jiangsu changjiang electron ics technology co., ltd to-220-3l plastic-encapsulate diodes MBR2030CT, 35ct, 40ct, 45ct, 50ct, 60ct schottky barrier rectifier features z schottky barrier chip z guard ring die construction for transient protection z low power loss,high efficiency z high surge capability z high current capability and low forward voltage drop z for use in low voltage, high fr equency inverters,free wheeling, and polarity protection applications maximum ratings ( t a =25 unless otherwise noted ) value symbol parameter mbr 2030ct mbr 2035ct mbr 2040ct mbr 2045ct mbr 2050ct mbr 2060ct unit v rrm peak repetitive reverse voltage v rwm working peak reverse voltage v r dc blocking voltage 30 35 40 45 50 60 v v r(rms) rms reverse voltage 21 24.5 28 31.5 35 42 v i o average rectified output current @t c =125 20 a i fsm non-repetitive peak forward surge current 8.3ms half sine wave 150 a p d power dissipation 2 w r ja thermal resistance from junction to ambient 50 /w t j junction temperature 125 t stg storage temperature -55~+150 to-220-3l 1. anode 2. cathode 3. a node www.cj-elec.com 1 b ,oct,2014
electrical characteristics (t a =25 unless otherwise specified) parameter symbol device test conditions min typ max unit MBR2030CT 30 mbr2035ct 35 mbr2040ct 40 mbr2045ct 45 mbr2050ct 50 reverse voltage v (br) mbr2060ct i r =0.1ma 60 v MBR2030CT v r =30v mbr2035ct v r =35v mbr2040ct v r =40v mbr2045ct v r =45v mbr2050ct v r =50v reverse current i r mbr2060ct v r =60v 0.1 ma MBR2030CT-2045ct 0.7 forward voltage v f mbr2050ct,2060ct i f =10a 0.8 v typical total capacitance c tot MBR2030CT-2060ct v r =4v,f=1mhz 650 pf www.cj-elec.com 2 b,oct,2014
www.cj-elec.com 3 b,oct,2014 to-220-3l package outline dimensions m i n m ax m i n m ax a 4. 4 70 4. 67 0 0 . 17 6 0. 1 84 a 1 2 . 52 0 2 . 8 20 0. 0 99 0 . 11 1 b 0. 7 10 0. 91 0 0 . 02 8 0. 0 36 b1 1 . 17 0 1 . 3 70 0. 0 46 0 . 05 4 c 0. 3 10 0. 53 0 0 . 01 2 0. 0 21 c 1 1 . 17 0 1 . 3 70 0. 0 46 0 . 05 4 d 10 . 01 0 10 . 31 0 0 . 39 4 0. 4 06 e 8. 5 00 8. 90 0 0 . 33 5 0. 3 50 e 1 12 . 06 0 12 . 46 0 0 . 47 5 0. 4 91 e e1 4 . 98 0 5 . 1 80 0. 1 96 0 . 20 4 f 2. 5 90 2. 89 0 0 . 10 2 0. 1 14 h 0. 0 00 0. 30 0 0 . 00 0 0. 0 12 l 13 . 40 0 13 . 80 0 0 . 52 8 0. 5 43 l1 3 . 56 0 3 . 9 60 0. 1 40 0 . 15 6 3 . 73 5 3 . 9 35 0. 1 47 0 . 15 5 sy m bo l d im e n s io n s in m illim e t e r s d im e n s io n s in in c h e s 0. 10 0 t y p 2 . 54 0 t y p
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