108 PHASE CONTROL SCRs 63 TO 190 AMPERES GE TYPE c50, 52 C150, 152 C60, 62 JEDEC 2N1909-16 2N1792-98 2N2023-30 ELECTRICAL SPECIFICATIONS | VOLTAGE RANGE . FORWARD CONDUCTION Ir (RMS) Max. RMS on-state current (A) Max. average on-state current conduction (A) @ T Max. average on-state current for conduction (A) @ T Max. peak one cycle, non-rapetitive surge IT(Av) ITiAv) Itsm Max. !2t for fusing for 5 to 8.3 msec 12% A2 on-state voltage @ 1 conduction rated IT (av) {V) internal thermal resistance, dc, junction-to-case (C/W) tg Typical turn-off time ({sec) tad tr T di/dt Rate-of-rise turned-on current {A/jisec} turn-on time (jisec} Ty Junction operating temperature range (C} BLOCKING Min. critical rate-of-rise of off-stage dv/dt voltage, exponential @ max. rated Ty (V/Lsec) FIRING . Max. required gate current to trigger ist @-a0 @ 125C Max. required gate voltage to trigger Vat @40C Vert a noone gate voltage to trigger VOLTAGE TYPES Repetitive Peak Forward and Reverse Voltages 25 50 PACKAGE TYPE PACKAGE OUTLINE NO. 63 40 @ 102C 36 @ 101C 1000 4150 1.4 35 125 5 100 40 to 126C C147U C147F Ci47A C147G C147B C147H 147C C147D C147E C147M C1478 C147N C147T C147P C147PA C147PB 141 500-1300 i 500-1300 190 110 @ 90C 95 @ 85C 1600 10,600 2.0 2.5 3 135 100 125 8 8 200 200 ~40 to 125C 40 to 125C CONSULT FACTORY C1iS0E C152E C150M C152M C1508 C1628 C150N C152N c150T C152T C1S50P Cc152P C150PA C152PA C1S0PB C152PB C1S0PC C152PC % STUD C350E C350M C3508 C350N C350T C350P C350PA C3S50PB C350PC % PRESS PAK 109, 108 280SCR [__c45 SOARMS 25 to 1200 Volts The C45 and C46 SCRs are rated 80 amperes RMS to 1200 volts, for use in industrial phase control applications where high voltage and general pur- pose performance are required. FEATURES: APPLICATIONS: Broad Voltage Range e DC Motor Drives Up to 1200V Plating Supplies y e Standard TO-94 e Battery Charging Outline e AC Regulators C46 MAXIMUM ALLOWABLE RATINGS REPETITIVE PEAK REPETITIVE PEAK TRANSIENT PEAK TYPE OFF-STATE VOLTAGE, REVERSE VOLTAGE, REVERSE VOLTAGE, VpRM VRRM Vasm'?) Ty = -40C to +125C Ty = -40C to +125C Ty = +125C C45, C46 U 25 Volts 25 Volts 35 Volts C45, C46 F 50 50 78 C45, C46 A 100 100 150 C45, C46 G 150 150 225 C45, C46 B 200 200 300 C45, C46 H 250 250 350 C45, C46 C 300 300 400 C45, C46 D 400 400 500 C45, C46 E 500 500 600 C45, C46 M 600 600 720 C45, C46 S 700 700 840 C45, C46 N 800 800 960 C45, C46 T 900 900 1080 C45, C46 P 1000 1000 1200 C45, C46 PA 1100 1100 1320 C45, C46 PB 1200 1200 1440 (1)Half sine wave waveform, 10 msec. maximum pulse width. RMS Forward Current, On-State, It(pms)- +--+ eee eee 80 Amperes (All Conduction Angles) Average Forward Current, On-State, Iyaavy .. 5 ee ee Depends on Conduction Angle (See Charts 2 and 3) Peak One-Cycle Surge Forward Current, Ipgy .- 0 ee eee eens 800 Amperes Maximum Repetitive Rate-of-Rise of Anode Current During Turn-On Interval .. 1.2... 1... eee eee eee 100A/ys It (for fusing), for times > 8.3 milliseconds (See Figure 8) ......-.--...