OBSSCircuit DescriptionV1.1010/02/94 20:07 CET.Component & analysis parameters of a circuit.TINA 9.3.100.244 SF-TIB(c) Copyright 1993,94,95,96 DesignSoft Inc.
All rights reserved.W
$Circuit$e?d[All]minx1=0maxx1=5E-5 divsx1=5
scalex1=0miny2=5.8658866791E-5maxy2=146.288940443 divsy2=2
scaley2=2miny4=5.8658866791E-5maxy4=146.288940443 divsy4=2
scaley4=2
miny7=-90
maxy7=180 divsy7=6
scaley7=0minx7=1000maxx7=1000000 divsx7=2
scalex7=2
minx2=0.1maxx2=10000 divsx2=5
scalex2=2
minx4=0.1maxx4=10000 divsx4=5
scalex4=2 miny1=-2maxy1=6 divsy1=8
scaley1=0miny12=1E-8maxy12=1E-5
divsy12=3scaley12=2
minx12=10maxx12=1000000
divsx12=5scalex12=2miny13=1E-8maxy13=0.0001
divsy13=4scaley13=2 minx14=1maxx14=1000000
divsx14=6scalex14=2miny14=1E-8
maxy14=0.001
divsy14=5scaley14=2 minx13=1maxx13=1000000
divsx13=6scalex13=2[AM1]miny1=-0.001500505555maxy1=0.00150060461 divsy1=2
scaley1=0[VM1]miny2=5.5056606918E-5maxy2=33.111836544 divsy2=2
scaley2=2miny4=5.5056606918E-5maxy4=33.111836544 divsy4=2
scaley4=2 miny7=90
maxy7=180 divsy7=2
scaley7=0minx1=0maxx1=5 divsx1=4
scalex1=0miny1=0maxy1=5 divsy1=4
scaley1=0 minx2=10maxx2=1000000 divsx2=5
scalex2=2 minx4=10maxx4=1000000 divsx4=5
scalex4=2minx7=1maxx7=10000 divsx7=4
scalex7=2miny13=1E-9maxy13=1E-7
divsy13=2scaley13=2
minx13=10maxx13=1000000
divsx13=5scalex13=2miny12=1E-8
maxy12=0.001
divsy12=5scaley12=2
minx12=10maxx12=1000000
divsx12=5scalex12=2[ZM1]miny2=1.061032954maxy2=1061032954 divsy2=2
scaley2=2miny4=1.061032954maxy4=1061032954 divsy4=2
scaley4=2[VS1]
miny1=-15 maxy1=15 divsy1=2
scaley1=0[Vcmp-]miny1=0.000420475633973maxy1=2.479509832 divsy1=2
scaley1=0[VS2]
miny1=-15 maxy1=15 divsy1=2
scaley1=0[Vcmp+]miny1=6.8927824745E-5maxy1=2.479793048 divsy1=2
scaley1=0[Vo]miny1=0
maxy1=3.3 divsy1=1
scaley1=0[Vcmp]
minx1=-15 maxx1=15 divsx1=6
scalex1=0miny1=-9.9372269776E-5maxy1=2.479238759 divsy1=2
scaley1=0[VM2] minx2=10
maxx2=100000 divsx2=4
scalex2=2 minx4=10
maxx4=100000 divsx4=4
scalex4=2
miny2=-40 maxy2=40 divsy2=4
scaley2=1
miny4=-40 maxy4=40 divsy4=4
scaley4=1miny12=1E-8
maxy12=0.001
divsy12=5scaley12=2[Vast]miny1=0maxy1=5.05 divsy1=2
scaley1=0minx1=0maxx1=0.003 divsx1=3
scalex1=0[VFB]
miny2=-40
maxy2=120 divsy2=8
scaley2=1
miny4=-40
maxy4=120 divsy4=8
scaley4=1
miny7=-45
maxy7=180 divsy7=5
scaley7=0[VOUT2]miny2=0.815698531526maxy2=169.384685517 divsy2=2
scaley2=2miny4=0.815698531526maxy4=169.384685517 divsy4=2
scaley4=2[Vout]miny1=-1.500076674maxy1=1.499753333 divsy1=2
scaley1=0
minx2=0.1maxx2=100000000 divsx2=9
scalex2=2
minx4=0.1maxx4=100000000 divsx4=9
