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florent_ba |
1 |
Questionable use of curly braces in "v2 vref 0 {vdd/2}"
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2 |
Error: undefined symbol in: "[vdd]/2"
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3 |
LTspice 24.0.12 for Windows
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4 |
Circuit: * C:\Users\Florent\Desktop\nir_rangefinder\TX\APC\tia_rx_tb.asc
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5 |
Start Time: Sun Oct 13 23:13:47 2024
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6 |
Error on line 4 : v2 vref 0 (vdd/2)
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7 |
Unknown parameter "vdd/2"
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8 |
solver = Normal
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9 |
Maximum thread count: 8
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10 |
tnom = 27
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11 |
temp = 27
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12 |
method = Gear
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13 |
ERROR: Node X1:U1:I0:I21:1:102 is floating and connected to current source G:X1:U1:I0:I21:1:RA
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ERROR: Node X1:U1:I0:I19:1:102 is floating and connected to current source G:X1:U1:I0:I19:1:RA
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15 |
ERROR: Node X1:U1:I0:I19:1:302 is floating and connected to current source G:X1:U1:I0:I19:1:RC
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16 |
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17 |
WARNING: Less than two connections to node vref. This node is used by v2.
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x1:u5:di2: Emission coefficient, N=0.005, too small, limited to 0.1
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19 |
x1:u3:di2: Emission coefficient, N=0.005, too small, limited to 0.1
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20 |
x1:u4:di2: Emission coefficient, N=0.005, too small, limited to 0.1
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21 |
X1:u1:i0:vprobe2: Missing value, assumed 0V @ DC
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22 |
X1:u1:i0:vprobe1: Missing value, assumed 0V @ DC
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23 |
v2: Missing value, assumed 0V @ DC
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24 |
Direct Newton iteration failed to find .op point. (Use ".option noopiter" to skip.)
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25 |
Starting Gmin stepping
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26 |
Increasing initial diagonal Gmin to 100
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27 |
Increasing initial diagonal Gmin to 1000
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28 |
Increasing initial diagonal Gmin to 10000
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29 |
Gmin = 10000
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30 |
vernier = 0.5
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31 |
vernier = 0.25
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32 |
Gmin = 3084.05
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33 |
vernier = 0.125
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34 |
vernier = 0.0625
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35 |
vernier = 0.03125
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36 |
vernier = 0.015625
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37 |
Gmin = 3152.82
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38 |
vernier = 0.0078125
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39 |
vernier = 0.00390625
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40 |
vernier = 0.00195312
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41 |
vernier = 0.000976562
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42 |
Gmin = 3162.05
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43 |
vernier = 0.000488281
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44 |
Gmin = 0
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45 |
Gmin stepping failed
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46 |
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47 |
Starting source stepping with srcstepmethod=0
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48 |
Source Step = 3.0303%
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49 |
vernier = 0.25
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50 |
Source Step = 1.70455%
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51 |
Source Step = 3.59848%
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52 |
Source Step = 5.49242%
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53 |
Source Step = 7.38636%
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54 |
Source Step = 9.2803%
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55 |
vernier = 0.09375
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56 |
Source Step = 11.9318%
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57 |
Source Step = 14.7727%
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58 |
Source Step = 17.6136%
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59 |
Source Step = 20.4545%
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60 |
Source Step = 23.2955%
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61 |
Source Step = 23.9347%
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62 |
Source Step = 24.6449%
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63 |
Source Step = 25.0178%
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64 |
Source Step = 25.1953%
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65 |
Source Step = 25.3729%
