FastRecover yDi ode Si ngl e D3FK60 OUTLI NE Package2F t mm Uni Cathode mark SMD r r t 100ns VF 3FK 60 00 Type No. 4.0 600V2. 1A Date code 7.6 Feat ur e 2.8 Smal lSMD ghVol t age Hi t r r =100ns LowVF Web Fordet ai l soft heout l i nedi mens i ons ,r ef ert o ourweb s i t e.Asf ort he mar ki ng,r ef ert ot hes peci f i cat i on" Mar ki ng,Ter mi nalConnect i on" . RATI NGS Abs ol ut eMaxi mum Rat i ngs I t em Sy mbolCondi t i ons St or ageTemper at ur e Oper at i onJ unct i onTemper at ur e Maxi mum Rev er s eVol t age Cur r entSquar edTi me For war dVol t age T y peNo. Condi t i ons D 3FK60 Rat i ngs Uni t Ts t g 5 51 5 0 Tj 1 5 0 6 0 0 V VRM Av er ageRect i f i edFor war dCur r ent PeakSur geFor war dCur r ent Tl 2 5 I o I FSM 2 I t 5 0 Hz Ta 2 5 50Hzs i newav e,Res i s t ancel oad,gl as s epoxys ubs t r at eTa=25C 1 . 1 5 0 Hz Ta 2 5 50Hzs i newav e,Res i s t ancel oad,al umi nas ubs t r at eTa=25C 1 . 5 5 0 HzTl 9 3 50Hzsi newave,Resi st ancel oad,Tl =93C 2 . 1 5 0 Hz1Tj 2 5 50Hzs i newav e,Nonr epet i t i v e1cy cl epeakv al ue,Tj =25C 1 2 0 A 7 2 A2s 1 mst 1 0 ms Tj 2 5 El ect r i calChar act er i s t i cs VF A Tl 2 5 I . 1 A, F2 Pul s emeas ur ement MAX 1 . 2 V Pul s emeas ur ement MAX 1 0 A Rev er s eCur r ent I R VR6 0 0 V, Rev er s eRecov er yTi me t r r I . 5A, I A, 0 . 2 5I F0 R1 R MAX 1 0 0 ns J unct i onCapaci t ance Cj f 1 MHz , VR1 0 V TYP 3 7 pF J unct i ont ol ead MAX 2 3 J unct i ont oambi ent ,al umi nas ubs t r at e MAX 8 0 J unct i ont oambi ent ,gl as s epoxys ubs t r at e MAX 1 1 5 j l Ther malRes i s t ance 532P 06 J 2010. j a www. s hi ndengen. c o. j p/ pr oduc t / s emi / / W D3FK60 CHARACTERI STI C DI AGRAMS Forward Power Dissipation . Forward Power Dissipation PFW Forward Current IFA MAX Tl Tl TYP MAX Tl Tl TYP Pulse measurement . . IO . tp D Dtp/T T Tj SIN . . . . Sine wave ms ms cycle Non-repetitive Tj Forward Voltage VFV Peak Surge Forward Current Capability DC IFSM Forward Voltage Peak Surge Forward Current IFSMA . . Average Rectified Forward Current IOA Derating Curve Tl-Io DC D . . IO VR tp SIN VRVRM Dtp/T T On glass-epoxy substrate . Soldering land mm Conductor layer 35m . . . Ambient Temperature Ta . DC IO D VR VRVRM Dtp/T T On alumina substrate tp . SIN Soldering land mm Conductor layer 20m Substrate thickness 0.64t . . . Ambient Temperature Ta Average Rectified Forward Current IOA Tl-Io Derating Curve Ta-Io Average Rectified Forward Current IOA Ta-Io Derating Curve Ta-Io Average Rectified Forward Current IOA Ta-Io . Number of Cycles cycle . DC IO D VR tp . . T VRVRM Dtp/T SIN . Lead Temperature Tl Junction Capacitance Junction Capacitance CjpF fMHz Tc TYP Reverse Voltage VRV Si newa ve5 0 Hz 50Hzs i newav ei sus edf ormeas ur ement s . www. s hi ndengen. c o. j p/ pr oduc t / s emi / 532P 06 J 2010. 1. 2. OA AV / 3. 4. 5. 6. 7. 8. Notes 1. If you wish to use any such product, please be sure to refer to the specifications issued by Shindengen. 2. All products described or contained herein are designed with a quality level intended for use in standard applications requiring an ordinary level of reliability. If these products are to be used in equipment or devices for special or specific applications requiring an extremely high grade of quality or reliability in which failures or malfunctions of products may directly affect human life or health, a local Shindengen office must be contacted in advance to confirm that the intended use of the product is appropriate. Shindengen products are grouped into the following three applications according the quality grade. Standard applications Computers, office automation and other office equipment, communication terminals, test and measurement equipment, audio/visual equipment, amusement equipment, consumer electronics, machine tools, personal electronic equipment, industrial equipment, etc. Special applications Transportation equipment (vehicles, ships, etc.), trunk-line communication equipment, traffic signal control systems, anti-disaster/crime systems, safety equipment, medical equipment, etc. Specific applications Nuclear reactor control systems, aircraft, aerospace equipment, submarine repeaters, life support equipment and systems, etc. 3. Although Shindengen continuously endeavors to enhance the quality and reliability of its products, customers are advised to consider and take safety measures in their design, such as redundancy, fire containment and anti-failure, so that personal injury, fires, or societal damages can be prevented. 4. Please note that all information described or contained herein is subject to change without notice due to product upgrades and other reasons. When buying Shindengen products, please contact the Companys offices or distributors to obtain the latest information. 5. Shindengen shall not bear any responsibility with regards to damages or infringement of any third-party patent rights and other intellectual property rights incurred due to the use of information on this website. 6. The information and materials on this website neither warrant the use of Shindengen's or any third partys patent rights and other intellectual property rights, nor grant license to such rights. 7. In the event that any product described or contained herein falls under the category of strategic products controlled under the Foreign Exchange and Foreign Trade Control Law of Japan, exporting of such products shall require an export license from the Japanese government in accordance with the above law. 8. 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