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HIP4080A or HIP4081A pspice models

I'm a happy user of those Harris, now Intersil, PWM MOSFET driver ICs for over 10 years now, but I've not been inclined to try using spice on them. However, my Intusoft spice does have them, so I'm copying the hip4081 model below, as it appears after loading into a schematic, with no connections. They're not simple models. Watch out for word-wrapping.

D:\\files-SPICE\\Models\\ICs\\PWM\\hip4081.cir

*#save V(-) X2 ??? ??? ??? ??? ??? ??? ??? ??? ??? ??? ??? ??? ??? ???
  • ??? ??? ??? ??? ??? ??? H81L1 { } .SUBCKT H81L1 107 105 103 109 108 111 102 101 106 100 112 104 113 114 115 116
117 118 119 120
  • hip4081 macromodel level 1
  • bhb bhi dis vss bli ali ahi hdel ldel ahb aho ahs alo als vcc vdd bls blo bhs bho C1 107 0 1PF C2 105 0 1PF C3 103 0 1PF C4 109 0 1PF C5 108 0 1PF C6 111 0 1PF C7 102 0 1PF C8 101 0 1PF C9 106 0 1PF C10 100 0 1PF C11 112 0 1PF C12 104 0 1PF C13 113 0 1PF C14 114 0 1PF C15 115 0 1PF C16 116 0 1PF C17 117 0 1PF C18 118 0 1PF C19 119 0 1PF C20 120 0 1PF VON 101 109 5.1 HCHG1 121 0 POLY 1 VON 0 1 RCHG1 121 0 1K VOF 106 109 5.1 HCHG2 122 0 POLY 1 VOF 0 1 RCHG2 122 0 1K FCONT 116 109 POLY 2 VON VOF 6M -2 -2 X2 102 123 124 116 109 125 H81L1X2 X3 105 123 126 116 109 125 H81L1X2 X4 103 123 127 116 109 125 H81L1X2 X5 111 123 128 116 109 125 H81L1X2 X14 108 123 129 116 109 125 H81L1X2 EVDDINT 125 109 116 109 1 IX1 109 123 1.37600000E-04 RX1 109 123 25K VX1 130 109 3.44 DX1 130 123 DX1 .MODEL DX1 D N=0.6 EVDD 131 109 116 109 1.00000000E-02 EVCC 132 109 115 109 1 X15 127 109 131 109 133 H81L1X15 X6 127 131 109 134 H81L1X6 X7 133 126 134 116 129 116 109 115 107 120 119 118 117 135 131 132 136 121 122
  • H81L1X7 X8 133 124 134 116 128 116 109 115 100 112 104 113 114 135 131 132 136 121 122
  • H81L1X7 V1 135 0 PULSE 0 1 625N 5N 5N 5N 1.25U RV1 135 0 1K VCON 136 0 PULSE 0 1 0 1N RCON 136 0 1K .ENDS H81L1 .SUBCKT H81L1X7 107 105 103 109 117 108 111 102 101 106 100 112 104 118 119
  • 120 136 124 126 X9 107 108 105 103 109 117 119 111 113 115 136 124 126 H81L1X9 X10 118 101 100 H81L1X10 GS 116 0 POLY 4 113 111 119 111 101 100 116 0 0 0 0 0 0 0 0 -1.00000000E-02 0
  • 0 0 1 CS 0 116 5PF RS 0 116 1.0E+12 E12 123 100 101 100 1 X12 116 0 123 100 106 101 100 H81L1X12 X13 115 111 120 111 112 102 104 H81L1X12 RPUL 112 104 100K .ENDS H81L1X7 .SUBCKT H81L1X2 105 103 109 108 111 106 GCUR 108 101 POLY 1 108 109 1.12000000E-04 1.66666667E-06 DCUR 101 108 DIOLIM CCUR1 101 108 5.60000000E-13 CCUR2 101 103 1.00000000E-14 CCUR3 103 105 7.00000000E-14 GINV 111 109 POLY 2 108 111 101 111 0 