCAP-STSC 94 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Capacitors  New Products WCAP-CSRF ​High Frequency Applications: ■ Multilayer Ceramic Chip Capacitor ■ Recommended soldering: Reflow ■ Operating temperature: -55°C up to +125 °C ■ Capacitance range: 0.2 pF - 33 pF ■ Rated voltage: 25 V(DC) and 50 V(DC) ■ Size: 0201 and 0402 ■ High frequency ■ Class I NP0 NEW PRODUCTS Characteristics: ■ High frequency applications ■ Antenna matching www.we-online.com/WCAP-CSRF Size 0201 Technical Data: Order Code C (pF) Tol. C 885392004001 885392004002 885392004003 885392004004 885392004005 885392004006 885392004007 885392004008 885392004009 885392004010 885392004011 0.2 1 1.2 1.5 2.2 2.7 3.3 4.7 5.6 9 33 ±0.05pF ±0.1pF ±0.1pF ±0.1pF ±0.1pF ±0.1pF ±0.1pF ±0.25pF ±0.25pF ±0.5pF ±5% UR (V (DC)) Q-Factor RISO (GΩ) L (mm) W (mm) H (mm) 25 404 420 424 430 444 454 466 494 512 580 1000 10 0.6 0.3 0.3 C: Capacitance; Tol. C: Capacitance Tolerance; UR: Rated Voltage; RISO: Insulation Resistance; L: Length; W: Width; H: Height ​Size 0402 Technical Data: Order Code C (pF) Tol. C 885392005001 885392005002 885392005003 885392005004 885392005005 885392005006 885392005007 885392005008 885392005009 885392005010 885392005011 885392005012 885392005013 885392005014 0.3 0.4 0.4 0.5 1 1 1.5 1.8 2.3 3 3.3 4.7 5.6 9 ±0.1pF ±0.05pF ±0.1pF ±0.05pF ±0.05pF ±0.1pF ±0.1pF ±0.1pF ±0.05pF ±0.1pF ±0.1pF ±0.1pF ±0.1pF ±0.25pF UR (V (DC)) Q-Factor RISO (GΩ) L (mm) W (mm) H (mm) 50 406 408 408 410 420 420 430 436 446 460 466 494 512 580 10 1 0.5 0.5 C: Capacitance; Tol. C: Capacitance Tolerance; UR: Rated Voltage; RISO: Insulation Resistance; L: Length; W: Width; H: Height 11/18 Würth Elektronik eiSos® 95 1 PASSIVE COMPONENTS  Capacitors  New Products WCAP-CSST ​Soft Termination NEW PRODUCTS Characteristics: Applications: ■ Multilayer Ceramic Chip Capacitor ■ Recommended soldering: Reflow ■ Operating temperature: -55°C up to +125 °C ■ Capacitance range: 220 pF - 2.2 µF ■ Rated voltage: 16 V(DC) to 2 kV(DC) ■ Size: 0603, 0805, 1206 and 1210 ■ High absorbtion of mechanical stress ■ Application with high mechanical stress ■ Power supply ■ Lighting application ​Size 0603 Technical Data: Order Code 885382206005 885382206002 885382206003 885382206004 885382206001 C 1 nF 10 nF 22 nF 100 nF 220 pF Tol. C UR (V (DC)) DF (%) RISO (GΩ) L (mm) W (mm) H (mm) ±10% 200 50 50 50 50 2.5 2.5 2.5 3 2.5 10 10 10 5 10 1.6 0.8 0.8 C: Capacitance; Tol. C: Capacitance Tolerance; UR: Rated Voltage; DF: Dissipation Factor; RISO: Insulation Resistance; L: Length; W: Width; H: Height Size 0805 Technical Data: Order Code 885382207001 885382207003 885382207004 885382207005 885382207006 885382207009 885382207007 885382207008 885382207010 885382207002 C 1 µF 1 µF 1 nF 2.2 nF 10 nF 10 nF 100 nF 220 nF 270 pF 330 nF Tol. C UR (V (DC)) DF (%) RISO (GΩ) L (mm) W (mm) H (mm) ±10% 16 25 50 50 50 100 50 50 500 25 5 5 2.5 2.5 2.5 2.5 2.5 3 2.5 3.5 0.5 0.5 10 10 10 10 5 2.3 10 1.5 2 1.25 1.25 C: Capacitance; Tol. C: Capacitance Tolerance; UR: Rated Voltage; DF: Dissipation Factor; RISO: Insulation Resistance; L: Length; W: Width; H: Height 96 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Capacitors  New Products WCAP-CSST ​Soft Termination NEW PRODUCTS ​Size 1206 Technical Data: Order Code 885382208005 885382208001 885382208012 885382208002 885382208009 885382208010 885382208011 885382208003 885382208006 885382208007 885382208008 885382208004 885382208013 885382208014 C 1 µF 2.2 µF 4.7 nF 10 nF 10 nF 22 nF 33 nF 100 nF 100 nF 100 nF 270 pF 470 nF 470 pF 680 pF Tol. C UR (V (DC)) DF (%) RISO (GΩ) ±10% 50 25 1000 50 500 500 500 50 100 250 500 50 2000 2000 3 3.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 3 2.5 2.5 0.5 0.2 10 10 10 4.5 3 5 1 1 10 1 10 10 L (mm) 3.2 W (mm) H (mm) 1.6 1.6 1.6 1.25 1.25 1.25 1.6 1.6 1.25 1.25 1.6 1.25 1.6 1.25 1.25 C: Capacitance; Tol. C: Capacitance Tolerance; UR: Rated Voltage; DF: Dissipation Factor; RISO: Insulation Resistance; L: Length; W: Width; H: Height Size 1210 Technical Data: Order Code 885382209002 885382209001 C Tol. C UR (V (DC)) DF (%) RISO (GΩ) L (mm) W (mm) H (mm) 2.2 µF 33 nF ±10% 100 500 5 2.5 0.05 3 3.2 2.5 2.5 1.6 C: Capacitance; Tol. C: Capacitance Tolerance; UR: Rated Voltage; DF: Dissipation Factor; RISO: Insulation Resistance; L: Length; W: Width; H: Height www.we-online.com/WCAP-CSST 11/18 Würth Elektronik eiSos® 97 1 PASSIVE COMPONENTS  Capacitors Design Kits Product Category Design Kit Order Code WCAP-AI3H; Aluminum Electrolytic Capacitors; Snap-In – Low Profile – 3000 h @ 105 °C 861142 WCAP-AI3H; Aluminum Electrolytic Capacitors; Snap-In – Slim Line – 3000 h @ 105 °C 861141 WCAP-AIE8; Aluminum Electrolytic Capacitors; Snap-In – Slim Line – 3000 h @85 °C 861221 WCAP-AIG5; Aluminum Electrolytic Capacitors; Snap-In – Slim Line – 2000 h @105 °C 861021 WCAP-AIG8; Aluminum Electrolytic Capacitors; Snap-In – Low Profile – 2000 h @ 85°C 861012 WCAP-AIG8; Aluminum Electrolytic Capacitors; Snap-In – Slim Line – 2000 h @ 85°C 861011 WCAP-AS5H; Aluminum Electrolytic Capacitors; SMT V-Chip – 5000 h @ 105 °C 865230 WCAP-ASLI; Aluminum Electrolytic Capacitors; SMT V-Chip – 2000 h @ 105 °C 865080 WCAP-ASLI; Aluminum Electrolytic Capacitors; SMT V-Chip – 2000 h @ 105 °C 865081 WCAP-ASLL; Aluminum Electrolytic Capacitors; SMT V-Chip – 2000 h to 5000 h @ 105 °C 865060 WCAP-ASLL; Aluminum Electrolytic Capacitors; SMT V-Chip – 2000 h to 5000 h @ 105 °C 865061 WCAP-ASLU; Aluminum Electrolytic Capacitors; SMT V-Chip – 1000 h @ 85 °C 865090 WCAP-ASNP; Aluminum Electrolytic Capacitors; SMT V-Chip – 2000 h @ 85 °C 865250 WCAP-AT1H; Aluminum Electrolytic Capacitors; Radial THT – 5000 h up to 10000 h @ 105 °C 860240 WCAP-AT1H; Aluminum Electrolytic Capacitors; Radial THT – 5000 h up to 10000 h @ 105 °C 860241 WCAP-ATET; Aluminum Electrolytic Capacitors; Radial THT – 1000 h up to 2000 h @ 125 °C 860130 WCAP-ATG5; Aluminum Electrolytic Capacitors; Radial THT – 2000 h @ 105 °C 860020 WCAP-ATG5; Aluminum Electrolytic Capacitors; Radial THT – 2000 h @ 105 °C 860021 WCAP-ATG5; Aluminum Electrolytic Capacitors; Radial THT – 2000 h @ 105 °C 860022 WCAP-ATG5; Aluminum Electrolytic Capacitors; Radial THT – 2000 h @ 105 °C 860023 WCAP-ATG8; Aluminum Electrolytic Capacitors; Radial THT – 2000 h @ 85 °C 860012 WCAP-ATG8; Aluminum Electrolytic Capacitors; Radial THT – 2000 h @ 85 °C 860011 WCAP-ATG8; Aluminum Electrolytic Capacitors; Radial THT – 2000 h @ 85 °C 860013 WCAP-ATG8; Aluminum Electrolytic Capacitors; Radial THT – 2000 h @ 85 °C 860010 WCAP-ATLI; Aluminum Electrolytic Capacitors; Radial THT – 2000 h up to 5000 h @ 105 °C 860082 WCAP-ATLI; Aluminum Electrolytic Capacitors; Radial THT – 2000 h up to 5000 h @ 105 °C 860080 WCAP-ATLI; Aluminum Electrolytic Capacitors; Radial THT – 2000 h up to 5000 h @ 105 °C 860081 WCAP-ATLL; Aluminum Electrolytic Capacitors; Radial THT – 3000 h up to 7000 h @ 105 °C 860160 WCAP-ATLL; Aluminum Electrolytic Capacitors; Radial THT – 4000 h up to 7000 h @ 105 °C 860161 WCAP-ATUL; Aluminum Electrolytic Capacitors; Radial THT – 5000 h up to 10000 h @ 105 °C 860040 Lifelong Refill Aluminum Electrolytic Capacitors 98 Würth Elektronik eiSos® 11/18 Product Category Design Kit Order Code WCAP-ATUL; Aluminum Electrolytic Capacitors; Radial THT – 5000 h up to 10000 h @ 105 °C 860041 WCAP-ATUL; Aluminum Electrolytic Capacitors; Radial THT – 5000 h up to 10000 h @ 105 °C 860042 WCAP-PSHP; Aluminum Polymer Capacitors; SMT V-Chip – 2000 h @ 105 °C 875115 WCAP-PSLC; Aluminum Polymer Capacitors; SMT V-Chip – 2000 h @ 105 °C 875075 WCAP-PSLP; Aluminum Polymer Capacitors; SMT V-Chip – 2000 h @ 105 °C 875105 WCAP-PT5H; Aluminum Polymer Capacitors; Radial THT – 5000 h @ 105 °C 870235 WCAP-PTG5; Aluminum Polymer Capacitors; Radial THT – 2000 h @ 105 °C 870025 WCAP-PTHR; Aluminum Polymer Capacitors; Radial THT – 2000 h @ 105 °C 870055 WCAP-PTHT; Aluminum Polymer Capacitors; Radial THT – 2000 h @ 125°C 870135 WCAP-CSGP; MLCC 0402, General Purpose 885050 WCAP-CSGP; MLCC 0603, General Purpose 885060 WCAP-CSGP; MLCC 0805, General Purpose 885070 WCAP-CSGP; MLCC 1206, 1210, 1812, General Purpose 885080 WCAP-CSGP; MLCC 100 V, General Purpose 885090 WCAP-CSMH 200 V / 250 V / 500 V / 630 V, Mid and High Voltage MLCC 885341 WCAP-CSMH; 1 kV / 2 kV / 3 kV, Mid and High Voltage MLCC 885342 WCAP-CSRF MLCC High Frequency 885390 WCAP-CSST MLCC Soft Termination 885380 WCAP-FTBE; General Purpose, MKT DC Film, 10 % 890020 WCAP-FTBP; General Purpose, MKP DC Film, 5 % 890010 WCAP-CSSA; Safety MLCC X1/Y2, X2, 250 V(AC) 885300 WCAP-FTX2; MKP Film Capacitors X2 275 V(AC) 890324 WCAP-FTXX; MKP Film Capacitors X2 310 V(AC) 890334 Lifelong Refill Aluminum Electrolytic Capacitors Aluminum Polymer Capacitors MLCC DC Film Capacitors Safety Capacitors 11/18 Würth Elektronik eiSos® 99 1 PASSIVE COMPONENTS  Capacitors  Additional Information New Products & Extensions 10 kV Film Capacitors 1 kV Aluminum Electrolytic Capacitors Voltage MLCC 100 V NEW EXTENDED NEW EXTENDED 10 V Supercapacitors NEW Aluminum Polymer Capacitors 1V 1 pF 1 nF 1 µF NEW 1 mF 1F 1 kF Capacitance New Products and Extensions H-Chip Aluminum Polymer Capacitors „„Aluminum Polymer technology „„Low profile surface mount (SMT) package „„Extremely low ESR and ESL Suitable alternative for Tantalum Capacitors & MLCCs Applications / Features „„Input and output capacitors for SMPS suppression „„Communication infrastructures „„Servers „„Mainboards Suitable for high ripple currents „„Noise i i iimax max iimin TON TOFF ts 100 Würth Elektronik eiSos® 11/18 Supercapacitors Electric Double Layer Capacitors – EDLC Supercapacitors close the gap between Capacitors and Batteries Supercapacitors have: power density than Batteries „„Higher energy density than other Capacitors Power Density (kW/kg) „„Higher Capacitors Supercapacitors Batteries Energy Density (Wh/kg) Features charge storing capacitance low equivalent series resistance (ESR) „„Provide a fast charging and discharging within seconds or minutes „„Life cycle is about 500 times and power output about 10 times higher compared to usual Batteries „„Depending on the field of applications: Replacement for batteries „„Easy to use: No battery charging circuit is required to prevent overcharging Applications „„Large „„Ultra 11/18 Storage devices for power-offline periods Hybrid application with battery Würth Elektronik eiSos® 101 1 PASSIVE COMPONENTS  Capacitors  Additional Information Product Portfolio MLCCs – High Frequency Applications „„Designed for high frequency applications „„NP0 ceramic for high temperature stability, low equivalent series resistance and high Q characteristics „„Inner electrode consists of an exceeding conductive material Power amplifier MLCCs – Soft Termination with an additional conductive polymer layer „„Better absorption of mechanical stress „„Minimizes the risk of internal cracks „„More stable and robust performance during PCB handling as well as in the final application Telecommunication Applications „„Terminations WCAP-ASLU with slim diameter of 3 mm Power Supply Lighting Applications Applications „„Low leakage current series of SMT Aluminum Electrolytic Capacitors „„Products with a diameter of 3mm are now available DC/DC Converter 102 Würth Elektronik eiSos® 11/18 Notes 11/18 Würth Elektronik eiSos® 103 1 PASSIVE COMPONENTS Resistors 104 Product Overview 106 New Products 107 Additional Information 114 1 PASSIVE COMPONENTS  Resistors Product Overview How to find detailed product information? Visit www.we-online.com and search for product series information, e.g.: WRIS-PSMB Metal Plate Resistors Thick Film Resistors NEW WRIS-PSMB Enhanced Current Sensing R: 5 mΩ – 10 mΩ RTol: ±1% P: 0.33 W up to 1 W TCR: ±100 ppm/°C Temp.: -55 °C up to +155°C NEW WRIS-KSKE General Purpose Current Sensing R: 50 mΩ – 10 Ω RTol: ±1% P: 0.125 W up to 1 W TCR: ±100 / +200 / +250 / +300 ppm/°C Temp.: -55 °C up to +155°C NEW WRIS-PSMC High Power Current Sensing R: 2 mΩ – 10 mΩ ±1% / ± 5% RTol: P: 2W TCR: ±100 ppm/°C Temp.: -55 °C up to +155°C NEW WRIS-KWKB High Power Current Sensing R: 2.2 Ω - 18 kΩ ±1% / ±5% RTol: P: 0.75 W up to 2 W TCR: ±200 ppm/°C Temp.: -55 °C up to +155°C NEW WRIS-PWMC High Power Current Sensing R: 1 mΩ – 5 mΩ RTol: ±1% P: 3 W up to 6 W TCR: ±100 ppm/°C Temp.: -55 °C up to +170°C NEW WRIS-KWKH High Power Current Sensing R: 100 mΩ – 620 mΩ ±1% / ±5% RTol: P: 1W TCR: +200 / +250 / +350 ppm/°C Temp.: -55 °C up to +155°C All Resistors at a glance: www.we-online.com/resistors Component Libraries available for:  PCB Library: Altium Designer, EAGLE, Cadence OrCAD & Allegro, Zuken CAD-Star  S-Parameter & SPICE Model: S-Parameter, LTspice, PSpice, Spectre  RF & Microwave Simulation Models: Modelithics www.we-online.com/library 106 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Resistors  New Products WRIS-PSMB ​Metal Plate Resistors Applications: ■ Recommended soldering: Reflow ■ Operating temperature: -55°C* up to +155°C** ■ Resistance range: 