add simulation models for LMH6610 op-amp
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spice/ti/LMH6611/LMH6611.MOD
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207
spice/ti/LMH6611/LMH6611.MOD
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*Rev.a July,2008
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*BEGIN MODEL LMH6611
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*//////////////////////////////////////////////////////////////////////
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* (C) National Semiconductor, Corporation.
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* Models developed and under copyright by:
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* National Semiconductor, Corporation.
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*/////////////////////////////////////////////////////////////////////
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* Legal Notice:
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* The model may be copied, and distributed without any modifications;
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* however, reselling or licensing the material is illegal.
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* We reserve the right to make changes to the model without prior notice.
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* Pspice Models are provided "AS IS, WITH NO WARRANTY OF ANY KIND"
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*////////////////////////////////////////////////////////////////////
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*
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* PINOUT ORDER +IN -IN +V -V OUT
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* PINOUT ORDER 3 2 8 4 1
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.SUBCKT LMH6611 3 2 8 4 1
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*/////////////////////////////////////////////////////
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* USE V139 BELOW TO ADJUST OFFSET IF DESIRED
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* PRESENT VALUE OF -77 UV GIVES TYPICAL OFFSET
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* NOTE THAT VOS CHANGES VIA CMRR,PSRR, AND TCVOS
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* FOR BOTH THE REAL PART AND THE MODEL
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* ADJUST UP OR DOWN FROM -77 UV
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V139 14 29 -77U
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*//////////////////////////////////////////////////////////////
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* MODEL FEATURES INCLUDE OUTPUT SWING, OUTPUT CURRENT THRU
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* THE SUPPLY RAILS, OUTPUT CURRENT LIMIT, OPEN LOOP GAIN
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* AND PHASE WITH RL AND CL EFFECTS, SLEW RATE, COMMON MODE
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* REJECTION WITH FREQ EFFECTS, POWER SUPPLY REJECTION WITH
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* FREQ EFFECTS, INPUT VOLTAGE NOISE WITH 1/F, INPUT CURRENT
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* NOISE WITH 1/F, INPUT BIAS CURRENT, INPUT COMMON MODE
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* RANGE, INPUT OFFSET VOLTAGE WITH TEMPERATURE EFFECTS, AND
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* QUIESCENT CURRENT VS VOLTAGE AND TEMPERATURE.
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*//////////////////////////////////////////////////////
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D17 9 0 DIN
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D18 10 0 DIN
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I14 0 9 0.1E-3
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I15 0 10 0.1E-3
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D19 11 0 DVN
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D20 12 0 DVN
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I16 0 11 0.1E-3
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I17 0 12 0.1E-3
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E15 13 2 11 12 2.6
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G5 14 13 9 10 3E-4
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E16 15 0 16 0 1
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E17 17 0 18 0 1
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E18 19 0 20 0 1
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R56 15 21 1E6
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R57 17 22 1E6
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R58 19 23 1E6
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R59 0 21 10
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R60 0 22 10
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R61 0 23 10
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E19 24 25 23 0 1E-4
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R62 26 20 1E3
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R63 20 27 1E3
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C15 15 21 1E-12
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C16 17 22 1E-12
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C17 19 23 1E-12
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E20 28 24 22 0 -1
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E21 29 28 21 0 2
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R64 0 30 1E12
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V52 30 0 1
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G12 14 13 31 0 1.45E-14
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R136 0 31 10E3
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R137 0 31 10E3
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R138 25 24 1E9
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R139 24 28 1E9
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R140 28 29 1E9
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E54 27 0 14 0 1
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E55 26 0 13 0 1
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C23 14 13 0.25E-12
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E57 25 3 32 0 2.25E-4
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R146 25 3 1E9
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R147 0 30 1E12
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Q41 33 34 18 QLN
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R148 34 35 1E3
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R149 36 37 1E3
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R150 38 16 1
