MARCONI CKT TECHNOLOGY 30E D M 57483442 0001729 4 MM T-25-20 CONVERTER Rate of Surge Current Rise of Series Sllieen Repetitive Mean On-state RMS Contin- and Fusing at Rate of Rise of Off-atate Peak Peak Peak Type Diameter Peak Current at Current | uous Max. Ty and On-state Current Voltage to | Forward | Forward} Gate Voltages 180 half sine On-state 50% Vanm Rise Time = 0.5us 67% Vprm| Gate Gate Power Available Current 10mS Value yj = 125C | Voltage | Current VpeM tay, | THs | RMS Ir its nt dldt Gate source dvidt | Vegm | Irom | Pam mm v A Sc A A kA As Alus 2 v Vins v A Ww BUTTON CAPSULE CONVERTER THYRISTOR DCRS508 22 100-1200 | 295 55 465 400 3.3 54500 | 100 5 10 300 30 5 100 DCR504 22 100-1400 | 420 55 660 570 5.5 150000 ; 100 5 10 200 30 10 100 DCR707 31 100-2400 | 500 55 785 | - 710 5.6 157000 | 100 5 10 300 30 10 150 DCR818 38 2600-4200 500 55 850 780 6.0 180000 | 200 5 10 1600 30 40 100 DCR604 29.5 | 100-2100 | 580 55 910 780 75 281000 | 100 5 10 200 30 10 100 DCR703 31 100-1700 | 640 55 1000 900 7.5 281000 | 100 5 10 300 30 10 150 OCR601 29.5 | 100-1400 | 710 55 4115 925 9.5 451250 | 100 5 10 200 30 10 150 pene? 38 100-2900 | 775 55 1220 | 1050 9.0 405000 | 100 5 10 300 30 10 150 DCR803 38 100-1700 | 900 55 1410 | 1200 | 11.2 625000 ;} 100 5 10 300 30 10 150 DCR804 DCR1284 56 2400-3600 | 950 55 1490 | 1310 | 11.5 660000 | 150 5 10 300 30 10 150 per 755 | 58 | 2300-3800] 1080 | 85 | 1695 | 1510 | 14.0 | 1380000 | 150 | 5 10 | 300 | 30 | 10 | 150 DCR1279 56 2700-4200 | 1100 55 1650 | 1550 | 12.0 720000 | 150 5 10 300 30 10 150 DCR1006 50 100-2900 | 1200 55 1880 | 1600 | 16.4 1350000 | 100 5 10 300 30 10 150 DCR1007 DCR1277 | 50 2700-3600 | 1210 55 1900 | 1700 | 19.0 1800000 | 150 5 10 300 30 10 160 DCR1003 . DCR1004 50 100-1700 | 1540 55 2420 | 2050 | 21.0 2205000 | 100 5 10 300 30 10 150 DGR1275 56 600-2200 | 1540 55 2420 | 2100 | 24.0 2880000 | 150 5 10 300 30 10 100 DCR1274 56 100-1700 | 1680 55 2640 | 2200 | 27.0 3645000 | 150 5 10 300 30 10 150 DCR1478 75 3200-4200 | 1900 55 2990 | 2750 | 22.0 2420000 | 200 10 20 500 30 10 150 DCR1476 75 2300-3800 | 2100 55 3300 | 3000 | 29.0 4210000 | 150 5 10 500 30 10 150 DCR1475 75 800-2400 | 2850 55 4475 | 3950 | 40.0 8000000 | 200 5 10 500 30 10 150 DCR1474 75 100-1700 | 3350 55 5250 | 4550 | 49.0 | 12000000 | 150 5 10 500 30 10 150 DCR1675 | 100 4000-4800 | 3400 55 5340 | 4800 | 40.0 8000000 {| 150 10 20 1000 30 30 150 All dimensions are in mm. Warght = 1600 g Mirumum clamping force 38 kN Maoumum clamping force 47 kN 37.5 max Werght = 600 9 Minrmum clamping force: 18 kN Maumum elsmemng force. 