4.90000000E-04 -1.00000000E-03 RINV 111 109 1.00000000E+04 CINV 111 109 4.40000000E-13 DHIGH 109 106 DIOLIM DLOW 111 109 DIOLIM .MODEL DIOLIM D N=0.1 M1 101 103 105 105 NMOS0 W=1.00000000E-06 L=1.00000000E-06 .MODEL NMOS0 NMOS LEVEL=1 VTO=1.09 KP=8.5E-4 LAMBDA=3.0E-2 .ENDS H81L1X2 .SUBCKT H81L1X6 105 103 111 108 G6 111 107 POLY 2 105 111 103 111 0 1.00000000E-01 -5 D11 107 111 DR D9 111 107 DF R12 107 111 1 .MODEL DR D IS=1E-25 N=1.76631343E-03 .MODEL DF D IS=1E-25 N=8.22249354E-02 G7 103 109 107 111 1 C3 109 111 1.11111111E-08 D8 111 109 DIOLIM D10 109 103 DIOLIM GINV 111 102 POLY 2 109 111 103 111 0 -6.00000000E-03 3.69000000E-03 RINV 111 102 2.00000000E+03 DHIGH 102 103 DIOLIM DLOW 111 102 DIOLIM G62 111 108 POLY 3 103 111 102 111 105 111 0 -1.25000000E-03 1.00000000E-03
  • 1.00000000E-05 R62 111 108 2.00000000E+03 C6 108 111 2.25000000E-12 DHIGH2 108 103 DIOLIM DLOW2 111 108 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H81L1X6 .SUBCKT H81L1X9 107 105 116 103 109 115 108 111 100 106 136 117 118 G4 111 106 POLY 5 107 111 103 111 109 115 108 111 114 111 0 0 0 0
  • 7.50000000E-04 1.00000000E-03 0 -8.33333333E-03 -8.33333333E-05 0 0 0 0 0 0
  • 0 0 0 0 0 0 0 0 0 0 0 0 6.94444444E-04 R4 111 106 2.00000000E+03 C4 111 106 6.75000000E-12 DH4 106 108 DIOLIM DL4 111 106 DIOLIM G5 111 100 POLY 8 100 111 136 0 108 111 107 111 105 116 103 111 109 115 104
  • 111 0 0 0 2.50000000E-03 -2.00000000E-03 -2.00000000E-05 2.00000000E-03
  • 2.00000000E-05 1.00000000E-03 0 1.00000000E-03 R5 111 100 2.00000000E+03 C5 111 100 6.75000000E-12 DH5 100 108 DIOLIM DL5 111 100 DIOLIM XA 107 105 116 103 109 115 104 108 111 114 118 H81L1X17 XB 108 106 108 111 104 117 H81L1X16 .MODEL DIOLIM D N=1.20000000E-03 .ENDS H81L1X9 .SUBCKT H81L1X16 105 106 103 111 102 112 G6 111 107 POLY 2 105 106 103 111 0 10 -5 D11 107 111 DRX16 D9 101 107 DFX16 E9 111 101 POLY 1 112 0 0 -2.47500000E+02 R12 107 111 1 .MODEL DRX16 D IS=1E-25 N=8.22249354E-02 .MODEL DFX16 D IS=1E-25 N=5.13905846E-05 G7 103 109 107 111 1 C3 109 111 1.00000000E-08 D8 111 109 DIOLIM D10 109 103 DIOLIM GINV 111 102 POLY 2 103 111 109 111 0 -2.75000000E-03 6.00000000E-03 RINV 111 102 2.00000000E+03 CINV 111 102 9.75000000E-12 DHIGH 102 103 DIOLIM DLOW 111 102 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H81L1X16 .SUBCKT H81L1X17 112 104 117 113 114 115 116 103 111 102 118 G6 111 107 POLY 6 103 111 112 111 104 117 113 111 114 115 116 111 0 -15 10
