* File : Triac_ST.LIB * Revision : 3 * Date : 4/May/00 * ********************************************************************** * Information included is believed to be accurate and reliable. * * However, STMicroelectronics assumes no responsibility * * for the consequences of use of such information nor for any * * infringement of patents or other rights of third parties which may * * result from its use. No license is granted by implication or * * otherwise under any patent rights of STMicroelectronics. * * Specification mentionned in this publication are subject to * * change without notice. This publication superseedes and replaces * * all information previously supplied. STMicroelectronics products * * are not authorized for use as critical components in life support * * or systems without express written approval of STMicroelectronics. * * * * (c) 2000 STMicroelectronics. All rights reserved. * * * * STMicroelectronics GROUP OF COMPANIES * * Australia - Brazil - Canada - China - France - Germany - Italy * * Japan - Korea - Malaysia - Malta - Mexico - Morocco * * The Netherlands - Singapore - Spain - Sweden - Switzerland * * Taiwan - Thailand - United Kingdom - U.S.A. * ********************************************************************** * * *********************************************************************** * Triacs PSpice Models * *********************************************************************** * Note : * * This triac model simulates: * -Igt (the same for all quadrants) MAX of the specification * -Il (the same for all quadrants) Typ of the specification * -Ih (the same for both polarity) Typ of the specification * -VDRM * -VRRM * -(di/dt)c and (dV/dt)c parameters are simulated only if those * constraints exceed very higly the specified limits. * -Power dissipation is realistic and correspond to a typical * triac * * All these parameters are constant, and don't vary neither * with temperature nor other parameters. * * The "STANDARD" parameter switch between * 4 quadrants triacs (STANDARD = 1) and * 3 quadrants triacs (STANDARD = 0. * The "STANDARD" parameter maintains or suppress the triggering * possibility of the triac in the fourth quadrant, and has * absolutely NO EFFECT on other parameters. * * *$ .subckt Triac_ST A K G PARAMS: + Vdrm=400v + Igt=20ma + Ih=6ma + Rt=0.01 + Standard=1 * * Vdrm : Repetitive forward off-state voltage * Ih : Holding current * Igt : Gate trigger current * Rt : Dynamic on-state resistance * Standard : Differenciation between Snubberless and Standard Triacs * (Standard=0 => Snubberless Triacs, Standard=1 => Standard Triacs) * ***************** * Power circuit * ***************** * **************** *Switch circuit* **************** * Q1 & Q2 Conduction S_S3 A Plip1 positive 0 Smain *RS_S3 positive 0 1G D_DAK1 Plip1 Plip2 Dak R_Rlip Plip1 Plip2 1k V_Viak Plip2 K DC 0 AC 0 * * Q3 & Q4 Conduction S_S4 A Plin1 negative 0 Smain *RS_S4 negative 0 1G D_DKA1 Plin2 Plin1 Dak R_Rlin Plin1 Plin2 1k V_Vika K Plin2 DC 0 AC 0 ************** *Gate circuit* ************** R_Rgk G K 10G D_DGKi Pg2 G Dgk D_DGKd G Pg2 Dgk V_Vig Pg2 K DC 0 AC 0 R_Rlig G Pg2 1k ******************* *Interface circuit* ******************* * positive pilot R_Rp Controlp positive 2.2 C_Cp 0 positive 1u E_IF15OR3 Controlp 0 VALUE {IF( ( (V(CMDIG)>0.5) | (V(CMDILIH)>0.5) | + (V(CMDVdrm)>0.5) ),400,0 )} * * negative pilot R_Rn Controln negative 2.2 C_Cn 0 negative 1u E_IF14OR3 Controln 0 VALUE {IF( ( (V(CMDIG)>0.5) | (V(CMDILIHN)>0.5) | + (V(CMDVdrm)>0.5) ),400,0 )} * * ****************** * Pilots circuit * ****************** ****************** * Pilot Gate * ****************** E_IF1IG inIG 0 VALUE {IF( ( ABS(I(V_Vig)) ) > Igt ,1,0 )} E_MULT2MULT CMDIG 0 VALUE {V(Q4)*V(inIG)} E_IF2Quadrant4 Q4 0 VALUE + {IF(((I(V_Vig)>Igt)&((V(A)-V(K))<0)&(Standard==0)),0,1)} * ****************** * Pilot IHIL * ****************** * E_IF10IL inIL 0 VALUE {IF( ((I(V_Viak))>2.5*Igt),1,0 )} E_IF5IH inIH 0 VALUE {IF( ((I(V_Viak))>(Ih/3)),1,0 )} * * Flip_flop IHIL E_IF6DIHIL SDIHIL 0 VALUE {IF( + (V(inIL)*V(inIH)+V(inIH)*(1-V(inIL))*(V(CMDILIH)) )>0.5,1,0)} C_CIHIL CMDILIH 0 1n R_RIHIL SDIHIL CMDILIH 1K R_RIHIL2 CMDILIH 0 100Meg ****************** * Pilot IHILN * ****************** * E_IF11ILn inILn 0 VALUE {IF( ((I(V_Vika))>2.5*Igt),1,0 )} E_IF3IHn inIHn 0 VALUE {IF( ((I(V_Vika))>(Ih/3)),1,0 )} * Flip_flop IHILn E_IF4DIHILN SDIHILN 0 VALUE {IF( + (V(inILn)*V(inIHn)+V(inIHn)*(1-V(inILn))*(V(CMDILIHN)) )>0.5,1,0)} C_CIHILn CMDILIHN 0 1n R_RIHILn SDIHILN CMDILIHN 1K R_RIHILn2 CMDILIHN 0 100Meg ****************** * Pilot VDRM * ****************** E_IF8Vdrm inVdrm 0 VALUE {IF( (ABS(V(A)-V(K))>(Vdrm*1.3)),1,0 )} E_IF9IHVDRM inIhVdrm 0 VALUE {IF( (I(V_Viak)>(Vdrm*1.3)/1.2meg)| + (I(V_Vika)>(Vdrm*1.3)/1.2meg),1,0)} * Flip_flop VDRM E_IF7DVDRM SDVDRM 0 VALUE {IF( + (V(inVdrm)+(1-V(inVdrm))*V(inIhVdrm)*V(CMDVdrm) )>0.5,1,0)} C_CVdrm CMDVdrm 0 1n R_RVdrm SDVDRM CMDVdrm 100 R_RVdrm2 CMDVdrm 0 100Meg **************** * Switch Model * **************** .MODEL Smain VSWITCH Roff=1.2meg Ron={Rt} Voff=0 Von=100 **************** * Diodes Model * **************** .MODEL Dak D( Is=3E-12 Cjo=5pf) .MODEL Dgk D( Is=1E-16 Cjo=50pf Rs=5) .ends * ********************************************************************* * TRIACs PSpice Library * ********************************************************************* ********************************************************************* * Standard TRIACs * ********************************************************************* * *$ .subckt Z0103D A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=5ma + Ih=7ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0103M A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=5ma + Ih=7ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0103S A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=5ma + Ih=7ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0103N A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=5ma + Ih=7ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0107D A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=7ma + Ih=10ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0107M A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=7ma + Ih=10ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0107S A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=7ma + Ih=10ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0107N A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=7ma + Ih=10ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0109D