scalex4=2
miny2=0.1maxy2=1000 divsy2=4
scaley2=2
miny4=0.1maxy4=1000 divsy4=4
scaley4=2[VIN]
miny1=-10 maxy1=10 divsy1=2
scaley1=0[Vnon]miny1=2.49999maxy1=2.50001 divsy1=2
scaley1=0[Voa]miny2=-87.048620097maxy2=55.871123817 divsy2=2
scaley2=1miny4=-87.048620097maxy4=55.871123817 divsy4=2
scaley4=1[Vinv] miny1=-2maxy1=6 divsy1=8
scaley1=0[VG1]miny1=-0.75maxy1=0.75 divsy1=2
scaley1=0[Vfil]
miny1=-12 maxy1=12 divsy1=2
scaley1=0[Vamp]
miny1=-12 maxy1=12 divsy1=2
scaley1=0[Vn1]
miny2=-12maxy2=3 divsy2=5
scaley2=1
miny4=-12maxy4=3 divsy4=5
scaley4=1[Vn2]miny2=-110
maxy2=-90 divsy2=1
scaley2=1miny4=-110
maxy4=-90 divsy4=1
scaley4=1[VF1]
minx7=100maxx7=100000000 divsx7=6
scalex7=2
miny7=-90maxy7=0 divsy7=3
scaley7=0miny1=-0.703479586021maxy1=0.752791405596 divsy1=2
scaley1=0[Vcm]miny1=-14.921495122maxy1=14.922480099 divsy1=2
scaley1=0[VF3]
miny2=-40 maxy2=40 divsy2=4
scaley2=1
miny4=-40 maxy4=40 divsy4=4
scaley4=1
minx2=0.1maxx2=10000 divsx2=5
scalex2=2
minx4=0.1maxx4=10000 divsx4=5
scalex4=2[MyFunction2]miny2=0.000108180478632maxy2=135.434520228 divsy2=4
scaley2=2miny4=0.000108180478632maxy4=135.434520228 divsy4=4
scaley4=2I ??ƚQKE.
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LlHigh-drive mode
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&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$콽ͅ腂ͅͅ语ͅ腂语腂ͯ&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$20cbpnGE*(&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$콽ͯͅͅͅͅ腂ͅ语腂ͅ&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$20cbzytsKI/-&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$콽腂ͅͅͅ腂腂ͅͅͅͅ&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$콽腂腂ͅͅͅ腂腂腂腂语腂&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$콽ͅ腂ͅͅͅ腂腂腂腂&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$콽ͅͅͅͅ腂ͅ腂腂语腂&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$콽ͅͅͅͅ腂ͅ腂ͅͅͅ&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$ͅ腂ͅͅͅ腂ͅ腂腂ͯ腂&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$콽ͅ腂ͅͅͅ腂ͅ腂ͅ&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$쌌ͅͅͅ腂ͅ腂&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$&$쌌ͅͅ腂ͅ腂ͅ腂ͅͅ腂ͯ腂ͯ%%%
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V1T_11E23E0020150810162716Battery_9V_V (V)@DB!V2T_11E249C020150810162731Battery_9V_V (V)@<BR SW-SPDT1T_11E2558020150810162833Switch_SPDT_White (SW-SPDT)eA
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Vmet (VM)#BrxAM1T_11E2B96020150810164043
Amet (AM):B
