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florent_ba |
1 |
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2 |
.subckt RP130x501D_C VDD GND CE VOUT
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3 |
C001 N56 N06 7.5p
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4 |
C002 N57 VDD 22p
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5 |
C003 N13 GND 1p
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6 |
C004 N18 GND 25p
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7 |
C005 N15 GND 25p
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8 |
C006 N25 GND 20p
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9 |
C007 N26 GND 10p
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10 |
C008 N30 N32 10p
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11 |
C009 N36 GND 1p
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12 |
C010 N37 GND 1p
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13 |
C011 N44 GND 8p
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14 |
C012 N46 GND 1p
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15 |
C013 N47 GND 1p
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16 |
C014 N49 GND 10p
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17 |
C015 N51 GND 1p
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18 |
C016 N53 GND 1p
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19 |
C017 N19 GND 1p
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20 |
C018 N06 N55 1p
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21 |
C019 VDD N02 1p
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22 |
C021 N69 GND 100p
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23 |
C022 N73 GND 10p
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24 |
C023 N03 GND 1p
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25 |
C024 N74 GND 1p
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26 |
C029 N11 GND 1p
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27 |
D001 N20 N17 di2
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28 |
D002 N22 N23 di2
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29 |
D003 GND VOUT ds100
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30 |
D004 GND CE ds100
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31 |
E001 N71 GND VALUE {IF(V(N73)<V(VDD)*0.5+5m,0,V(VDD))}
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32 |
E002 N07 GND VALUE {IF(V(VDD)>=0.5,
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33 |
+IF(V(VDD)<1.2,(V(VDD)-0.5)*16m/(1.2-0.5),0),0)}
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34 |
E003 N08 N07 VALUE {IF(V(VDD)>=1.2,
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35 |
+IF(V(VDD)<V(N61),(V(VDD)-1.2)*18.5m/(5-1.2)+16m,0),0)}
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36 |
E004 N09 N08 VALUE {IF(V(VDD)>=V(N61),34.5m,0)}
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37 |
E005 N10 N09 VALUE {IF(V(VDD)>=5,(V(VDD)-5)*4m/1.5,0)}
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38 |
E006 N12 GND VALUE {V(VDD)-V(N04)}
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39 |
E007 N14 GND VALUE {IF(V(N18)>V(N01)*0.5+5m,12,0)}
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40 |
E008 N16 GND VALUE {IF(V(N15)<1,V(N15),1)}
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41 |
E009 N21 GND VALUE {IF(V(N15)<0.45,10,
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42 |
+IF(V(N15)<0.5,10-((V(N15)-0.45)/0.05*9),1))}
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43 |
E010 N27 GND VALUE {IF(V(N25)>1.5,1.5,0)}
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44 |
E011 N28 N29 VALUE {IF(V(N06)>=0.4,
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45 |
+IF(V(N06)<V(N61)*0.6,
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46 |
+150m+(V(N06)-0.4)/(V(N61)*0.6-0.4)*(300m-150m),0),0)}
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47 |
E012 N31 GND VALUE {V(N37)}
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48 |
E013 N33 GND VALUE {(V(N54)-V(N06))*1000}
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49 |
E014 N34 GND VALUE {IF(V(N06)<0.2,40m,0)}
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50 |
E015 N35 N28 VALUE {IF(V(N06)>=V(N61)*0.6,300m,0)}
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51 |
E016 N29 N34 VALUE {IF(V(N06)>=0.2,
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52 |
+IF(V(N06)<0.4,40m+(V(N06)-0.2)/0.2*(150m-40m),0),0)}
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53 |
E017 N42 GND VALUE {atan(V(N46)*20* 3.1416)*2/ 3.1416 * 0.1}
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54 |
E018 N43 GND VALUE {V(N17)-V(N58)}
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55 |
E019 N39 GND VALUE {IF(V(N41)+V(N47)<0,0,
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56 |
+IF(V(N41)+V(N47)<V(N01),V(N41)+V(N47),V(N01)))}
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57 |
E020 N48 GND VALUE {IF(V(N51)>V(N01)*0.5+5m,10,0)}
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58 |
E021 N50 GND VALUE {IF(V(N49)<1,V(N49),1)}
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59 |
E022 N52 GND VALUE {IF(V(N49)>=0.3,V(N01),0)}
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60 |
E023 N70 GND VALUE {IF(V(N03)<V(VDD)*0.5+5m,V(VDD),0)}
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61 |
E024 N01 GND VALUE {V(VDD)}
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62 |
E025 N72 GND VALUE {IF(V(CE)<0.7,0,
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+IF(V(VDD)<0.1,0,V(VDD)))}
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64 |
E026 N75 GND VALUE {IF(V(CE)<0.7,0.6,0)}
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65 |
E027 N60 GND N55 GND 1
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66 |
G001 CE GND VALUE {IF(V(CE)<0.35,V(CE)/0.35*0.4u,0.4u)}
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67 |
G002 VDD GND VALUE {IF(V(N03)>=V(VDD)*0.5,V(N11)*1m,0)}
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68 |
G003 VDD GND VALUE {V(N30)*3/140/47}
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69 |
G004 GND N04 VALUE {IF(V(N30)>=V(N36),(V(N30)-V(N36))*0.01,0)}
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70 |
G005 GND N38 VALUE {V(N53)* 4e-005}
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71 |
G006 N41 GND VALUE {V(N53)* 4e-005}
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72 |
G007 N06 VDD VALUE {IF(V(VDD)<3,0,
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73 |
+IF(V(N13)<150m,V(N30),
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74 |
+IF(V(N13)<300m,V(N30)*(300m-V(N13))/150m,0)))}
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75 |
M001 VDD N02 N04 VDD SW-PMOS-L3C l=2u w=2u
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76 |
+ ad=2p as=2p pd=6y ps=6u m=1