5 mΩ up to 10 mΩ ■ Resistance tolerance: ± 1% ■ Rated power: 0.33 W up to 0.5 W Extended current sensing NEW PRODUCTS Characteristics: ■ Motor control www.we-online.com/WRIS-PSMB ​Size 0603 Technical Data: Order Code 580060716001 # 580060716002 # R (mΩ) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 5 10 ±1% 0.33 100 8.12 5.74 1.6 0.8 0.35 0.3 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height Size 0805 Technical Data: Order Code 580060720003 # 580060720008 R (mΩ) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 5 10 ±1% 0.5 100 10 7.07 2 1.25 0.35 0.22 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height Size 2512 Technical Data: Order Code 580060763005 R (Ω) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 0.007 ±1% 1 100 12 6.3 3.1 0.35 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +155°C under worst case operating conditions. Temperaure of the part should be verified in the final application. # Available on request 11/18 Würth Elektronik eiSos® 107 1 PASSIVE COMPONENTS  Resistors  New Products WRIS-PSMC ​Metal Plate Resistors NEW PRODUCTS Characteristics: Applications: ■ Recommended soldering: Reflow ■ Operating temperature: -55°C* up to +155°C** ■ Resistance range: 2 mΩ up to 10 mΩ ■ Resistance tolerance: ± 1% ■ Rated power: 2 W High power current sensing ■ Ignition coil & igniter ■ Motor control ■ Inverter www.we-online.com/WRIS-PSMC ​Size 2512 Technical Data: Order Code 580070763001 # 580070763021 580070763005 # 580070763010 # R (mΩ) 2 2 5 10 Tol. R PRated (W) TCR (ppm/ °C) ±1% ±5% ±1% ±1% 2 100 IR (A) 31.62 31.62 20 14.14 L (mm) W (mm) 6.3 3.1 H (mm) 0.58 0.58 0.51 0.35 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +155°C under worst case operating conditions. Temperaure of the part should be verified in the final application. # Available on request 108 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Resistors  New Products WRIS-PWMC ​Metal Plate Resistors Applications: ■ Recommended soldering: Reflow ■ Operating temperature: -55°C* up to +155°C** ■ Resistance range: 1 mΩ up to 5 mΩ ■ Resistance tolerance: ± 1% ■ Rated power: 3 W up to 6 W High power current sensing NEW PRODUCTS Characteristics: # ■ Ignition coil & igniter ■ Inverter www.we-online.com/WRIS-PWMC ​Size 1225 Technical Data: Order Code 581070763001 # 581070763005 # R (mΩ) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 1 5 ±1% 3 100 54.77 24.49 3.2 6.3 0.2 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height ​Size 2043 Technical Data: Order Code 581070768001 # 581070768005 # R (mΩ) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 1 5 ±1% 6 100 77.46 34.6 5 11 0.2 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +170°C under worst case operating conditions. Temperaure of the part should be verified in the final application # Available on request 11/18 Würth Elektronik eiSos® 109 1 PASSIVE COMPONENTS  Resistors  New Products WRIS-KSKE ​Thick Film Resistors NEW PRODUCTS Characteristics: ■ Recommended Soldering: Reflow ■ Operating Temperature: -55°C* up to +155°C** ■ Resistance Range: 50 mΩ up to 10 Ω ■ Resistance Tolerance: ± 1% ■ Rated Power: 0.125 W up to 1 W General purpose current sensing www.we-online.com/WRIS-KSKE # ​Size 0402 Technical Data: Order Code R (Ω) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 560050310002 560050310010 # 560050310009 # 0.15 0.5 10 ±1% 0.125 300 200 100 0.91 0.5 0.11 1 0.5 0.35 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height ​Size 0603 Technical Data: Order Code R (Ω) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 560050316001 560050316011 560050316012 # 0.1 0.5 10 ±1% 0.25 250 100 100 1.58 0.7 0.15 1.6 0.8 0.45 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height Size 0805 Technical Data: Order Code R (Ω) 560050320012 # 560050320001 560050320003 560050320011 # 560050320007 0.1 0.1 0.27 1 2.2 Tol. R ±1% PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 0.33 100 250 200 100 100 1.81 1.81 1.1 0.57 0.38 2 1.25 0.6 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +155°C under worst case operating conditions. Temperaure of the part should be verified in the final application. # Available on request 110 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Resistors  New Products WRIS-KSKE ​Thick Film Resistors NEW PRODUCTS ​Size 1206 Technical Data: Order Code R (Ω) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 560050332001 # 560050332013 560050332011 # 0.05 0.5 3.3 ±1% 0.5 250 100 100 3.16 1 0.38 3.1 1.6 0.6 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height Size 2010 Technical Data: Order Code R (Ω) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 560050350011 # 560050350012 # 0.2 0.39 ±1% 0.75 200 1.93 1.38 5 2.5 0.6 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height ​Size 2512 Technical Data: Order Code R (Ω) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 560050363011 # 560050363012 # 0.5 3.3 ±1% 1 100 1.41 0.55 6.3 3.2 0.6 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +155°C under worst case operating conditions. Temperaure of the part should be verified in the final application. # Available on request 11/18 Würth Elektronik eiSos® 111 1 PASSIVE COMPONENTS  Resistors  New Products WRIS-KWKB ​Thick Film Resistors NEW PRODUCTS Characteristics: Applications: ■ Recommended soldering: Reflow ■ Operating temperature: -55°C* up to +155°C** ■ Resistance range: 2.2 Ω up to 270 Ω ■ Resistance tolerance: ± 1% ■ Rated power: 1 W up to 2 W High power current sensing ■ Electric motor ■ Camera ■ Lightning control ■ TV www.we-online.com/WRIS-KWKB ​Size 0612 Technical Data: R (Ω) Tol. R 47 100 100 110 120 240 470 1200 1500 1800 2200 2700 18000 ±5% ±1% ±5% ±5% ±1% ±1% ±5% ±1% ±1% ±1% ±1% ±1% ±1% Order Code 561020132004 561020132008 561020132009 561020132010 561020132011 561020132014 561020132023 561020132030 561020132031 561020132032 561020132034 561020132037 561020132059 PRated (W) 0.75 TCR (ppm/ °C) UR (V) L (mm) W (mm) H (mm) 200 5.9 8.7 8.7 9.1 9.5 13.4 18.8 30 33.5 36.7 40.6 45 116.2 1.6 3.2 0.55 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); UR: Rated Voltage; L: Length; W: Width; H: Height Size 1020 Technical Data: Order Code R (Ω) Tol. R PRated (W) TCR (ppm/ °C) UR (V) L (mm) W (mm) H (mm) 561020150010 # 270 ±1% 1 200 16.4 2.5 5 0.55 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); UR: Rated Voltage; L: Length; W: Width; H: Height Size 1225 Technical Data: Order Code R (Ω) Tol. R 561020163016 561020163017 # 561020163018 # 561020163011 561020163012 2.2 5.1 10 270 430 ±1% ±1% ±1% ±1% ±5% PRated (W) 2 TCR (ppm/ °C) UR (V) L (mm) W (mm) H (mm) 200 2.1 3.2 4.5 23.2 29.3 3.2 6.3 0.55 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); UR: Rated Voltage; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +155°C under worst case operating conditions. Temperaure of the part should be verified in the final application. # Available on request 112 Würth Elektronik eiSos® 11/18 1 PASSIVE COMPONENTS  Resistors  New Products WRIS-KWKH ​Thick Film Resistors Applications: ■ Recommended soldering: Reflow ■ Operating temperature: -55°C* up to +155°C** ■ Resistance range: 2.2 Ω up to 270 Ω ■ Resistance tolerance: ±1 % ■ Rated power: 1 W up to 2 W High power current sensing NEW PRODUCTS Characteristics: ■ DC/DC converter ■ Camera ■ Night vision device ■ TV ■ Lighting www.we-online.com/WRIS-KWKH ​Size 0612 Technical Data: Order Code 561070332051 561070332055 561070332057 561070332092 561070332071 561070332096 561070332076 561070332078 561070332079 561070332080 561070332081 R (Ω) Tol. R 0.1 0.15 0.18 0.24 0.33 0.33 0.47 0.51 0.56 0.6 0.62 ±1% ±1% ±1% ±5% ±1% ±5% ±1% ±1% ±1% ±1% ±1% PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 1 350 350 350 250 250 250 350 200 200 200 200 3.2 2.6 2.4 2 1.7 1.7 1.5 1.4 1.3 1.3 1.3 1.6 3.2 0.55 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height Size 2010 Technical Data: Order Code R (Ω) Tol. R PRated (W) TCR (ppm/ °C) IR (A) L (mm) W (mm) H (mm) 561070350055 # 561070350077 # 561070350078 # 0.15 0.5 0.51 ±1% 1 350 200 200 2.58 1.41 1.4 2.5 5 0.55 R: Resistance; Tol. R: Resistance Tolerance; PRated: Rated Power; TCR: Temperature Coefficient of Resistance (max.); IR: Rated Current; L: Length; W: Width; H: Height * It is recommended that the temperature of the part does not exceed less than -55°C under worst case operating conditions. Temperature of the part should be verfied in the final application. **It is recommended that the temperature of the part does not exceed more than +155°C under worst case operating conditions. Temperaure of the part should be verified in the final application. # Available on request 11/18 Würth Elektronik eiSos® 113 1 PASSIVE COMPONENTS  Resistors  Additional Information Current Sense Resistors Product Portfolio Introduction We are expanding our range of passive components with Current Sense Resistors. How does Current Sensing work? „„Using a resistor within the circuit of application to make the current measurable (called: shunt) Metal Plate Resistors Thick Film Resistors The current through such a resistor generates a proportional voltage drop according to Ohm‘s Law: Imeas = VRshunt Rshunt Imeas „„Very low resistance values are used to generate a low voltage drop up to a few hundred mV „„In case of low currents, very precise resistance values and an amplifying circuit have to be used to get stable measurements, because of the very small voltage drop VRshunt Rshunt V Voltage Current Control „„Used to detect and control the current on each phase and time „„To arrange a feedback for the control circuit Applications Motor Control 114 Würth Elektronik eiSos® DC/DC Converter Power Supply Inverter 11/18 Where do I use Current Sense Resistors? Overcurrent Sensing & Detection „„ Overcurrent within the circuit can cause malfunctions and failures „„ Measured current is higher than the max. defined current  the system will detect a failure state Current Sensing Rshunt Imeas Applications Motor Control Battery Control Power Supply Protection Current Management „„ „„ „„ Especially for systems using secondary batteries Monitoring current or voltage level of a battery, to know the remaining power level and to keep the system properly operating Real-time measurement to monitor the power level and charging status Current Sensing Rshunt Load Battery Applications Electric Vehicle 11/18 Mobile Devices Computer Devices driven by a battery Würth Elektronik eiSos® 115 1 PASSIVE COMPONENTS  Resistors  Additional Information Types of Resistors and Selection Which type of Resistors do I need? Metal Plate Resistors Thick Film Resistors Insulation Coating Insulation Coating Resistive Layer Termination Termination Inner Electrode Protective Layer Resistive Element (Metal Alloy) „„Current detection of a few tens of Amperes „„Ultra low resistance values (up to 10 mΩ) Laser trimming Base Plate (Ceramic) „„Current detection of small current levels „„Low- to mid-level resistance values (a few hundred mΩ up to a few Ω) Features „„Superior abilities in case of power, temperature characteristics, linearity, accuracy and current-noise suppression level „„Stability and robustness make them suitable for current sensing applications Construction body covered with conductive metal plate „„Material of metal plate: copper alloys like Fe-Cr alloy or Cu-Ni-Mn alloy 116 Features „„For Applications with General Purpose and not very precise low current measurements „„High cost efficiency, but not as accurate as Metal Plate Resistors Construction substrate, which is coated in a printing process with a thick film of metal (e.g. RuO2, Ag-Pd, etc.) and will run through a firing process after printing „„Resisitive „„Stable Available Product Series „„WRIS-PSMB – Enhanced Current Sensing (max. 0.5 W) „„WRIS-PSMC – High Power Current Sensing (max. 2 W) „„WRIS-PWMC – High Power Current Sensing (max. 6 W) Available Product Series „„WRIS-KSKE – General Purpose Current Sensing (max. 1 W) „„WRIS-KWKB – High Power Current Sensing (max. 2 W) „„WRIS-KWKH – High Power Current Sensing (max. 1 W) Würth Elektronik eiSos® 11/18 Notes 11/18 Würth Elektronik eiSos® 117 2 OPTOELECTRONICS 118 Product Overview 119 New Products 122 Design Kits 134 Additional Information 135 2 OPTOELECTRONICS Product Overview How to find detailed product information? Visit www.we-online.com and search for product series information, e.g.: WL-SMCC Visible LEDs Chip LEDs Chip LEDs EXTENDED WL-SMCC SMD Mono-color Chip LED Compact Size: 0402, 0603 470 – 630 nm λDOM typ: 50-800 mcd IV typ: 2.0 – 3.2 V VF typ: Emitting color: Super Red, Red, Amber, Yellow,  Bright Green, Green, Blue WL-SFCW SMD Full-color Chip LED Waterclear Size: 0606, 0805, 1210 470 – 624 nm λDOM typ: 70 – 360 mcd IV typ: 1.9 – 3.3 V VF typ: Emitting color: Red, Green, Blue WL-SMRW SMD Mono-color Reverse mount Waterclear Size: 1205 (rectangular), 1206 (rectangular, cylindrical, dome) 470 – 630 nm λDOM typ: 30 – 2200 mcd IV typ: 