L@U1T_115B8E1020151109142025 OPA625OPA625ZC:\Users\a0873315\AppData\Local\Temp\DesignSoft\{Tina9-Industrial-07302014-083124}\OPA625U#OPA625U#PPd*INP @d*INNAr @d*VCCfNH#A @d*VEE(x @d*OUT @d*MODE((X@ @h 00g"-Courier New?g"+Courier New ?g+VArialm۶m?gModeArial
m۶m?ж@ж@ * OPA625N*****************************************************************************v* (C) Copyright 2012 Texas Instruments Incorporated. All rights reserved. N*****************************************************************************H** This model is designed as an aid for customers of Texas Instruments.K** TI and its licensors and suppliers make no warranties, either expressedH** or implied, with respect to this model, including the warranties of F** merchantability or fitness for a particular purpose. The model isK** provided solely on an "as is" basis. The entire risk as to its quality)** and performance is with the customer.N******************************************************************************A** Released by: WEBENCH(R) Design Center, Texas Instruments Inc.* Part: OPA625* Date: 11/10/15* Model Type: All In One* Simulator: TINA-TI'* Simulator Version: 9.3.100.244 SF-TI* EVM Order Number: N/A * EVM Users Guide: N/A7* Datasheet: SBOS688A -APRIL 2015-REVISED OCTOBER 2015** Model Version: 3.0*N******************************************************************************* Updates:*2* Version 3.0 : Add Open-Loop Zout, VOUT vs IOUT *N*****************************************************************************
* Notes: L* 1. The model will portray the following parameters for LOW and HIGH power5* modes for the following at 5V operation at 25C:!* IIB, IOS, VOS, IQ, GBW, AOLF* 2. The model portrays the following parameters for HIGH power mode:)* Slew rate, CMRR, Zout, Vout vs IoutE* 3. The slew rate in low power mode is higher than reported in the * data sheet.4* 4. The model transition times and settling times -* are much faster than the actual device.E* 5. The MODE threshold is 0.9V above the most negative supply rail.N******************************************************************************$(.SUBCKT OPA625 INP INN VCC VEE OUT MODE2X_U41 EN IN_COMP N278677 GNDF COMPARATOR &C_C4 INN INP 0.775p TC=0,0 E_E2 N61051 0 VEE 0 1FX_U4 VCC VEE INPUT_VCLAMP OUTPUT_CLAMP VIMON GNDF VOUTVSIOUT 7E_E5 INPUTP_CMRR INPUTP_ICMR OUT_CMRR GNDF 0.58X_U39 VCC VEE INPUT_OUTN INPUTN_CMRR GNDF PSRR &X_U35 VICM INP INN GNDF VICM #R_R10 GNDF EN 10k TC=0,0 )X_U37 INPUT_OUTP INPUT_VOS vnse )X_U38 INPUT_VOS INPUT_OUTN femt ?X_U54 GNDF INPUTN_ICMR VICM VCC VEE MODE_EN GNDF IIBN CX_U59 