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77 |
M002 VDD N04 N54 VDD DRV-RP130-l3 l=1u w=140u
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78 |
+ ad=140p as=140p pd=300u ps=300u m=47
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79 |
M003 N17 N26 N16 GND SW-NMOS-L3C l=2u w=2u
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80 |
+ ad=2p as=2p pd=6u ps=6u m=10
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81 |
M004 N40 N41 N41 N01 PS4 l=4u w=16.6u
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82 |
+ ad=20p as=20p pd=40u ps=40u m=1
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83 |
M005 N38 N38 GND GND NS4 l=4u w=6.8u
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84 |
+ ad=10p as=10p pd=20u ps=20u m=2
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85 |
M006 N01 N03 N41 N01 SW-PMOS-L3C l=2u w=2u
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86 |
+ ad=2p as=2p pd=6y ps=6u m=1
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87 |
M007 N45 N39 N05 N01 PS4 l=4u w=16.6u
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88 |
+ ad=20p as=20p pd=40u ps=40u m=1
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89 |
M008 N05 N38 GND GND NS4 l=4u w=6.8u
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90 |
+ ad=10p as=10p pd=20u ps=20u m=2
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91 |
M009 N68 N69 GND GND NS4 l=2u w=12u
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92 |
+ ad=12p as=12p pd=30u ps=30u m=6
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93 |
M010 N73 N74 GND GND SW-NMOS-L3C l=1u w=2u
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94 |
+ ad=2p as=2p pd=6u ps=6u m=1
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95 |
R001 N67 N06 2Meg
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96 |
R002 N67 N66 500k
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97 |
R003 N65 N66 100k
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98 |
R004 N65 N64 25k
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99 |
R005 N55 N64 15k
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100 |
R006 GND N63 500k
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101 |
R007 N62 N63 150k
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102 |
R008 N62 N55 10k
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103 |
R009 VOUT N68 1m
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104 |
R010 N22 N24 50k
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105 |
R011 N24 N15 1
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106 |
R012 N25 N21 1Meg
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107 |
R013 N26 N27 10k
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108 |
R014 N30 N31 100k
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109 |
R015 N32 GND 1k
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110 |
R016 N36 N35 1Meg
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111 |
R017 N01 N39 1G
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112 |
R018 N41 N44 100k
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113 |
R019 N01 N40 220
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114 |
R020 N01 N45 220
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115 |
R021 N46 N43 1k
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116 |
R022 N47 N42 1k
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117 |
R023 N49 N48 100k
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118 |
R024 N51 N03 100k
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119 |
R025 N53 N50 1k
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120 |
R026 N19 N52 1k
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121 |
R027 N54 N06 1m
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122 |
R028 N56 N04 1Meg
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123 |
R029 N57 N04 9k
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124 |
R030 N02 N03 1k
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125 |
R031 VOUT N06 50m
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126 |
R032 N11 N10 1Meg
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127 |
R033 N13 N12 1k
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128 |
R034 N15 N14 2Meg
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129 |
R035 N17 N16 200
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130 |
R036 N01 N17 4Meg
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131 |
R037 N18 N19 1k
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132 |
R038 N70 N69 1k
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133 |
R039 N72 N73 1k
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134 |
R040 N03 N71 1k
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135 |
R041 N74 N75 1k
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136 |
R042 N20 N16 80k
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137 |
R043 N59 N60 1
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138 |
R044 N33 N37 1
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139 |
V001 N61 GND 5
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140 |
V002 N23 GND 0.8
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141 |
V003 N25 GND 1
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142 |
V004 N58 N59 0
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143 |
V005 N04 N05 0
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144 |
.model di2 d(is=1e-12 n=0.005 xti=-3.5 eg=0.1 rs=1e-3
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145 |
+ cjo=1e-15 bv=1000)
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146 |
.model DRV-RP130-l3 pmos(level=3 vto=-0.7 tox=100e-7
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147 |
+ gamma=0.5 theta=0.3 kp=58e-6 nfs=1e-3 eta=50e-5 nss=1)
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148 |
.model ds100 d(is=100e-14 n=1 bv=1000 rs=10m)
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149 |
.model NS4 nmos(level=3 vto=0.5 kp=400e-6 tox=10e-6
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150 |
+ eta=10e-6 nfs=0.001 gamma=1)
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151 |
.model PS4 pmos(level=3 vto=-0.5 kp=400e-6 tox=10e-6
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+ eta=10e-6 nfs=0.001 gamma=1)
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153 |
.model SW-NMOS-L3C nmos(level=3 vto=0.5 tox=1000e-9
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154 |
+ gamma=0 theta=0 kp=2.01 nfs=0.001e12 eta=0)
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155 |
.model SW-PMOS-L3C pmos(level=3 vto=-0.5 tox=1000e-9
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+ gamma=0 theta=0 kp=2.01 nfs=0.001e12 eta=0)
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.ends RP130x501D_C
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