2 – 3.3 V VF typ: Emitting color: Super Red, Red, Amber, Yellow,  Bright Green, Green, Blue NEW WL-SBCC SMD Bi-Color Chip LED Compact Size: 0603 570 – 625 nm λDOM typ: 30 – 60 mcd IV typ: 2V VF typ: Emitting color: Red/Bright Green WL-SFCD SMD Full-color Chip LED Diffused Size: 0606, 0805, 1210 470 – 624 nm λDOM typ: 70 – 900 mcd IV typ: 2 – 3.3 V VF typ: Emitting color: Red, Green, Blue WL-SMRD SMD Mono-color Reverse mount Diffused Size: 1205 470 – 624 nm λDOM typ: 40 – 200 mcd IV typ: 2 – 3.3 V VF typ: Emitting color: Red, Yellow, Bright Green,  Green, Blue NEW WL-SFCC SMD Full-color Chip LED Compact Size: 0404 470 – 621 nm λDOM typ: 50 – 180 mcd IV typ: 2 – 2.8 V VF typ: Emitting color: Red, Green, Blue WL-SMCW SMD Mono-color Chip LED Waterclear Size: 0603, 0805, 1206 470-630 nm λDOM typ: 40 – 450 mcd IV typ: 1.9 – 3.2 V VF typ: Emitting color: Super Red, Red, Amber, Yellow,  Bright Green, Green, Blue WL-SMCD SMD Mono-color Chip LED Diffused Size: 0603 470 – 630 nm λDOM typ: 60 – 430 mcd IV typ: 2.0 – 3.2 V VF typ: Emitting color: Super Red, Red, Yellow,  Bright Green, Green, Blue WL-SBCW SMD Bi-color Chip LED Waterclear Size: 0606, 1210 570 – 630 nm λDOM typ: 30 – 120 mcd IV typ: 2V VF typ: Emitting color: Super Red/Bright Green,  Yellow/Bright Green 11/18 Chip LED Reverse Mount WL-SBRW SMD Bi-color Reverse mount Waterclear Size: 1205 470 – 624 nm λDOM typ: 45 – 285 mcd IV typ: 2 – 3.3 V VF typ: Emitting color: Red/Green, Red/Bright Green,  Red/Blue, Yellow/Bright Green Chip LED Side View WL-SMSW SMD Mono-color Side view Waterclear Size: 1204 470 – 624 nm λDOM typ: 50 – 600 mcd IV typ: 2 – 3.4 V VF typ: Emitting color: Red, Yellow, Bright Green,  Green, Blue WL-SBSW SMD Bi-color Side view Waterclear Size: 1204 525 – 624 nm λDOM typ: 30 – 160 mcd IV typ: 2 – 3.3 V VF typ: Emitting color: Red/Bright Green, Red/Green EXTENDED WL-SFRW SMD Full-color Reverse mount Waterclear Size: 1205, 1206 470 – 624 nm λDOM typ: 70 – 280 mcd IV typ: 2 – 3.3 V VF typ: Emitting color: Red, Green, Blue WL-SFSW SMD Full-color Side view Waterclear Size: 1204 465 – 622 nm λDOM typ: 140 – 850 mcd IV typ: 2–3V VF typ: Emitting color: Red, Green, Blue Würth Elektronik eiSos® 119 2 OPTOELECTRONICS Product Overview White LEDs Visible LEDs TOP LED THT Round TOP LED EXTENDED WL-SMTW SMD Mono-color TOP LED Waterclear Size: 2214, 3528 465 – 636 nm λDOM typ: 70 – 2500 mcd IV typ: 2 – 3.2 V VF typ: Emitting color: Super Red, Red, Amber, Yellow, Bright Green, Green, Blue WL-TMRW THT Mono-color Round Waterclear Size: 3 mm (with/without stopper) 5 mm (with/without stopper) 470 – 623 nm λDOM typ: 1500 – 15000 mcd IV typ: 1.9 – 3.4 V VF typ: Emitting color: Red, Yellow, Green, Blue NEW WL-SMTD Mono-color TOP LED Diffused Size: 3528 470 – 630 nm λDOM typ: 6000 – 13000 mcd IV typ: 2.4 – 3.2 V VF typ: Emitting color: Super Red, Red, Yellow,Green, Blue WL-TMRC THT Mono-color Round Color Size: 3 mm (without stopper) 5 mm (without stopper) 470 – 645 nm λDOM typ: 30 –500 mcd IV typ: 2 – 3.2 V VF typ: Emitting color: Red, Super Red, Yellow, Bright Green, Blue EXTENDED WL-SBTW SMD- Bi-color TOP LED Waterclear Size: 3528 470 – 625 nm λDOM typ: 60 – 260 mcd IV typ: 2 – 3.2 V VF typ: Emitting color: Red/Blue, Red/Bright Green,  Yellow/Blue, Yellow/Bright Green WL-SFTW SMD Full-color TOP LED Waterclear Size: 3528 , 5050 470 – 625 nm λDOM typ: 230 – 1.700 mcd IV typ: 2 – 3.2 V VF typ: Emitting color: Red, Green, Blue WL-SWTP SMD White Top view PLCC Size: 3014, 3022, 5630 CCT: 2700 – 6000 K 7 – 39 lm Φv typ: 3 – 3.2 V VF typ: Emitting color: Sunrise, Warm White, Moonlight, Daylight, Cool White High Power Ceramic WL-SWTC SMD White Top view Ceramic LED Size: 3535 CCT: 2700 – 6000 K 95 – 121 lm Φv typ: 3.2 V VF typ: Emitting color: Sunrise, Warm White, Moonlight, Daylight, Cool White Ultraviolet LEDs High Power Ceramic WL-SUMW SMD Ultraviolet Ceramic Waterclear Size: 3535 385 – 405 nm λPeak: 650 – 1100 mW Ie: 3.5 V VF typ: WL-STFD SMD Full-color TOP LED Diffused Size: 3535 470 – 625 nm λDOM typ: 400 – 1900 mcd IV typ: 2 – 3.2 V VF typ: Emitting color: Red, Green, Blue High Power Ceramic WL-SMDC SMD Mono-color Ceramic LED Waterclear Size: 3535 460 – 625 nm λDOM typ: 25 – 85 lm Φv typ:  2 – 3.4 V VF typ: Emitting color: Red, Yellow, Green, Blue WL-SMDC Mono-color Ceramic LED Waterclear Size: 3535 450 – 730 nm λDOM typ: Radiant 240 – 600 mW Φv typ:  1.8 – 3.2 V VF typ: Emitting color: Far Red, Hyper Red,  Deep Blue 120 Würth Elektronik eiSos® All Optoelectronic Components at a glance: www.we-online.com/optoelectronic Explore our Application Notes for Optoelectronics: www.we-online.com/app-notes Component Libraries available for:  PCB Library: Altium Designer, EAGLE, Cadence OrCAD & Allegro, Zuken CAD-Star  S-Parameter & SPICE Model: S-Parameter, LTspice, PSpice, Spectre  RF & Microwave Simulation Models: Modelithics www.we-online.com/library 11/18 Infrared Photodiodes Phototransistors Infrared Emitter Chip Top View Chip Top View Chip LED EXTENDED NEW WL-SICW SMD Infrared Chip LED Waterclear Size: 0402, 0603, 1206 850, 940 nm λCentroid: 0.8 – 2 mW/sr Ie typ: 1.2 – 1.4 V VF typ: WL-SDCB SMT Photodiode Chip Black Size: 1206 940 nm λPeak: 1.8 µA IP typ: 10 nA ID max.: Chip Side View Chip LED Side View EXTENDED NEW WL-SISW SMD Infrared Sideview LED Waterclear Size: 0402, 1002, 1104, 1106, 1206 850, 940 nm λCentroid: 1 – 11 mW/sr Ie typ: 1.2 – 1.6 V VF typ: NEW WL-STCB SMT Phototransistor Chip Black Size: 1206 940 nm λPeak: 1.2 mA ICE, p. typ.: 100 nA ICEO, Dark max.: Chip Side View NEW WL-SIRW SMD Infrared Reverse mount Waterclear Size: 1206 (dome) 850, 940 nm λCentroid: 5 – 20 mW/sr Ie typ: 1.2 – 1.4 V VF typ: NEW WL-TDRW THT Photodiode Round Waterclear Size: 5 mm 940 nm λPeak: 28 µA IP typ: 30 nA ID max.: WL-TDRB THT Photodiode Round Black Size: 5 mm 940 nm λPeak: 31 µA IP typ: 30 nA ID max.: NEW WL-SITW SMD Infrared TOP LED Waterclear Size: 3528 845, 940 nm λCentroid: 8 – 9 mW/sr Ie typ: 1.4 – 1.5 V VF typ: WL-STRB SMT Phototransistor Reverse mount Black Size: 1206 (dome) 940 nm λPeak: 4.4 mA ICE, p. typ.: 100 nA ICEO, Dark max.: PLCC Type NEW WL-STTW SMT Phototransistor Top Waterclear Size: 3528 940 nm λPeak: 3.1 mA ICE, p. typ.: 100 nA ICEO, Dark max.: NEW WL-STTB SMT Phototransistor Top Black Size: 3528 940 nm λPeak: 2.8 mA ICE, p. typ.: 100 nA ICEO, Dark max.: High Power Ceramic WL-SIMW SMD Infrared Ceramic Waterclear Size: 3535 850, 940 nm λCentroid: 220 – 350 mW/sr Ie typ: 1.9 – 2.2 V VF typ: WL-STSW SMT Phototransistor Sideview Waterclear Size: 1104 940 nm λPeak: 2.5 mA ICE, p. typ.: 100 nA ICEO, Dark max.: Chip Reverse Mount NEW TOP LED WL-STCW SMT Phototransistor Chip Waterclear Size: 0603 940 nm λPeak: 1.6 mA ICE, p. typ.: 100 nA ICEO, Dark max.: WL-SDSB SMT Photodiode Sideview Black Size: 3010 940 nm λPeak: 2.5 µA IP typ: 10 nA ID max.: THT Round Chip LED Reverse Mount NEW THT Infrared Round WL-TIRW THT Infrared Round Waterclear Size: 3 mm (without stopper) 5 mm (without stopper) 845, 940 nm λCentroid: 30 – 85 mW/sr Ie typ: 1.3 – 1.5 V VF typ: 11/18 Würth Elektronik eiSos® 121 2 OPTOELECTRONICS  New Products WL-SMCC ​SMT Mono-color Chip LED Compact NEW PRODUCTS Characteristics: Applications: ■ Ultra thin Chip LED of 0.25mm with exceptional brightness ■ 0402 industry standard footprint ■ High reliability PCB based ■ Compatible to IR reflow soldering ■ Miniaturized color effects ■ Waterclear lens ■ Front panel indicator ■ Navigation systems ■ Cellphone display ■ Display for industrial control systems ■ Traffic display ■ LCD backlighting for LCD, push button, symbol and keypad www.we-online.com/WL-SMCC ​Size 0402 super flat 0.25 mm Electrical & Optical Characteristics @20mA (typ.) Order Code Emitting Color 150040SS73220 150040RS73220 150040AS73220 150040YS73220 150040VS73220 150040GS73220 150040BS73220 Super Red Red Amber Yellow Bright Green Green Blue ■ ■ ■ ■ ■ ■ ■ λPeak typ. (nm) λDom typ. (nm) IV typ. (mcd) VF typ. (V) Chip Technology 2θ50% typ. (°) 645 632 609 591 575 520 465 630 624 605 589 573 525 470 90 110 80 70 60 750 140 2 2 2 2 2 3.3 3.2 AlInGaP AlInGaP AlInGaP AlInGaP AlInGaP InGaN InGaN 120 λPeak typ.: Peak Wavelength [typ.]; λDom typ.: Dominant Wavelength [typ.]; IV typ.: Luminous Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] WL-SBCC ​SMT Bi-color Chip LED Compact Characteristics: Applications: ■ Two chips in one packaging ■ Small size ■ Industry standard footprint ■ High efficiency ■ Low power consumption ■ Wide viewing angle ■ Small package for exceptional brightness ■ Packaged in standard tape and reel 7" ■ Backlighting applications ■ Status indicator ■ Front panel indicators ■ Push button backlighting ■ Symbol and switch backlighting www.we-online.com/WL-SBCC ​Size 0603 Electrical & Optical Characteristics @20 mA (typ.) Order Code Emitting Color 150060RV75240 Red Bright Green ■ ■ λPeak typ. (nm) λDom typ. (nm) IV typ. (mcd) VF typ. (V) Chip Technology 2θ50% typ. (°) 630 572 625 570 60 30 2 AlInGaP 140 λPeak typ.: Peak Wavelength [typ.]; λDom typ.: Dominant Wavelength [typ.]; IV typ.: Luminous Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] 122 Würth Elektronik eiSos® 11/18 2 OPTOELECTRONICS  New Products WL-SFCC ​SMT Full-color Chip LED Compact Applications: ■ Anti-reflection surface ■ Smallest RGB package ■ Very wide viewing angle NEW PRODUCTS Characteristics: ■ Full-color display ■ Indoor video walls ■ Backlighting ■ Indicator ■ Front panel indicator ■ Home and smart appliances ■ Wearable and portable devices ■ Healthcare applications ■ Signal control system www.we-online.com/WL-SFCC ​Size 0404 Electrical & Optical Characteristics @5 mA (typ.) Order Code Emitting Color Red 150044M155260 Green Blue ■ ■ ■ λPeak typ. (nm) λDom typ. (nm) IV typ. (mcd) VF typ. (V) Chip Technology 2θ50% typ. (°) 625 522 465 621 530 470 80 180 50 2 2.7 2.8 AlInGaP + InGaN 140 λPeak typ.: Peak Wavelength [typ.]; λDom typ.: Dominant Wavelength [typ.]; IV typ.: Luminous Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] WL-SFRW ​SMT Full-color Reverse mount Waterclear Characteristics: Applications: ■ RGB ■ Ideal for narrow space applications ■ Wide viewing angle ■ Low power consumption ■ Standard soldering pads ■ Small package for exceptional brightness ■ To emit light through a small cut-out hole in PCB ■ Compatible with automatic placement machine ■ Front panel indicators ■ LCD backlighting ■ Backlighting for keypad, symbol and switch button www.we-online.com/WL-SFRW ​Size 1206 rectangular Electrical & Optical Characteristics @ 20 mA (typ.) Order Code Emitting Color Red 156120M173000 Green Blue ■ ■ ■ λPeak typ. (nm) λDom typ. (nm) IV typ. (mcd) VF typ. (V) Chip Technology 2θ50% typ. (°) 632 520 468 624 525 470 270 700 250 2 3.3 3.3 AlInGaP + InGaN 120 λPeak typ.: Peak Wavelength [typ.]; λDom typ.: Dominant Wavelength [typ.]; IV typ.: Luminous Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] 11/18 Würth Elektronik eiSos® 123 2 OPTOELECTRONICS  New Products WL-SMTW ​SMT Mono-color TOP LED Waterclear NEW PRODUCTS Characteristics: Applications: ■ Low energy consumption ■ High reliability ■ Fast switching ■ Flexibility in design ■ No UV/IR radiation ■ Black surface ■ PLCC 2 package with black surface ■ Variety of colors ■ High intensity ■ Signage and indirect illumination ■ Consumer application: dash-board, telephone or A/V equipments ■ Flat backlight for LCDs, switches and symbols ■ Optical indicators ■ Scanner ■ Camera flash, hand carrier flash ■ Coupling into light guides www.we-online.com/WL-SMTW ​Size 3528, Advance Electrical & Optical Characteristics @ 20 mA (typ.) Order Code Emitting Color 150141RS73113 150141AS73113 150141YS73113 150141GS73113 150141BS73113 Red Amber Yellow Green Blue ■ ■ ■ ■ ■ λPeak typ. (nm) λDom typ. (nm) IV typ. (mcd) VF typ. (V) Chip Technology 2θ50% typ. (°) 629 615 592 517 463 620 609 590 522 467 900 800 1000 2500 530 2.2 2.2 2.2 3 3.2 AlInGaP AlInGaP AlInGaP InGaN InGaN 120 λPeak typ.: Peak Wavelength [typ.]; λDom typ.: Dominant Wavelength [typ.]; IV typ.: Luminous Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] WL-SMTD ​SMT Mono-color TOP LED Diffused Characteristics: Applications: ■ Industry standard PLCC-4 ■ High reliability LED package ■ High optical efficiency ■ Narrow viewing angle at 30° ■ Compatible with both IR soldering process ■ Traffic lights ■ Backlighting ■ For central console, cabin or push button ■ Signal and symbol luminary ■ Instrument panel backlighting ■ Navigation and audio system www.we-online.com/WL-SMTD ​Size 3528 30° dome Electrical & Optical Characteristics @50 mA (typ.) Order Code Emitting Color 150141SS63140 150141RS63140 150141YS63140 150141GS63140 150141BS63140 Super Red Red Yellow Green Blue ■ ■ ■ ■ ■ λPeak typ. (nm) λDom typ. (nm) IV typ. (mcd) VF typ. (V) Chip Technology 2θ50% typ. (°) 640 630 592 515 465 630 620 590 520 470 13000 16000 15000 30000 6000 2.4 2.4 2.4 3.2 3.2 AlInGaP AlInGaP AlInGaP InGaN InGaN 30 λPeak typ.: Peak Wavelength [typ.]; λDom typ.: Dominant Wavelength [typ.]; IV typ.: Luminous Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] 124 Würth Elektronik eiSos® 11/18 2 OPTOELECTRONICS  New Products WL-SBTW ​SMT Bi-color TOP LED Waterclear Applications: ■ Low energy consumption ■ High reliability ■ Low current requirement ■ Fast switching ■ No UV/IR radiation ■ None diffused lens ■ Black surface ■ Compact package outline NEW PRODUCTS Characteristics: ■ Flat backlight for LCDs, switches and symbols ■ Decorative lighting Size 3528 Antidirectional Electrical & Optical Characteristics @ 20 mA (typ.) Order Code Emitting Color Yellow Bright Green Red 150141RY73110 Yellow Super Red 150141SV73110 Bright Green 150141YV73110 ■ ■ ■ ■ ■ ■ λPeak typ. (nm) λDom typ. (nm) IV typ. (mcd) VF typ. (V) Chip Technology 2θ50% typ. (°) Packaging 592 572 630 592 645 572 590 570 625 590 630 570 230 40 150 230 60 40 2 AlInGaP 120 Tape and Reel λPeak typ.: Peak Wavelength [typ.]; λDom typ.: Dominant Wavelength [typ.]; IV typ.: Luminous Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] www.we-online.com/WL-SBTW 11/18 Würth Elektronik eiSos® 125 2 OPTOELECTRONICS  New Products WL-SICW ​SMT Infrared Chip LED Waterclear NEW PRODUCTS Characteristics: Applications: ■ Low energy consumption ■ High reliability ■ Low current requirement ■ Fast switching ■ IR Emitter ■ Infrared sensor ■ Distance measurement ■ Remote control ■ Smoke detector ​Size 0402 Electrical & Optical Characteristics @70mA (typ.) Order Code 15404085BA420 15404094BA420 λPeak typ. (nm) λCentroid typ. (nm) Ie typ. (mW/sr) VF typ. (V) Chip Technology 2θ50% typ. (°) 850 940 845 940 6 5 1.6 1.4 AlGaAs 140 λPeak typ.: Peak Wavelength [typ.]; λCentroid typ. : Centroid Wavelength [typ.]; Ie typ.: Radiant Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] ​Size 1206 Electrical & Optical Characteristics @20mA (typ.) Order Code 15412085A9000 15412094A9000 λPeak typ. (nm) λCentroid typ. (nm) Ie typ. (mW/sr) VF typ. (V) Chip Technology 2θ50% typ. (°) 850 940 845 940 5 5.5 1.4 1.2 AlGaAs 90 λPeak typ.: Peak Wavelength [typ.]; λCentroid typ. : Centroid Wavelength [typ.]; Ie typ.: Radiant Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] www.we-online.com/WL-SICW 126 Würth Elektronik eiSos® 11/18 2 OPTOELECTRONICS  New Products WL-SISW ​SMT Infrared Sideview LED Waterclear Applications: ■ Low energy consumption ■ High reliability ■ Low current requirement ■ Fast switching ■ IR Emitter - Side view NEW PRODUCTS Characteristics: ■ Infrared sensor ■ Distance measure ■ Remote control ■ IR Lightbarrier www.we-online.com/WL-SISW Size 0402 Electrical & Optical Characteristics @20mA Order Code 15404085BA470 15404094BA470 λPeak typ. (nm) λCentroid typ. (nm) Ie typ. (mW/sr) VF typ. (V) Chip Technology 2θ50% typ. (°) 850 940 845 940 1.5 1 1.6 1.4 AlGaAs 140 λPeak typ.: Peak Wavelength [typ.]; λCentroid typ. : Centroid Wavelength [typ.]; Ie typ.: Radiant Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] Size 1002 Electrical & Optical Characteristics @20mA Order Code 15410285AA170 15410294AA570 λPeak typ. (nm) λCentroid typ. (nm) Ie typ. (mW/sr) VF typ. (V) Chip Technology 2θ50% typ. (°) 850 940 845 940 5 1.5 1.4 1.2 AlGaAs 110 150 λPeak typ.: Peak Wavelength [typ.]; λCentroid typ. : Centroid Wavelength [typ.]; Ie typ.: Radiant Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] Size 1106 Electrical & Optical Characteristics @20mA Order Code 15411085A4570 15411094A6070 λPeak typ. (nm) λCentroid typ. (nm) Ie typ. (mW/sr) VF typ. (V) Chip Technology 2θ50% typ. (°) 850 940 845 940 11 6 1.4 1.2 AlGaAs 45 60 λPeak typ.: Peak Wavelength [typ.]; λCentroid typ. : Centroid Wavelength [typ.]; Ie typ.: Radiant Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] Size 1206 Electrical & Optical Characteristics @20mA Order Code 15412085A2070 15412094A2070 λPeak typ. (nm) λCentroid typ. (nm) Ie typ. (mW/sr) VF typ. (V) Chip Technology 2θ50% typ. (°) 850 940 845 940 12 6 1.4 1.2 AlGaAs 20 λPeak typ.: Peak Wavelength [typ.]; λCentroid typ. : Centroid Wavelength [typ.]; Ie typ.: Radiant Intensity [typ.]; VF typ.: Forward Voltage [typ.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] 11/18 Würth Elektronik eiSos® 127 2 OPTOELECTRONICS  New Products WL-SDCB ​SMT Photodiode Chip Black NEW PRODUCTS Characteristics: Applications: ■ Standard package size ■ Wide viewing angle ■ Fast response time ■ High photo sensitivity ■ IR data transmission ■ Touch screen ■ Copier ■ Security systems www.we-online.com/WL-SDCB ​Size 1206 rectangular Electrical & Optical Characteristics Order Code λPeak typ. (nm) λmin. (nm) λmax. (nm) TC IP IP min. (µA) IP typ. (µA) TC ID ID max. (nA) Chip Technology 2θ50% typ. (°) 940 700 1100 VR = 5 V Ee = 1 mW/ cm² λ = 940 nm 0.2 1.8 VR = 10 V Ee = 0 mW/ cm² 10 Si 140 1541201EEA400 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC IP: Photo Current (Test cond.); IP min.: Photo Current ; IP typ.: Photo Current [typ.]; TC ID: Dark Current (Test cond.); ID max.: Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] WL-SDSB ​SMT Photodiode Sideview Black Characteristics: Applications: ■ Sideview package ■ High Sensitivity ■ Small package size ■ High Reliability ■ Wide Viewing Angle ■ Infrared remote control ■ Light barrier ■ Infrared sensor ■ Infrared data transmission ■ Infrared touch panels www.we-online.com/WL-SDSB ​Size 1104 Electrical & Optical Characteristics Order Code λPeak typ. (nm) 1541141ECA570 940 λmin. (nm) 700 λmax. (nm) TC IP IP min. (µA) IP typ. (µA) ID max. (nA) TC ID Chip Technology 2θ50% typ. (°) 1100 VR = 5 V Ee = 1 mW/ cm² λ = 940 nm 1.3 2.5 10 VR = 10 V Ee = 0 mW/ cm² Si 150 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC IP: Photo Current (Test cond.); IP min.: Photo Current ; IP typ.: Photo Current [typ.]; ID max.: Dark Current [max.]; TC ID: Dark Current (Test cond.); 2θ50% typ.: Viewing Angle Phi 0° [typ.] 128 Würth Elektronik eiSos® 11/18 2 OPTOELECTRONICS  New Products WL-TDRW ​THT Photodiode Round Waterclear Applications: ■ Standard THT 5mm package size ■ High reliability ■ Detector for visible and infrared light ■ Fast switching times ■ Low power consumption ■ High sensitivity NEW PRODUCTS Characteristics: ■ Touch screen ■ Cleaning roboter ■ Remote controller ■ Optoelectronic switch ■ Video camera ■ Security systems www.we-online.com/WL-TDRW ​Size 5 mm - without stopper Electrical & Optical Characteristics Order Code 1540051EA3590 λPeak typ. (nm) λmin. (nm) λmax. (nm) TC IP IP min. (µA) IP typ. (µA) TC ID ID max. (nA) Chip Technology 2θ50% typ. (°) 940 400 1100 VR = 5 V Ee = 1 mW/ cm² λ = 940 nm 5 28 VR = 10 V Ee = 0 mW/ cm² 30 Si 35 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC IP: Photo Current (Test cond.); IP min.: Photo Current [min.]; IP typ.: Photo Current [typ.]; TC ID: Dark Current (Test cond.); ID max.: Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] WL-TDRB ​THT Photodiode Round Black Characteristics: Applications: ■ Standard THT 5mm package size ■ High reliability ■ Detector with daylight filter ■ Fast switching times ■ Low power consumption ■ High sensitivity ■ Suitable for near infrared radiation ■ Photointerrupter ■ Touch screen ■ Cleaning roboter ■ Industrial electronics ■ Remote controller ■ Optoelectronic switch ■ Security systems www.we-online.com/WL-TDRB ​Size 5 mm - without stopper Electrical & Optical Characteristics Order Code 1540051EC3590 λPeak typ. (nm) λmin. (nm) λmax. (nm) TC IP IP min. (µA) IP typ. (µA) TC ID ID max. (nA) Chip Technology 2θ50% typ. (°) 940 700 1100 VR = 5 V Ee = 1 mW/ cm² λ = 940 nm 5 31 VR = 10 V Ee = 0 mW/ cm² 30 Si 35 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC IP: Photo Current (Test cond.); IP min.: Photo Current [min.]; IP typ.: Photo Current [typ.]; TC ID: Dark Current (Test cond.); ID max.: Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] 11/18 Würth Elektronik eiSos® 129 2 OPTOELECTRONICS  New Products WL-STCW ​SMT Phototransistor Chip Waterclear NEW PRODUCTS Characteristics: Applications: ■ Small standard package size ■ Perfect match to IR and visible emitter ■ High reliability ■ High sensitivity ■ Security systems ■ Counters ■ IR data transmission ■ Encoder www.we-online.com/WL-STCW ​Size 0603 Electrical & Optical Characteristics Order Code λPeak typ. (nm) λmin. (nm) λmax. (nm) TC ICE.P ICE.P min. (mA) ICE.P typ. (mA) TC ICEO.Dark ICEO.Dark max. (nA) Chip Technology 2θ50% typ. (°) 940 400 1100 VCE = 5 V Ee = 1 mW/ cm² λ = 940 nm 0.9 1.6 VCE = 20 V Ee = 0 mW/ cm² 100 Si 150 1540601NBA500 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC ICE.P: Collector Current (Test cond.); ICE.P min.: Collector Current [min.]; ICE.P typ.: Collector Current [typ.]; TC ICEO.Dark: Collector-Emitter Dark Current (Test cond.); ICEO.Dark max.: Collector-Emitter Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] WL-STCB ​SMT Phototransistor Chip Black Characteristics: Applications: ■ 1206 standard package with rectangular lens ■ Perfect match with infrared emitter ■ Phototransistor with daylight filter ■ High photo sensitivity ■ ​ ■ Encoder ■ Counters ■ Security systems ■ Position sensors ■ Smoke detector www.we-online.com/WL-STCB ​Size 1206 rectangular Electrical & Optical Characteristics Order Code λPeak typ. (nm) 1541201NEA400 940 λmin. (nm) 700 λmax. (nm) TC ICE.P ICE.P min. (mA) ICE.P typ. (mA) TC ICEO.Dark ICEO.Dark max. (nA) Chip Technology 2θ50% typ. (°) 1100 VCE = 5 V Ee = 1 mW/ cm² λ = 940 nm 0.1 1.2 VCE = 20 V Ee = 0 mW/ cm² 100 Si 140 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC ICE.P: Collector Current (Test cond.); ICE.P min.: Collector Current [min.]; ICE.P typ.: Collector Current [typ.]; TC ICEO.Dark: Collector-Emitter Dark Current (Test cond.); ICEO.Dark max.: Collector-Emitter Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] 130 Würth Elektronik eiSos® 11/18 2 OPTOELECTRONICS  New Products WL-STSW ​SMT Phototransistor Sideview Waterclear Applications: ■ Small standard package size ■ High reliability ■ Perfect match to IR and visible emitter ■ High photo sensitivity ■ Fast switching time NEW PRODUCTS Characteristics: ■ IR sensors ■ IR touch panel solutions ■ Security systems www.we-online.com/WL-STSW ​Size 1104 Electrical & Optical Characteristics Order Code 1541141NAA570 λPeak typ. (nm) λmin. (nm) λmax. (nm) TC ICE.P ICE.P min. (mA) ICE.P typ. (mA) TC ICEO.Dark ICEO.Dark max. (nA) Chip Technology 2θ50% typ. (°) 940 400 1100 VCE = 5 V Ee = 1 mW/ cm² λ = 940 nm 0.9 2.5 VCE = 20 V Ee = 0 mW/ cm² 100 Si 150 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC ICE.P: Collector Current (Test cond.); ICE.P min.: Collector Current [min.]; ICE.P typ.: Collector Current [typ.]; TC ICEO.Dark: Collector-Emitter Dark Current (Test cond.); ICEO.Dark max.: Collector-Emitter Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] WL-STRB ​SMT Phototransistor Reverse Mount Black Characteristics: Applications: ■ 1206 standard package with dome lens ■ Perfect match with infrared emitter ■ Phototransistor with daylight filter ■ Small detection angle ■ High photo sensitivity ■ Encoder ■ Counters ■ Security systems ■ Position sensors ■ Cleaning roboter ■ Remote control www.we-online.com/WL-STRB ​Size 1206 dome Electrical & Optical Characteristics Order Code 1541201NC3060 λPeak typ. (nm) 940 λmin. (nm) 700 λmax. (nm) TC ICE.P ICE.P min. (mA) ICE.P typ. (mA) TC ICEO.Dark ICEO.Dark max. (nA) Chip Technology 2θ50% typ. (°) 1100 VCE = 5 V Ee = 1 mW/ cm² λ = 940 nm 0.6 4.4 VCE = 20 V Ee = 0 mW/ cm² 100 Si 30 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC ICE.P: Collector Current (Test cond.); ICE.P min.: Collector Current [min.]; ICE.P typ.: Collector Current [typ.]; TC ICEO.Dark: Collector-Emitter Dark Current (Test cond.); ICEO.Dark max.: Collector-Emitter Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] 11/18 Würth Elektronik eiSos® 131 2 OPTOELECTRONICS  New Products WL-STTW ​SMT Phototransistor Top Waterclear NEW PRODUCTS Characteristics: Applications: ■ High sensitivity ■ Fast response time ■ Perfect match with IR and visible emitter ■ Compatible with automatic placement machines ■ High reliability ■ Standard PLCC 2 package ■ Light sensors ■ Position sensors ■ Counters ■ Miniature switch ■ Encoder ■ Photo interrupter www.we-online.com/WL-STTW ​Size 3528 Electrical & Optical Characteristics Order Code λPeak typ. (nm) λmin. (nm) λmax. (nm) TC ICE.P ICE.P min. (mA) ICE.P typ. (mA) TC ICEO.Dark ICEO.Dark max. (nA) Chip Technology 2θ50% typ. (°) 940 400 1100 VCE = 5 V Ee = 1 mW/ cm² λ = 940 nm 0.6 3.1 VCE = 20 V Ee = 0 mW/ cm² 100 Si 120 1541411NBA210 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC ICE.P: Collector Current (Test cond.); ICE.P min.: Collector Current [min.]; ICE.P typ.: Collector Current [typ.]; TC ICEO.Dark: Collector-Emitter Dark Current (Test cond.); ICEO.Dark max.: Collector-Emitter Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] WL-STTB ​SMT Phototransistor Top Black Characteristics: Applications: ■ High sensitivity ■ Fast response time ■ Perfect match with IR emitter ■ Compatible