DIODE MODULE DD(KD)60HB120/160 UL;E76102 （M） Power Diode Module DD60HB series are designed for various rectifier circuits. DD60HB has two diode chips connected in series and the mounting base is elctrically isolated from elements for simple heatsink construction. Wide voltage ratage up to, 1,600V is avaiable for various input voltage. （Applications） Various rectifiers, Battery chargers, DC motor drives DD ２ ３ １ 2- 6.5 2 1 13 26MAX 3 ~ + 16.5 – 23 23 3M5 21 mounting base elements in a package for simple (single and three phase) bridge connections ● Highly reliable glass passivated chips ● High surge current capability ● Two 30MAX ● Isolated 93.5MAX 80 ２ ３ １ KD Unit：a ■Maximum Ratings Symbol （Tj＝25℃ unless otherwise specified） Ratings Item DD60HB120 DD60HB160 Unit VRRM Repetitive Peak Reverse Voltage 1200 1600 V VRSM Non-Repetitive Peak Reverse Voltage 1350 1700 V Symbol Item Conditions Ratings Unit IF（AV） Average Forward Current Single phase, half wave, 180°conduction, Tc：111℃ 60 A IF (RMS) R.M.S. Forward Current Single phase, half wave, 180°conduction, Tc：111℃ 95 A Surge Forward Current 1 ／2 cycle, I2t I2t Value for one cycle of surge current IFSM Tj Junction Temperature Tstg Storage Temperature VISO Isolation Breakdown Voltage（R.M.S.） Mounting Torque 50/60HZ, peak value, non-repetitive A.C.1minute A 1100/1200 6000 A2S −40 to ＋150 ℃ −40 to ＋125 ℃ 2500 V Mounting（M6） Recommended Value 2.5-3.9（25-40） 4.7（48) Terminal（M5） Recommended Value 1.5-2.5（15-25） 2.7（28) N･m （㎏f･B） 170 g Ratings Unit 20 mA Mass ■Electrical Characteristics Symbol Item IRRM Repetitive Peak Reverse Current, max. at VFM Forward Voltage Drop, max. Foward current 180A，Tj＝25℃，Inst. measurement 1.35 V Junction to case 0.50 ℃/W Rth（j-c） Thermal Impedance, max. SanRex Conditions VDRM, single phase, half wave. Tj＝150℃ ® 50 Seaview Blvd. Port Washington, NY 11050-4618 PH.(516)625-1313 FAX(516)625-8845 E-mail: [email protected] DD(KD)60HB120/160 １０ Maximum Forward Characteristics １２０ Power Dissipation Pav（W） ３ Forward Current（A） ５ ２ ２ １０ ５ ２ １０1 Average Forward Current vs. Power Dissipation Per one element D.C. １００ Max. ８０ Single Phase Three Phase ６０ ４０ ２０ ５ ０． ６ ０． ８ １． ０ １． ２ １． ４ １． ６ １． ８ ２． ０ ０ ０ ２． ２ ２０ Average Forward Current vs. Allowable Case Temperature １２００ Surge Forward Current（A） ６０ １４０ Per one element １２０ １１０ １００ Single Phase Three Phase ９０ ８０ ０ ２０ ４０ ６０ D.C. ８０ １２０ １４０ １６０ Cycle Surge Forward Current Rating （Non-Repetitive） Per one element Ｔ ｊ=２５℃ start ８００ 60Hz ６００ 50Hz ４００ ２００ ０ １ １００ ２ ５ １０ ２０ ５０ １００ Time（Cycles） Average Forward Current（A） Transient Thermal Impedance ０． ６ ０． ５ １００ ２ ５ １０１ Junction to Case Per one element ０． ４ ０． ３ ０． ２ Maximum ０． １ ６００ １０−３ ２ ５ １０−２ ２ ５ １０−１ ２ Time t（sec） Output Current ５ １００ B２；Two Pluse Bridge connection Id（Aav.） ５００ Rth:0.8C/W Rth:0.4C/W Rth:0.3C/W Rth:0.2C/W Rth:0.1C/W ４００ ３００ １１０ B2 １２０ ２００ １３０ １００ ０ １４０ ５０ １００ １５０ ２００ Output Current（A） ０ ２５ ５０ １５０ ７５ １００ １２５ １５０ Ambient Temperature（℃） ６００ B６；Six pulse Bridge connection Output Current Total Power Dissipation（W） ０ Allowable Case Temperature（℃） Transient Thermal Impedance θj-c（℃/W） １００ １０００ １３０ Total Power Dissipation（W） ８０ B6 ５００ Id（Aav.） B6 ４００ Rth:0.8C/W Rth:0.4C/W Rth:0.3C/W Rth:0.2C/W Rth:0.1C/W １１０ １２０ ３００ １３０ ２００ １４０ １００ ０ ０ ５０ １００ １５０ ２００ ０ ２５ ５０ Allowable Case Temperature（℃） Allowable Case Temperature Tc（℃） １５０ ４０ Average Forward Current（A） Forward Voltage Drop（V） １５０ ７５ １００ １２５ １５０ Output Current（A） Ambient Temperature（℃） SanRex 50 Seaview Blvd. Port Washington, NY 11050-4618 PH.(516)625-1313 FAX(516)625-8845 E-mail: [email protected]