JOE D MM 7929237 0031330 7 G&G SGS-THOMSON 7 MICROELECTRONICS 2N 3649 -> 2N 3653 Tet 7 S G S-THOMSON FAST SWITCHING THYRISTORS u GLASS PASSIVATED CHIP a HIGH STABILITY AND RELIABILITY Thread: 1/4" -28 UNF : type N M6 on request : type N + suffix M a HIGH di/dt AND dv/dt RATINGS a tg<15 us DESCRIPTION TO 48 SCR designed for high frequency power switching (Metal) applications. ABSOLUTE RATINGS (limiting values) Symbol! Parameter Value Unit lt(Aams) RMS on-state Current (1) To =40 C 35 A It~avy Mean on-state Current (1) Tce =40 C 22.5 A Itsm Non Repetitive Surge Peak on-state Current t =8.3 ms 210 A (T, initial < 120 C) (2) t=10ms 200 Rt I?t Value for Fusing t=10 ms 200 As di/dt Critical Rate of Rise of on-state Current (3) 400 Alus Tstg Storage and Operating Junction Temperature Range 65 to 150 me] Ty ~ 65 to 120 C 2N 36.. Symbol Parameter Unit 49 50 51 52 53 VprM Repetitive Peak off-state Voltage (4) 50 100 200 300 400 Vv VRRM (1) Single phase circuit, 180 conduction angle. (2) Half sine wave. @)la=1A dig/dt = 1 Atus. (4) T, = 120C. THERMAL RESISTANCES Symbol Parameter Value Unit Rin g-c) Junction-case for D.C. 1.45 CW Rin (c-h) | Contact (case to heatsink) 0.40 CW February 1989 16 492N.3649 2N 3653 _ S G S-THOMSON JOE D MM 7929237 0031331 9 T+25-17 GATE CHARACTERISTICS (maximum values) Pem = 60 W (tp = 500 Ls) lrFam = 10 A (tp = 500 ss) Vrem =5 V Peavy) = 1 W Veam = 15 V (tp = 500 ss) ELECTRICAL CHARACTERISTICS Symbol! Test Conditions Min. Typ. Max. Unit lat T)= 25C Vp = 12 V RL =33 2 180 mA Pulse Duration > 20 us Vert T, = 25C Vp =12V R_ =33 0 15 Vv Pulse Duration > 20 us Vep Tj = 120 C Vb = Vornm Ri =3.38 kQ 0.2 Vv ly Tj = 25C ly =500 mA Gate Open 70 mA Ik T,= 25C Vp =12V Iq =360 mA . 140 mA Pulse Duration > 20 us VIM Tj) = 25C lw =25A tp = 10 ms 2.05 Vv lornm T, = 120 C Vorm Specified 6 mA IRRM Tj = 120 C Varm Specified 6 mA tat Tj = 25 C Vp = Vprm Ip =25A 1 ps Ig =500 mA die/dt = 5 A/ts tq Tj = 120 C It =25A Va=15V 15 ps Vb =67 % Vpam di/dt = 5 A/us dv/dt = 200 V/us Gate Open dv/dt* Tj = 120 C Gate Open 200 Vis Linear Slope up to Vp = 67 % Vprm * For higher guaranteed values, please consult us. PACKAGE MECHANICAL DATA TO 48 Metal 30 maxi - a> ain zlu ast1s 20 +13,5 3 mini - wm n o 9/16" over flats 6 sidad # x t Se al gz : | =, || t | t . M 174 - 28 UNF 16,5 maxi Cooling method : by conduction (method C) Marking : type number Weight: 13.5219 Polarity : anode to case Stud torque : 3.5 MAN min - 3.8 MAN max, 26 (7 SGS-THOMSON yf MIGROELECTRONICS 50SG S-THOMSON 2N 3649 2N 3653 30 D mm@ 7929237 003133e i | SINUSOIDAL CURRENT PULSE DATA PARAMETER : Ity (Al nue 600 T-25-1 7 400 300 200 150 400 50 30 409 10 ENERGY PER PULSE, Ep (mJ) 4 40 1 1 PULSE WIDTH, tp (ps) FIG.4 ENERGY PER PULSE FOR SINUSOIDAL PULSES. 