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66 |
Source Step = 25.5504%
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67 |
Source Step = 25.728%
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68 |
vernier = 0.00878906
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69 |
Source Step = 25.9411%
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70 |
Source Step = 26.0409%
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71 |
Source Step = 26.1075%
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72 |
Source Step = 26.1741%
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73 |
Source Step = 26.2407%
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74 |
Source Step = 26.3073%
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75 |
Source Step = 26.3738%
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76 |
Source Step = 26.4404%
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77 |
Source Step = 26.507%
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78 |
Source Step = 26.5736%
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79 |
Source Step = 26.6402%
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80 |
Source Step = 26.7068%
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81 |
Source Step = 26.7733%
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82 |
Source Step = 26.8399%
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83 |
Source Step = 26.9065%
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84 |
Source Step = 26.9731%
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85 |
Starting source stepping with srcstepmethod=1
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86 |
Source Step = 3.0303%
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87 |
vernier = 0.25
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88 |
Source Step = 0.0828598%
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89 |
Source Step = 0.201231%
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90 |
Source Step = 0.319602%
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91 |
Source Step = 0.437973%
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92 |
Source Step = 0.556345%
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93 |
vernier = 0.00585938
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94 |
Source Step = 0.710227%
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95 |
Source Step = 0.887784%
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96 |
Source Step = 1.06534%
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97 |
Source Step = 1.2429%
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98 |
Source Step = 1.42045%
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99 |
vernier = 0.00878906
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100 |
Source Step = 1.6424%
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101 |
Source Step = 1.90874%
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102 |
Source Step = 2.17507%
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103 |
Source Step = 2.44141%
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104 |
Source Step = 2.70774%
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105 |
vernier = 0.0131836
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106 |
Source Step = 3.02734%
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107 |
Source Step = 3.42685%
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108 |
Source Step = 3.82635%
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109 |
Source Step = 4.22585%
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110 |
Source Step = 4.62536%
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111 |
vernier = 0.0197754
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112 |
Source Step = 5.08478%
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113 |
Source Step = 5.68404%
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114 |
Source Step = 6.28329%
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115 |
Source Step = 6.88255%
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116 |
Source Step = 7.4818%
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117 |
vernier = 0.0296631
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118 |
Source Step = 8.14098%
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119 |
Source Step = 9.03986%
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120 |
Source Step = 9.93874%
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121 |
Source Step = 10.8376%
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122 |
Source Step = 11.7365%
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123 |
vernier = 0.0444946
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124 |
Source Step = 12.6803%
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125 |
Source Step = 14.0287%
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126 |
Source Step = 15.377%
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127 |
Source Step = 16.7253%
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128 |
Source Step = 18.0736%
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129 |
Source Step = 19.4219%
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130 |
vernier = 0.0667419
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131 |
Source Step = 21.4444%
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132 |
Source Step = 23.4669%
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133 |
Source Step = 25.4894%
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134 |
Source Step = 26.0835%
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135 |
Source Step = 26.2099%
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136 |
Source Step = 26.3363%
