******************************** * Copyright: * * Vishay Intertechnology, Inc. * ******************************** *Jul 14, 2014 *ECN S14-1396, Rev. B *File Name: Si2308BDS_PS_RC.txt and Si2308BDS_PS_RC.lib *This document is intended as a SPICE modeling guideline and does not *constitute a commercial product datasheet. Designers should refer to the *appropriate datasheet of the same number for guaranteed specification *limits. .SUBCKT Si2308BDS D G S M1 3 GX S S NMOS W=294728u L=0.25u M2 S GX S D PMOS W=294728u L=0.50u RG G GX 2.8 R1 D 3 RTEMP 8E-2 CGS GX S 133E-12 DBD S D DBD **************************************************************** .MODEL NMOS NMOS ( LEVEL = 3 TOX = 5E-8 + RS = 3.5E-2 RD = 0 NSUB = 2.4E17 + KP = 1E-5 UO = 650 + VMAX = 0 XJ = 5E-7 KAPPA = 3E-2 + ETA = 1E-4 TPG = 1 + IS = 0 LD = 0 + CGSO = 0 CGDO = 0 CGBO = 0 + NFS = 0.8E12 DELTA = 0.1) *************************************************************** .MODEL PMOS PMOS ( LEVEL = 3 TOX = 5E-8 +NSUB = 2E16 IS = 0 TPG = -1) **************************************************************** .MODEL DBD D (CJO=40E-12 VJ=0.38 M=0.20 +FC=0.5 TT=1.61E-8 T_MEASURED=25 BV=61 +RS=2.384e-02 N=1.384 IS=3.041e-10 IKF=1000 +EG=1.185 XTI=1.386 TRS1=1.475e-03) **************************************************************** .MODEL RTEMP RES (TC1=8E-3 TC2=5.5E-6) **************************************************************** .ENDS * source COMPONENT GENERATOR .SUBCKT Si2308BDS_PS_RC D G S PARAMS: C2=1000 R1=1M C3=1000 R2=1M C4=1000 R3=1M + C5=1000 R4=1M R5=1M C1=1000 C_CT6 N11708 N11712 258.6898u TC=0,0 C_CF2 0 N16364 2.8430m TC=0,0 R_RT1 j-a-Temp-Tank N11404 10.1447 TC=0,0 C_CF7 0 N18737 12.9916m TC=0,0 R_RT7 N11712 N11716 8.5154 TC=0,0 C_CF4 0 N16388 2.3991 TC=0,0 G_G7 0 JUNCTION-TEMPERATURE-1RC VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } C_C10 N94536 N94151 {C4} TC=0,0 C_C12 N95722 N95798 {C2} TC=0,0 C_C5 N92368 N92773 {C2} TC=0,0 V_V_Gate G GATE 0VDC R_RT3 N11408 N11412 42.5267 TC=0,0 C_C8 N94061 N94123 {C2} TC=0,0 R_RF3 N16384 N16388 33.3918 TC=0,0 V_V4 N11732 0 {TEMP} R_R10 N94536 N94151 {R4} TC=0,0 R_R5 N92368 N92773 {R2} TC=0,0 C_C3 N91434 N91125 {C2} TC=0,0 R_R12 N95722 N95798 {R2} TC=0,0 R_R8 N94061 N94123 {R2} TC=0,0 R_RT8 N11716 N11732 24.1433 TC=0,0 R_RT6 N11708 N11712 6.3548 TC=0,0 R_R3 N91434 N91125 {R2} TC=0,0 G_DissipationPower 0 j-a-Temp-Filter VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } C_CT2 N11404 N11408 3.2679m TC=0,0 