SKBPC-SBR25A YANGJIE | Alldatasheet

Document overview

  • Manufacturer or author: pROVIDED bY alldatasheet.com(free datasheet download site)
  • PDF pages: 4

Technical content

e TS, Voltage Range 50 to 1600 Volts Current 25/35 Amperes FEATURES SKBPC © Diffused Junction el @ Low Forward Voltage Drop @ High Current Capability +338 + © High Reliability i 24.8 Se # High Surge Current Capability I — eT Ideal for Printed Circuit Boards 16.5 F om I_¥_. 28,7 MECHANICAL DATA 15.5 C7 l “TTR” 28.4 © Case:Epoxy Case with Heat Sink Interally = Mounted in the Bridge Encapsulation = ® Terminals:Plated Leads Solderable per MIL-STD-202,Method 208 6.35 x 0.8 © Polarity:As Marked on Body f , @ Weight:20 grams (apprex.) i or ; ®@ Mounting Position: H Jb 24.5 Bolt Down on Heatsink With Silicone Thermal 10.54 | 22.5 Compound Between Bridge and Mouting Surface -o5 7 | for Maximun Heat Transfer Efficiency ¥ SoDRIGLITCOOOIDOO ®@ Mounting Torque:20 in lbs,Max, Metal Heat Sink ® Marking: Type Number MAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICS Rating at 25°C ambient temperature unless otherwise ysl Sing phase, half wave, 60Hz,resistive or inductive load,For capacitive load, derate current by 20% VOLTAGE RATINGS |_TypeNumber | a0 | 011 | -02| 04 | -06 |. 08 | 10 | -12 | 14 | -16 [units Peak Reprtitive Reverse Voltage VRRM Working Peak Reverse Voltage VRwm 400 800 1200 Vv DC Blocking Voltage VR Peak NomRepetitive Reverse Voltage | Vrsm | 75 | 150 | 275| 500 | 725 | 900 | 1100 | 1300 | 1500 | 1700] v_| RMS Reverse Voltage | vriewsi | 35 | 70 | 140] 280 [ 420 | S60] 700 | e40 | 980 [1120] v | FORWARD CONDUCTION |_| Type Number SKBPC/SBR25 SKBPC/SBR35 UNITS Maximum Average Forward . Non-Repetitive Peak Forward Surge Current (No Voltage Reapplid t=8,3ms at 60Hz) IFsM 375 500 (No Voltage Reapplid t=10ms at 50Hz) 360 475 (100% VRRM Reapplid t=8.3ms at 60Hz) 314 420 100% Vrrm Reapplid t=10ms at 50Hz) 300 400 ’t Rating for fusing No Voltage Reapplid t=8.3ms at 60Hz) 580 1030 ¢ No Voltage Reapplid t=10ms at 50Hz) Pt 635 1130 A'S 100% VRRM Reapplid t=8.3ms at 60Hz) 410 730 100% VrRrm Reapplid t=10ms at 50Hz) 450 800 Forward Voltage (per element) @T. = 25°C,@|Fm=40Apk per single junction} YF v Peak Reverse Current (per leg) @Ts =25°C uA At Rated DC Blocking Voltage @Ty=125 C mA RMS Isolation Voltage from Case to Lead 2500 THERMAL CHARACTERISTICS = Operating Temperature Range =40 to + 125 Storage Temperature Range #40 to + 150 Thermal Resistance Junction to Case at " Thermal Resistance Case to Heatsink R KIW Mounting Surface,Smooth,Flat and Greased <=