INPUT_TF INPUT_VCLAMP VCC VEE EN MODE_EN GNDF TF_HI 1X_U46 OUTPUT_ZOUT OUT VIMON GNDF AMETER "V_V4 N278677 GNDF 0.69Vdc+R_R13 GNDF INPUT_VCLAMP 1 TC=0,0 IX_U48 INPUTP_GBW INPUTN_GBW INPUT_TF EN MODE_EN GNDF GBW_SLEW_L *G_G1 OUT_CMRR GNDF VICM GNDF 7e-7,R_R6 OUT_CNTRL N278435 100 TC=0,0 5X_U49 VCC VEE EN VIMON MODE_EN GNDF IQ_MODE (R_R1 N61125 N61045 1e6 TC=0,0 %D_D1 IN_COMP N278435 Dbreak ?X_U55 INPUTP_ICMR GNDF VICM VCC VEE MODE_EN GNDF IIBP 'R_R4 INN INPUT_OUTN 1 TC=0,0 (R_R2 N61051 N61125 1e6 TC=0,0 3E_U5_E7 U5_N03233 GNDF INPUT_ZOUT GNDF 1e34R_U5_R12 U5_N109725 U5_N110857 1e6 TC=0,0 5E_U5_E8 U5_FILT2_OUT GNDF U5_LPF2_OUT GNDF 1)R_U5_R4 GNDF U5_HPF2 1k TC=0,0 .R_U5_R10 GNDF U5_DC_PATH_2 1 TC=0,0 4E_U5_E9 U5_N109725 GNDF U5_DC_PATH_1 GNDF 14E_U5_E6 U5_EZO_OUT GNDF U5_I_SRC_OUT GNDF 15E_U5_E1 U5_DC_PATH_1 GNDF U5_N03233 GNDF 4e30R_U5_R9 GNDF OUTPUT_ZOUT 4.4e5 TC=0,0 .E_U5_E5 U5_N19285 GNDF U5_HPF2 GNDF 1.E_U5_E2 U5_N39011 GNDF U5_HPF1 GNDF 1.C_U5_C5 GNDF U5_N110857 400 TC=0,0 2R_U5_R6 U5_LPF2_OUT U5_N19285 1k TC=0,0 1E_U5_E3 U5_FILT1_OUT GNDF U5_LPF1 GNDF 1-R_U5_R5 GNDF U5_I_SRC_OUT 1 TC=0,0 6G_U5_G3 GNDF U5_I_SRC_OUT U5_DC_PATH_2 GNDF 12E_U5_E4 U5_N02139 GNDF U5_N03233 GNDF 3505C_U5_C1 U5_DC_PATH_1 U5_HPF1 11.5n TC=0,0 +R_U5_R11 U5_VIMON GNDF 1k TC=0,0 6G_U5_G1 GNDF U5_I_SRC_OUT U5_FILT2_OUT GNDF 16R_U5_R8 U5_EZO_OUT OUTPUT_ZOUT 4.4e6 TC=0,0 +C_U5_C2 GNDF U5_LPF1 43p TC=0,0 1C_U5_C3 U5_N02139 U5_HPF2 6.5p TC=0,0 6G_U5_G2 GNDF U5_I_SRC_OUT U5_FILT1_OUT GNDF 1*R_U5_R1 GNDF U5_HPF1 1e3 TC=0,0 4G_U5_G4 GNDF U5_I_SRC_OUT U5_N110857 GNDF 1.R_U5_R2 U5_N39011 U5_LPF1 1k TC=0,0 0C_U5_C4 GNDF U5_LPF2_OUT 0.4p TC=0,0 AX_U5_U1 U5_DC_PATH_2 U5_DC_PATH_1 U5_VIMON GNDF GVSIOUT M*X_U60 INPUTP_GBW INPUTN_GBW INPUT_TF EN MODE_EN GNDF GBW_SLEW_H_SB HX_U60 INPUTP_GBW INPUTN_GBW INPUT_TF EN MODE_EN GNDF GBW_SLEW_HRX_U53 INPUTP_GBW INPUTN_GBW VCC VEE INPUTP_ICMR INPUTN_ICMR EN GNDF ICMR 4X_U50 MODE MODE_EN VCC VEE GNDF MODE_CNTRL +R_R9 OUT_CNTRL IN_COMP 1k TC=0,0 #C_C1 0 N61125 1m TC=0,0 8E_E8 INPUT_ZOUT GNDF OUTPUT_CLAMP OUTPUT_ZOUT 1(C_C6 GNDF IN_COMP 18n TC=0,0 'R_R3 INP INPUT_OUTP 1 TC=0,0 DX_U57 INPUT_TF INPUT_VCLAMP VCC VEE EN MODE_EN GNDF TF_LOW HX_U51 INPUTP_CMRR INPUT_VOS VICM VCC VEE MODE_EN GNDF VOS_MODE E_E3 GNDF 0 N61125 0 1%R_R5 N114739 GNDF 1 TC=0,0 &C_C2 INN GNDF 0.45p TC=0,0 E_E1 N61045 0 VCC 0 1%L_L1 OUT_CMRR N114739 8uH 'R_R12 GNDF INPUT_TF 1 TC=0,0 &C_C3 GNDF INP 0.45p TC=0,0 3X_U52 OUT_CNTRL VICM VCC VEE GNDF dev_dis 8E_E4 INPUTN_CMRR INPUTN_ICMR OUT_CMRR GNDF -0.5.MODEL Dbreak D .ENDS*$
