** SPICE file created for circuit fa
** Technology: scmos
**

** NODE: 0 = GND
** NODE: 1 = Vdd
** NODE: 2 = Error
RLUMP0 100 101 44.5
RLUMP1 102 103 302.5
RLUMP2 104 105 58.0
M0 101 103 105 1 pfet L=2.0U W=4.0U
RLUMP3 106 107 313.5
RLUMP4 100 108 44.5
M1 1 107 108 1 pfet L=2.0U W=4.0U
RLUMP5 104 109 58.0
RLUMP6 102 110 302.5
M2 109 110 0 0 nfet L=2.0U W=4.0U
RLUMP7 106 111 313.5
RLUMP8 104 112 58.0
M3 0 111 112 0 nfet L=2.0U W=4.0U
RLUMP9 106 113 313.5
RLUMP10 114 115 1730.5
M4 113 115 1 1 pfet L=2.0U W=4.0U
RLUMP11 116 117 1235.5
RLUMP12 106 118 313.5
M5 1 117 118 1 pfet L=2.0U W=4.0U
RLUMP13 119 120 20.5
RLUMP14 114 121 1730.5
RLUMP15 106 122 313.5
M6 120 121 122 0 nfet L=2.0U W=4.0U
RLUMP16 116 123 1235.5
RLUMP17 119 124 20.5
M7 0 123 124 0 nfet L=2.0U W=4.0U
RLUMP18 114 125 1730.5
RLUMP19 126 127 415.0
M8 1 125 127 1 pfet L=2.0U W=4.0U
RLUMP20 126 128 415.0
RLUMP21 114 129 1730.5
M9 128 129 0 0 nfet L=2.0U W=4.0U
RLUMP22 116 130 1235.5
RLUMP23 131 132 456.0
M10 1 130 132 1 pfet L=2.0U W=4.0U
RLUMP24 131 133 456.0
RLUMP25 116 134 1235.5
M11 133 134 0 0 nfet L=2.0U W=4.0U
RLUMP26 114 135 1730.5
RLUMP27 136 137 39.5
M12 1 135 137 1 pfet L=2.0U W=8.0U
RLUMP28 116 138 1235.5
RLUMP29 139 140 39.5
M13 1 138 140 1 pfet L=2.0U W=8.0U
RLUMP30 136 141 39.5
RLUMP31 131 142 456.0
RLUMP32 143 144 279.0
M14 141 142 144 1 pfet L=2.0U W=8.0U
RLUMP33 139 145 39.5
RLUMP34 126 146 415.0
RLUMP35 143 147 279.0
M15 145 146 147 1 pfet L=2.0U W=8.0U
RLUMP36 143 148 279.0
RLUMP37 116 149 1235.5
RLUMP38 150 151 18.0
M16 148 149 151 0 nfet L=2.0U W=8.0U
RLUMP39 143 152 279.0
RLUMP40 131 153 456.0
RLUMP41 154 155 18.0
M17 152 153 155 0 nfet L=2.0U W=8.0U
RLUMP42 150 156 18.0
RLUMP43 114 157 1730.5
M18 156 157 0 0 nfet L=2.0U W=8.0U
RLUMP44 154 158 18.0
RLUMP45 126 159 415.0
M19 158 159 0 0 nfet L=2.0U W=8.0U
RLUMP46 102 160 302.5
RLUMP47 161 162 1441.5
M20 160 162 1 1 pfet L=2.0U W=4.0U
RLUMP48 163 164 1154.5
RLUMP49 102 165 302.5
M21 1 164 165 1 pfet L=2.0U W=4.0U
RLUMP50 166 167 20.5
RLUMP51 161 168 1441.5
RLUMP52 102 169 302.5
M22 167 168 169 0 nfet L=2.0U W=4.0U
RLUMP53 163 170 1154.5
RLUMP54 166 171 20.5