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137 |
Source Step = 26.4627%
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138 |
Source Step = 26.5891%
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139 |
vernier = 0.00104284
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140 |
Source stepping failed
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141 |
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142 |
Pseudo transient terminated at 101.93 s, solution accepted ready or not!
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143 |
Ignoring empty pin current: Ix(u1:wm2)
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144 |
Ignoring empty pin current: Ix(x1:u6:vos_vcm:ref+)
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145 |
Ignoring empty pin current: Ix(x1:u6:vos_vcm:ref-)
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146 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_zo:vc+)
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147 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_zo:vc-)
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148 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_2:vc+)
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149 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_2:vc-)
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150 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_1:vc+)
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151 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_1:vc-)
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152 |
Ignoring empty pin current: Ix(x1:u6:iqpos:vc+)
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153 |
Ignoring empty pin current: Ix(x1:u6:iqpos:vc-)
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154 |
Ignoring empty pin current: Ix(x1:u6:iqneg:vc+)
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155 |
Ignoring empty pin current: Ix(x1:u6:iqneg:vc-)
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156 |
Ignoring empty pin current: Ix(x1:u6:cl_amp:vc+)
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157 |
Ignoring empty pin current: Ix(x1:u6:cl_amp:vc-)
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158 |
Ignoring empty pin current: Ix(x1:u6:cl_amp:vin)
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159 |
Ignoring empty pin current: Ix(x1:u6:gr_amp:vc+)
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160 |
Ignoring empty pin current: Ix(x1:u6:gr_amp:vc-)
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161 |
Ignoring empty pin current: Ix(x1:u6:gr_amp:vin)
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162 |
Ignoring empty pin current: Ix(x1:u6:gr_src:vc+)
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163 |
Ignoring empty pin current: Ix(x1:u6:gr_src:vc-)
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164 |
Ignoring empty pin current: Ix(x1:u6:cl_src:vc+)
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165 |
Ignoring empty pin current: Ix(x1:u6:cl_src:vc-)
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166 |
Ignoring empty pin current: Ix(x1:u6:clawp:vc+)
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167 |
Ignoring empty pin current: Ix(x1:u6:clawp:vc-)
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168 |
Ignoring empty pin current: Ix(x1:u6:clawn:vc+)
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169 |
Ignoring empty pin current: Ix(x1:u6:clawn:vc-)
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170 |
Ignoring empty pin current: Ix(x1:u6:claw_amp:vc+)
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171 |
Ignoring empty pin current: Ix(x1:u6:claw_amp:vc-)
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172 |
Ignoring empty pin current: Ix(x1:u6:claw_amp:vin)
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173 |
Ignoring empty pin current: Ix(x1:u6:claw_src:vc+)
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174 |
Ignoring empty pin current: Ix(x1:u6:claw_src:vc-)
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175 |
Ignoring empty pin current: Ix(x1:u6:ol_sense:oln)
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176 |
Ignoring empty pin current: Ix(x1:u6:ol_sense:olp)
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177 |
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vin+)
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178 |
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vin-)
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179 |
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vp+)
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180 |
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vp-)
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181 |
Ignoring empty pin current: Ix(x1:u7:vos_vcm:ref+)
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182 |
Ignoring empty pin current: Ix(x1:u7:vos_vcm:ref-)
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183 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_zo:vc+)
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184 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_zo:vc-)
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185 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_2:vc+)
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186 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_2:vc-)
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187 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_1:vc+)
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188 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_1:vc-)
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189 |
Ignoring empty pin current: Ix(x1:u7:iqpos:vc+)
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190 |