  • 1.00000000E-01 -10 -1.00000000E-01 -10 D11 107 111 DRX17 D9 101 107 DFX17 E9 111 101 POLY 1 118 0 0 -2.47500000E+02 R12 107 111 1 .MODEL DRX17 D IS=1E-25 N=8.22249354E-02 .MODEL DFX17 D IS=1E-25 N=5.13905846E-05 G7 103 109 107 111 1 C3 109 111 1.00000000E-08 D8 111 109 DIOLIM D10 109 103 DIOLIM GINV 111 102 POLY 2 103 111 109 111 0 -2.75000000E-03 6.00000000E-03 RINV 111 102 2.00000000E+03 CINV 111 102 9.75000000E-12 DHIGH 102 103 DIOLIM DLOW 111 102 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H81L1X17 .SUBCKT H81L1X10 107 105 103 GCHG 109 105 POLY 2 107 0 105 103 0 2.40000000E-03 0 0 -1.00000000E-04 DIOH 105 109 DIOH DIOL 109 105 DIOL RPHA 103 109 1K .MODEL DIOH D IS=1.0E-30 N=8.12 RS=700 .MODEL DIOL D IS=0.9E-15 N=3.15 RS=100 BV=40 .ENDS H81L1X10 .SUBCKT H81L1X12 107 111 105 103 109 102 108 GINV 103 137 POLY 2 105 103 107 111 0 4.16666667E-04 -6.66666667E-02 RINV 103 137 6.00000000E+03 CINV 103 137 1.41666667E-12 DHIGH 137 105 DIOLIM DLOW 103 137 DIOLIM GINV2 103 138 POLY 2 105 103 137 103 0 2.82500000E-03 -5.00000000E-03 RINV2 103 138 8.00000000E+02 CINV2 103 138 6.25000000E-12 DHIGH2 138 105 DIOLIM DLOW2 103 138 DIOLIM .MODEL DIOLIM D N=1.20000000E-01 R1 110 109 2.00000000E+02 M2 109 138 108 108 NMOS1 W=1.00000000E-06 L=1.00000000E-06 M6 110 138 108 108 NMOS2 W=1.00000000E-06 L=1.00000000E-06 M7 109 138 139 108 NMOS3 W=1.00000000E-06 L=1.00000000E-06 M8 139 137 108 108 NMOS1 W=1.00000000E-06 L=1.00000000E-06 M12 110 138 102 102 PMOS1 W=1.00000000E-06 L=1.00000000E-06 Q13 102 110 109 0 NPN 1.60E+02 ;OFF Q14 109 139 108 0 NPN 1.00E+02 ;OFF .MODEL NMOS1 NMOS LEVEL=1 VTO=1.0E+0 KP=5.2E-3 GAMMA=1.3E+0 PHI=7.2E-1
  • RS=91 .MODEL NMOS2 NMOS LEVEL=1 VTO=1.0E+0 KP=1.3E-2 GAMMA=1.3E+0 PHI=7.2E-1
  • RS=38 .MODEL NMOS3 NMOS LEVEL=1 VTO=1.0E+0 KP=2.1E-2 GAMMA=1.3E+0 PHI=7.2E-1
  • RS=23 .MODEL PMOS1 PMOS LEVEL=1 VTO=-1.80000000E+00 KP=6.8E-3 LAMBDA=7.0E-2
  • GAMMA=5.7E-1 RS=40 .MODEL NPN NPN IS=7.77E-17 BF=1.03E+02 ISE=2.75835000E-20 IK=9.88E-03
  • BR=7.49E+00 C4=1.52E+00 IKR=2.40E-03 VA=7.30E+01 VB=4.52E+00 RC=2.60E+02
  • TF=5.67E-11 XTF=1.40E+00 VTF=1.52E+01 ITF=9.95E-03 CJE=1.57E-13
  • PE=7.46E-01 ME=5.00E-01 FC=9.50E-01 CJC=2.32E-13 PC=6.76E-01 MC=4.81E-01 .ENDS H81L1X12 .SUBCKT H81L1X15 105 106 103 111 102 G6 111 107 POLY 2 105 106 103 111 0 8.33333333E-01 -5 D11 107 111 DRX15 D9 111 107 DFX15 R12 107 111 1 .MODEL DRX15 D IS=1E-25 N=8.22249354E-02 .MODEL DFX15 D IS=1E-25 N=8.22249354E-02 G7 103 109 107 111 1 C3 109 111 4.00000000E-09 D8 111 109 DIOLIM D10 109 103 DIOLIM GINV 111 102 POLY 2 103 111 109 111 0 -2.75000000E-03 6.00000000E-03 RINV 111 102 2.00000000E+03 CINV 111 102 3.25000000E-12 DHIGH 102 103 DIOLIM DLOW 111 102 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H81L1X15 .END
--
 Thanks,
    - Win
Reply to
Winfield Hill
Loading thread data ...