M23 0 170 171 0 nfet L=2.0U W=4.0U
RLUMP55 161 172 1441.5
RLUMP56 173 174 415.0
M24 1 172 174 1 pfet L=2.0U W=4.0U
RLUMP57 173 175 415.0
RLUMP58 161 176 1441.5
M25 175 176 0 0 nfet L=2.0U W=4.0U
RLUMP59 163 177 1154.5
RLUMP60 178 179 456.0
M26 1 177 179 1 pfet L=2.0U W=4.0U
RLUMP61 178 180 456.0
RLUMP62 163 181 1154.5
M27 180 181 0 0 nfet L=2.0U W=4.0U
RLUMP63 161 182 1441.5
RLUMP64 183 184 39.5
M28 1 182 184 1 pfet L=2.0U W=8.0U
RLUMP65 163 185 1154.5
RLUMP66 186 187 39.5
M29 1 185 187 1 pfet L=2.0U W=8.0U
RLUMP67 183 188 39.5
RLUMP68 178 189 456.0
RLUMP69 114 190 1730.5
M30 188 189 190 1 pfet L=2.0U W=8.0U
RLUMP70 186 191 39.5
RLUMP71 173 192 415.0
RLUMP72 114 193 1730.5
M31 191 192 193 1 pfet L=2.0U W=8.0U
RLUMP73 114 194 1730.5
RLUMP74 163 195 1154.5
RLUMP75 196 197 18.0
M32 194 195 197 0 nfet L=2.0U W=8.0U
RLUMP76 114 198 1730.5
RLUMP77 178 199 456.0
RLUMP78 200 201 18.0
M33 198 199 201 0 nfet L=2.0U W=8.0U
RLUMP79 196 202 18.0
RLUMP80 161 203 1441.5
M34 202 203 0 0 nfet L=2.0U W=8.0U
RLUMP81 200 204 18.0
RLUMP82 173 205 415.0
M35 204 205 0 0 nfet L=2.0U W=8.0U
C0 200 0 17F
** NODE: 200 = ha_0/xor2_0/8_172_127#
C1 196 0 17F
** NODE: 196 = ha_0/xor2_0/8_92_127#
C2 183 0 18F
** NODE: 183 = ha_0/xor2_0/8_172_26#
C3 186 0 18F
** NODE: 186 = ha_0/xor2_0/8_92_10#
C4 178 0 57F
** NODE: 178 = ha_0/xor2_0/inv_0/Z
C5 173 0 57F
** NODE: 173 = ha_0/xor2_0/inv_1/Z
C6 166 0 12F
** NODE: 166 = ha_0/nand2_0/8_7_19#
C7 163 0 70F
** NODE: 163 = A
C8 161 0 86F
** NODE: 161 = B
C9 154 0 17F
** NODE: 154 = ha_1/xor2_0/8_172_127#
C10 150 0 17F
** NODE: 150 = ha_1/xor2_0/8_92_127#
C11 143 0 167F
** NODE: 143 = Q
C12 136 0 18F
** NODE: 136 = ha_1/xor2_0/8_172_26#
C13 139 0 18F
** NODE: 139 = ha_1/xor2_0/8_92_10#
C14 131 0 57F
** NODE: 131 = ha_1/xor2_0/inv_0/Z
C15 126 0 57F
** NODE: 126 = ha_1/xor2_0/inv_1/Z
C16 119 0 12F
** NODE: 119 = ha_1/nand2_0/8_7_19#
C17 116 0 75F
** NODE: 116 = Cin
C18 114 0 250F
** NODE: 114 = ha_0/Q
** NODE: 0 = GND!
C19 1 0 354F
** NODE: 1 = Vdd!
C20 100 0 11F
** NODE: 100 = nor2_0/8_7_10#
C21 104 0 28F
** NODE: 104 = Cout
C22 106 0 41F
** NODE: 106 = nor2_0/B
C23 102 0 54F
** NODE: 102 = nor2_0/A