A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=10ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0109M A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=10ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0109S A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=10ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0109N A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=10ma + Ih=10ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0110D A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=25ma + Ih=25ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0110M A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=25ma + Ih=25ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0110S A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=25ma + Ih=25ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0110N A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=25ma + Ih=25ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0402D A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=3ma + Ih=3ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0402M A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=3ma + Ih=3ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0402N A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=3ma + Ih=3ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0405D A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=5ma + Ih=5ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0405M A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=5ma + Ih=5ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0405N A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=5ma + Ih=5ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0409D A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=10ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0409M A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=10ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0409N A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=10ma + Ih=10ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0410D A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=25ma + Ih=25ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0410M A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=25ma + Ih=25ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z0410N A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=25ma + Ih=25ma + Rt=0.18 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-400C A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-600C A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-700C A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-800C A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-400C A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-600C A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-700C A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-800C A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-400C A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-600C A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-700C A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-800C A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-400C A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-600C A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-700C A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-800C A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=25ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.065 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-400C A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=25ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-600C A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=25ma + Rt=0.04 + Standard=1* 1999 / ST / Rev 0 .ends *$ .subckt BTA10-700C A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=25ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-800C A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=25ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-400C A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=25ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-600C A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=25ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-700C A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=25ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-800C A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=25ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.04 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-400C A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=25ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-600C A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=25ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-700C A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=25ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-800C A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=25ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-400C A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=25ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-600C A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=25ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-700C A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=25ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-800C A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=25ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.034 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.025 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.025 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.025 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.025 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.025 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.025 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.025 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.025 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=50ma + Rt=0.019 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=50ma + Rt=0.019 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=50ma + Rt=0.019 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=50ma + Rt=0.019 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA25-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=80ma + Rt=0.014 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA25-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=80ma + Rt=0.014 