I know quite a few people on this NG use these devices, does anyone have a LTspice or Pspice model they wish to share. I have mailed intersil and got the robot reply followed by 10 search items noddy could have found if left retarded from forehead slapping, but no model. The latest robot responce said they will get back to me if the links below weren't helpful, and then sited the same links the first reply posted (which had the button if these links don't help click here and we will respond) BTW i replied to the reply email, following their instructions to only post between the lines in a reply to get a message which says this responder no longer works! The lunaticts have ransacked the asylum in my case!!!

all donations gratefully accepted. regards anthony

Reply to
Anthony C Smith

My suggestion is to draw out the model, schematic style, and study all its pieces, one at a time. Take specific parts, like the comparators, and evaluate their performance, speed versus the over-voltages, etc. Take the output drivers and evaluate them with your MOSFETs. In this fashion you can grow to understand the 4081 and its capabilities far better than simply running a model, even assuming it's working properly.

--
 Thanks,
    - Win
Reply to
Winfield Hill

thanks for the model- I am having a little trouble importing it into ltspice, mostly because of my lack of knowledge; however I appreciate the contribution. regards Anthony

Reply to
Anthony C Smith

If this were my goal, I'd take careful measurements on the bench with an assortment of parts, rather than rely on a spice model.

OK, here it is.

X1 ??? ??? ??? ??? ??? ??? ??? ??? ??? ??? ??? ??? ??? ???