R_RT5 j-f-Temp-Tank N11708 35.9865 TC=0,0 C_C1 JUNCTION-TEMPERATURE-1RC N89014 {C1} TC=0,0 C_C13 N95798 N95860 {C3} TC=0,0 X_U1 DRAIN GATE SOURCE Si2308BDS R_RF2 N16364 N16384 44.4742 TC=0,0 V_V3 N11450 0 {TEMP} C_C9 N94123 N94536 {C3} TC=0,0 R_R13 N95798 N95860 {R3} TC=0,0 R_RF8 N18741 N18767 7.4399 TC=0,0 C_CT1 j-a-Temp-Tank N11404 137.6127u TC=0,0 R_RF1 j-a-Temp-Filter N16364 12.3489 TC=0,0 R_RT2 N11404 N11408 37.0103 TC=0,0 R_R9 N94123 N94536 {R3} TC=0,0 C_CT4 N11412 N11450 2.4660 TC=0,0 R_RF5 j-f-Temp-Filter N18733 10.7171 TC=0,0 V_V5 N16436 0 {TEMP} C_CT3 N11408 N11412 22.8724m TC=0,0 G_G5 0 j-a-Temp-Tank VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } C_C4 JUNCTION-TEMPERATURE-3RC N92368 {C1} TC=0,0 R_RF7 N18737 N18741 11.6834 TC=0,0 C_C14 N95860 N96370 {C4} TC=0,0 C_C11 JUNCTION-TEMPERATURE-5RC N95722 {C1} TC=0,0 R_RT4 N11412 N11450 40.3183 TC=0,0 C_CF8 0 N18741 213.8914m TC=0,0 C_C7 JUNCTION-TEMPERATURE-4RC N94061 {C1} TC=0,0 R_R1 JUNCTION-TEMPERATURE-1RC N89014 {R1} TC=0,0 C_C2 JUNCTION-TEMPERATURE-2RC N91434 {C1} TC=0,0 R_R4 JUNCTION-TEMPERATURE-3RC N92368 {R1} TC=0,0 R_R14 N95860 N96370 {R4} TC=0,0 R_R11 JUNCTION-TEMPERATURE-5RC N95722 {R1} TC=0,0 C_CF5 0 j-f-Temp-Filter 255.4383u TC=0,0 C_CF1 0 j-a-Temp-Filter 167.2351u TC=0,0 R_R7 JUNCTION-TEMPERATURE-4RC N94061 {R1} TC=0,0 R_R2 JUNCTION-TEMPERATURE-2RC N91434 {R1} TC=0,0 C_CT5 j-f-Temp-Tank N11708 1.4986m TC=0,0 C_C15 N96370 N95888 {C5} TC=0,0 V_V9 N92392 0 {TEMP} V_V_Source SOURCE S 0VDC V_V11 N95888 0 {TEMP} R_RF4 N16388 N16436 39.7851 TC=0,0 C_CT8 N11716 N11732 8.5691m TC=0,0 V_V10 N94151 0 {TEMP} R_R15 N96370 N95888 {R5} TC=0,0 G_G4 0 j-f-Temp-Filter VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } V_V8 N91125 0 {TEMP} C_C6 N92773 N92392 {C3} TC=0,0 C_CT7 N11712 N11716 248.3849m TC=0,0 G_G9 0 JUNCTION-TEMPERATURE-3RC VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } C_CF6 0 N18733 1.1739m TC=0,0 R_R6 N92773 N92392 {R3} TC=0,0 G_G11 0 JUNCTION-TEMPERATURE-5RC VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } V_V7 N89014 0 {TEMP} C_CF3 0 N16384 23.1781m TC=0,0 G_G10 0 JUNCTION-TEMPERATURE-4RC VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } G_G8 0 JUNCTION-TEMPERATURE-2RC VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } R_RF6 N18733 N18737 45.1596 TC=0,0 V_V_Drain D DRAIN 0VDC G_G6 0 j-f-Temp-Tank VALUE { + (V(Drain)*I(V_V_Drain)+V(Gate)*I(V_V_Gate)+V(Source)*I(V_V_Source)) } V_V6 N18767 0 {TEMP} .ENDS