************
************.SUBCKT FEMT 1 2 .PARAM NLFF = 500 .PARAM FLWF = 1000 .PARAM NVRF = 250.* BEGIN SETUP OF NOISE GEN - FEMPTOAMPS/RT-HZ* INPUT THREE VARIABLES* SET UP INSE 1/F********************* FA/RHZ AT 1/F FREQ* NLFF********************* FREQ FOR 1/F VAL* FLWF********************* SET UP INSE FB* FA/RHZ FLATBAND* NVRF********************* END USER INPUT* START CALC VALS'.PARAM GLFF={PWR(FLWF,0.25)*NLFF/1164} .PARAM RNVF={1.184*PWR(NVRF,2)}1.MODEL DVNF D KF={PWR(FLWF,0.5)/1E11} IS=1.0E-16* END CALC VALS
I1 0 7 10E-3
I2 0 8 10E-3D1 7 0 DVNFD2 8 0 DVNFE1 3 6 7 8 {GLFF}R1 3 0 1E9R2 3 0 1E9R3 3 6 1E9E2 6 4 5 0 10R4 5 0 {RNVF}R5 5 0 {RNVF}R6 3 4 1E9R7 4 0 1E9G1 1 2 3 4 1E-6
C1 1 0 1E-15
C2 2 0 1E-15
C3 1 2 1E-15.ends*$**********************.SUBCKT VNSE 1 2 .PARAM NLF = 2.1 .PARAM FLW = 1000 .PARAM NVR = 2.5,* BEGIN SETUP OF NOISE GEN - NANOVOLT/RT-HZ* INPUT THREE VARIABLES* SET UP VNSE 1/F********************* NV/RHZ AT 1/F FREQ* NLF********************* FREQ FOR 1/F VAL* FLW********************* SET UP VNSE FB* NV/RHZ FLATBAND* NVR********************* END USER INPUT* START CALC VALS$.PARAM GLF={PWR(FLW,0.25)*NLF/1164}.PARAM RNV={1.184*PWR(NVR,2)}/.MODEL DVN D KF={PWR(FLW,0.5)/1E11} IS=1.0E-16* END CALC VALS
I1 0 7 10E-3
I2 0 8 10E-3D1 7 0 DVND2 8 0 DVNE1 3 6 7 8 {GLF}R1 3 0 1E9R2 3 0 1E9R3 3 6 1E9E2 6 4 5 0 10
R4 5 0 {RNV}
R5 5 0 {RNV}R6 3 4 1E9R7 4 0 1E9
E3 1 2 3 4 1
C1 1 0 1E-15
C2 2 0 1E-15
C3 1 2 1E-15.ends*$**********************#.SUBCKT COMPARATOR OUT IN REF GNDF.PARAM VOUT_MAX = 1.PARAM VOUT_MIN = 0.PARAM GAIN = 1e4CEOUT OUT GNDF VALUE = {MAX(MIN(GAIN*V(IN,REF),VOUT_MAX),VOUT_MIN)}.ENDS*$**********************1.SUBCKT VOUTvsIOUT VCC VEE VI VO VIMON GNDF.PARAM VCCmax = 2.75.PARAM VEEmax = -2.75.PARAM m1p = -8.75.PARAM m2p = -39.474.PARAM m3p = -375.PARAM b1p = 2.7.PARAM b2p = 6.79.PARAM b3p = 56.6**.PARAM m1n = -3.25.PARAM m2n = -37.5.PARAM m3n = -166.67.PARAM b1n = -2.7.PARAM b2n = -7.05.PARAM b3n = -27**.PARAM b1pp = {b1p - VCCmax}.PARAM b2pp = {b2p - VCCmax}.PARAM b3pp = {b3p - VCCmax}.PARAM b1nn = {b1n - VEEmax}.PARAM b2nn = {b2n - VEEmax}.PARAM b3nn = {b3n - VEEmax}**"EVCC NVCC 0 VALUE = {V(VCC,GNDF)}"EVEE NVEE 0 VALUE = {V(VEE,GNDF)}**9EV1P NV1P 0 VALUE = {(V(NVCC)+b1pp) + V(VIMON,GNDF)*m1p}9EV2P NV2P 0 VALUE = {(V(NVCC)+b2pp) + V(VIMON,GNDF)*m2p}9EV3P NV3P 0 VALUE = {(V(NVCC)+b3pp) + V(VIMON,GNDF)*m3p}**9EV1N NV1N 0 VALUE = {(V(NVEE)+b1nn) + V(VIMON,GNDF)*m1n}9EV2N NV2N 0 VALUE = {(V(NVEE)+b2nn) + V(VIMON,GNDF)*m2n}9EV3N NV3N 0 VALUE = {(V(NVEE)+b3nn) + V(VIMON,GNDF)*m3n}**=ECLPP NCLPP GNDF VALUE = {MIN(MIN(V(NV1P),V(NV2P)),V(NV3P))}=ECLPN NCLPN GNDF VALUE = {MAX(MAX(V(NV1N),V(NV2N)),V(NV3N))}**JECLAMP VO GNDF VALUE = {MAX(MIN(V(VI,GNDF),V(NCLPP,GNDF)),V(NCLPN,GNDF))}****.ENDS*$
