eee 30E > mm 7529237 OO3Ib4y 8m Tez S { 77 2GS-THOMSO Y/ i Sus- THOMSON BTA/BTB 08 B SG S=-THOMSON TRIACS = GLASS PASSIVATED CHIP = EXCELLENT (dv/dt}c > 10 V/us let SPECIFIED IN FOUR QUADRANTS a AVAILABLE IN INSULATED VERSION > BTA SERIES (INSULATING VOLTAGE 2500 Vrms) OR IN UNINSULATED VERSION ~ BTB SERIES a UL RECOGNIZED FOR BTA SERIES (E81734) *G DESCRIPTION repeat New range suited for applications such as phase control and static switching. ABSOLUTE RATINGS (limiting values) Symbol Parameter Value Unit It(AaMS) RMS on-state Current (360 conduction angle) | Te =75 C 8 A Its Non Repetitive Surge Peak on-state Current t=83 ms 84 A (T, initial = 25 C - Half sine wave) t=10ms 80 it (?t Value for Fusing t=10ms 32 As di/dt Critical Rate of Rise of on-state Current (1) Repetitive 10 Alus F =50 Hz Non 50 Repetitive Tatg Storage and Operating Junction Temperature Range 40 to 150 C T; ~ 40 to 110 c Symbol Parameter BTA/BTB 08 Unit 200B | 400B | 600B | 700B | 800B VorM Repetitive Peak off-state Voltage (2) 200 400 600 700 800 Vv ()le=1A die/dt= 1 Ajus (2) T,= 110 C. THERMAL RESISTANCES Symbol Parameter Value Unit Rtn q-a) | Junction to Ambient 60 CW Rth q-e) DC} Junction to Case for DC 43 CAW Rth yc) AC| Junction to Case for 360 Conduction Angle (F = 50 Hz) 3.2 CWW February 1989 1/4 363 JOE D) M@ 7929237 OO31645 T BTA/BTB 08 B wr GATE CHARACTERISTICS (maximum values) : G S=THOMSON Pam = 40 W (tp = 10 ps) lam = 4 A (Ip = 10 uss) 7425-19 Peavy = 1 W Vem = 16 V (tp = 10 us) ELECTRICAL CHARACTERISTICS Symbol Test Conditions Quadrants| Min..| Typ. | Max. | Unit let Tj = 25C Vp =12V Ri =339 1-11-11 50 mA Pulse Duration > 20 us IV 400 Ver Tj = 25C Vp =12V R_ =33 Q2 [-UI-1I-1V 1.5 Vv Pulse Duration > 20 ps Veo | T= 110C Vo = Vor RL =3.3kQ | HIV | 0.2 Vv ly* Tj = 25C Iz = 100 mA Gate Open 50 mA IL T,= 25C Vp =12V lg = 200 mA 1-1I-IV 50 mA Pulse Duration > 20 ps Il 400 Vimt | Ty = 25C lim =11 A tp =10 ms 1.75 Vv lon Vorm Specified Tj) = 25C 0.01 mA Tj =110 C 05 dv/di* Tj =110 C Gate Open 250 500 Vius Linear Slope up to Vp = 67 % Vorm (dv/dt),* | Tc = 75C Vp = Vora Ip=11A 10 Vits (di/dt), = 3.5 A/ms tot Ty = 25C Vp = VoRM Ir=i1A i-UI-IN-IV 2 us Ig =80 mA dig/dt = 1 A/us * For either polarity of electrode Az voltage with reference to electrode A1. PACKAGE MECHANICAL DATA TO 220 AB Piastic +0,40 4,65 0,17 40,20 @ 3,60,05 +055 [og 2,8-0,26 10,3 0,3 7 6,3-0,45 oo ! +o rs A= | Be) 7 t oo + | XN 2 | 8 2 IE c|x +0,15 = 1 =10 H 0,5 =U, a allel Ele yyy NIN 2 HI als 1 1 ~l l 2,54 0,25 2544025 | |424=08 123 Trine 389: 123 =A, A2G Cooling method : by conduction (method C) Marking : type number Weight : 2 g. 24 {a7 SGS-THOMSON JF MisRoALECTRONLES 364 JOE D MM 7929237 0031646 1 =-=(di/dt) , limitation =180 @ =120 x = GO = G0? = 90 P (iW) 2 Iy (A) 0 2 4 6 8B Fig.4 ~ Maximum mean power dissipation versus RMS on-state current {(F = 60 Hz). iy (A) (C) 0 25 50 75 4100 125 Fig.3 - AMS on-state current versus case temperature. Ter [Tj] TyI7jl Tgp (T,=28C) TyIT,=25C! 2.0 41.5 Ty (c) 4.0 -40 20 0 25 Fig.5 ~ Relative variation of gate trigger current and holding current versus junction temperature. SG S-THOMSON BTA/BTB 08 B T-25-15 P (W) Tease (C) Ren =-0 2.5 5 BO 90 100 Tomb (C) 140 40 40 50 70 90 110 =. 130 Fig.2 - Correlation between maximum sean power dissipation and maximum allowable temperatures (amb 89d Tease) for different thermal resistances heatsink + contact. (G/#) 402 th j-c -a7c 410 1 & {s) 1o-4 so-3 40-2 ord 40 40% 499 Fig.4 ~ Thermal transient impedance juns tion to case and junction to ambient versus pulse duration. I (A) 70 ps Tj initial = 25 c 50 50 40 30 20 10 Number of cycles i 10 102 103 0 Fig.6 - Non repetitive surge peak on-state current versus number of cycles. 57 SSS:THoMson 3/4 365 JQE D MM 7929237 0031647 3 mm BTA/BTB 08 B S$ G S-THOMSON ~ T-25=15 I (a), Tt (A@s) itm (A) 500 402 TSM Tj initial = 24 % @ 1; = 140C mt == Vig = 4.4 V ry = .045 400 40 T; initial - 25C 140 - 10 t (ms) Vry ) 4 2 5 40 1 2 3 4 5 Fig.7 - Non repetitive surge peak Fig.8 - On-state characteristics on-state current for a sinusoidal (maximum values) - pulse with width : t <40 ms, and carresponding value of It. 4/4 {7 SGS-THOMSON Tf iasrosiecTaowes 366