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA25-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=80ma + Rt=0.014 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA25-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=80ma + Rt=0.014 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=80ma + Rt=0.015 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=80ma + Rt=0.015 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=80ma + Rt=0.015 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=80ma + Rt=0.015 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB26-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=80ma + Rt=0.015 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB26-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=80ma + Rt=0.015 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB26-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=80ma + Rt=0.015 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB26-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=80ma + Rt=0.015 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA40-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=80ma + Rt=0.012 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA40-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=80ma + Rt=0.012 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA40-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=80ma + Rt=0.012 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA40-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=80ma + Rt=0.012 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA41-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=80ma + Rt=0.01 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA41-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=80ma + Rt=0.01 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA41-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=80ma + Rt=0.01 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTA41-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=80ma + Rt=0.01 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB41-400B A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=100ma + Ih=80ma + Rt=0.01 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB41-600B A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=100ma + Ih=80ma + Rt=0.01 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB41-700B A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=100ma + Ih=80ma + Rt=0.01 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt BTB41-800B A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=100ma + Ih=80ma + Rt=0.01 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z00607DA A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=7ma + Ih=5ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt Z00607MA A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=7ma + Ih=5ma + Rt=0.42 + Standard=1 * 1999 / ST / Rev 0 .ends *$ .subckt T2550H-600T A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=75ma + Rt=0.019 + Standard=1 * 1999 / ST / Rev 0 .ends * ********************************************************************* * Snubberless & Logic Level Triac_STs * ********************************************************************* * *$ .subckt BTA12-400SW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=25ma + Rt=0.04 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-600SW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=25ma + Rt=0.04 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-700SW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=25ma + Rt=0.04 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-400SW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=25ma + Rt=0.04 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-600SW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=25ma + Rt=0.04 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-700SW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=25ma + Rt=0.04 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA12-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB12-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1220-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=20ma + Ih=35ma + Rt=0.031 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1220-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=20ma + Ih=35ma + Rt=0.031 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1220-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=20ma + Ih=35ma + Rt=0.031 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1230-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=30ma + Ih=50ma + Rt=0.031 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1230-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=30ma + Ih=50ma + Rt=0.031 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1230-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=30ma + Ih=50ma + Rt=0.031 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.03 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1620-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=20ma + Ih=35ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1620-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=20ma + Ih=35ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1620-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=20ma + Ih=35ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1630-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=30ma + Ih=50ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1630-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=30ma + Ih=50ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1630-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=30ma + Ih=50ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA20-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=50ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA20-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=50ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA20-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=50ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA20-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=50ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB20-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=50ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB20-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=50ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB20-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=50ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB20-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=50ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA20-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=75ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA20-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=75ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA20-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=75ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA20-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=75ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB20-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=75ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB20-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=75ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB20-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=75ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB20-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=75ma + Rt=0.02 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA24-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA24-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA24-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA24-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA24-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA24-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB24-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=50ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA26-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=75ma + Rt=0.016 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-600SW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=15ma + Rt=0.025 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA16-700SW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=15ma + Rt=0.025 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-600SW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=15ma + Rt=0.025 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB16-700SW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=15ma + Rt=0.025 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T405-400 A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=5ma + Ih=10ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T405-600 A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=5ma + Ih=10ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T410-400 A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=15ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T410-600 A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=15ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T410-700 A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=15ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T410-800 A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=10ma + Ih=15ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T435-400 A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T435-600 A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T435-700 A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T435-800 A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.14 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-400TW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-600TW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-700TW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-400TW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-600TW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-700TW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-400SW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-600SW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-700SW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-400SW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-600SW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-700SW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA06-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB06-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T620-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=20ma + Ih=35ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T620-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=20ma + Ih=35ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T620-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=20ma + Ih=35ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T630-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=30ma + Ih=50ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T630-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=30ma + Ih=50ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T630-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=30ma + Ih=50ma + Rt=0.062 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-400TW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-600TW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-700TW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-400TW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-600TW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-700TW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=5ma + Ih=15ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-400SW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-600SW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-700SW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-400SW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-600SW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-700SW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=10ma + Ih=25ma + Rt=0.054 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA08-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB08-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.056 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T820-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=20ma + Ih=35ma + Rt=0.048 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T820-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=20ma + Ih=35ma + Rt=0.048 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T820-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=20ma + Ih=35ma + Rt=0.048 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T830-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=30ma + Ih=50ma + Rt=0.048 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T830-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=30ma + Ih=50ma + Rt=0.048 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T830-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=30ma + Ih=50ma + Rt=0.048 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-400CW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-600CW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-700CW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-800CW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=35ma + Ih=35ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTA10-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-400BW A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-600BW A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-700BW A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt BTB10-800BW A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=50ma + Ih=50ma + Rt=0.042 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1020-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=20ma + Ih=35ma + Rt=0.038 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1020-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=20ma + Ih=35ma + Rt=0.038 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1020-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=20ma + Ih=35ma + Rt=0.038 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1020-800W A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=20ma + Ih=35ma + Rt=0.038 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1030-400W A K G X1 A K G Triac_ST params: + Vdrm=400v + Igt=30ma + Ih=50ma + Rt=0.038 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1030-600W A K G X1 A K G Triac_ST params: + Vdrm=600v + Igt=30ma + Ih=50ma + Rt=0.038 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1030-700W A K G X1 A K G Triac_ST params: + Vdrm=700v + Igt=30ma + Ih=50ma + Rt=0.038 + Standard=0 * 1999 / ST / Rev 0 .ends *$ .subckt T1030-800W A K G X1 A K G Triac_ST params: + Vdrm=800v + Igt=30ma + Ih=50ma + Rt=0.038 + Standard=0 * 1999 / ST / Rev 0 .ends *$ *********************************************************************** * Thyristor PSpice Models * *********************************************************************** * Note : * * This thyristor model simulates: * -Igt MAX of the specification * -Il Typ of the specification * -Ih Typ of the specification * -VDRM * -VRRM * -Power dissipation is realistic and correspond to a typical * triac * * All these parameters are constant, and don't vary neither * with temperature nor other parameters. * * * *$ .subckt SCR_ST A K G PARAMS: + Vdrm=400v + Igt=20ma + Ih=6ma + Rt=0.01 * * Vdrm : Repetitive forward off-state voltage * Ih : Holding current * Igt : Gate trigger current * Rt : Dynamic on-state resistance * ***************** * Power circuit * ***************** * **************** *Switch circuit* **************** * Q1 & Q2 Conduction S_S3 A Plip1 positive 0 Smain *RS_S3 positive 0 1G D_DAK1 Plip1 Plip2 Dak R_Rlip Plip1 Plip2 1k V_Viak Plip2 K DC 0 AC 0 * ************** *Gate circuit* ************** R_Rgk G K 10G D_DGKd G Pg2 Dgk V_Vig Pg2 K DC 0 AC 0 R_Rlig G Pg2 1k ******************* *Interface circuit* ******************* * positive pilot R_Rp Controlp positive 2.2 C_Cp 0 positive 1u E_IF15OR3 Controlp 0 VALUE {IF( ( (V(CMDIG)>0.5) | (V(CMDILIH)>0.5) | + (V(CMDVdrm)>0.5) ),400,0 )} * ****************** * Pilots circuit * ****************** ****************** * Pilot Gate * ****************** E_IF1IG CMDIG 0 VALUE {IF( ( I(V_Vig) ) > Igt ,1,0 )} * ****************** * Pilot IHIL * ****************** * E_IF10IL inIL 0 VALUE {IF( ((I(V_Viak))>2.5*Igt),1,0 )} E_IF5IH inIH 0 VALUE {IF( ((I(V_Viak))>(Ih/3)),1,0 )} * * Flip_flop IHIL E_IF6DIHIL SDIHIL 0 VALUE {IF( + (V(inIL)*V(inIH)+V(inIH)*(1-V(inIL))*(V(CMDILIH)) )>0.5,1,0)} C_CIHIL CMDILIH 0 1n R_RIHIL SDIHIL CMDILIH 1K R_RIHIL2 CMDILIH 0 100Meg ****************** * Pilot VDRM * ****************** E_IF8Vdrm inVdrm 0 VALUE {IF( (ABS(V(A)-V(K))>(Vdrm*1.3)),1,0 )} E_IF9IHVDRM inIhVdrm 0 VALUE {IF( I(V_Viak)>(Vdrm*1.3)/1.2meg + ,1,0)} * Flip_flop VDRM E_IF7DVDRM SDVDRM 0 VALUE {IF( + (V(inVdrm)+(1-V(inVdrm))*V(inIhVdrm)*V(CMDVdrm) )>0.5,1,0)} C_CVdrm CMDVdrm 0 1n R_RVdrm SDVDRM CMDVdrm 100 R_RVdrm2 CMDVdrm 0 100Meg **************** * Switch Model * **************** .MODEL Smain VSWITCH Roff=1.2meg Ron={Rt} Voff=0 Von=100 **************** * Diodes Model * **************** .MODEL Dak D( Is=3E-12 Cjo=5pf) .MODEL Dgk D( Is=1E-16 Cjo=50pf Rs=5 Bv=12V Ibv=100uA) .ends * ********************************************************************* * SCR PSpice Library * ********************************************************************* ********************************************************************* * Standard SCRs * ********************************************************************* * *$ .subckt TXN1012 A K G X1 A K G SCR_ST params: + Vdrm=1000v + Igt=15ma + Ih=30ma + Rt=0.036 * 1999 / ST / Rev 0 .ends *$ .subckt X0202N A K G X1 A K G SCR_ST params: + Vdrm=800v + Igt=200ua + Ih=5ma + Rt=0.15 * 1999 / ST / Rev 0 .ends *$ *********************************************************************** * DIAC PSpice Models * *********************************************************************** .SUBCKT DIAC DIAC_IN DIAC_OUT PARAMS: +Tr=0.342 +Delta_V=19V +Ibo=15uA * *Tr: Rise time (in µs) *Delta_V: Dynamic breakover voltage *Ibo: Breakover current C_C1 N02098 DIAC_OUT 1u IC=0 V_IDIAC1 DIAC_IN N01041 DC 0Vdc AC 0Vac R_R1 N02098 TRG {1.462*Tr} D_D1 N06161 N01041 DZ19V E_ABM1 TRG DIAC_OUT VALUE { IF(ABS(I(V_IDIAC1))>{Ibo},1,0)} D_D2 N06161 N01060 DZ19V D_D3 N10655 N01060 DZ14V D_D4 N10655 DIAC_OUT DZ14V S_S1 N01041 N01060 N02098 DIAC_OUT _S1 RS_S1 N02098 DIAC_OUT 1G C_C2 DIAC_IN DIAC_OUT 10p **************** * Switch Model * **************** .MODEL _S1 VSWITCH Roff=1e7 Ron=2.2 Voff=0.1V Von=0.99V **************** * Diodes Model * **************** .model DZ14V D(Is=3.142f Rs=0.1 Ikf=0 N=1 Xti=3 Eg=1.11 M=.3282 + Vj=.75 Fc=.5 Isr=1.973n Nr=2 Bv=13.6 Ibv=.14467 Nbv=1.093 + Ibvl=.1m Nbvl=1.2722 Tbv1=001433.3u) * Vz = 14 @ 17mA, Zz = 32 @ 1mA, Zz = 8.25 @ 5mA, Zz = 5.75 @ 20mA .model DZ19V D(Is=6.994f Rs=5.612 Ikf=0 N=1 Eg=1.11 M=.2906 + Vj=.75 Fc=.5 Isr=2.088n Nr=2 Bv={Delta_V} Ibv=.17098 Nbv=1.2072 + Ibvl=2.002m Nbvl=1.1457 Tbv1=888.89u) * Vz = 18 @ 14mA, Zz = 37 @ 1mA, Zz = 11 @ 5mA, Zz = 7.9 @ 20mA .ends * ********************************************************************* * Standard DIACs * ********************************************************************* * *$ .subckt DB3TG DIAC_IN DIAC_OUT X1 DIAC_IN DIAC_OUT DIAC params: +Tr=0.342 +Delta_V=19V +Ibo=15uA * 2000 / ST / Rev 0 .ends *$