*********
*********&.SUBCKT PSRR VDD VSS VI VO GNDF .PARAM PSRR = 130 .PARAM fpsrr = 1.PARAM PI = 3.141592.PARAM RPSRR = 1(.PARAM GPSRR = {PWR(10,-PSRR/20)/RPSRR}$.PARAM LPSRR = {RPSRR/(2*PI*fpsrr)}G1 GNDF 1 VDD VSS {GPSRR}R1 1 2 {RPSRR}L1 2 GNDF {LPSRR} E1 VO VI 1 GNDF 1C2 VDD VSS 10P .ENDS*$********************.SUBCKT VICM OUT INP INN GNDF8EOUT OUT GNDF VALUE = {0.5*(V(INP,GNDF) + V(INN,GNDF))}.ENDS*$*********************.SUBCKT IIBN OUT IN INN VCC VEE MODE GNDF+*** OUT and IN are for IIB current flow **8*** INN is for voltage monitoring of the amp inverting *** **** Units for I are in nA ****.PARAM SCALE = 1n.PARAM IIB_HI = 1990.PARAM IIB_LOW = 78.5.PARAM MAX_IIB_HI = 5000.PARAM MAX_IIB_LOW = 500.PARAM DRIFT_HI = 15.PARAM DRIFT_LOW = 0.9****[*EDRIFT NDRIFT 0 VALUE = {(1-V(MODE,GNDF))*DRIFT_LOW + V(MODE,GNDF)*DRIFT_HI)*(TEMP - 27)}]EIIB_HI NIIB_HI 0 VALUE = {MAX(MIN((IIB_HI + DRIFT_HI*(TEMP - 27)),MAX_IIB_HI),-MAX_IIB_HI)}cEIIB_LOW NIIB_LOW 0 VALUE = {MAX(MIN((IIB_LOW + DRIFT_LOW*(TEMP - 27)),MAX_IIB_LOW),-MAX_IIB_LOW)}****UGOUT OUT IN VALUE = {SCALE*((1-V(MODE,GNDF))*V(NIIB_LOW) + V(MODE,GNDF)*V(NIIB_HI))}**.ENDS*$********************..SUBCKT TF_HI VI VO VCC VEE SHDN MODE GNDF.PARAM fp_HI = 200e6 .PARAM fp2 = 10G .PARAM Gm = 1M.PARAM Ro = {1/Gm}.PARAM PI = 3.141592**Gp1 GNDF Vp1 VI GNDF {Gm}Rp1 Vp1 GNDF {Ro})Cp1 Vp1 GNDF {1/(2*PI*Ro*fp_HI)} IC = 0**Gp2 GNDF Vp2 Vp1 GNDF {Gm}Rp2 Vp2 GNDF {Ro}'Cp2 Vp2 GNDF {1/(2*PI*Ro*fp2)} IC = 0**0GOUT GNDF VO VALUE = {V(MODE,GNDF)*V(Vp2,GNDF)}**.ENDS*$
************
************".SUBCKT AMETER VI VO VIMON GNDF.PARAM GAIN = 1VSENSE VI VO DC = 0+EMETER VIMON GNDF VALUE = {I(VSENSE)*GAIN}.ENDS*$
************
************1.SUBCKT GBW_SLEW_L VIP VIM VO SHDN MODE GNDF .PARAM Aol = 100 .PARAM GBW = 1e6 .PARAM SRP = 10e6 .PARAM SRN = 10e6 .PARAM IT = 0.001.PARAM PI = 3.141592 .PARAM IP = {IT*MAX(1,SRP/SRN)}".PARAM IN = {IT*MIN(-1,-SRN/SRP)}".PARAM CC = {IT*MAX(1/SRP,1/SRN)}!.PARAM FP = {GBW/PWR(10,AOL/20)}.PARAM RC = {1/(2*PI*CC*FP)} .PARAM GC = {PWR(10,AOL/20)/RC}6* THIS SUBCKT MUST HAVE AN EXTERNAL LOAD RESISTOR = 12EMS NMS 0 VALUE = {V(SHDN,GNDF)*(1-V(MODE,GNDF))}?G1p GNDF OUTG1p VALUE = {MAX(MIN(GC*V(NMS)*V(VIP,VIM),IP),IN)}?G1n OUTG1n GNDF VALUE = {MAX(MIN(GC*V(NMS)*V(VIP,VIM),IP),IN)}6G1OUT