----+085 2600 (RMS Ampere) Seconds 1.5 milliseconds (See Figure 8) .............-2-2004- 2100 (RMS Ampere) Seconds Peak Gate Power Dissipation, Pgy (See Figure 6)... 20... 0.0 cee ees 100 Watts for 150 Microseconds Average Gate Power Dissipation, Pg(ay) +--+ ee tte eet tte nents 2.0 Watts Peak Negative Gate Voltage, Vom... - ccc ttt ett eee eet ne nee tee tee ete 10 Volts Storage Temperature, Tstg s.r eee ee -40C to +150C Operating Temperature, Ty 2.6... en ee nent e te eet e ene -40C to +125C Stud Torque... .. ce ee ene ete 125 Lbs.-In. (Min.), 150 Lbs.-In. (Max.) Se ne ee ene ee ee eee eee ee 14 N-m (Min.), 17 N-m (Max.)CHARACTERISTICS TEST SYMBOL MIN. MAX. UNITS TEST CONDITIONS Peak Off-State or Reverse IpRM = mA T; = -40C to +125C Current or IRRM C45, C46U 10 VprM = Vero = 25= Volts Peak C45, C46F 50 C45, C46A 100 C45, C46G 150 C45, C46B 200 C45, C46H 250 C45, C46C 300 C45, C46D 400 C45, C46E 500 C45, C46M 600 C45, C468 700 C45, C46N 800 C45, C46T 900 C45, C46P 1000 C45, C46PA 1100 C45, C46PB 1200 Gate Trigger Current lor _ 75 mAdc Tc = +25C, Vp = 6 Vdc, Ry = 3 ohms, tp = 20 usec. 130 Tc = -40C, Vp = 6 Vdc, Ry = 3 ohms, tp 2 20 usec. 40 To = +125C, Vp = 6 Vdc, Ry, = 3 ohms, tp 2 20 psec. Gate Trigger Voltage Vor _ 3.0 Vdc Tc = 40C to +120C, Vp = 6 Vdc, Ry = 50 ohms, tp # 20 usec. 25 _ To = +125C, Vp = Rated, Ry = 1000 ohms, tp = 20 usec. Peak On-State Voltage Vom _ 3.1 Volts To = +25C, py. = 500 Amps. Peak, Duty Cycle < .01%. Holding Current Ip _ 100 mAdc Tc = +25C, Anode Supply = 25 Vdc, Initial Forward Current = 2 Amps. Effective Thermal Resistance Rsc 0.4 c/w | D.C. Critical Rate-of-Rise of Forward dv/dt 100 _ V/us Ty =+125C Rated Vprm, Gate Open Blocking Voltage. (Higher values Circuited. may cause device switching.) 690MAXIMUM ALLOWABLE CASE TEMPERATURE - C AVERAGE FORWARD POWER DISSIPATION - WATTS 1000 400 100 40 Ty = 25C YT, = 25C 40 ! 4 INSTANTANEOUS FORWARD CURRENT-AMPERES 1.0 20 3.0 40 5.0 6.0 INSTANTANEOUS ON VOLTAGE - VOLTS 1. MAXIMUM FORWARD CHARACTERISTICS ON-STATE SQUARE WAVE SINUSOIDAL rT 2 | 120 "120 50 - 400 Hz OPERATION- L "0 DUTY le q 10h Sw 7 ONE CYCLE |. & SM Prue 100 N NS PS = 100} < 7 so" SK tu XN Ko {CONDUCTION 90 \ SON 3 90 peONDUCTION 30 I ~ Se gol DUTY CYCLE iN S\N u 80} Sot 30 iN oN ( 12.5 a N y 70 il 25. 3 MN. 10 20) _180 | c z at 60 it ioc = 60 pe 50 - 400Hz OPERATION 2 50 1 x 50 <q A L 24 0 10 20 30 40 50 60 70 80 % 10 20 30 40 50 60 70 80 AVERAGE FORWARD CURRENT-AMPERES AVERAGE FORWARD CURRENT - AMPERES 2. MAXIMUM ALLOWABLE CASE TEMPERATURE 3. MAXIMUM ALLOWABLE CASE TEMPERATURE FOR RECTANGULAR CURRENT WAVEFORM FOR SINUSOIDAL CURRENT WAVEFORM 160 100 oe DC c 140 Ly % 140 50 TO 400Hz OPERATION 50 - 400 Hz OPERATION Ty = 125C 50 L. z Ty = 125C S11 120 i" 2 120 iW 4 < 180 33 G4 a Af 100 25 7 8 100 120 JA & off On 8 a 5 8 7, 7 12.5 go DUTY CYCLE % | _| 5 60 | CONDUCTION LL f/f 6.25 & 60/ ANGLE 30 7 $ L A | Uj) 40 @ 40 / Ei r of | 180 20 pu one = 1100)" | & 20 ae | | % | a) 10 20 30 40 50 60 70 80 9 10 20 30 40 50 60 70 80 AVERAGE FORWARD CURRENT -AMPERES AVERAGE FORWARD CURRENT -AMPERES 4. AVERAGE FORWARD POWER DISSIPATION 5. AVERAGE FORWARD POWER DISSIPATION FOR RECTANGULAR CURRENT WAVEFORM FOR SINUSOIDAL CURRENT WAVEFORM 691THERMAL IMPEDANCE - C/WATT 40 30 20 wa fA ANDOO INSTANTANEOUS GATE VOLTAGE - VOLTS ~ | .05 .06.07.08.09.1 YDM. DD. POSSIBLE OC TRIGGER 25C PULSE GATE CIRCUIT LOAD LINE I5V, 450 Tp = !0uS 6. 