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Joseph Hopfmüller
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lib/sub/ADL5304.lib
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lib/sub/ADL5304.lib
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* Copyright (c) 1998-2022 Analog Devices, Inc. All rights reserved.
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*
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.subckt ADL5304 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
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Q1 AINn 7 24 0 2N2369i
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Q2 BINn 7 8 0 2N2369i
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R1 16 18 5k Noiseless
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I1 10 5 {100n+Drift_100n* (Temp-27)}
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F1 1 22 VInum 1.1
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G1 10 N017 23 9 1.343<EFBFBD>
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R17 N017 10 1k Noiseless
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G2 10 18 N017 10 1
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R12 N020 12 1<>
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VInum N011 AINn 0
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R20 20 10 1m Noiseless
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C3 20 10 1<>
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I2 10 20 {1k*(1.5+Drift_1P5V* (Temp-27))}
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R21 13 10 1m Noiseless
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C8 13 10 1<>
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I3 10 13 {1k*(2+Drift_2V* (Temp-27))}
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I4 21 10 {Iq_pos}
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I5 11 N020 {Iq_neg}
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R24 N011 3 1m Noiseless
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I8 3 N011 {1k*(Vos_Inum+Drift_Inum* (Temp-27))}
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R25 BINn 4 1m Noiseless
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I9 4 BINn {1k*(1n+Drift_Inum* (Temp-27))}
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R22 CINp 19 1m
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I6 19 CINp {1k*Voso}
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I7 10 19 {Ibo}
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R26 17 10 {Rout} Noiseless
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DOP Vsatp 17 DO
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DON 17 Vsatn DO
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G4 10 Vsatp Satp 10 1k
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R28 Vsatp 10 1m
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G5 10 Vsatn Satn 10 1k
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R29 Vsatn 10 1m
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C11 17 Vsatp 1f
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C12 17 Vsatn 1f
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C13 Vsatp 10 1n
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C14 Vsatn 10 1n
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R30 Satp 21 1k
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C15 Satp 21 1n
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R31 Satn 11 1k
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C16 Satn 11 1n
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I11 Satp 21 216<31>
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I12 11 Satn 216<31>
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B1 10 17 I=Limit((1/{Rout})* V(BUF,10), -1, 2.5)
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C5 10 19 1p Rpar={Rinps} Noiseless
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C7 Avo1_num 10 1e-18
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R23 N033 10 1Meg Noiseless
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G3 10 N033 N032 10 1<>
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C10 N033 10 {Cfp2_num}
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R32 Avo1_num 10 1Meg Noiseless
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R33 N032 10 1Meg Noiseless
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G6 10 Avo1_num 2 AINn 100<30>
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G7 10 24 N033 10 1
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R34 24 10 1 Noiseless
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G8 10 N032 Avo1_num 10 {Avo2_num/ 1Meg}
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C18 Avo1_den 10 1e-18
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R35 N036 10 1Meg Noiseless
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G9 10 N036 N035 10 1<>
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R36 Avo1_den 10 1Meg Noiseless
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R37 N035 10 1Meg Noiseless
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G10 10 Avo1_den 6 BINn 100<30>
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G11 10 8 N036 10 1
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R38 8 10 1 Noiseless
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G12 10 N035 Avo1_den 10 {Avo2_den/ 1Meg}
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C21 Avo1C 10 1e-18
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R39 N034 10 1Meg Noiseless
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G13 10 N034 ClampC 10 1<>
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R40 Avo1C 10 1Meg Noiseless
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R41 ClampC 10 1Meg Noiseless
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G14 10 Avo1C N031 18 100<30>
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G16 10 ClampC Avo1C 10 {Avo2_out/ 1Meg}
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R53 BUF 10 1 Noiseless
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G15 10 BUF N034 10 1
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G17 CINp N031 E_n 10 1Meg
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R54 N031 CINp 1<>
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R2 16 15 5k Noiseless
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R3 18 14 7.5k Noiseless
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R59 N037 10 100k Noiseless
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R60 VNp 10 100k Noiseless