  • ??? ??? ??? ??? ??? ??? H80L2 { } .SUBCKT H80L2 114 106 104 111 110 103 102 101 107 100 109 105 116 117 118 119
120 121 122 113
  • hip4080 macromodel level 2
  • bhb hen dis vss out in+ in- hdel ldel ahb aho ahs alo als vcc vdd bls blo bhs bho C1 114 0 1PF C2 106 0 1PF C3 104 0 1PF C4 111 0 1PF C5 110 0 1PF C6 103 0 1PF C7 102 0 1PF C8 101 0 1PF C9 107 0 1PF C10 100 0 1PF C11 109 0 1PF C12 105 0 1PF C13 116 0 1PF C14 117 0 1PF C15 118 0 1PF C16 119 0 1PF C17 120 0 1PF C18 121 0 1PF C19 122 0 1PF C20 113 0 1PF VON 101 111 5.1 HCHG1 123 0 POLY(1) VON 0 1 RCHG1 123 0 1K VOF 107 111 5.1 HCHG2 124 0 POLY(1) VOF 0 1 RCHG2 124 0 1K FCONT 119 111 POLY(2) VON VOF 1.43M -2 -2 X2 106 112 125 119 111 126 H80L2X1 X4 104 112 127 119 111 126 H80L2X2 EVDDINT 126 111 119 111 1 IX1 111 112 1.37600000E-04 RX1 111 112 25K VX1 128 111 3.44 DX1 128 112 DX1 .MODEL DX1 D N=0.6 X5 102 103 129 119 111 H80L2X5 CIN 129 119 5.30000000E-13 CCUP 129 111 0.07P COUT 111 119 0.2P MI3XP 110 129 119 119 PMOS W=1.00000000E-06 L=1.00000000E-06 MI3XN 110 129 111 111 NMOS W=1.00000000E-06 L=1.00000000E-06 .MODEL NMOS NMOS LEVEL=1 VTO=1.0E+0 KP=1.15E-3 GAMMA=1.3E+0 PHI=7.2E-1
  • RS=408 .MODEL PMOS PMOS LEVEL=1 VTO=-1.80000000E+00 KP=4.15E-4 LAMBDA=7.0E-2
  • GAMMA=5.7E-1 RS=652 EVDD 130 111 119 111 1.00000000E-02 EVCC 131 111 118 111 1 X14 127 111 130 111 132 H80L2X14 X6 127 130 111 133 H80L2X6 X7 132 125 133 119 129 119 111 118 114 113 122 121 120 134 130 131 123 124 H80L2X7 X8 132 125 133 129 111 119 111 118 100 109 105 116 117 134 130 131 123 124 H80L2X7 V1 134 111 PULSE 0 1 625N 5N 5N 5N 1.25U RV1 134 111 10K .ENDS H80L2 .SUBCKT H80L2X7 114 106 104 111 120 110 103 102 101 107 100 109 105 121 122
  • 113 125 135 X9 114 106 104 111 120 122 103 116 117 118 125 135 H80L2X9 X10 121 101 100 H80L2X10 E11 108 100 101 100 1.00000000E-02 X11 116 117 122 103 108 100 119 101 H80L2X11 E12 112 100 101 100 1 X12 119 100 112 100 107 101 100 H80L2X12 X13 118 103 113 103 109 102 105 H80L2X12 RPUL 109 105 100K .ENDS H80L2X7 .SUBCKT H80L2X1 106 104 111 110 103 107 GCUR 110 101 POLY(1) 110 111 2.24000000E-04 4.00000000E-06 DCUR 101 110 DIOLIM CCUR1 101 110 1.12000000E-12 CCUR2 101 104 2.00000000E-14 CCUR3 104 106 1.40000000E-13 GINV 103 111 POLY(2) 110 103 101 103 0 0 0 4.08333333E-05 -8.33333333E-05 RINV 103 111 1.00000000E+04 CINV 103 111 4.40000000E-13 DHIGH 111 107 DIOLIM DLOW 103 111 DIOLIM .MODEL DIOLIM D N=0.1 M1 101 104 106 106 NMOS0 W=2.00000000E-06 L=1.00000000E-06 .MODEL NMOS0 NMOS LEVEL=1 VTO=1.09 KP=8.5E-4 LAMBDA=3.0E-2 .ENDS H80L2X1 .SUBCKT H80L2X2 106 104 111 110 103 107 GCUR 110 101 POLY(1) 110 111 1.12000000E-04 2.00000000E-06 DCUR 101 110 DIOLIM CCUR1 101 110 5.60000000E-13 CCUR2 101 104 1.00000000E-14 CCUR3 104 106 7.00000000E-14 GINV 103 111 POLY(2) 110 103 101 103 0 0 0 4.08333333E-05 -8.33333333E-05 RINV 103 111 1.00000000E+04 CINV 103 111 4.40000000E-13 DHIGH 111 107 DIOLIM DLOW 103 111 DIOLIM .MODEL DIOLIM D N=0.1 M1 101 104 106 106 NMOS0 W=1.00000000E-06 L=1.00000000E-06 .MODEL NMOS0 NMOS LEVEL=1 VTO=1.09 KP=8.5E-4 LAMBDA=3.0E-2 .ENDS H80L2X2 .SUBCKT H80L2X5 100 113 131 136 137 .MODEL DP D IS=1.47281000E-11 N=1.17106775E-02 .MODEL DN D IS=1.29265215E-11 N=1.17106775E-02 VOS 100 110 1.69316000E-04 DP 110 114 DP DN 113 114 DN IOS 114 0 1.47281000E-06 CIN 100 113 5.58077600E-12 VP 136 111 6.00000000E+00 DP1 111 101 DPS DP2 101 137 DPS GP 101 111 104 131 1.63255977E-03 RP 101 111 1MEG GPS 136 137 POLY(2) 136 104 104 137 1.64857601E-03 -1.51550650E-05
  • 1.51126694E-05 0.0 5.88828435E-05 F1 111 106 POLY(1) VOS -8.04792721E-02 1.02602587E+05 C1 111 106 2.72512922E-11 DXH 106 111 DXH DXL 111 106 DXL RX 106 104 5.47686900E+03 RD 111 104 3.39155650E+04 DH 104 103 DH DL 102 104 DL RO 104 131 6.12535000E+02 .MODEL DPS D IS=1E-20 N=7.24790524E+00 .MODEL DXH D IS=4.91091513E-12 N=1.99378707E+02 .MODEL DXL D IS=5.95463879E-12 N=1.93887905E+02 .MODEL DH D IS=2.15256924E-12 N=6.14530371E+00 .MODEL DL D IS=2.09328843E-12 N=6.09167023E+00 EH 103 136 POLY(1) 104 131 -3.63419175E+00 -2.71546932E-01 0.
  • -9.14825438E-02 EL 102 136 POLY(2) 104 131 137 136 3.60229807E+00 0.00000000E+00 1. 0.
  • 0 0 -4.81763118E-02 .ENDS H80L2X5 .SUBCKT H80L2X6 106 104 103 110 G6 103 114 POLY(2) 106 103 104 103 0 1.00000000E-01 -5 D11 114 103 DRX6 D9 103 114 DFX6 R12 114 103 1 .MODEL DRX6 D IS=1E-25 N=1.76631343E-03 .MODEL DFX6 D IS=1E-25 N=8.22249354E-02 G7 104 111 114 103 1 C3 111 103 1.11111111E-08 D8 103 111 DIOLIM D10 111 104 DIOLIM GINV 103 102 POLY(2) 111 103 104 103 0 -6.00000000E-03 3.69000000E-03 RINV 103 102 2.00000000E+03 DHIGH 102 104 DIOLIM DLOW 103 102 DIOLIM G62 103 110 POLY(4) 104 103 102 103 106 103 103 110 0 0 0 0 0 -1.04166667E-02
  • 8.33333333E-03 8.33333333E-05 4.16666667E-03 C6 110 103 2.25000000E-12 DHIGH2 110 104 DIOLIM DLOW2 103 110 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H80L2X6 .SUBCKT H80L2X9 114 106 104 111 118 110 103 102 101 107 120 121 G1 103 109 POLY(5) 110 103 114 103 106 103 100 103 103 109 0 0 0 0 0 0
  • 1.45833333E-02 -8.33333333E-03 8.33333333E-05 -8.33333333E-03
  • 4.16666667E-03 C1 103 109 2.25000000E-12 DH1 109 110 DIOLIM DL1 103 109 DIOLIM G2 103 100 POLY(4) 110 103 104 103 111 118 103 100 0 0 0 0 0 6.25000000E-03
  • -8.33333333E-03 -8.33333333E-05 4.16666667E-03 C2 103 100 2.25000000E-12 DH2 100 110 DIOLIM DL2 103 100 DIOLIM G3 103 116 POLY(4) 110 103 109 103 105 103 103 116 0 0 0 0 0 6.25000000E-03
  • -8.33333333E-03 -8.33333333E-03 4.16666667E-03 C3 103 116 2.25000000E-12 DH3 116 110 DIOLIM DL3 103 116 DIOLIM G4 107 110 POLY(5) 110 103 114 103 100 103 117 103 107 110 0 0 0 0 0 0 0