2 INSTANTANEOUS GATE CURRENT - AMPERES NOTES: 1. MAXIMUM ALLOWANCE AVERAGE GATE DISSIPATION = 2.0 WATTS. 2. RECTANGULAR GATE PULSE. 3. Tp*GATE CURRENT PULSE WIDTH 4. CASE TEMPERATURE ~ 40C TO+25C 5. 20V, 20.0, 14SEC RISE TIME 1S MINIMUM GATE SOURCE LOAD LINE FOR DI/0T <100A/aSEC. REPETIVE LONG LIFE RATING. 6. FOR I5SV, 48..,.5ASEC. RISE TIME, OD! /DT+30A/a SEC. HAS BEEN CONFIRMED BY LIFE TEST. 3 4 5 678391 2 INSTANTANEOUS GATE CURRENT A__f AMPERES 3000 & 60 wt! aOR 30 Gi 2000 ENT (AMP| a 1000 PEAK ON-STA CURR 8a oo 700 2 & 28 2500 gu . | 4 40 i0 aed 2 3 45 i MSEC *}- SEC} PULSE BASE WIDTH - MILLISECONDS 7. TRANSIENT THERMAL IMPEDANCE 8. I?t AND Izsy FOLLOWING RATED LOAD JUNCTION-TO-CASE PEAK HALF SINEWAVE FORWARD CURRENT - AMPERES 800 700 600 500 400 300 200 CONDITIONS (NON-RECURRENT) Ty = ~40C TO +125C NOTE: FOR SUB-CYCLE SURGE DURATION (LESS THAN ONE CYCLE) USE CHART 8 2 3 4 5 678910 20 30 40 5060 NUMBER OF CYCLES (60 Hz) MULTICYCLE SURGE CURRENT Ty = 125C (NON-RECURRENT) 692OUTLINE DRAWINGS C45 OUTLINE (Conforms to JEDEC TO-94 Outline) TABLE OF DIMENSIONS Conversion Table FLEXIBLE COPPER LEAD SYM. INCHES MILLIMETERS MIN. |MAX.| MIN. MAX. -797| .827| 20.2431 21.005 G =") ~o80] 2.032 T a -278| .350] 7.060] 8.890 a e DIA. H J K 874] 1.030] 22.099 | 26.162 1.049/1.062}) 26.644] 26.975 840; .910] 21.335); 23.115 6.204; 6.512] 157.619 | 165.443 {1.750 - 44.450 1.484/1.640} 37.653 | 41.656 4.437) 5.623] 112.698 | 142.824 .275| .325 6.985 8.255 -445| .485; 11.302| 12.319 .251; .281 6.375 7.137 -198( .212 5.029 5.385 L DIA. CATHODE \ t TFN LEADS -* LIGHTLY GATE-WHITE p | Nl TOGETHER oETHOON + Qf DA S 0 york, vl -500| .600| 12.700| 15.240 M }__L, DIA. -385| .415] 9.778 | 10.541 1|\O4 CATHODE 632| .725| 16.052{ 18.390 7 y 5 590] .640| 14.985 | 16.256 j 7.000| 7.342| 177.799 | 186.487 pv 312 Ref. 7.925 Ref. 7 } 7140] .150| 3.555] 3.811 ANODE CATHODE .060{ .075 1.524 1.905 |p, DIA -250 Nom. 6.350 Nom. oO \e- 290 Nom 7.366 Nom. -065| .095 1.651 2.413 .058; .070 1.473. 1.778 -463{ .498} 71.760; 12.649 4D OVO MOlzizizifirir |A|A/Se|Zlolalnimjolo|alp | GATE GATE 6, _ C46 OUTLINE NOTES 1. Complete stud threads (4-20 UNF 2A) to within 2% threads of head. 2. Flexible lead covered with silicon rubber insulation (Class H), 600 volt ASTM standard wall. 3. Orientation of cathode and gate terminals not defined. 4, One, %-20 steel, cadmium plated nut and one cadmium plated spring washer supplied with each unit. 5. Approximate weights: WITH HARDWARE WITHOUT HARDWARE UNIT OUNCES GRAMS OUNCES GRAMS C45 4.25 120 3.50 99 C46 3.50 99 2.75 78 693