Ignoring empty pin current: Ix(x1:u7:iqpos:vc-)
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191 |
Ignoring empty pin current: Ix(x1:u7:iqneg:vc+)
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192 |
Ignoring empty pin current: Ix(x1:u7:iqneg:vc-)
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193 |
Ignoring empty pin current: Ix(x1:u7:cl_amp:vc+)
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194 |
Ignoring empty pin current: Ix(x1:u7:cl_amp:vc-)
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195 |
Ignoring empty pin current: Ix(x1:u7:cl_amp:vin)
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196 |
Ignoring empty pin current: Ix(x1:u7:gr_amp:vc+)
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197 |
Ignoring empty pin current: Ix(x1:u7:gr_amp:vc-)
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198 |
Ignoring empty pin current: Ix(x1:u7:gr_amp:vin)
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199 |
Ignoring empty pin current: Ix(x1:u7:gr_src:vc+)
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200 |
Ignoring empty pin current: Ix(x1:u7:gr_src:vc-)
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201 |
Ignoring empty pin current: Ix(x1:u7:cl_src:vc+)
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202 |
Ignoring empty pin current: Ix(x1:u7:cl_src:vc-)
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203 |
Ignoring empty pin current: Ix(x1:u7:clawp:vc+)
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204 |
Ignoring empty pin current: Ix(x1:u7:clawp:vc-)
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205 |
Ignoring empty pin current: Ix(x1:u7:clawn:vc+)
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206 |
Ignoring empty pin current: Ix(x1:u7:clawn:vc-)
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207 |
Ignoring empty pin current: Ix(x1:u7:claw_amp:vc+)
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208 |
Ignoring empty pin current: Ix(x1:u7:claw_amp:vc-)
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209 |
Ignoring empty pin current: Ix(x1:u7:claw_amp:vin)
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210 |
Ignoring empty pin current: Ix(x1:u7:claw_src:vc+)
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211 |
Ignoring empty pin current: Ix(x1:u7:claw_src:vc-)
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212 |
Ignoring empty pin current: Ix(x1:u7:ol_sense:oln)
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213 |
Ignoring empty pin current: Ix(x1:u7:ol_sense:olp)
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214 |
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vin+)
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215 |
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vin-)
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216 |
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vp+)
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217 |
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vp-)
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218 |
Ignoring empty pin current: Ix(x1:u2:_iq_n:vc+)
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219 |
Ignoring empty pin current: Ix(x1:u2:_iq_n:vc-)
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220 |
Ignoring empty pin current: Ix(x1:u2:_iq_p:vc+)
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221 |
Ignoring empty pin current: Ix(x1:u2:_iq_p:vc-)
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222 |
Ignoring empty pin current: Ix(x1:u2:_u2:vc+)
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223 |
Ignoring empty pin current: Ix(x1:u2:_u2:vc-)
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224 |
Ignoring empty pin current: Ix(x1:u2:_u3:vc+)
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225 |
Ignoring empty pin current: Ix(x1:u2:_u3:vc-)
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226 |
Ignoring empty pin current: Ix(x1:u2:_u5:vc+)
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227 |
Ignoring empty pin current: Ix(x1:u2:_u5:vc-)
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228 |
Ignoring empty pin current: Ix(x1:u2:_u6:vc+)
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229 |
Ignoring empty pin current: Ix(x1:u2:_u6:vc-)
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230 |
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vin+)
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231 |
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vin-)
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232 |
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vp+)
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233 |
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vp-)
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234 |
Ignoring empty pin current: Ix(x1:u2:_vos_vs_vcm:ref+)
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235 |
Ignoring empty pin current: Ix(x1:u2:_vos_vs_vcm:ref-)
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236 |
Ignoring empty pin current: Ix(x1:u1:i0:i21:c)
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237 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:vinp)
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238 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:vinm)
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239 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:vee)
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240 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:vcc)
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241 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:pd)
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242 |
Ignoring empty pin current: Ix(x1:u1:i0:i85:vin)