  • 6.25000000E-03 -8.33333333E-03 -8.33333333E-03 4.16666667E-03 C4 110 107 6.75000000E-12 DH4 107 110 DIOLIM DL4 103 107 DIOLIM XA 110 107 110 103 105 121 H80L2X15 XB 116 103 110 103 117 120 H80L2X16 XD 116 110 103 102 H80L2X17 XC 109 110 103 101 H80L2X17 .MODEL DIOLIM D N=1.20000000E-03 .ENDS H80L2X9 .SUBCKT H80L2X15 106 107 104 103 102 109 G6 103 114 POLY(2) 106 107 104 103 0 10 -5 D11 114 103 DRX15 D9 101 114 DFX15 E9 103 101 POLY(1) 109 0 0 -2.47500000E+02 R12 114 103 1 .MODEL DRX15 D IS=1E-25 N=8.22249354E-02 .MODEL DFX15 D IS=1E-25 N=5.13905846E-05 G7 104 111 114 103 1 C3 111 103 1.00000000E-08 D8 103 111 DIOLIM D10 111 104 DIOLIM GINV 103 102 POLY(3) 104 103 111 103 103 102 0 0 0 0 -2.29166667E-02
  • 5.00000000E-02 4.16666667E-03 CINV 103 102 9.75000000E-12 DHIGH 102 104 DIOLIM DLOW 103 102 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H80L2X15 .SUBCKT H80L2X16 106 107 104 103 102 109 G6 103 114 POLY(2) 106 107 104 103 0 10 -5 D11 114 103 DRX16 D9 101 114 DFX16 E9 103 101 POLY(1) 109 0 0 -2.47500000E+02 R12 114 103 1 .MODEL DRX16 D IS=1E-25 N=8.22249354E-02 .MODEL DFX16 D IS=1E-25 N=5.13905846E-05 G7 104 111 114 103 1 C3 111 103 1.00000000E-08 D8 103 111 DIOLIM D10 111 104 DIOLIM GINV 103 102 POLY(3) 104 103 111 103 103 102 0 0 0 0 -2.29166667E-02
  • 5.00000000E-02 4.16666667E-03 CINV 103 102 9.75000000E-12 DHIGH 102 104 DIOLIM DLOW 103 102 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H80L2X16 .SUBCKT H80L2X17 106 104 103 110 G6 103 114 POLY(2) 106 103 104 103 0 1.00000000E+01 -5 D11 114 103 DRX17 D9 103 114 DFX17 R12 114 103 1 .MODEL DRX17 D IS=1E-25 N=3.04536798E-03 .MODEL DFX17 D IS=1E-25 N=8.22249354E-02 G7 104 111 114 103 1 C3 111 103 5.55555556E-09 D8 103 111 DIOLIM D10 111 104 DIOLIM GINV 103 102 POLY(2) 111 103 104 103 0 -6.00000000E-03 3.69000000E-03 RINV 103 102 2.00000000E+03 DHIGH 102 104 DIOLIM DLOW 103 102 DIOLIM G62 103 110 POLY(4) 104 103 102 103 106 103 103 110 0 0 0 0 0 -1.04166667E-02
  • 8.33333333E-03 8.33333333E-03 4.16666667E-03 C6 110 103 2.25000000E-12 DHIGH2 110 104 DIOLIM DLOW2 103 110 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H80L2X17 .SUBCKT H80L2X10 114 106 104 GCHG 111 106 POLY(2) 114 0 106 104 0 2.40000000E-03 0 0 -1.00000000E-04 DIOH 106 111 DIOH DIOL 111 106 DIOL RPHA 104 111 1K .MODEL DIOH D IS=1.0E-30 N=8.12 RS=700 .MODEL DIOL D IS=0.9E-15 N=3.15 RS=100 BV=40 .ENDS H80L2X10 .SUBCKT H80L2X11 114 106 104 111 110 103 102 105 GSON 107 0 POLY(4) 114 111 104 111 110 103 107 0 0 0 0 0 0 0 0 -1 0 0 0 1 CSON 0 107 5PF RSON 0 107 1.0E+12 GSOF 100 0 POLY(4) 106 111 104 111 110 103 100 0 0 0 0 0 0 0 0 -1 0 0 0 1 CSOF 0 100 5PF RSOF 0 100 1.0E+12 GINV 103 102 POLY(5) 110 103 107 0 100 0 101 103 103 102 0 0 0 0 0 0
  • 2.29166667E-02 -4.16666667E-02 4.16666667E-02 -4.16666667E-02 4.16666667E-03 CINV 103 102 8.25000000E-12 DHIGH 102 110 DIOLIM DLOW 103 102 DIOLIM GINVF 103 101 POLY(3) 110 103 102 103 103 101 0 0 0 0 2.29166667E-02
  • -4.16666667E-02 4.16666667E-03 CINVF 103 101 3.30000000E-11 DHIGHF 101 110 DIOLIM DLOWF 103 101 DIOLIM GPWN 0 109 POLY(4) 109 0 104 111 114 111 106 111 0 0 0 2.00000000E-04