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R151 18 39 1
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R153 40 41 5
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R154 42 16 1
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R155 18 43 1
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D22 44 8 DD
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D23 4 44 DD
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E58 18 0 4 0 1
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E59 16 0 8 0 1
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R156 4 8 30E3
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E60 45 18 16 18 0.5
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D24 40 16 DD
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D25 18 40 DD
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R157 46 47 100
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R158 48 49 100
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G14 40 45 50 45 1E-3
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R159 45 40 2E6
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C24 41 51 3E-12
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C25 44 0 1E-12
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D26 49 33 DD
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D27 52 47 DD
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Q42 52 37 16 QLP
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R160 44 53 1
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R161 54 44 1
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E61 55 45 56 57 1
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R162 55 50 1E4
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C26 50 45 0.025P
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G15 58 45 40 45 -1E-3
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G16 45 59 40 45 1E-3
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G17 45 60 61 18 1E-3
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G18 62 45 16 63 1E-3
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D28 62 58 DD
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D29 59 60 DD
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R163 58 62 100E6
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R164 60 59 100E6
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R165 62 16 1E3
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R166 18 60 1E3
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R167 59 45 1E6
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R168 60 45 1E6
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R169 45 62 1E6
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R170 45 58 1E6
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G19 8 4 30 0 2.72E-3
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R171 45 50 1E9
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R172 46 16 1E9
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R173 18 48 1E9
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G20 63 61 30 0 0.25E-3
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I22 8 4 0.5E-16
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L2 44 1 3E-9
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R175 44 1 1E3
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R176 63 16 1E8
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R177 18 61 1E8
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R178 39 49 1E8
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R179 38 47 1E8
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R180 0 30 1E9
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E99 16 36 8 38 4.8
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E100 35 18 39 4 4.8
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E124 51 0 44 0 1
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R719 40 51 2E8
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I30 0 64 1E-3
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D46 64 0 DD
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R778 0 64 10E6
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V127 64 32 0.65
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R779 0 32 10E6
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Q52 53 47 38 QLP
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Q53 54 49 39 QLN
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Q54 61 61 43 QLN
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Q55 63 63 42 QLP
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E144 16 46 16 62 1
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E145 48 18 60 18 1
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Q56 65 14 66 QIN
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Q57 67 13 68 QIN
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Q58 57 69 65 QIN
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Q59 56 70 67 QIN
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Q60 69 69 16 QIP
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Q61 14 69 16 QIP
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Q62 70 70 16 QIP
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Q63 13 70 16 QIP
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R780 57 71 1200
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R781 56 71 1200
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R782 72 66 350
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R783 72 68 350
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Q64 72 73 74 QTN
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I33 0 75 1E-3
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D49 75 0 DD
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R787 0 75 10E6
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V130 75 76 1.2301
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R788 0 76 10E6
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E150 77 0 76 0 -1.75
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R789 0 77 10E6
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R790 78 77 10E6
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M3 78 79 0 0 NEN L=2U W=1000U
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G22 74 73 78 0 12E-6
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V132 80 0 1
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R791 80 79 1E6
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M4 79 81 0 0 NEN L=2U W=100U
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V133 81 0 1
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C109 57 56 70F
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V134 71 16 0.4
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C110 0 14 2E-12