with automatic placement machines ■ High reliability ■ Standard PLCC 2 package ■ Integrated daylight filter ■ Light sensors ■ Position sensors ■ Counters ■ Miniature switch ■ Encoder ■ Photo interrupter www.we-online.com/WL-STTB ​Size 3528 Electrical & Optical Characterisitcs Order Code λPeak typ. (nm) 1541411NEA210 940 λmin. (nm) 700 λmax. (nm) TC ICE.P ICE.P typ. (mA) ICE.P min. (mA) TC ICEO.Dark ICEO.Dark max. (nA) Chip Technology 2θ50% typ. (°) 1100 VCE = 5 V Ee = 1 mW/ cm² λ = 940 nm 2.8 0.6 VCE = 20 V Ee = 0 mW/ cm² 100 Si 120 λPeak typ.: Wavelength of Peak Sensitivity [typ.]; λmin.: Range of Spectral Bandwidth ; λmax.: Range of Spectral Bandwidth [max.]; TC ICE.P: Collector Current (Test cond.); ICE.P typ.: Collector Current [typ.]; ICE.P min.: Collector Current [min.]; TC ICEO.Dark: Collector-Emitter Dark Current (Test cond.); ICEO.Dark max.: Collector-Emitter Dark Current [max.]; 2θ50% typ.: Viewing Angle Phi 0° [typ.] 132 Würth Elektronik eiSos® 11/18 HortiCoolture. LED it grow! #LEDITGROW Horticulture LED Lighting New horticultural products from the high power ceramic series. Specially chosen wavelengths „„ High efficacy (450 nm, 660 nm and 730 nm) increase photosynthesis, optimizing plant development and growth. „„ Individually adjustable color spectrum With outstanding PPF-value, small size and low power consumption, the WL-SMDC is the future choice for each plant for horticultural lighting. Available ex stock. Samples free of charge. „„ Full color spectrum available incl. For further information please visit: „„ Low thermal resistance www.we-online.com/leditgrow „„ Electrically neutral thermal path white, UV and IR-LEDs „„ One footprint for all colors For a short introduction of Horticulture LEDs read our Application Note: www.we-online.com/AN-Horti 2 OPTOELECTRONICS Design Kits Product Category Design Kit Order Code Demo Board Ceramic Power LEDs 158997 White LEDs 158300 Demo Board White LEDs – PLCC 158999 Chip LED – Top View 150155 Chip LED – Reverse Mount & Side View 150156 PLCC, THT and Ceramic LED 150151 Demo Board Visible LEDs 9999003 Infrared LEDs 154150 Lifelong Refill White LEDs Visible LEDs Infrared LEDs 134 Würth Elektronik eiSos® 11/18 2 OPTOELECTRONICS  Additional Information Spectral Distribution Area Frequency (f) Wavelength (nm) Wavelength (nm) 10 1018 Pictograms General light Ultra v iolet 100 1nm UV-C 200 Disinfection, Sterilisation UV-B 280 300 315 Medical therapy & analysis X-Ray 100 Application UV-A 1016 violet 380 405 deep blue 450 blue 470 2700 K Sunrise UV Curing, Printing / Coating Adhesive, Security forensics, Counterfeit detection Horticulture Lighting 3000 K Warm white 102 500 green 520 bright green 570 yellow amber 590 600 610 red 630 hyper red 650 Visible light 1014 Infrared Optical radiation 1µm 104 Signal, Display, Indicator, Optical Switches General light Horticulture Lighting 4000 K Moonlight Machine vision systems, Security systems, Remote control 5000 K Daylight 700 far red 730 780 850 Microwaves IR-A 1mm 106 940 103 1400 Wireless communication, Long distance telecommunication IR-B 3000 104 1cm IR-C 1012 108 11/18 105 IR spectroscopy, Military guidance 6000 K Cool white 106 Würth Elektronik eiSos® 135 2 OPTOELECTRONICS  Additional Information Horticulture LEDs What Plants Need Relative Intensity (Arb.) Relative Intensitiy (Arb.) Emission Spectrum of WL-SMDC Horticulture LEDs Deep Blue (450 nm) 1,00 Deep Blue (450 nm) Blue (460 (460 nm) Blue nm) Green (520 nm) Green (520 nm) Yellow (590 nm) Red (625 nm) Yellow (590 Hyper Red (660 nm) nm) Far Red (730 nm) Red (625 nm) Daylight (5000K) 0,75 0,50 Hyper Red (660 nm) 0,25 0,00 Far Red (730 nm) Daylight (5000 K) 350 400 450 500 550 600 Wavelength (nm) (nm) Wavelength 650 700 750 800 Absorbendofofpigments pigments (Arb.) Absorbend (Arb.) Photosynthetic Pigments and Light Receptors 1,00 Chlorophyll A Chlorophyll A Chlorophyll B Chlorophyll Beta Carotene B Phytochromes Beta Carotene PAR 0,75 Phytochromes 0,50 PAR* 0,25 „„ „„ 0,00 350 400 450 500 550 600 Wavelength (nm) 650 700 750 Positive influence on yield Regulation for optimal flowering 800 Wavelength (nm) *PAR: P  hotosynthetically Active Radiation Spectral range 400 to 700 nm for photosynthesis Perfect quality – very high Efficacy –up to 3.0 μmol/J (Deep Blue), 3.6 μmol/J (Hyper Red), 4.0 μmol/J (Far Red) *PPF: Photosynthetic Photon Flux Rate of flow of photons within PAR Our LEDs have been developed for customized light solutions for each grower. 136 Würth Elektronik eiSos® 11/18 Innovative Structure Multiple Quantum Well Contact N-Layer P-Layer Thermal Pad Gold Contact Substrate Zener diode for ESD protection V ertical chip for perfect thermal stability and current control Ceramic substrate for low thermal resistance Nonabsorbent material – MSL level 2 Gold contacts – low corrosion, perfect solderability Small footprint – High emisson power One footprint many opportunities in Horticulture wavelengths, CCT from 2700K to 6000K and RGBY „„Make your own light recipe with all available colors „„Available REDEXPERT dedicated module „„Test your recipes – see how they look „„Compute your opto/electrical parameters „„Test your ideas and estimate the output of your lamp „„PPF values, Power usage, R/B ratio and much more directly computed www.we-online.com/leditgrow Horticulator Radiant Flux 11/18 Würth Elektronik eiSos® 137 2 OPTOELECTRONICS  Additional Information Visible, Infared and Photodetectors Visible LEDs Premium-quality „„Chip for excellent brightness in small packaging „„Packaging with mate and non-reflective surface „„Water-resistant IPx6 for all out-door application „„Plating for the greatest solderability and conduct Flexible in design „„top view, side view and reverse montage „„waterclear lens for ideal performance of intensity „„diffused lens for the perfect performance of homogenous lighting distribution Variety of emitting colors „„mono-color for all single indicator applications „„bi-color & full-color (RGB): million colors for all additive color mixing applications Multi-Choice of packaging „„SMT (Surface mount) „„THT (Through hole technology) „„For all narrow space application Infrared LEDs and Photodetectors Detector Benefits „„Perfect match of IR LEDs with Photodiodes and Phototransistors „„Same wavelength range „„Same package size „„Many packages „„Only one footprint for Emitter and Detectors „„For every application Infrared LED Applications Oximeter/Heart Beat 138 Würth Elektronik eiSos® Surveillance/Security Touchless Screen Home Appliances 11/18 Notes 11/18 Würth Elektronik eiSos® 139 3 POWER MODULES 140 Product Overview 141 New Products 142 Reference Designs, EMI Filter 145 Evaluation Boards 146 Additional Information 148 3 POWER MODULES Product Overview How to find detailed product information? Visit www.we-online.com and search for product series information, e.g.: Magic-LDHM Fixed Isolated Modules Variable Step Down Regulator Modules MagI³C-VDRM Variable Step Down Regulator Module 2.95 – 50 V Vin: 0.8 – 24 V Vout: 1–6A Iout: Switching Frequency: 0.2 – 2 MHz NEW Variable Isolated SIP Modules MagI³C-FISM Fixed Isolated SIP Module 3.3 – 24 V Vin: 5 V / 12 V / 15 V Vout: 1W P0: 1000 – 4000 V Visolation: NEW MagI³C-VISM Variable Isolated SIP Module Vin: Vout: P0: Visolation: 8 – 42 V 3.3 – 6 V 1W 2000 V MagI³C-VDMM Variable Step Down MicroModule 2.7 – 5.5 V Vin: 0.6 – 5.5 V Vout: 0.6 A Iout: Switching Frequency: 2.25 MHz Fixed Step Down Regulator Modules MagI³C-FDSM Fixed Step Down Regulator Module 6 – 42 V Vin: 3.3 V / 5 V Vout: 0.5 – 1 A Iout: Switching Frequency: 0.3 – 0.57 MHz LED Driver Modules All Power Modules at a glance www.we-online.com/power-mod Explore our Application Notes for Power Modules: www.we-online.com/app-notes Component Libraries available for:  PCB Library: Altium Designer, EAGLE www.we-online.com/library MagI³C-LDHM LED Step Down High Current Module 4.5 – 60 V Vin: 4.5 – 60 V Vout: 0.45 A Iout: Switching Frequency: 0.8 MHz 11/18 Würth Elektronik eiSos® 141 3 POWER MODULES  New Products MagI³C-FISM ​Fixed Isolated Module NEW PRODUCTS Characteristics: Applications: ■ Simplest design (no transformer design know how required) ■ Stand alone solution (CIN and COUT integrated, no external components) ■ Simple functional isolation for overvoltage protection, avoiding ground loops, ground shift and noise in signal path or sensor systems ■ Industrial standard package and pin configuration ■ Low conducted and radiated EMI (compliant to EN55022 class B) ■ UL60950 certified ■ Data acquisition ■ Test and measurement systems ■ Interface and microcontroller supply ■ Industrial control ​Size SMT-8 Technical Data: Order Code VIN (V (DC)) VOUT (V (DC)) PO (W) VISO (V (DC)) 3.3 5 5 5 12 5 5 12 15 5 1 2000 176920502 176920512 176881212 176861512 176920522 VIN: Input Voltage; VOUT: Output Voltage; PO: Total Output Power; VISO: Insulation Voltage www.we-online.com/magic-fism 142 Würth Elektronik eiSos® 11/18 3 POWER MODULES  New Products MagI³C-VISM ​Variable Isolated SIP Module Applications: ■ Simplest design (no transformer design know how required) ■ Leaded through-hole package for easy manufacturing and prototyping ■ Stand alone solution (CIN and COUT integrated, no external components) ■ Only one external resistor required to set the VOUT ■ ON / OFF control Pin ■ Static and dynamic power boost ■ Simple functional isolation for overvoltage protection, avoiding ground loops, ground shift and noise in signal path or sensor systems ■ Industrial standard package and pin configuration ■ Low conducted and radiated EMI (compliant to EN55032 class B / CISPR-32) ■ IEC/EN/UL60950 & IEC/EN/UL62368 certified ​Size SIP-8 NEW PRODUCTS Characteristics: ■ Data acquisition ■ Test and measurement systems ■ Interface and microcontroller supply ■ Industrial control Technical Data: Order Code VIN (V (DC)) VOUT (V (DC)) PO (W) VISO (V (DC)) 17791063215 8 V - 42 3.3 - 6 1 2000 VIN: Input Voltage; VOUT: Output Voltage; PO: Total Output Power; VISO: Insulation Voltage www.we-online.com/magic-vism 11/18 Würth Elektronik eiSos® 143 All inclusive. #MAGICPOWERMODULES MagI³C Power Modules are easy-to-use DC/DC converters with integrated regulator IC, power inductor and capacitors. Design and layout reviews as well as support with EMI filter design are offered as a service for all customers. Datasheets contain detailed specifications and application information. „„ „„ „„ „„ Simple design-in process Design and layout support EMI filter design for EN55022 class B compliance Evaluation Boards for all products For more information please visit: www.we-online.com/powermodules LGA-6 144 LGA-16 Würth Elektronik eiSos® QFN TO263 SIP-3 SIP-4 SIP-7 SMT-8 SIP-8 11/18 3 POWER MODULES Reference Designs & EMI Filter Product Category Name Description Order Code LED Driver VIN: 7 – 24 V; VOUT: up to 15 V; IOUT: 1.5 A 178001 MagI³C Power Supply VIN: 18 – 36 V; VOUT: 0-15V; IOUT: 0 – 2.5 A 178002 MagI³C Current Sharing VIN: 7 – 50 V; VOUT: 2.5-15V; IOUT: 0 – 5 A 178003 VIN: 4 –18 V; VOUT: 1.45-14.4V; IOUT: 0 – 3 A 178004 VIN: 18 V – 48 V; VOUT: 1.8V-VIN; IOUT: up to 450 mA 178005 Using a Polymer capacitor based filter Conducted/ Radiated Filter for Class B EN55022 177001BAG Reference Design VDRM (171021501) VDRM (171031801) MagI³C Current Source LDHM (172946001) MagI³C Multi-Color LED Driver EMI Kit SIP-8 Application specific filtering 11/18 Würth Elektronik eiSos® 145 3 POWER MODULES Evaluation Boards Product Category Evaluation Board Order Code Variable Step Down Converter BQFN-39 VIN: 2.95 – 6 V, VOUT: 0.8 – 3.6 V, IOUT: 2 A 178 020 302 VIN: 2.95 – 6 V, VOUT: 0.8 – 3.6 V, IOUT: 4 A 178 040 302 VIN: 2.95 – 6 V, VOUT: 0.8 – 3.6 V, IOUT: 6 A 178 060 302 BQFN-41 VIN: 7 – 50 VIN, VOUT: 2.5 – 15 V, IOUT: 2.5 A 178 021 501 TO263-7EP VIN: 6 – 42 V, VOUT: 5 – 24 V, IOUT: 1 A 178 012 401 VIN: 6 – 42 V, VOUT: 5 – 24 V, IOUT: 2 A 178 012 402 VIN: 6 – 42 V, VOUT: 5 – 24 V, IOUT: 3 A 178 032 401 VIN: 6 – 42 V, VOUT: 0.8 – 6 V, IOUT: 1 A 178 010 601 VIN: 6 – 42 V, VOUT: 0.8 – 6 V, IOUT: 2 A 178 020 601 VIN: 6 – 42 V, VOUT: 0.8 – 6 V, IOUT: 3 A 178 030 601 VIN: 6 – 36 V, VOUT: 0.8 – 6 V, IOUT: 5 A 178 050 601 LGA-16EP VIN: 4 – 18 V, VOUT: 0.8 – 17 V, IOUT: 1 A 178 011 801 VIN: 4 – 18 V, VOUT: 0.8 – 17 V, IOUT: 2 A 178 021 801 VIN: 4 – 18 V, VOUT: 0.8 – 17 V, IOUT: 3 A 178 031 801 LED Step Down High Current Module TO263-7EP VIN: 4.5 – 60 V, VOUT: 4.5 – 60 V, IOUT: 0.45 A 146 Würth Elektronik eiSos® 178 946 001 11/18 Product Category Evaluation Board Order Code Variable Step Down MicroModule LGA-6EP VIN: 2.7 – 5.5 V, VOUT: 0.6 – 5.5 V, IOUT: 0.6 A 178 960 501 Fixed Step Down Regulator Module SIP-3 VIN: 6 – 42 V, VOUT: 3.3 / 5 V, IOUT: 0.5 A / 1 A 17800FDSM Fixed Isolated Module SIP-4 VIN: 3.3 – 24 V, VOUT: 5 V and adjustable LDO output, POUT: 1 W, 1 kV Isolation 178 920 5X1 SIP-7 VIN: 5 – 24 V, VOUT: 5 V and adjustable LDO output, POUT: 1 W, 4 kV Isolation 178 920 5X4 SMT-8 VIN: 3.3 – 12 V, VOUT: 5 – 