22 &N F Weght 310 9 Marumum clempang force 35 kN Manmum clamionng force t2 kN G L 394 Went 00 9 Maramum clamping bocce 20 &N Maumum clmpang force 24 &N 0 B-01 \ Outre one 1 ce Qittewes A Weg = 1535 9 Maramum qlampmng force = 38 kN Maxmoum dampng force = 47 EN Red cathode and yellow gate leads aporoa, 300 mm tong avatebie on request. woman Wengit (tyemeal) 82 9 Marenum clampang force kN Manmum clamping iirce SN reeTHYRISTORS "MARCONI CKT TECHNOLOGY 30E D m@ 5783442 0001730 0 215220 Gate Gate Peak Virtual Thermal Resistance Trigger Trigger On-state Voltage Off-state | Junction (2) Factors Voltage Current at Peak Current and Temperature needed for Outline Weight Vows VowmM at 25C Reverse | Off-state 180 120 Power Loss =5V =5V Current and Sinu- Rect- Clamping calculations at 25C at 25C at Ty} Reverse de soidal angular Force Vat let VIM lRM VW Rethg-hy | Rthi-b) | Rthdh) Vo Ro g v mA v A mA C Cw CIW CW KN Vv 2 3.5 150 1.6 450 30 125 0.11 0.42 0.14 4.5 0.97 0.00136 T 50 3.0 150 1.75 1000 30 125 0.083 0.093 0.113 4.5 1.05 0.0008 T 50 3.5 200 2.00 1000 50 125 0.052 0.058 0.068 9.0 1.15 0,001 G 310 4.0 400 3.375 1600 75 125 0.04 0.042 0.052 11.0 1.64 0.00151 G 310 3.0 150 1.625 1000 30 125 0.06 0.063 0,07 8.0 0.93 0.000667 E 82 3.5 200 1.50 1000 50 125 0.052 0.058 0.068 9.0 0.95 0.0006 G 310 3.0 150 1.3 1000 30 125 0.06 0.063 0.07 8.0 0.98 0.000328 E 82 1.875 1.02 0.000497 3.5 200 2.00 1600 50 125 0.040 0.042 0.052 12.5 4.42 0.00083 G 310 1.50 0.91 0.000352 . 3.5 200 4.675 1600 50 125 0.040 0.042 0.052 12.5 0.96 0.00039 G 310 4.0 400 2.75 2900 100 125 0.026 0.028 0.03 22.0 1.40 0.00053 D 500 4.0 400 2.3 2900 100 125 0.024 0.026 0.028 22.0 1.15 0.000481 D 500 4.0 400 2.40 2800 150 125 0.024 0.026 0.028 22.0 1.16 0.00048 D 500 1.875 1.14 0.000243 3.5 200 2.00 2900 50 125 0.026 0.028 0,03 19.5 1.44 0.00031 F 500 4.0 400 2.025 2900 100 125 0.024 0.026 0,028 22.0 0.95 0.00045 D 500 1.50 0.90 0.000193 3.5 200 4.625 2900 50 125 0.026 0.028 0.03 19.5 0.87 0.00024 F 500 4.0 400 1.625 2900 150 125 0.024 0.026 0.028 22.0 0.98 0.000202 D 500 4.0 400 1.42 2900 150 125 0.024 0.026 0.028 22.0 0.96 0.00016 D 500 4.0 400 2.10 2900 250 125 0.0115 | 0.0125 | 0.0132 43.0 1.40 0.00031 YIU 1600/1535 4.0 400 1.875 2900 250 125 0.0115 | 0.0125 | 0.0132 43.0 4.03 0.00032 YIU 1600/1535 4.0 400 15 2900 250 125 0.0115 | 0.0125 | 0.0132 43.0 1.00 0.000132 YIU 1600/1535 4.0 400 1.30 2900 250 125 0.0115 | 0.0125 | 0.0132 43.0 0.92 0.00009 YIU 1600/1535 3.5 500 1.45 2900 500 125 0.0085 | 0.0091 | 0.0097 83.0 1.00 0.00015 Zz 2812 Nomenclature of High Power Thyristors DCR 504 PorS T .- 13 13 X Capsule Thyristors ______I | Code Number P = Parallel operation S$ = Single device Outline Vpsm/100 Vrasm/100 This is reserved for special selection number if applicable. Notes: (1) 100kg = 1kN (2) Thermal resistance, Rth, is the value from junction to heatsink surface and includes contact thermai resistance. VpSM = VorM + 100V VARM + 100V VRSM 3 3941 B-02 Full data on most device types is available on request.