103 PARAMETER : = F (Hz) < 400 = 400 . 4000 B 2500 iz 5000 _ S i? 3 10 Ww tim wu < E a tp MM < uu oa 40 103 PULSE WIDTH, tp (ps) FIG.2 - WAXIWUM ALLOWABLE PEAK ON-STATE CURRENT VERSUS FALSE WIDTH FOR T, = 66 *C. 403 PARAMETER : g F (Hz) = 100 & 400 . 41000 NOTES : z 2500 4. Vp = Vp = 200 Volts. i 5000 2, A.C Snubber, C = O.1pF, 3 40? A= 330 Ww Ee < ? 6 M =< wi a, 40 PULSE WIDTH, ty (ps) FIG.3 ~ MAXINUM ALLOWABLE PEAK ON-STATE CURRENT VERSUS PULSE WITH FOR T, = 80 C. 16 {a7 SGS-THOMSON 3 T7) jacnosLecTRomncs 512N 3649 > 2N 3653 SG S-THOMSON JOE D MM 7929237 00313353 2 Mm ae _ ne 3 TRAPEZOIDAL CURRENT PULSE DATA 25-1 7 408 PARAMETER : I tw fa) 3 600 & 400 a 300 wr 408 200 uf 450 4 400 a. 50 th 30 40 > oO a i = i 4 40 402 PULSE WIDTH, ty (us) FIG.4 ~ ENERGY PER PULSE FOR YRAPEZDINAL PULSES. 403 PARAMETER : = F (Hz) a 400 : = Ez 400 di/dt = 4100 A/us . 4000 E 2500 77 & a 102 - fu 5 di/dt Ity <= 9 6 to MM << ul Oo. 40 102 403 PULSE WIDTH, ty [ps) FIG.5 MAXIMUM ALLOWABLE PEAK ON-STATE CURRENT VERSUS PULSE WIDTH FOA T, = 65 C. 104 PARAMETER : 2 F (Hz) = 400 = 400 : 4000 NOTES : gi 1. Vp = Vq = 200 Volts. 2, A.G Snubber, = 0.4 F, a 102 As aac . uw 4 << b z ao Mm wi a 10 102 PULSE WIDTH, tp (ys) FIG. MAXIMUN ALLOMABLE PEAK ON-STATE CURRENT VERSUS PULSE WIDTH FOA T, = 80 C. 4/6 (G7 SGS-THOMSON 7 mersaecrncses 52SG S-THOMSON a 2N 3649 2N 3653 30E D MM 7929237 0031334 4 =a 200 41000 =< -- . 100 = 3 2 E H - eK - z= KE bo = Cc Le a ce > ec a 3 w w lit <a Ee - << n Ee 1 wn Zz 2 10 oa Ww wn = ~ =e a war = na 5 FOA Loss a < CALCULATIONS uz 100 2 USE : m H C Vip = 1.8 V =e or rr = fe no 4 50 0 4 2 3 4 4 2 5 410 INSTANTANEOUS ON-STATE VOLTAGE, Vy {V) PULSE BASE WIDTH, t (ms) FIG.7 - MAXIMUM ON-STATE CONDUCTION FIG.@ ~ NON REPETITIVE SUB-CYCLE SURGE CHARACTERISTIC (Ty = 120 C). ON-STATE CURRENT AND I?t RATING (INITIAL Ty = 120 C). nM oa o JNITIAL Ty < 120 C i hf Q o o CURRENT, Ipsy (A) a 3 40 NON REPETITIVE SURGE PEAK ON-STATE 4 40 402 403 NUMBER OF CYCLES {at 50 Hz) FI6.8 NON REPETITIVE SURGE PEAK ON-STATE CURRENT VERSUS NUMBER OF CYCLES. G57 S&S-THOMSON 5/6 532N 3649 > 2N3653_ S G S-THOMSON 30E D mm 7529237 0032335 & roa Tyo ig37 MULTIPLYING FACTOR n3 1 -65 -40 -20 0 +26 JUNCTION TEMPERATURE, Tz (C) FI6.40 - RELATIVE VARIATION OF GATE TRIGGER CURRENT AND HGLDING CURRENT VERSUS JUNCTION TEMPERATURE. 402 Pom = = wo 40 uf [U7 z at ao > wf \u 4 a ~ 85 C + 25C i! +420 C 407 4072 4074 40 4 GATE CURRENT, Ig (A) FIG.44 - GATE TRIGGER CHARACTERISTICS. = 10 a 2 xo a N ul a =z = Q a S- 4 << = Cc {TT z bE =z dl a = = 10-4 F 4973 40-2 ag-d 4 40 TIME, t (s) FIG.42 - TRANSIENT THERMAL IMPEDANCE JUNCTION TO CASE. 8/6 ky SGS-THOMSON V7 iucromscimox-cs 54