15 V and adjustable LDO output, POUT: 1 W, 2 kV Isolation 17800FISM Variable Isolated SIP Module SIP-8 VIN: 8 – 42 V, VOUT: 3.3 – 6 V, POUT: 1 W, 2 kV Isolation 11/18 17800 VISM Würth Elektronik eiSos® 147 3 POWER MODULES  Additional Information All inclusive Advantages Fewer external components (reduces overall footprint) IC and inductor combined into a single package (smaller PCB size) Simple design-in process & fast time to market Low conducted & radiated EMI complaint to EN55022 class B / CISPR-22 Individual Design-in Support Electrical Calculations, Product Behavior & Thermal Design 6 design steps Set the output voltage Set the operating frequency with RON  Select the input capacitor Select the output capacitor Select the feed forward capacitor Select the soft-start capacitor 1 optional design step: Select under-voltage lockout divider 148 Würth Elektronik eiSos® 11/18 Layout Review of your PCB Files Analysis and recommendations of customer layouts 4 design steps MagI3C Module Place the input capacitors close to VIN and PGND Place CSS, RFBT and RFBB close to their respective pins and analog ground (AGND) Place the resistor divider (RFBT and RFBB) close to the FB pin and trace at the positive terminal of the last output capacitor (COUT2) Design the thermal vias PGND 6 FB 5 7 GND VOUT 4 SS EN CIN2 3 AGND VIN CIN1 2 RON 1 GND COUT1 COUT2 VOUT VIN RON Bottom Ground Plane CSS RENT RENB CFF RFBB RFBT EMI Filter Design Support Tested filter configuration with inductor and capacitor order codes Power Module 80 70 70 Conducted Emissions [dBμV] 50 40 60 Conducted Emissions [dBμV] EN55022 Class B Quasi Peak limit EN55022 Class B Average limit 60 Quasi Peak Average 30 20 10 0 -10 0.15 0.5 1 Frequency [MHz] 10 30 Conducted Emissions 171 021 501. Measured on evaluation board with input filter Cf = 2.2 μF and Lf = 22 μH. VIN = 24 V, VOUT = 5 V, fSW = 500 kHz, ILOAD = 2 A 50 40 EN55022 Class A limit EN55022 Class B limit Horizontal Vertical 30 20 10 0 30 100 Frequency [MHz] 1000 Radiated Emissions 171 021 501. Measured on evaluation board with input filter Cf = 2.2 μF and Lf = 22 μH. VIN = 24 V, VOUT = 5 V, fSW = 500 kHz, ILOAD = 2 A View details of emissions and temperature behavior in REDEXPERT www.we-online.com/re-behavior 11/18 Würth Elektronik eiSos® 149 3 POWER MODULES  Additional Information Portfolio Variable Step Down Regulator Modules (VDRM) & LED Step Down High Current Module (LDHM) VIN [V] TO263 60 QFN-41 50 171 021 501 TO263 171 032 401 NEW: 171 030 601 Regulator Module (VDRM): TO263 / 0.8 – 24 V Output 171 050 601 28 Variable Step Down 171 012 402 171 020 601 36 171 012 401 NEW: 171 010 601 172 946 001 42 QFN-41 / 2.5 – 15 V Output LED Step Down 7 High Current Module (LDHM): 6 TO263 / 1 – 16 LEDs 4.5 IOUT [A] 0.5 1 1.5 2 3 4 5 Variable Step Down Regulator Modules (VDRM) & MicroModule (VDMM) VIN [V] LGA-16 NEW NEW NEW 171 021 801 171 031 801 18 171 011 801 28 Variable Step Down Regulator Module (VDRM): LGA-16 / 0.8 – 17 V Output QFN-39 / 0.8 – 3.6 V Output 6 5.5 4 MicroModule (VDMM): LGA-6 / 0.6 – 5.5 V Output NEW 171 020 302 171 040 302 171 060 302 171 960 501 QFN-39 2.95 LGA-6 2.7 IOUT [A] 0.1 150 Würth Elektronik eiSos® 0.6 1 2 3 4 5 6 11/18 Fixed Step Down Regulator Module (FDSM) VIN [V] 60 50 SIP-3 42 36 Fixed Step Down Regulator Module (FDSM): 173 010 342 173 010 542 SIP-3  /  6 – 28 V  /  3.3 V or 5 V Output SIP-3  /  7 – 42 V  /  3.3 V or 5 V Output 173 950 378 173 950 578 18 173 010 378 173 010 578 28 7 6 SIP-3 4.5 2.95 IOUT [A] 0.1 0.5 1 1.5 2 Fixed Isolated SIP Module (FISM) & Variable Isolated SIP Module (VISM) VIN [V] 60 NEW 50 24 12 SIP-4 177 920 531 177 920 521 8 6 SIP-7 SMT-8 176 920 522 Fixed Isolated SIP Module (FISM): 177 920 534 SIP-4 / 1 W / 3.3 VIN 5VIN 12VIN 24VIN / 5 VOUT  MT-8 / 1 W / 3.3 VIN / 5 VIN 12 VIN / S 177 920 524 5 VOUT 12 VOUT 15 VOUT SIP-7 / 1 W / 3.3 VIN 12 VIN 24 VIN / 5 VOUT 176 881 212 Variable Isolated SIP Module (VISM): 177 920 514 SIP-8 / 1 W / 8 – 42 VIN / 3.3 – 6 VOUT 176 920 512 4 177 920 501 1 11/18 SIP-8 176 861 512 177 920 511 3.3 NEW 177 910 632 15 42 177 920 502 2 4 Visolation [kV] Würth Elektronik eiSos® 151 General Terms and Conditions of the Würth Elektronik eiSos Group As of: February 2017 1. Application 1.1 These General Terms and Conditions (hereinafter “Conditions”) shall apply to all deliveries and services of Würth Elektronik eiSos GmbH & Co. KG, Würth Elektronik iBE GmbH, Erwin Büchele GmbH & Co. KG and AMBER wireless GmbH (hereinafter “Würth Elektronik”) even if they are not referred to in subsequent contracts. Any terms and conditions of the customer that conflict with, supplement, or deviate from these Conditions shall not become part of the contract unless their application is expressly approved by Würth Elektronik in writing. These Conditions shall apply even if Würth Elektronik accepts a delivery or service from the customer without reservations whilst being aware of the customer’s conflicting or deviating terms and conditions. 1.2 Agreements which supplement or deviate from these Conditions and which are made between the customer and Würth Elektronik for the performance of a contract must be set out in writing in the contract. This also applies to the cancellation of this requirement of the written form. 1.3 Any rights beyond these Conditions to which Würth Elektronik is entitled by law shall remain unaffected. 2. Offer and formation of contract 2.1 Offers from Würth Elektronik shall be subject to change and non-binding, unless they are expressly stated to be binding. 2.2 Pictures, drawings, information as to weight, measurement, performance and consumption as well as other descriptions of the goods in the documentation pertaining to the offer shall be approximations only, unless they are expressly stated to be binding. They do not constitute an agreement on, or guarantee of, the corresponding quality of the goods. 2.3 Würth Elektronik reserves all proprietary rights and copyrights in any offer documents. Such documents may not be made available to any third party. 2.4 Orders from the customer shall be binding. Würth Elektronik may accept orders by sending a written order confirmation, by making delivery or providing the services. 2.5 Executing orders according to the documents to be provided by the customer shall require written approval by Würth Elektronik. 2.6 Contracts that are concluded shall oblige the customer to accept and pay for the goods or services ordered. 3. Prices, payment, set-off 3.1 The agreed price shall always be decisive. Not included in the price shall, in particular, be the costs for packaging, freight, insurance, customs, public levies and VAT. Statutory VAT shall be stated separately in the invoice, at the statutory rate applicable on the day the invoice is issued. 3.2 For services that shall not be performed within a period of four month after the contract has been concluded Würth Elektronik shall be entitled to adjust the price in line with any increases in wages and in the cost of materials that may have occurred in the meantime. The same shall apply for services that are to be provided as part of continuous obligations. If Würth Elektronik has agreed with the customer that the prices shall depend on specific price factors, for example, raw material prices, changes in the price factors can lead to price adjustments, irrespective of the performance period. 3.3. Unless otherwise agreed, payment shall be made net within 30 days after the date of the invoice. Würth Elektronik shall, however, be entitled to make the execution of outstanding deliveries or the provision of services contingent upon pre-payment or the provision of security if no previous business relationship exists with the customer, deliveries are to be made abroad, the customer’s registered office is abroad or if there are any other reasons that give Würth Elektronik reason to doubt that payment will be made promptly after delivery or provision of the services. 3.4 If after the contract has been entered into Würth Elektronik becomes aware of circumstances that could considerably reduce the customer’s creditworthiness and which could endanger the payment of outstanding receivables of Würth Elektronik by the customer under the individual contract, Würth Elektronik shall be entitled to refuse to continue to execute the contract until the customer makes payment or provides security for such. If the customer is in default of payment, all the receivables of Würth Elektronik that are outstanding with the customer shall become due immediately. 3.5 Payment shall be deemed made on the date on which Würth Elektronik can dispose of the amount owed. When paying by cheque, payment shall only be deemed made after the cheque has been cashed and Würth Elektronik can dispose of the amount. Discount charges and other cheque costs shall be borne by the customer. In the event of default of payment, the customer shall pay default interest at the rate of 9 percentage points above the base rate. The right to assert a further claim for damages is not excluded. 3.6 Würth Elektronik shall be entitled to credit payments made by the customer towards the customer’s oldest debt first. If costs and interest have already accrued, Würth Elektronik shall be entitled to credit the payment towards the costs first, then towards interest, and finally towards the principal claim. 3.7 Counterclaims of the customer may only be set off or used to assert a right of retention by the customer if they have become final by virtue of a judgment or if they are undisputed. A right to retain may be asserted by the customer only if the customer’s counterclaim is based on the same contractual relationship. 4. Deliveries 4.1 Delivery periods and dates shall only be binding for Würth Elektronik if Würth Elektronik explicitly states or confirms that they are binding. Agreed delivery periods shall be deemed met if the goods have been handed over to the person in charge of the transport at Würth Elektronik’s registered office or at one of Würth Elektronik’s warehouses before this period has expired or if Würth Elektronik has provided notification that they are ready for dispatch but have not left the registered office or warehouse because the customer has declared that it will not accept the goods. 4.2 If making the agreed deliveries or providing the services of Würth Elektronik requires the cooperation of the customer, the customer shall ensure that Würth Elektronik is provided with all the necessary and appropriate information and data within good time and that such is of the required quality. If programming is required, the customer shall provide Würth Elektronik with the necessary computer processing power, test data and data inputting capacities within good time and to a sufficient extent. 4.3 The delivery period shall not start before all the documents, information, approvals and permits that are to be provided by the customer have been provided in full and any technical issues have been clarified and any agreed down-payment has been received. As a prerequisite for compliance with the delivery period or the delivery date, the customer must perform its other obligations properly and in due time. Compliance with the agreed delivery deadlines and delivery dates is subject to the condition that Würth Elektronik is supplied by its own suppliers in due time and properly. Any changes or amendments that are subsequently agreed with Würth Elektronik may result in a reasonable extension of the agreed delivery dates. 4.4 Würth Elektronik shall be entitled to make reasonable part deliveries and provide partial services. Unless otherwise expressly agreed, deliveries and services ahead of schedule shall be allowed. 4.5 If the customer is in default of acceptance or violates other duties to cooperate, Würth Elektronik can claim compensation for the damage caused including any additional expenditure and storage costs. Any other claims remain unaffected. Würth Elektronik shall be entitled, after setting a reasonable subsequent deadline, to otherwise dispose of the goods and to supply the customer with new goods within a reasonable extended deadline. 152 11/18 Würth Elektronik eiSos® 5. Passing of risk/dispatch 5.1 The risk of accidental loss or accidental deterioration of the goods shall pass to the customer at the latest when the goods are handed over to the customer or, if it is agreed that the goods will be shipped, already with the handing over of the goods to the shipping company, freight carrier or to any other person instructed to carry out the dispatch. This shall also apply to part deliveries or if it has been agreed that the dispatch is “freight paid” or free of charge. In the absence of written instructions from the customer, Würth Elektronik shall be entitled to choose the carrier and the itinerary at its own discretion and after a due assessment of the circumstances. At the request and expense of the customer, Würth Elektronik shall take out transport insurance to insure the goods against the risks specified by the customer. 