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C111 13 0 2E-12
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G23 8 0 53 44 1
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G24 4 0 44 54 -1
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G25 8 4 32 0 -2.4E-3
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Q65 82 82 14 QIP
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Q66 83 82 82 QIP
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Q67 84 84 83 QIP
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Q68 14 14 84 QIP
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R792 13 83 50
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V136 74 18 -0.9
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J1 85 14 85 JNC
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J2 85 13 85 JNC
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J3 14 86 14 JNC
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J4 13 86 13 JNC
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V137 16 85 1.65
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V138 86 18 0
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I34 14 0 5.7E-6
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I35 13 0 5.7E-6
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.MODEL DD D
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.MODEL QIN NPN BF=235 RB=900
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.MODEL QIP PNP BF=235
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.MODEL QTN NPN
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.MODEL DVN D KF=2.5E-15
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.MODEL DIN D KF=8E-15
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.MODEL QLN NPN
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.MODEL QLP PNP
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.MODEL JNC NJF IS=1E-18
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.MODEL NEN NMOS KP=200U VTO=0.5 IS=1E-18
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.ENDS
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* END MODEL LMH6611
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84
spice/ti/LMH6611/LMH6611.txt
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84
spice/ti/LMH6611/LMH6611.txt
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@ -0,0 +1,84 @@
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LMH6611 SPICE MODEL PERFORMANCE
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* MODEL FEATURES INCLUDE OUTPUT SWING, OUTPUT CURRENT THRU
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* THE SUPPLY RAILS, OUTPUT CURRENT LIMIT, OPEN LOOP GAIN
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* AND PHASE WITH RL AND CL EFFECTS, SLEW RATE, COMMON MODE
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* REJECTION WITH FREQ EFFECTS, POWER SUPPLY REJECTION WITH
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* FREQ EFFECTS, INPUT VOLTAGE NOISE WITH 1/F, INPUT CURRENT
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* NOISE WITH 1/F, INPUT BIAS CURRENT, INPUT COMMON MODE
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* RANGE, INPUT OFFSET VOLTAGE WITH TEMPERATURE EFFECTS, AND
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* QUIESCENT CURRENT VS VOLTAGE AND TEMPERATURE.
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MODEL TEMP RANGE IS -40 TO +125 DEG C.
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NOTE THAT MODEL IS FUNCTIONAL OVER THIS RANGE BUT NOT ALL
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PARAMETERS TRACK THOSE OF THE REAL PART.
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SPEC MACRO DATA
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MODEL SHEET
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POWER SUPPLY VOLTAGE 2.7 TO 11 2.7 TO 11 V
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RANGE
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INPUT VOLTAGE NOISE 150 150 NV/RHZ
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@ 10 HZ
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INPUT VOLTAGE NOISE 18 25 NV/RHZ
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@ 1 KHZ
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INPUT VOLTAGE NOISE 10 10 NV/RHZ
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@ 200 KHZ
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INPUT CURRENT NOISE 31 31 PA/RHZ
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@ 10 HZ
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INPUT CURRENT NOISE 2 2 FA/RHZ
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@ 20 KHZ
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SLEW RATE 458 460 V/US
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AVOL @ RL = 1K 100 103 DB
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AVOL @ RL =150 86 86 DB
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ZERO CROSS 151/-123 150/-125 MHZ/DEG
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BANDWIDTH AT AVCL=+1 282 310 MHZ
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BANDWIDTH AT AVCL=+10 15 15 MHZ
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CMRR/FZERO 103/26 102/10 DB/KHZ
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PSRR+/FZERO 88/10 87/20 DB/KHZ
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PSRR-/FZERO 95/6 95/8 DB/KHZ
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INPUT BIAS CURRENT -5.7 -5.7 UA
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INPUT CAPACITANCE 2 2 PF
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INPUT COMMON MODE (V+)-1.2 (V+)-1.2 V
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VOLTAGE RANGE (V-)-0.2 (V-)-0.2 V
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VOS @ +5, 0 SUPPLY 13 13 UV
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VOS @ +5,-5 SUPPLY 74 74 UV
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VOS @ +3,-0 SUPPLY 24 22 UV
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TCVOS AVG 0.4 0.4 UV/C
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SWING AT RL= 1 K +- 83 +- 60 MV
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SWING AT RL= 150 +-143 +-133 MV
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IQ @ 2.7 V 3.0 3.0 MA
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IQ @ 11 V 3.4 3.3 MA
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IQ @ 5V,-40 DEG C 2.87 2.85 MA
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IQ @ 5V, 27 DEG C 3.15 3.20 MA
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IQ @ 5V,125 DEG C 3.57 3.55 MA
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