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243 |
Ignoring empty pin current: Ix(x1:u1:i0:i26:vin)
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244 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:pd)
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245 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:pd)
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246 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:vee)
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247 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:vcc)
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248 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:1)
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249 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:vdd)
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250 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:vss)
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251 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:1)
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252 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:vdd)
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253 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:vss)
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254 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:vimon)
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255 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:pd)
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256 |
Ignoring empty pin current: Ix(x1:u1:i0:i21:1:vx)
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257 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:1)
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258 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vdd_old)
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259 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vss_old)
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260 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vdd_new)
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261 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vss_new)
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262 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:1)
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263 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vdd_old)
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264 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vss_old)
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265 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vdd_new)
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266 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vss_new)
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267 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:1)
|
|
|
268 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vdd_old)
|
|
|
269 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vss_old)
|
|
|
270 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vdd_new)
|
|
|
271 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vss_new)
|
|
|
272 |
Ignoring empty pin current: Ix(u1:wm2)
|
|
|
273 |
Ignoring empty pin current: Ix(x1:u6:vos_vcm:ref+)
|
|
|
274 |
Ignoring empty pin current: Ix(x1:u6:vos_vcm:ref-)
|
|
|
275 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_zo:vc+)
|
|
|
276 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_zo:vc-)
|
|
|
277 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_2:vc+)
|
|
|
278 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_2:vc-)
|
|
|
279 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_1:vc+)
|
|
|
280 |
Ignoring empty pin current: Ix(x1:u6:vccs_lim_1:vc-)
|
|
|
281 |
Ignoring empty pin current: Ix(x1:u6:iqpos:vc+)
|
|
|
282 |
Ignoring empty pin current: Ix(x1:u6:iqpos:vc-)
|
|
|
283 |
Ignoring empty pin current: Ix(x1:u6:iqneg:vc+)
|
|
|
284 |
Ignoring empty pin current: Ix(x1:u6:iqneg:vc-)
|
|
|
285 |
Ignoring empty pin current: Ix(x1:u6:cl_amp:vc+)
|
|
|
286 |
Ignoring empty pin current: Ix(x1:u6:cl_amp:vc-)
|
|
|
287 |
Ignoring empty pin current: Ix(x1:u6:cl_amp:vin)
|
|
|
288 |
Ignoring empty pin current: Ix(x1:u6:gr_amp:vc+)
|
|
|
289 |
Ignoring empty pin current: Ix(x1:u6:gr_amp:vc-)
|
|
|
290 |
Ignoring empty pin current: Ix(x1:u6:gr_amp:vin)
|
|
|
291 |
Ignoring empty pin current: Ix(x1:u6:gr_src:vc+)
|
|
|
292 |
Ignoring empty pin current: Ix(x1:u6:gr_src:vc-)
|
|
|
293 |
Ignoring empty pin current: Ix(x1:u6:cl_src:vc+)
|
|
|
294 |
Ignoring empty pin current: Ix(x1:u6:cl_src:vc-)
|
|
|
295 |
Ignoring empty pin current: Ix(x1:u6:clawp:vc+)
|
|
|
296 |
Ignoring empty pin current: Ix(x1:u6:clawp:vc-)
|
|
|
297 |
Ignoring empty pin current: Ix(x1:u6:clawn:vc+)
|
|
|
298 |
Ignoring empty pin current: Ix(x1:u6:clawn:vc-)
|
|
|
299 |
Ignoring empty pin current: Ix(x1:u6:claw_amp:vc+)
|
|
|
300 |
Ignoring empty pin current: Ix(x1:u6:claw_amp:vc-)
|
|
|
301 |
Ignoring empty pin current: Ix(x1:u6:claw_amp:vin)
|
|
|
302 |
Ignoring empty pin current: Ix(x1:u6:claw_src:vc+)
|
|
|
303 |
Ignoring empty pin current: Ix(x1:u6:claw_src:vc-)
|
|
|
304 |
Ignoring empty pin current: Ix(x1:u6:ol_sense:oln)
|
|
|
305 |
Ignoring empty pin current: Ix(x1:u6:ol_sense:olp)
|
|
|
306 |
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vin+)
|
|
|
307 |
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vin-)
|
|
|
308 |
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vp+)
|
|
|
309 |
Ignoring empty pin current: Ix(x1:u6:vcm_clamp:vp-)
|
|
|
310 |
Ignoring empty pin current: Ix(x1:u7:vos_vcm:ref+)
|
|
|
311 |
Ignoring empty pin current: Ix(x1:u7:vos_vcm:ref-)
|
|
|
312 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_zo:vc+)
|
|
|