RATING AND CHARACTERISTIC CURVES z SKBPC/SBR 25A SERIES TI FIG,2 - Forward Voltage Drop Characteristics FIG.1 - Current Rating Characteristics => 150 ] SEE g tt fff ===> > 5 < A ¢ ~-t Ree 7 BEA rer unetion é i | [TN TT B Lterc# rt oo ) oe DEEP 2 ol. a a OS B LN & EF tacaste é i 2 se = a :* > eee +L UT TT tT TT Tf Total Output Current (A) 005 115 2 25 3 #35 4 Instantaneous Forward Voltage (V) FIG,3 - Total Power Loss Characteristics _ sf fT tT ft TANAKA TT TT = ALON % [| [ | | 72 | [Paw |] NR TTT 3 407 | ZiT NI ORAG 4 [|| eo ml YY [aKwh IAT ANA ST a nd |_| A | aKiw KONA AK NS Wis || ee ee ONG ey | A | [ikwewessASSAAR olZ] | [ J JT [| | [ [=< 0 5 10 15 20 25 25 50 75 100 125 150 Total Output Current (A) Maximun Allowable Ambient Temperature (°C) FIG.4-Maximun Non-Repetitive Surge Current - . FIG.5-Maximun Nor-Repetitive Surge Current = 320 => S$ 300 taney Rated Load Condition And With i = sd Maximun Non Repetitive Surge Current | B 239 SSC fRated VaRv Apliog Folllowing Surge — 360 — Versus Pulse Train Duration 8 260 NTH Cott ee Ht \\ 6 320 ie FN eaorcoronel = ooh MITT TTT ee eerie PARSON co coll fm [aaron UT Ee SNS TT T 160 | @corec.oroos SALT TTT £ 200 Natl! § ao HSC a TT NUN Ul be ‘| ww 160 ae = iol 1 TIT “SRO = __ [Rated VARM Repnaida SSL | TTT ~ wol 1 TTT TPs Z 120 ilies eas $ eo LCT iil $ oll II | PPh 1 10 100 0,01 0.1 1 Number Of Equal Amplitude Half Current Puses (N) Pulse Train Duration (S)

RATING AND CHARACTERISTIC CURVES : SKBPC/SBR 35A SERIES TI, FIG.6 - Current Rating Characteristics ERE: ERAS IR GE SDR ——— . — 1000 = aaa

2 J SCC 2 ERR yee

et NUH poLll JA] | | 3 110 HS bs === SS SS see ==). $o1 1 | TIN TT | es a {Q=nenes CoP Erol. *{ AT I —== === NN B= =ace== : - 5 10 15 20 25 30 35 40 *, (Ci TTT ot ? Reeser £ a Parent Vilagit FIG.8 - Total Power Loss Characteristics -o tit tt tAsa tt tt | ce AN cot | | oN TT | Y SC Tee 71 ol SS az | [met | sw SANE est | 1A tt ew SSS go LA tT | Bes SSS i 0 5 10 15 20 25 30 35 25 50 75 100 125 150 Total Output Current (A) Maximun Allowable Ambient Temperature (°C) RIGS Maxdoun Non: Repetive: Susge Curent FIG,10-Maximun Non-Repetitive Surge Current 450 7~ . 400 ee Nill oe NNT TTT ¥ oo LNW HTL Esco} Ne reel TT All PUNT = 200 | 3 sol | LTT SST ;™ eae Fi 5 150 JPL = vol | TIM TT TTI 4 soot LUMI | 1 THe8 r 1 10 100 * 0.01 0.41 1 & Number Of Equal Amplitude Half Current Puses (N) Pulse Train Duration (S)

RATING AND CHARACTERISTIC CURVES yy FIG.11 - Thermal Impedance Zthic Characteristics (0 SEE Pp EEE PEE a | = — A S [-t Steady State Vaule Fret —t Feet tt tt <= [Tt Rthic = 142 Kw TT eee $4 Eb @coperation ETT tT ee N —— a — 2 eae eee eee Co eS SS SS SS RS SS se a RR SE PS a 3 ee pg ee 6 Ea by A = [eer rT spe 25 .. Series HH ¢ Lee TT TET Eff Per eridge {HT @ 0.01 FS SFr tet E& a RS SR SR a 8 8 A [ot Py ea ee oooiL_[ TTT TTT TPT TTT PT TT) 0,001 0.01 0.1 1 10 100 Square Wave Pulse Duration (S) FIG.12 - Thermal Impedance Zthc Characteristics ee eae oes Ss eee 8 Se es Oot ee SS oe eS SREESS a = — A a | SS A ES S [-——T Steady State Vaule 77 C A ¥ [oT Ric = 142K COOP S , Lf @c operation | LTT tT ee a Ni —— ee o eee eee ee ee ee eee BO ERS SEES ret = a Eo, HEE ey Tt 5 a A A | A 8 DG OO Fs [eer inh Ser 25 ... Series LUI skeet ET TTT TT Per tridge LTT 2 00 = £ ee er a A A OO 0 0 [ot Try ee ee ee oooilL_| [TTT TTT TP TTT TTT TT) 0,001 0.01 01 1 10 100 Square Wave Pulse Duration (S)