5.2 If there is a delay in handing over or dispatch for reasons for which the customer is responsible, the risk shall pass to the customer on the day the goods are ready to be dispatched and Würth Elektronik informs the customer of such. 5.3 If Würth Elektronik chooses the type of dispatch, the dispatch route and/or the person to carry out the dispatch, Würth Elektronik shall only be liable for wilful misconduct or gross negligence resulting from this choice. 6. Retention of title 6.1 The goods supplied remain the property of Würth Elektronik until all receivables owed to Würth Elektronik by the customer as a result of the business relationship have been fully paid. If Würth Elektronik’s obligations to be performed include delivering software, up until payment in full has been made of any receivables, the customer shall in any case only be granted a revocable usage right. These receivables also include claims under cheques and bills of exchange, as well as current-account claims. The customer shall be obliged to handle all goods to which title is retained, and as long as title is retained, with due care. In particular, the customer is obliged to sufficiently insure the goods at the customer’s own expense against damage by fire, water, and theft at their replacement value. The customer hereby assigns to Würth Elektronik all claims for compensation arising from such insurance. Würth Elektronik hereby accepts the assignment. If an assignment is not allowed, the customer hereby irrevocably instructs its insurer to make payments, if any, only to Würth Elektronik. This does not affect any further claims of Würth Elektronik. Upon request, the customer must provide Würth Elektronik with evidence of the conclusion of the insurance policy. 6.2 The customer shall only be allowed to sell the goods which are subject to retention of title in the ordinary course of business. The customer shall not be entitled to pledge the goods which are subject to retention of title, to transfer them by way of security or to make any other dispositions which may jeopardize Würth Elektronik’s ownership. In the event of attachments or other encroachments by third parties, the customer must notify Würth Elektronik without undue delay in textual form and provide all the information required, advise the third party of Würth Elektronik’s property rights and assist with the measures taken by Würth Elektronik to protect the goods which are subject to retention of title. The customer shall bear any costs for which it is responsible and which are necessary for the removal of the encroachment and the recovery of the goods, if and to the extent that these costs cannot be obtained from the third party. 6.3 The customer hereby assigns to Würth Elektronik all receivables arising from the resale of the goods, including all ancillary rights, irrespective of whether the goods which are subject to retention of title are resold without or after further processing. Würth Elektronik hereby accepts this assignment. In the event that such assignment is not allowed, the customer hereby irrevocably instructs the third-party debtor to make payments, if any, only to Würth Elektronik. The customer has the authority, which may be revoked at any time, to collect the receivables assigned to Würth Elektronik as a trustee on behalf of Würth Elektronik. All amounts collected must be remitted to Würth Elektronik immediately. Würth Elektronik may revoke the customer’s authority to collect receivables and its right to resell the goods if the customer fails to properly perform its payment obligations to Würth Elektronik, if the customer is in default of payment or stops payment, or if the creditworthiness or financial position of the customer deteriorates, he cease any other business activity essential for the contractual performance or if he becomes incapable for other reasons to fulfil the contractual duties. Any resale of these receivables is subject to prior approval by Würth Elektronik. The customer’s authority to collect shall expire with the notification of the assignment to the third-party debtor. In the event of a revocation of the authority to collect, Würth Elektronik may request that the customer disclose all receivables assigned, as well as the respective debtors’ names, provide all information necessary for collection, provide the related documents and inform the debtors of the assignment. 6.4 In the event of default of payment on the part of the customer, Würth Elektronik shall be entitled to rescind the contract without prejudice to its other rights. The customer must immediately grant Würth Elektronik, or any third party commissioned by Würth Elektronik, access to the goods that are subject to retention of title, surrender such goods and inform Würth Elektronik where these goods are located. After a timely warning to such effect, Würth Elektronik may otherwise dispose of the goods that are subject to retention of title for the purpose of satisfying its due claims against the customer. 6.5 Any processing or alterations made by the customer to the goods which are subject to retention of title shall always be deemed made on behalf of Würth Elektronik. The customer’s right to acquire ownership of the goods which are subject to retention of title continues to exist as a right to acquire ownership of the processed or altered item. If the goods are processed, combined or mixed with other goods that are not owned by Würth Elektronik, Würth Elektronik shall acquire a co-ownership interest in the new item that is equal to the ratio of the value of the goods supplied to the value of the other items processed at the time of processing. The customer shall store the new items on behalf of Würth Elektronik. In all other respects, the item created through processing or alteration shall be governed by the same provisions as the goods that are subject to retention of title. 6.6 If requested by the customer, Würth Elektronik shall be obliged to surrender the security interests to which Würth Elektronik is entitled to the extent that the realizable value of these security interests exceeds Würth Elektronik’s receivables arising from the business relationship with the customer by more than 20% upon deduction of the mark-downs customary in the banking business. For valuation purposes, goods that are subject to retention of title shall be assessed on the basis of their invoice value and receivables shall be assessed on the basis of their nominal value. 6.7 In the event that goods are delivered to destinations with other legal systems in which the retention of title pursuant to clauses 6.1 to 6.6 above does not offer the same degree of protection as in the Federal Republic of Germany, the customer hereby grants Würth Elektronik the equivalent security interest. If the creation of this security interest requires further declarations or actions, the customer shall make these declarations and perform these actions. The customer shall assist with all measures required for, and conducive to, the validity and enforceability of such security interests. 7. Claims for quality defects and liability 7.1 Würth Elektronik shall manufacture its products according to the state of the art in technology applicable at time of entering into the contract. Any intended usage that goes beyond the customary usage of the products or that requires a quality that deviates from the norm, in particular, any usage that is relevant for safety purposes, for example, aerospace or automobile usage, must be agreed in advance in writing. 7.2 The customer’s defect rights shall require that the customer has fulfilled its statutory obligations to inspect and give notice of defects (Sec. 377, 381 German Commercial Code (HGB)), in particular that the customer has checked the delivered goods upon receipt and notified Würth Elektronik without undue delay and in textual form upon receipt of the goods of any obvious defects and defects that could be identified during such inspection. The customer shall inform Würth Elektronik in writing of any hidden defects without ® 11/18 Würth Elektronik eiSos 117 General Terms and Conditions of the Würth Elektronik eiSos Group As of: February 2017 undue delay after they have been discovered. The notification shall be deemed without undue delay if made within two weeks after delivery for obvious defects and defects that could be identified during a proper inspection or after discovery in the event of hidden defects; to meet the deadline, the dispatch of the notification or complaint shall suffice. If the customer fails to carry out a proper inspection and/or notification of the defects, Würth Elektronik shall not be liable for the defect. When reporting defects to Würth Elektronik, the customer must supply a detailed description of the defects in textual form. 7.3 Unless otherwise agreed, the customer shall be obliged to initially deliver the goods at its own expense to Würth Elektronik so that the defects can be examined. The expenses that are required for the inspection and subsequent performance, in particular transportation, travel, labour and material costs within the meaning of Sec. 439 (2) German Civil Code (BGB) shall only be borne by Würth Elektronik if it is determined during the inspection that a defect actually exists and provided these expenses are not increased due to the fact that the customer took the goods to a different location than the original delivery address. Personnel and material costs claimed by the customer in this connection shall be charged on the basis of net costs. 7.4 If the goods are defective, Würth Elektronik shall be entitled - for the purposes of subsequent performance - to choose between remedying the defect or delivering goods that are free from defects. 7.5 If Würth Elektronik is not prepared or is not in a position to carry out subsequent performance after a reasonable deadline has expired, the customer can choose to rescind the agreement or reduce the purchase price. The same shall apply if the subsequent performance fails, if it is unacceptable to the customer or if a reasonable deadline is exceeded due to reasons for which Würth Elektronik is responsible. 7.6 The customer shall have no right to rescind the contract if the customer is unable to return the goods received and this is not due to the fact that it is impossible to return such due to their nature, if Würth Elektronik is responsible for such or if the defect did not become apparent until after the goods were processed or altered. The right to rescind the contract shall furthermore not exist if Würth Elektronik is not responsible for the defect and if instead of the received goods or services being returned by the customer, Würth Elektronik has to pay compensation for lost value. 7.7 Claims for defects shall not exist with respect to defects that are due to natural wear and tear, to improper handling by the customer or a third party, or to changes or repairs to the goods that have been carried out by the customer or a third party in an improper manner. The same shall apply to defects which can be attributed to the customer or which arise as a result of technical reasons other than the original defect. The customer shall, in particular, comply with the operational, storage and/or maintenance recommendations provided by Würth Elektronik or the manufacturer. 7.8 The customer’s claim for reimbursement of expenses in place of damages in lieu of performance shall be excluded if and to the extent that such expenses would not have been made by a reasonable third party. 7.9 Würth Elektronik shall not be liable for damage for which it is not responsible, in particular, it shall not be liable for damage that is caused by improper usage or handling of the products. The customer is obliged to comply with the operational, storage and/or maintenance recommendations provided by Würth Elektronik or the manufacturer, to only make authorised changes, replace spare parts professionally and use the consumables that have the necessary specifications. Where applicable the customer shall, both before and also regularly after the deliveries have been made or the services have been provided by Würth Elektronik, perform backups to its computer systems at sufficiently regular intervals. Würth Elektronik shall assume no liability for damage which is caused by or can be attributed to a breach of the aforesaid obligations of the customer. 