313 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_zo:vc-)
|
|
|
314 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_2:vc+)
|
|
|
315 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_2:vc-)
|
|
|
316 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_1:vc+)
|
|
|
317 |
Ignoring empty pin current: Ix(x1:u7:vccs_lim_1:vc-)
|
|
|
318 |
Ignoring empty pin current: Ix(x1:u7:iqpos:vc+)
|
|
|
319 |
Ignoring empty pin current: Ix(x1:u7:iqpos:vc-)
|
|
|
320 |
Ignoring empty pin current: Ix(x1:u7:iqneg:vc+)
|
|
|
321 |
Ignoring empty pin current: Ix(x1:u7:iqneg:vc-)
|
|
|
322 |
Ignoring empty pin current: Ix(x1:u7:cl_amp:vc+)
|
|
|
323 |
Ignoring empty pin current: Ix(x1:u7:cl_amp:vc-)
|
|
|
324 |
Ignoring empty pin current: Ix(x1:u7:cl_amp:vin)
|
|
|
325 |
Ignoring empty pin current: Ix(x1:u7:gr_amp:vc+)
|
|
|
326 |
Ignoring empty pin current: Ix(x1:u7:gr_amp:vc-)
|
|
|
327 |
Ignoring empty pin current: Ix(x1:u7:gr_amp:vin)
|
|
|
328 |
Ignoring empty pin current: Ix(x1:u7:gr_src:vc+)
|
|
|
329 |
Ignoring empty pin current: Ix(x1:u7:gr_src:vc-)
|
|
|
330 |
Ignoring empty pin current: Ix(x1:u7:cl_src:vc+)
|
|
|
331 |
Ignoring empty pin current: Ix(x1:u7:cl_src:vc-)
|
|
|
332 |
Ignoring empty pin current: Ix(x1:u7:clawp:vc+)
|
|
|
333 |
Ignoring empty pin current: Ix(x1:u7:clawp:vc-)
|
|
|
334 |
Ignoring empty pin current: Ix(x1:u7:clawn:vc+)
|
|
|
335 |
Ignoring empty pin current: Ix(x1:u7:clawn:vc-)
|
|
|
336 |
Ignoring empty pin current: Ix(x1:u7:claw_amp:vc+)
|
|
|
337 |
Ignoring empty pin current: Ix(x1:u7:claw_amp:vc-)
|
|
|
338 |
Ignoring empty pin current: Ix(x1:u7:claw_amp:vin)
|
|
|
339 |
Ignoring empty pin current: Ix(x1:u7:claw_src:vc+)
|
|
|
340 |
Ignoring empty pin current: Ix(x1:u7:claw_src:vc-)
|
|
|
341 |
Ignoring empty pin current: Ix(x1:u7:ol_sense:oln)
|
|
|
342 |
Ignoring empty pin current: Ix(x1:u7:ol_sense:olp)
|
|
|
343 |
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vin+)
|
|
|
344 |
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vin-)
|
|
|
345 |
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vp+)
|
|
|
346 |
Ignoring empty pin current: Ix(x1:u7:vcm_clamp:vp-)
|
|
|
347 |
Ignoring empty pin current: Ix(x1:u2:_iq_n:vc+)
|
|
|
348 |
Ignoring empty pin current: Ix(x1:u2:_iq_n:vc-)
|
|
|
349 |
Ignoring empty pin current: Ix(x1:u2:_iq_p:vc+)
|
|
|
350 |
Ignoring empty pin current: Ix(x1:u2:_iq_p:vc-)
|
|
|
351 |
Ignoring empty pin current: Ix(x1:u2:_u2:vc+)
|
|
|
352 |
Ignoring empty pin current: Ix(x1:u2:_u2:vc-)
|
|
|
353 |
Ignoring empty pin current: Ix(x1:u2:_u3:vc+)
|
|
|
354 |
Ignoring empty pin current: Ix(x1:u2:_u3:vc-)
|
|
|
355 |
Ignoring empty pin current: Ix(x1:u2:_u5:vc+)
|
|
|
356 |
Ignoring empty pin current: Ix(x1:u2:_u5:vc-)
|
|
|
357 |
Ignoring empty pin current: Ix(x1:u2:_u6:vc+)
|
|
|
358 |
Ignoring empty pin current: Ix(x1:u2:_u6:vc-)
|
|
|
359 |
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vin+)
|
|
|
360 |
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vin-)
|
|
|
361 |
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vp+)
|
|
|
362 |
Ignoring empty pin current: Ix(x1:u2:_vcm_clamp:vp-)
|
|
|
363 |
Ignoring empty pin current: Ix(x1:u2:_vos_vs_vcm:ref+)
|
|
|
364 |
Ignoring empty pin current: Ix(x1:u2:_vos_vs_vcm:ref-)
|
|
|
365 |
Ignoring empty pin current: Ix(x1:u1:i0:i21:c)
|
|
|
366 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:vinp)
|
|
|
367 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:vinm)
|
|
|
368 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:vee)
|
|
|
369 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:vcc)
|
|
|
370 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:pd)
|
|
|
371 |
Ignoring empty pin current: Ix(x1:u1:i0:i85:vin)
|
|
|
372 |
Ignoring empty pin current: Ix(x1:u1:i0:i26:vin)
|
|
|
373 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:pd)
|
|
|
374 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:pd)
|
|
|
375 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:vee)
|
|
|
376 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:vcc)
|
|
|
377 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:1)
|
|
|
378 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:vdd)
|
|
|
379 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv3:vss)
|
|
|
380 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:1)
|
|
|
381 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:vdd)
|
|
|
382 |
Ignoring empty pin current: Ix(x1:u1:i0:ahdlinv1:vss)
|
|
|
383 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:vimon)
|
|
|
384 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:pd)
|
|
|
385 |
Ignoring empty pin current: Ix(x1:u1:i0:i21:1:vx)
|
|
|
386 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:1)
|
|
|
387 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vdd_old)
|
|
|
388 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vss_old)
|
|
|
389 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vdd_new)
|
|
|
390 |
Ignoring empty pin current: Ix(x1:u1:i0:i52:1:vss_new)
|
|
|
391 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:1)
|
|
|
392 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vdd_old)
|
|
|
393 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vss_old)
|
|
|
394 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vdd_new)
|
|
|
395 |
Ignoring empty pin current: Ix(x1:u1:i0:i30:i0:1:vss_new)
|
|
|
396 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:1)
|
|
|
397 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vdd_old)
|
|
|
398 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vss_old)
|
|
|
399 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vdd_new)
|
|
|
400 |
Ignoring empty pin current: Ix(x1:u1:i0:i40:1:vss_new)
|
|
|
401 |
|
|
|
402 |
|
|
|
403 |
Total elapsed time: 12.077 seconds.
|
|
|
404 |
|