*********************************************************************************************************************** ** littelfuse，lp ** triac Spice模型** QXX10XX-QXX10XHX ** ** ** T. CHENOSKI ** IRVING技术中心** ***A 06/08/08 ** ************************************************************************************************************************************************。OFF QNPN2 11 6 7 NOUTR OFF QPNP2 6 11 3 POUTR of dfor 4 5 dz Off DREV 6 11 dz off Rfor 4 6 12meg Ron 1 7 60m Rhold 7 60m Rhold 7 6 50 RGP 8 3 50 RG 2 8 50 RG 2 8 5.8 RS 8 4.8 RS 8 4 100 DN 9 2DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 10浸出RP 10 3 3.56 GP 7 6 10 3 0.1 .model Din d（IS = 382F）.model Dip d（IS = 382F）n = 1.19）.model dz d（IS = 382f n = 1.5 IBV = 50U bv = 400）.model poutf pnp（IS = 382f bf = 1 cje = 1 cje = 380p tf = 0.3U）。= 3 cje = 380p cjc = 76p tf = 0.3U）.model poutr pnp（IS = 382f bf = 5 cje = 380p tf = 0.3U）.model noutr noutr npn（is = 382f = 382f = 0.5 cje = 0.5 cje = 380p cjc = 380p cjc = 76p cjc = 76p tff= 0.3U）。DZ OFF RFOR 4 6 12MEG RON 1 7 60M RHOLD 7 6 50 RGP 8 3 50 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 DP 2 10 10 10浸入RP 10 3 3.56 GP 7 6 10 3 0.1 .model Din d（IS = 382F）.model Dip d（IS = 382F n = 1.19）.model dz d（IS = 382F n = 1.5 IBV = 1.5 IBV = 1.5 IBV = 400) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q4010N4 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 50 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=400) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q6010L5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=600) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q6010R5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=600) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q6010N5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=600) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q8010L5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=800) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q8010R5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=800) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q8010N5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=800) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT QK010L5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=1000) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT QK010R5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=1000) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT QK010N5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 GP 7 6 10 3 0.1 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=1000) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q4010LH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=400) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q4010RH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=400) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q4010NH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=400) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q6010LH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=600) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q6010RH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=600) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q6010NH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=600) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q8010LH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=800) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q8010RH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=800) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT Q8010NH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=800) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT QK010LH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=1000) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT QK010RH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=1000) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS .SUBCKT QK010NH5 1 2 3 * TERMINALS: MT2 G MT1 Qnpn1 5 4 3 NoutF OFF Qpnp1 4 5 7 PoutF OFF Qnpn2 11 6 7 NoutR OFF Qpnp2 6 11 3 PoutR OFF Dfor 4 5 DZ OFF Drev 6 11 DZ OFF Rfor 4 6 12MEG Ron 1 7 60m Rhold 7 6 50 RGP 8 3 13 RG 2 8 5.8 RS 8 4 100 DN 9 2 DIN OFF RN 9 3 6.12 GNN 6 7 9 3 1.1 GNP 4 5 9 3 0.521 DP 2 10 DIP OFF RP 10 3 3.56 .MODEL DIN D (IS=382F) .MODEL DIP D (IS=382F N=1.19) .MODEL DZ D (IS=382F N=1.5 IBV=50U BV=1000) .MODEL PoutF PNP (IS=382F BF=1 CJE=380p TF=0.3U) .MODEL NoutF NPN (IS=382F BF=3 CJE=380p CJC=76p TF=0.3U) .MODEL PoutR PNP (IS=382F BF=5 CJE=380p TF=0.3U) .MODEL NoutR NPN (IS=382F BF=0.5 CJE=380p CJC=76p TF=0.3U) .ENDS