MICROSEMI CORP/ MICRO SbE D MM 6115907 0001317 334 MMAL MICR F23-07 UALITY SEMICONDUCTOR, INC IBR 25 Amp Silicon Avalanche Integrated Rectifiers VT Series 140V, 280V, and 420V RMS Operation 250V, 450V, and 650V Minimum Avalanche Voltages 25 Amp DC Output Current at Te = 100C 250 Amp One Half Cycle Surge Current 2000V Min. Circuit-To-Case Insulation ons ies soos a O- * uc A _ fe ~~ 8 f = eee \ ai i | ro] S\_t / sas et jt 4 2 tee te wL td ih %-Nan Alewahia preefit tap Mes UMLDORICATED Stud TORDIE30 O1C%-Poneds TO-3 OUTLINE THREE PHASE, PRESS MOUNTING SINGLE STUD MOUNTING FLANGE FULL WAVE BRIDGE LTR. INCHES MILLIMETERS | LTR. INCHES MILLIMETERS | LTR. INCHES MILLIMETERS | LTR. INCHES MILLIMETERS A .032 Typ. 81 G -830 Max 21,08 M -120 3,05 T 2.250 57,15 B 1.0 Max. 25,4 H 930 Max. 23,62 N 34-40 8,64-10,16 U 1.125 28,58 Cc -187 Typ. 4,75 | .7505~.7545 19,06-19,16 P -135 Max. 3,43 Vv -156 Dia. 3,96 D .25 Min. 6,35 J -875 22,23 Q 4.177-1.197 29,90-30,40 | W -164 4,17 E -125 Typ. 3,18 K 4.10 Max. 27,94 R 525R Max. 13,34 x 375 9,53 F 110 Dia. 2,79 L 1 20 Max. 30,48 $s -151-.161 Dia. 3,84-4,09 Y -50 12,70 Dimensional tolerance inches .XX+t .XXx+5 MAXIMUM RATINGS (1) (60 Hz Resistive and Inductive Load at 25C, unless otherwise specified) RATINGS SYMBOL 200V 400V 600V UNIT cIRCUIT DC Blocking Voltage Van Working Peak Reverse Voltage Vewm 200 400 600 Volt All Peak Repetitive Reverse Voltage Venu RMS Reverse Voltage Vatams) 140 280 420 Volt All Avg. Forward Current at T, = 100C (Fig 3) lo 25 Amp All Peak Surge Current, 2 Cycle @ 60 Hz (Non-Rep) at T. = 100C (Fig. 5) lesa 250 Amp/Leg All Peak Surge Current, 1 sec at 60 Hz and T, = 100C (Non-Rep) trams) 63 Amp/Leg All Power Dissipation in Vigny Region for 100 psec., Square Wave (Fig. 2) Pam 1500 Watt All Continuous Power Dissipation in Viga, Regton at T, = 50C Pa 4 Watt/Leg All Junction Operating and Storage Temp. Range Ts Tata 65 to + 150 C All ELECTRICAL CHARACTERISTICS (At T, = 25C unless otherwise specified) CHARACTERISTIC SYMBOL 200V 400V 600V UNIT CIRCUIT? Minimum Avalanche Voltage Vier) 250 450 650 Volt All Maximum Avalanche Voltage Vier 700 900 1100 Volt All Max. Instantaneous Forward Voltage Drop at 25 Amps Vem 1.5 Voit/Leg All Max. Reverse Current Rated Vawy and T, = 150C lan 5 mA/Leg All Max. Thermai Resistance, Junction-to-Case Rauc 18 "C/W VT, VTH Insulation Strength, Circuit-to-Case 2000 (Min.) VDC All NOTES: 1. Case Temperature (T,) is measured on bottom of case within 0.125 (3.18mm) of center of case 2. See Reverse Side for Part Number and Circuit Selection Guide. 3. For Full Wave Bridge, Single-and Three-Phase. 33MICROSEMI CORP/ MICRO 5bE D WB 611590? 0001318 270 MAL TYPICAL FORWARD VOLTAGE OROP VS FORWARD CURRENT WOMREPETITIVE REVERSE POWER SURGE MPERATURES (Pe: of Bridge MAXIMUM ALLOWABLE PEAK SQUARE WAVE AT VARIOUS TEMPE (Per Leg ge) % SRATIOA 1 - o PEAK REVERSE POWER (WATTS) INSTANTANEOUS FORWARD CURRENT (AMPERES) o - O O62 O4 06 O8 10 #12 14 16 18 20 22 24 INSTANTANEOUS FORWARD VOLTAGE (VOLTS) 10 at] rv le 1 TYPICAL FORWARD VOLTAGE DROP VS FORWARD CURRENT PULSE DURATION (4:SEC:) FIGURE 1 FIGURE 2 T-23-07 DERATING CURVE MAXIMUM ALLOWABLE DC OUTPUT CURRENT 30 wt wa vie vic vip POS RED VT| VTA IVTB POS_RED POS. REO os a VTc| VTD jvTH i 2 z Nee NEG BLACK NEG BLACK bE iH : 15} \ POS REDD 3 x . : i = \ Ke C c 5 5 xt t o } WEG, BLANK < QO 2s $0 75 100 125 #150 178 200 GASE TEMPERATURE ( C) FIGURE 3 FIGURE 4 PEAK SURGE CURRENT (Per Lex) PART NUMBER SELECTION CHART PEAK FORWARO CURRENT vs NUMBER OF CYCLES TYPE 200V 400V 600V 1000 at Te 100C AND SINE WAVE INPUT FULL WAVE BRIOGE VT_200 VT_400 VT _600 CENTER TAP = COMMON CATHODE VTA200 VTA400 VTA600 g CENTER TAP = COMMON ANODE VTB200 VTB400 VTB600 = THREE PHASE = COMMON CATHODE VTC200 VTC400 VTC600 S THREE PHASE 2 COMMON ANODE vTD200 VTD400 VTD600 s THREE PHASE = 100 FULL WAVE BRIDGE* VTH200 VTH400 VTH600 *Assembly of VTC and VTD (200V, 400V, or 600V) in single mounting flange. a See drawing. Z NOTE: Standard device has flags-only termination. 3 To order TO-3 Mount add /T to part no. iz To order Single Stud Mount add /S to part no. I 10 z ! 10 6 10 NUMBER OF CYCLES AT 60Hz FIGURE 5 34