30E D MM 7929237 003,440 3 G&G SGS-THOMSON MYT iicRogLECTROWICS TXN/TYN 058,G,K-1008,G,K R2SHIS S$ GS S-THOMSON THYRISTORS = GLASS PASSIVATED CHIP a POSSIBILITY OF MOUNTING ON PRINTED CIRCUIT = AVAILABLE IN NON-INSULATED VERSION > TYN SERIES OR IN INSULATED VERSION > TXN SERIES (INSULATING VOLTAGE 2500 Vrms) a UL RECOGNIZED FOR TXN SERIES (E81734) K A G TO 220 AB DESCRIPTION (Plastic) SCRs designed for motor control, heating controls, power supplies... ABSOLUTE RATINGS (limiting values) Symbol Parameter Value Unit It(AMs) RMS on-state Current (1) Te = 75 C 8 A Itavy Mean on-state Current (1) Te = 75 C 5 A Itsm Non Repetitive Surge Peak on-state Current t=83 ms 84 A (T, initial = 25 C) (2) t=10ms 80 it It Value for Fusing t=10ms 32 As di/dt Critical Rate of Rise of on-state Current (3) 50 Alus Tstg Storage and Operating Junction Temperature Range 40 to 110 C T, 40 to 110 C TXN/TYN ..., G, K \ Symbol Parameter Unit 058 | 108 | 208 | 408 | 608 | 808 | 1008 VpRM Repetitive Peak off-state Voltage (4) 50 100 | 200 | 400 | 600 | 800 | 1000 Vv VarM (1) Single phase circuit, 180 conduction angle. (2) Half sine wave. (8) le=400mA dic/dt = 1 A/us. (4) T, = 110 C. THERMAL RESISTANCES Symbol Parameter Value Unit Rth y-c) Junction-case for D.C. 4.7 CIW Rin q-a) Junction-Ambiont 60 C/W February 1989 1/4 159TXN/TYN 058,G,K > 1008,G,K_S G S-THONSON JOE D Mm 7929237? 003,441 5 TFN GATE CHARACTERISTICS (maximum values) J-25-15 Pam = 20 W (tp = 20 Us) lFam = 2 A (tp = 20 las) Vrem =5 V Pa av) = 0.5 W Veam = 15 V (tp = 20 us) ELECTRICAL CHARACTERISTICS Symbol Test Conditions Min. Typ. Max. Unit ler T) = 25C Vp = 12 V Rt =33.Q Without Suffix 15 mA Pulse Duration > 20 ps Suffix G 25 Suffix K 40 Vat Tj = 25C Vp =12V Ri =33 2 15 Vv Pulse Duration > 20 us Veo Tj =110 C Vp =Voram Ri = 3.3 kQ 0.2 Vv ly Tj = 25C I; =100 mA Gate Open Without Suffix 30 mA Suffix G 45 Suffix K 60 IL Ty= 25C Vp =12V Ig =80 mA 50 mA Pulse Duration > 20 Ls Vim Tj = 25C ltm =16A tp = 10 ms 1.6 Vv lonm Vorm Specified T,= 25C 0.01 mA T; = 110 C i lanm Vrrm Specified T) = 25C 0.01 mA T; =110 C 1 tat T) = 25C Vb = Vorm Ir =16A 2 ps lg =40 mA dig/dt =0.45 A/us ta Tj =110 C Ip =16A Vp = 26 V 70 Hs Vp =67 % Vorm di/dt =30 A/us Gate Open dv/dt = 50 Vius dv/dt* Tj = 110 C Gate Open Without Suffix! 200 Vins Linear Slope up to Vp = 67 % Vorm Suffix G 500 Suffix K 750 * For higher guaranteed values, please consult us. 2/4 . oO yz SSS THOMSON 160_ SG S=THOMSON ~~ 3OE D Ml 7929237 P (wi) D.C. o ={80e 8 _& 120 @ = g0e 6 = 60 = 40 10 T (a) 0 2 4 & a Fig.4 - Maximum mean power dissipation versus Ruan on-state current. It (A) T (C) 0 25 50 75 100 125 Fig.3 - Mean on-state current versus case temperature. Tgr IT] Ty [Tj] 3 Tgq7 [T,=28C) * {T,=25C) Ty (c) -40 -20 o 25 4 Fig.5 - Relative variation of gate trigger current and holding current versus junction temperature. ______TXN/TYN 0 -1008.G.K OosL44u2 7 a T-25-15 P(t} T (c} Ath = 9 0 60 2.5 5 o 10 70 60 90 400 (C) 440 40 30 50 70 g0 140 Fig.2 - Correlation between maxinum mean power dissipatiun aid mgxisum allowable temperatures (Tamb 89d Tpgse) for different thermal resistances heatsink + contact. C/W) 402 (rc i-c j-a~ ~~ 40 4 ag74 t ) 10-3 40-2 god 4 40 40% = 193 Fig.4 Thermal transient impedance junc- tion to case and junction to ambient versus pulse duration. I (A) Tj initial = 25 C 40 60 40 20 Number of cycles 4 10 408 103 0 Fig.6 ~ Non repetitive surge peak on-state current versus number of cycles. 3/4 ST SGS-THOMSON 161TXN/TYN 058,G,K 1008,G,K Toy (A), Tt (42s) 409 TSM Tj initial = 25 C 402 t (ms) 40 5 10 Fig.7 - Non repetitive surge peak on-state current for a sinusoidal SG S-THOMSON a T-25-15 Ity (A) 102 6 Ty = 440C Vto 4V ry = .0a7 2 40 Ty initisl = 25C 110 - VtM (v) 4 1.5 2 2.5 3 3.5 4 Fig.8 - On-state characteristics (maximum values) . pulse with width: t <410 ms, and corresponding value of It, PACKAGE MECHANICAL DATA : TO 220 AB Plastic +0,40 4,65 0,17 +0,20 @ 3,60,05 +0,55 wo 2,8-0,26 10,3 +0,3 63-045 |o Lig +J i-- A" __ Qa ts CI | Be tT oo : +o | x : 2 0/8 2 SIE cl + = os 0.15 st TH Al | EIE 4H wae Nik 3 i Il |< o |! Nyx Ll 2,54 0,25 2,54 + 0,25 2,4 03 KAG Cooling method : by conduction (method C) Marking : type number Weight : 2g JOE D MM 7929237 0031443 5 a 4/4 ka S&S: OMSON ays Soe OM eane 162