avotre In-line Package MA tKE OUTLINE DIMENSIONS D1I5SXBL_IH whe 27 ARAM) wey bas (BI) Type No., Class Date code 30-03 600V 15A ape 4 @ DI5XB60H 94 z g 22 9.5402 o+ wel i Q: ~ s @!~ @+ jtor |f 0,7#01 Unit > mm MtKX RATINGS EXTRA Absolute Maximum Ratings a OB RS mE Item Symbol Baier Unit RAF in. RE ; Storage Temperature Tstg c FEA abi Ts C Operating Junction Temperature ) +t A BAGH BE Maximum Reverse Voltage VRM V 724 7tts a ee : - : . . : [=100C |e eo BS A ate fo | SOHZIESH, HEC ST | With heatsink 7 cog Average Rectified Forward Current 50Hz sine wave, R-load WAvVYEL Ta=25C Be oes 3.5 : Without heatsink 7 poe ea ATA VIRB Irsm | SOH2JESKIR, FERRO L 114 7 VA SHI, T)=25C 240 A Peak Surge Forward Current 50Hz sine wave, Non-repetitive 1 cycle peak value, Tj=25C ie STS SBS aay ae Rin 2 SOT rt | ImsSt<l0ms Tc=25C Aes urrent Squared Time chord |gpaee Vdis feat PR ii, AC 1 47 fii ED An kV Dielectric Strength Terminals to case, AC | minute fifo FEIT b UZ (HEASA Skg-cm) . Mounting Torque TOR (Recommended torque : 5kg:cm) kgsem mA - HAASE Electrical Characteristics (Tc=25C) ce EE Ve | [pH7.5a, 2 RHE, REY OBE Forward Voltage *? Pulse measurement, Rating of per diode eH In | Ve=Vrm, 2) ABE. 1 RPO ORE Reverse Current > Pulse measurement, Rating of per diode ajo | AEB: 7AM, 7 4 ft Between junction and case, With heatsink aH ay | HAH VB, 7 EL Thermal Resistance j Between junction and lead, Without heatsink dja | AE BAM, 74 BL Between junction and ambient, Without heatsink@ HE CHARACTERISTIC DIAGRAMS Ha aE BARA VARY TIA tt Forward Voltage Power Dissipation Surge Forward Current Capability 36 300 7 + sine wave sine wave | < Tj=150C To=150C(TYP) s aes ee 5 Tc=25'CITYP) = in Ss . a 200 [poncsepetitive) = ste ow ig Tj Bes K = s =P i 100 05 < yy pulse test] per one diode, o4 120 140 (16 WA 2 SE Vr [v) HA Bx Io (A) HAI (cycle) mh F4L-F4Y Fh-I Talo F4b-F4 FA-FTe-lo MAME Oct : Derating Curve Talo Derating Curve Tclo Contact Thermal Resistance cf 20 1 substrate with thermal compound] oO ~~ 09 war > a P.C.B. ry = 0.8 x sine wave Ss ine wav 2 - sin e 2 R-load S Reload 3 3 ad . @ a R R = x a = #% FRE Ta (C) F-ABE Te (C) MMOL? TOR (kgcm)