7.10 Würth Elektronik shall be liable without limitation for any damage resulting from breach of guarantee or from death, bodily injury, or damage to health. The same shall apply to wilful misconduct and gross negligence, to mandatory statutory liability for product defects (in particular under the German Product Liability Act (ProdHaftG) and to liability if defects were concealed with fraudulent intent. In cases of slight negligence, Würth Elektronik shall only be liable if material obligations are breached that result from the nature of the contract and the performance of which is of particular importance in order for the purpose of the contract to be achieved. If such obligations are breached, as well as in the event of default or if performance is impossible, Würth Elektronik’s liability shall be limited to the damage which can typically be expected with such contract. 7.11 The limitation period for claims for defects of the customer shall be one year, unless the defective good has been used in its customary manner for a building and this has caused a defect to the building. The limitation period shall also apply to claims resulting from a tortious act that are based on a defect of the goods. The limitation period shall start with the delivery of the goods. This shall not affect the unlimited liability of Würth Elektronik for damage resulting from a breach of guarantee or from death, bodily injury or damage to health, for wilful misconduct and gross negligence, and product defects. If Würth Elektronik makes a statement with regard to a claim for defects asserted by the customer, this shall not be deemed as the start of negotiations with regard to the claim or the circumstances on which the claim is based, provided the claim for defects is fully rejected by Würth Elektronik. 8. Intellectual property and usage rights relating to software and other protected products, information and co-operation duties 8.1 Unless otherwise provided in the contract or by law, any rights relating to software or other protected products which are delivered to the customer or which are produced for the customer, in particular, copyrights, industrial property rights such as, patents, trademarks and registered designs, shall remain the property of Würth Elektronik or the individual proprietor of the rights. This shall also apply if the software or any other protected products are produced according to the specifications of or in co-operation with the customer. 8.2 If Würth Elektronik uses the customer’s software, Würth Elektronik shall only use such software for the contractually agreed purpose. If Würth Elektronik requires the source codes for the software to make contractually agreed changes or remedy defects, the customer shall provide Würth Elektronik with such free of charge for use. 8.3 The customer shall only receive a simple right of use to the software and other protected products to such extent as is required for the purpose of the contract, unless otherwise provided in the contract, in particular, the applicable licencing terms of the software or an individual licence agreement, or by mandatory statutory law. With regard to software provided by Würth Elektronik, unless expressly permitted under the contract or by law, the customer shall in particular be forbidden from reproducing, distributing, disclosing, changing, translating, extending, making other modifications to and/or decompiling such. 8.4 For backup purposes, the customer may create the necessary backup copies of the software, provided the individual licence agreement does not contain provisions to the contrary. Sec. 69d (2) Germany Act on Copyright and Related Rights (UrhG) remains unaffected. Backup copies on moveable data carriers shall be marked as such and shall be endorsed with the copyright notice of the original data carrier. 8.5 In the event of unlawful use Würth Elektronik and/or third parties, in particular, the manufacturer of the software or other protected products, reserve the right to assert claims for compensation. 8.6 In the event that a third party alleges it has a claim which conflicts with the right of use granted to the customer, the customer shall inform Würth Elektronik without undue delay in text form. The notification shall also include information as to whether the customer has changed the software or the product or combined such with other software and whether this, from the customer’s perspective, could justify the third party’s claim. If so requested by Würth Elektronik, the customer shall allow Würth Elektronik to handle the defence against these claims and, to the extent permissible and possible, shall allow Würth Elektronik to represent the customer or shall conduct the defence itself as instructed by Würth Elektronik. Up until receiving notifi- 118 11/18 Würth Elektronik eiSos® cation as to whether Würth Elektronik will deal with the defence, the customer shall not acknowledge or enter into a settlement agreement regarding the alleged claims of the third party without the express approval of Würth Elektronik. If Würth Elektronik deals with the defence, this obligation shall continue to apply. In addition, the customer shall support Würth Elektronik in its defence, if this is required for an appropriate defence. In return, Würth Elektronik shall indemnify and hold the customer harmless against any necessary external costs and any third party compensation claims and claims for reimbursement of expenses resulting from the defence, provided these can be attributed to the fault of Würth Elektronik. In the event that Würth Elektronik does not deal with the defence, the customer shall be entitled to defend itself at its own discretion. If existing third party claims cannot be attributed to the fault of Würth Elektronik, the customer shall not be entitled to assert claims against Würth Elektronik. 8.7 Notwithstanding Sec. 439 (1) German Civil Code (BGB), Würth Elektronik shall also be entitled with regard to title defects relating to software to attempt subsequent performance, if Würth Elektronik so chooses (cf. 7.4). In all other respects, the statutory provisions for warranty obligations for title defects with regard to software shall apply irrespective of whether Würth Elektronik is dealing with the defence against third party claims under clause 8.6 of these Conditions, however, with the following exceptions: (i) for the recovery of data, Würth Elektronik shall only be liable insofar as the loss of data would also have occurred if the customer had carried out the usual backups; (ii) clause 7.3 of these Conditions applies accordingly. 9. Product liability 9.1 The customer shall not modify the goods; in particular, the customer shall not modify or remove existing warnings relating to risks by improperly using the goods. If this duty is violated, the customer must inter partes indemnify and hold Würth Elektronik harmless from and against any product liability claims of third parties to the extent that the customer is responsible for the defect giving rise to liability. 9.2 If Würth Elektronik has to carry out a product recall or issue a product warning because of a product defect to the goods, the customer shall assist Würth Elektronik and take all measures ordered by Würth Elektronik, provided that these do not pose an unreasonable burden to the customer. The customer shall be obliged to bear the costs of the product recall or product warning, provided the customer is responsible for the product defect and the damage sustained. This does not affect any further claims of Würth Elektronik. 9.3 The customer shall inform Würth Elektronik without undue delay in textual form of any risks in the use of the goods and any possible product defects of which the customer becomes aware. 10. Force majeure 10.1 If Würth Elektronik is prevented by force majeure from performing its contractual obligations, in particular from delivering the goods, Würth Elektronik shall be released from its obligation to perform for the duration of the impediment and for a reasonable start-up period without being liable to the customer for damages. The same shall apply if the performance of its obligations by Würth Elektronik becomes unreasonably complicated or temporarily impossible because of unforeseeable circumstances for which Würth Elektronik is not responsible, in particular, because of industrial action, official acts, energy shortages, delivery problems on the part of suppliers, or major disruptions of operations. 10.2 Würth Elektronik shall have the right to rescind the contract if such an impediment continues for more than three months and if, as a result of such impediment, the performance of the contract is no longer of interest to Würth Elektronik. At the request of the customer, Würth Elektronik shall declare after the expiry of the aforesaid three-month period whether it intends to make use of its right to rescind the contract or whether it intends to deliver the goods within a reasonable period of time. 11. Data protection and confidentiality 11.1 The customer is instructed by Würth Elektronik that the data recorded during the course of entering into the contract may be collected, processed and used by Würth Elektronik in accordance with the provisions of the Germany Federal Data Protection Act (BDSG) for the purpose of fulfilling its obligations under the contracts entered into with the customer. Such data may also be transmitted to affiliated companies of Würth Elektronik or vicarious agents for the purposes of fulfilling the contract and for credit investigations. 11.2 The customer shall be obliged for an unlimited period of time to maintain the confidentiality of any and all information received through Würth Elektronik which is stated to be confidential or which due to other circumstances can be identified as a trade or business secret; the customer may neither record nor disclose or use any such information. The customer must ensure by means of suitable contractual agreements with its employees and those agents working on its behalf that such persons also refrain for an unlimited period of time from any use, disclosure and unauthorised recording of such trade and business secrets for their own purposes. 12. Final provisions 12.1 Any rights and obligations of the customer may only be assigned or transferred to a third party with the written consent of Würth Elektronik. 12.1 The legal relations between the customer and Würth Elektronik shall be governed by the laws of the Federal Republic of Germany, without regard to the United Nations Convention on Contracts for the International Sale of Goods (CISG). 12.3 Exclusive place of jurisdiction for all disputes arising from the business relationship between Würth Elektronik and the customer shall be the registered office of Würth Elektronik. Würth Elektronik may in addition sue the customer at the latter’s registered office, as well as at any other permissible place of jurisdiction. 12.4 The place of performance for any and all obligations to be performed by the customer and by Würth Elektronik shall be the registered office of Würth Elektronik. 12.5 If a provision of this agreement is or becomes invalid or impracticable in whole or in part, or if this agreement is incomplete, this shall not affect the validity of the remaining provisions hereof. In lieu of the invalid or impracticable provision, such valid and impracticable provision shall be deemed agreed as comes closest to the purpose of the invalid or impracticable provision. In the event that this agreement is incomplete, such provision shall be deemed agreed as corresponds to what would have been agreed according to the purpose of this agreement if the contracting parties had considered the matter from the outset. Environmental declaration Würth Elektronik is committed to people and the environment. Therefore, we undertake to manufacture our products in a manner that conserves resources and to systematically realise any potential for saving energy in manufacturing processes and in transportation. We pay close attention to ecological alternatives as concerns the selection of sources of energy and raw materials and pursue a consistent policy of waste reduction and product recycling. ® Würth Elektronik eiSos 153 11/18 Notes 154 Würth Elektronik eiSos® 11/18 Electronic & Electromechanical Components EMC Components Power Magnetics Signal & Communications Quartz & Oscillators Capacitors Resistors Automotive Standard Products Optoelectronics Power Modules Wireless Connectivity & Sensors Connectors Fuseholders Switches Assembly Technique REDCUBE Terminals 11/18 Würth Elektronik eiSos® 155 more than you expect Würth Elektronik eiSos differs from all other component manufacturers in several aspects: „„ „„ „„ „„ „„ „„ „„  e guarantee all catalogue W products are available ex stock Samples free of charge Orders below MOQ Design kits with lifelong free refill Design Guide Trilogy of Magnetics, Trilogy of Connectors, Abc of Capacitors, Abc of Power Modules & Application Handbook The LTspice IV Simulator Design Seminars and Webinars free of charge Reference designs of leading IC manufacturers Worldwide technical sales force and field application engineers on site www.we-online.com DIE NECKARPRINZEN 9999620.1118.15’.BEC „„