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A3 10 10 10 10 10 10 N037 10 OTA G=10u Iout=1m Vhigh=1k Vlow=-1k En=V(fA)/(freq**V(M))
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A4 10 N037 10 10 10 10 VNp 10 OTA G=10u Iout=1m Vhigh=1k Vlow=-1k En=V(BB)
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R57 N038 VNn 10k Noiseless
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C25 N038 10 1f
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L1 N042 N043 Flux=x*V(Lboost)
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R58 N043 10 R=V(RG)
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R61 N038 10 1 Noiseless
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R62 N039 10 2Meg Noiseless
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G19 10 N039 N038 10 1<>
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R63 E_n 10 1Meg Noiseless
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G21 10 E_n N039 10 1<>
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B2 0 BB I=1m*Table(I(VInum), 100p, 10u, 1n, 680n, 10n, 130n, 100n, 43n, 1u, 30n) Rpar=1k Cpar=1n
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B4 0 fC I=1m*Table(I(VInum), 1n, 1m, 10n, 350, 100n, 2k, 1u, 7.5k) Rpar=1k Cpar=1n
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B5 0 M I=1m*Table(I(VInum), 1n, 0.5, 10n, 0.57, 100n, 0.63, 1u, 0.58) Rpar=1k Cpar=1n
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B6 0 G20 I=1m*Table(I(VInum), 100p, 1, 1n, 5.1, 10n, 20, 100n, 20, 1u, 3) Rpar=1k Cpar=1n
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B10 0 C27 I=1m*Table(I(VInum), 100p, 1.5p, 1n, 200f, 10n, 40f, 100n, 1f) Rpar=1k Cpar=1n
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B11 0 C28 I=1m*Table(I(VInum), 10n, 25f, 100n, 1f) Rpar=1k Cpar=1n
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B3 0 fA I=1m*V(BB)*(V(fC)**V(M)) Rpar=1k Cpar=1n
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R52 N040 10 1<>
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C27 N039 N040 Q=x*V(C27)
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R55 N041 10 1<>
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C28 E_n N041 Q=x*V(C28)
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B12 10 N038 I=V(VNp,VNn)*V(G20)
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B7 0 RG I=1m*Table(I(VInum), 1u, 101, 10u, -10k) Rpar=1k Cpar=1n
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B8 0 Cboost I=1m*Table(I(VInum), 100p, 4.9n, 1n, 2.65n, 10n, 1.03n, 100n, 278p, 1u, 61.2p, 10u, 0.612f) Rpar=1k Cpar=1n
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C23 N042 VNn Q=x*V(Cboost)
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B9 0 Lboost I=1m*Table(I(VInum), 100p, 122m, 1n, 2.65m, 10n, 838u, 100n, 337u, 1u, 103u, 10u, 10.3) Rpar=1k Cpar=1n
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C24 N032 10 {Cfp1_num}
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C26 N035 10 {Cfp1_den}
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C22 N036 10 {Cfp2_den}
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C29 ClampC 10 {Cfp1_out}
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C30 N034 10 {Cfp2_out}
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C6 14 10 1f
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C17 15 10 1f
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C19 16 10 1f
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I10 2 10 1f
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I13 6 10 1f
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I14 9 N020 1f
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I15 23 10 1f
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.param Iscp_1P5V=5m Iscn_1P5V=-10m
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.param Iscp_2V=20m Iscn_2V=-1u
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.param Vos_Inum=0.6m Drift_Inum=0.01m
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.param Drift_1P5V=30u Drift_2V=31u
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.param Drift_100n=-70p
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.param Iq_pos=13.5m Iq_neg=-7.3m
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.param Voso=0.1m Ibo=-1.3u
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.param Rinps=12Meg Rout=2
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.model DO D(Vfwd=1k Vrev=0 Revepsilon=0.1 Ron=1m Noiseless)
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.model 2N2369i NPN(Is=600f Xti=3 Eg=1.11 Vaf=100 Bf=78.32 Ne=1.389 Ise=91.95f Ikf=0.3498 Xtb=1.5 Br=360u
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+Nc=20 Isc=0 Ikr=0 Rc=0.6 Cjc=1e-18 Mjc=86.19m Vjc=0.75 Fc=0.5 Cje=4.5p Mje=0.2418 Vje=0.75 Tr=1.073u Tf=227.6p
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+Itf=0.3 Vtf=4 Xtf=4 Rb=10 Vceo=15 Icrating=200m mfg=NXP Noiseless)
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.param Avo_num=120
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.param Avo2_dB_num={Avo_num-40}
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.param Avo2_num = {pwr(10, (Avo2_dB_num)/20)}
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.param Avo_out=120
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.param Avo2_dB_out={Avo_out-40}
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.param Avo2_out = {pwr(10, (Avo2_dB_out)/20)}
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.param fp1_num=50m fp2_num=1G
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.param Cfp1_num={1 / (2 * pi * fp1_num * 1Meg)}
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.param Cfp2_num={1 / (2 * pi * fp2_num * 1Meg)}
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.param fp1_out=3.5 fp2_out=20Meg
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.param Cfp1_out={1 / (2 * pi * fp1_out * 1Meg)}
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.param Cfp2_out={1 / (2 * pi * fp2_out * 1Meg)}
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.param Avo_den=120
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.param Avo2_dB_den={Avo_den-40}
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.param Avo2_den = {pwr(10, (Avo2_dB_den)/20)}
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.param fp1_den=3m fp2_den={fp2_num}
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.param Cfp1_den={1 / (2 * pi * fp1_den * 1Meg)}
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.param Cfp2_den={1 / (2 * pi * fp2_den * 1Meg)}
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.ends ADL5304
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