GNDF VO VALUE = {V(SHDN,GNDF)*V(OUTG1p,OUTG1n)}RG1p OUTG1p GNDF {0.5*RC}Cg1dp OUTG1p GNDF {2*CC} IC=0RG1n OUTG1n GNDF {0.5*RC}Cg1dn OUTG1n GNDF {2*CC} IC=0*ROUT VO GNDF 1.ENDS*$**********************-.SUBCKT IQ_MODE VCC VEE SHDN VIMON MODE GNDF.PARAM IQ_HI = 0.002.PARAM IQ_LOW = 0.000273* Assumes: V(SHDN,GNDF) = 1 when device is enabled4* V(SHDN,GNDF) = 0 when device is disabled<* V(MODE,GNDF) = 1 when device is in high power mode;* V(MODE,GNDF) = 0 when device is in low power modeEGIQ VCC VEE VALUE = {(1 - V(MODE,GNDF))*IQ_LOW + V(MODE,GNDF)*IQ_HI}MGOUTP VCC GNDF VALUE = {IF(V(VIMON,GNDF) > 0, V(VIMON,GNDF)*V(SHDN,GNDF),0)}NGOUTN GNDF VEE VALUE = {IF(V(VIMON,GNDF) <= 0, V(VIMON,GNDF)*V(SHDN,GNDF),0)}.ENDS*$***********************.SUBCKT IIBP OUT IN INP VCC VEE MODE GNDF+*** OUT and IN are for IIB current flow **8*** INP is for voltage monitoring of the amp inverting *** **** Units for I are in nA ****.PARAM SCALE = 1n.PARAM IIB_HI = 2010.PARAM IIB_LOW = 81.5.PARAM MAX_IIB_HI = 5000.PARAM MAX_IIB_LOW = 500.PARAM DRIFT_HI = 15.PARAM DRIFT_LOW = 0.9****[*EDRIFT NDRIFT 0 VALUE = {(1-V(MODE,GNDF))*DRIFT_LOW + V(MODE,GNDF)*DRIFT_HI)*(TEMP - 27)}]EIIB_HI NIIB_HI 0 VALUE = {MAX(MIN((IIB_HI + DRIFT_HI*(TEMP - 27)),MAX_IIB_HI),-MAX_IIB_HI)}cEIIB_LOW NIIB_LOW 0 VALUE = {MAX(MIN((IIB_LOW + DRIFT_LOW*(TEMP - 27)),MAX_IIB_LOW),-MAX_IIB_LOW)}****UGOUT OUT IN VALUE = {SCALE*((1-V(MODE,GNDF))*V(NIIB_LOW) + V(MODE,GNDF)*V(NIIB_HI))}**.ENDS*$**********************".SUBCKT GvsIOUT OUT IN VIMON GNDF.PARAM a = 70.PARAM b = 2.1e-5.PARAM C = 1.0E*G1 GNDF OUT VALUE = {V(IN,GNDF)*b*exp(a*PWR(ABS(V(VIMON,GNDF)),C))}AG1 GNDF OUT VALUE = {V(IN,GNDF)*b*exp(a*PWR((V(VIMON,GNDF)),C))}.ENDS*$**********************2.SUBCKT GBW_SLEW_H VIP VIM VO SHDN MODE GNDF .PARAM Aol = 140.PARAM GBW = 130e6 .PARAM SRP = {115e6} .PARAM SRN = {115e6} .PARAM IT = 0.001.PARAM PI = 3.141592 .PARAM IP = {IT*MAX(1,SRP/SRN)}".PARAM IN = {IT*MIN(-1,-SRN/SRP)}".PARAM CC = {IT*MAX(1/SRP,1/SRN)}!.PARAM FP = {GBW/PWR(10,AOL/20)}.PARAM RC = {1/(2*PI*CC*FP)} .PARAM GC = {PWR(10,AOL/20)/RC}.PARAM VMAX = 1*****.EMS NMS 0 VALUE = {V(SHDN,GNDF)*V(MODE,GNDF)}?G1p GNDF OUTG1p VALUE = {MAX(MIN(GC*V(NMS)*V(VIP,VIM),IP),IN)}?G1n OUTG1n GNDF VALUE = {MAX(MIN(GC*V(NMS)*V(VIP,VIM),IP),IN)}*0G1OUT GNDF VO VALUE = {v(NMS)*V(OUTG1p,OUTG1n)}RG1p OUTG1p GNDF {0.5*RC}Cg1dp OUTG1p GNDF {2*CC} IC=0RG1n OUTG1n GNDF {0.5*RC}Cg1dn OUTG1n GNDF {2*CC} IC=0*ROUT VO GNDF 1.ENDS*$**********************2.SUBCKT ICMR VOP VOM VDD VSS VIP VIM SHDN GNDF .PARAM VMAX = 1.15.PARAM VMIN = -0.01W*ECLAMPP VOP GNDF VALUE = {LIMIT(V(VIP,GNDF),V(VDD,GNDF) - VMAX, V(VSS,GNDF) + VMIN)}W*ECLAMPM VOM GNDF VALUE = {LIMIT(V(VIM,GNDF),V(VDD,GNDF) - VMAX, V(VSS,GNDF) - VMIN)}4ECM NCM 0 VALUE = {0.5*(V(VIP,GNDF) + V(VIM,GNDF))}ED ND 0 VALUE = {V(VIP,VIM)}YECLAMPP VOP GNDF VALUE = {MAX(MIN(V(NCM)+0.5*V(ND),V(VDD,GNDF)-VMAX),V(VSS,GNDF)-VMIN)}YECLAMPM VOM GNDF VALUE = {MAX(MIN(V(NCM)-0.5*V(ND),V(VDD,GNDF)-VMAX),V(VSS,GNDF)-VMIN)}.ENDS*$**********************'.SUBCKT MODE_CNTRL IN OUT VCC VEE GNDF.PARAM VTHR = 0.98EOUT OUT GNDF VALUE = {0.5*(1 - SGN(v(IN,VEE) - VTHR))}.ENDS*$**********************/.SUBCKT TF_LOW VI VO VCC VEE SHDN MODE GNDF.PARAM fp_LOW = 2.66e6 .PARAM fp2 = 10G .PARAM Gm = 1M.PARAM Ro = {1/Gm}.PARAM PI = 3.141592**Gp1 GNDF Vp1 VI GNDF {Gm}Rp1 Vp1 GNDF {Ro}*Cp1 Vp1 GNDF {1/(2*PI*Ro*fp_LOW)} IC = 0**Gp2 GNDF Vp2 Vp1 GNDF {Gm}Rp2 Vp2 GNDF {Ro}'Cp2 Vp2 GNDF {1/(2*PI*Ro*fp2)} IC = 0**6GOUT GNDF VO VALUE = {(1 - V(MODE,GNDF))*V(Vp2,GNDF)}**.ENDS*$**********************/.SUBCKT VOS_MODE OUT IN VICM VCC VEE MODE GNDF*** Units are in uV ***.PARAM SCALE = 1e-6.PARAM VOS_HI = 35.PARAM VOS_LOW = -600.PARAM MAX_VOS_HI = 400.PARAM MAX_VOS_LOW = 40.PARAM DRIFT_HI = 1.PARAM DRIFT_LOW = 0.1**[*EDRIFT NDRIFT 0 VALUE = {(1-V(MODE,GNDF))*DRIFT_LOW + V(MODE,GNDF)*DRIFT_HI)*(TEMP - 27)}F*EVOS NVOS 0 VALUE = {(1-V(MODE,GNDF))*VOS_LOW + V(MODE,GNDF)*VOS_HI}]EVOS_HI NVOS_HI 0 VALUE = {MAX(MIN((VOS_HI + DRIFT_HI*(TEMP - 27)),MAX_VOS_HI),-MAX_VOS_HI)}cEVOS_LOW NVOS_LOW 0 VALUE = {MAX(MIN((VOS_LOW + DRIFT_LOW*(TEMP - 27)),MAX_VOS_LOW),-MAX_VOS_LOW)}**UEVOS OUT IN VALUE = {SCALE*((1-V(MODE,GNDF))*V(NVOS_LOW) + V(MODE,GNDF)*V(NVOS_HI))}.ENDS*$***********************.SUBCKT dev_dis OUT_CNTRL IN VCC VEE GNDF5* Shutdown pin bias current is modeled for VIH & VIL&* Shutdown threshold is actually VMID.PARAM VSmax = 6.PARAM VSmin = 2.5.PARAM VINmin = 0.PARAM VINmax = 1.5.PARAM VD = 0.3* EIN1 NIN1 0 VALUE = {V(VCC,IN)} EIN2 NIN2 0 VALUE = {V(IN,VEE)}!EVCC NVCC 0 VALUE = {V(VCC,VEE)}*,* Set over & undervoltage flags for VCC-VEE5EN1 N1 GNDF VALUE = {0.5*(1 + SGN(VSmax - V(NVCC)))}5EN2 N2 GNDF VALUE = {0.5*(1 + SGN(V(NVCC) - VSmin))},** Set over & undervoltage flags for IN pin2EN3 N3 GNDF VALUE = {0.5*(1 + SGN(V(NIN1) + VD))}2EN4 N4 GNDF VALUE = {0.5*(1 + SGN(V(NIN2) + VD))}JEOUT OUT_CNTRL GNDF VALUE = {V(N1,GNDF)*V(N2,GNDF)*V(N3,GNDF)*V(N4,GNDF)}**.ENDS***********************$INPINNVCCVEEOUTMODEBmV-T_11E2672020150810163011
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