2.00000000E-04 0 -1 CPWN 0 109 5PF RPWN 0 109 1.0E+12 GPW 105 111 109 0 1 .MODEL DIOLIM D N=1.20000000E-03 .ENDS H80L2X11 .SUBCKT H80L2X12 114 103 106 104 111 102 110 GINV 104 138 POLY(3) 106 104 114 103 104 138 0 0 0 0 3.47222222E-05
  • -5.55555556E-03 1.38888889E-05 CINV 104 138 1.25000000E-12 DHIGH 138 106 DIOLIM DLOW 104 138 DIOLIM GINV2 104 139 POLY(3) 106 104 138 104 104 139 0 0 0 0 2.35416667E-04
  • -4.16666667E-04 1.04166667E-04 CINV2 104 139 6.25000000E-12 DHIGH2 139 106 DIOLIM DLOW2 104 139 DIOLIM .MODEL DIOLIM D N=1.20000000E-01 R1 115 111 2.00000000E+02 M2 111 139 110 110 NMOS1 W=1.00000000E-06 L=1.00000000E-06 M6 115 139 110 110 NMOS2 W=1.00000000E-06 L=1.00000000E-06 M7 111 139 140 110 NMOS3 W=1.00000000E-06 L=1.00000000E-06 M8 140 138 110 110 NMOS1 W=1.00000000E-06 L=1.00000000E-06 M12 115 139 102 102 PMOS1 W=1.00000000E-06 L=1.00000000E-06 Q13 102 115 111 0 NPN 1.60E+02 ;OFF Q14 111 140 110 0 NPN 1.00E+02 ;OFF .MODEL NMOS1 NMOS LEVEL=1 VTO=1.0E+0 KP=5.2E-3 GAMMA=1.3E+0 PHI=7.2E-1
  • RS=91 .MODEL NMOS2 NMOS LEVEL=1 VTO=1.0E+0 KP=1.3E-2 GAMMA=1.3E+0 PHI=7.2E-1
  • RS=38 .MODEL NMOS3 NMOS LEVEL=1 VTO=1.0E+0 KP=2.1E-2 GAMMA=1.3E+0 PHI=7.2E-1
  • RS=23 .MODEL PMOS1 PMOS LEVEL=1 VTO=-1.80000000E+00 KP=6.8E-3 LAMBDA=7.0E-2
  • GAMMA=5.7E-1 RS=40 .MODEL NPN NPN IS=7.77E-17 BF=1.03E+02 ISE=2.75835000E-20 IK=9.88E-03
  • BR=7.49E+00 C4=1.52E+00 IKR=2.40E-03 VA=7.30E+01 VB=4.52E+00 RC=2.60E+02
  • TF=5.67E-11 XTF=1.40E+00 VTF=1.52E+01 ITF=9.95E-03 CJE=1.57E-13
  • PE=7.46E-01 ME=5.00E-01 FC=9.50E-01 CJC=2.32E-13 PC=6.76E-01 MC=4.81E-01 .ENDS H80L2X12 .SUBCKT H80L2X14 106 107 104 103 102 G6 103 114 POLY(2) 106 107 104 103 0 8.33333333E-01 -5 D11 114 103 DRX14 D9 103 114 DFX14 R12 114 103 1 .MODEL DRX14 D IS=1E-25 N=8.22249354E-02 .MODEL DFX14 D IS=1E-25 N=8.22249354E-02 G7 104 111 114 103 1 C3 111 103 4.00000000E-09 D8 103 111 DIOLIM D10 111 104 DIOLIM GINV 103 102 POLY(3) 104 103 111 103 103 102 0 0 0 0 -2.29166667E-02
  • 5.00000000E-02 4.16666667E-03 CINV 103 102 3.25000000E-12 DHIGH 102 104 DIOLIM DLOW 103 102 DIOLIM .MODEL DIOLIM D N=1.20E-04 .ENDS H80L2X14 .END
--
 Thanks,
    - Win
Reply to
Winfield Hill

Maybe I wansn't clear, I have been using the hip4081 commercially for four years now, in my latest "hobby" project I am trying to make a complete bridge amplifier around only the 4080, in self resonant mode and encompasing the output filter, in order for this to work I need to closely model the delay of the 4080 and the phase delay of the filter so I can reliably get it to oscillate at 180 degree phase shift. My in experience is actually using the symbol in LTspice, but I intend to disassembel some of their models today to seehow the wrapper needs to be done.

If you wouldn't mind, do you also have the model for the HIP4080 to post, I see the spice you use lists this as well.

Best wishes for the new year, and thanks again Anthony

Reply to
Anthony C Smith

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