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

** NODE: 0 = GND
** NODE: 1 = Vdd
** NODE: 2 = Error
RLUMP0 100 101 1278.0
RLUMP1 102 103 415.0
M0 1 101 103 1 pfet L=2.0U W=4.0U
RLUMP2 102 104 415.0
RLUMP3 100 105 1278.0
M1 104 105 0 0 nfet L=2.0U W=4.0U
RLUMP4 106 107 2115.0
RLUMP5 108 109 456.0
M2 1 107 109 1 pfet L=2.0U W=4.0U
RLUMP6 108 110 456.0
RLUMP7 106 111 2115.0
M3 110 111 0 0 nfet L=2.0U W=4.0U
RLUMP8 100 112 1278.0
RLUMP9 113 114 39.5
M4 1 112 114 1 pfet L=2.0U W=8.0U
RLUMP10 106 115 2115.0
RLUMP11 116 117 39.5
M5 1 115 117 1 pfet L=2.0U W=8.0U
RLUMP12 113 118 39.5
RLUMP13 108 119 456.0
RLUMP14 120 121 278.5
M6 118 119 121 1 pfet L=2.0U W=8.0U
RLUMP15 116 122 39.5
RLUMP16 102 123 415.0
RLUMP17 120 124 278.5
M7 122 123 124 1 pfet L=2.0U W=8.0U
RLUMP18 120 125 278.5
RLUMP19 106 126 2115.0
RLUMP20 127 128 18.0
M8 125 126 128 0 nfet L=2.0U W=8.0U
RLUMP21 120 129 278.5
RLUMP22 108 130 456.0
RLUMP23 131 132 18.0
M9 129 130 132 0 nfet L=2.0U W=8.0U
RLUMP24 127 133 18.0
RLUMP25 100 134 1278.0
M10 133 134 0 0 nfet L=2.0U W=8.0U
RLUMP26 131 135 18.0
RLUMP27 102 136 415.0
M11 135 136 0 0 nfet L=2.0U W=8.0U
RLUMP28 137 138 703.0
RLUMP29 139 140 601.5
M12 1 138 140 1 pfet L=2.0U W=4.0U
RLUMP30 139 141 601.5
RLUMP31 137 142 703.0
M13 141 142 0 0 nfet L=2.0U W=4.0U
RLUMP32 100 143 1278.0
RLUMP33 139 144 601.5
RLUMP34 145 146 55.0
M14 143 144 146 1 pfet L=2.0U W=4.0U
RLUMP35 100 147 1278.0
RLUMP36 137 148 703.0
RLUMP37 145 149 55.0
M15 147 148 149 0 nfet L=2.0U W=4.0U
RLUMP38 100 150 1278.0
RLUMP39 137 151 703.0
RLUMP40 152 153 55.0
M16 150 151 153 1 pfet L=2.0U W=4.0U
RLUMP41 100 154 1278.0
RLUMP42 139 155 601.5
RLUMP43 152 156 55.0
M17 154 155 156 0 nfet L=2.0U W=4.0U
RLUMP44 157 158 1003.0
RLUMP45 159 160 415.0
M18 1 158 160 1 pfet L=2.0U W=4.0U
RLUMP46 159 161 415.0
RLUMP47 157 162 1003.0
M19 161 162 0 0 nfet L=2.0U W=4.0U
RLUMP48 106 163 2115.0
RLUMP49 164 165 456.0
M20 1 163 165 1 pfet L=2.0U W=4.0U
RLUMP50 164 166 456.0
RLUMP51 106 167 2115.0
M21 166 167 0 0 nfet L=2.0U W=4.0U
RLUMP52 157 168 1003.0
RLUMP53 169 170 39.5
M22 1 168 170 1 pfet L=2.0U W=8.0U
RLUMP54 106 171 2115.0
RLUMP55 172 173 39.5
M23 1 171 173 1 pfet L=2.0U W=8.0U
RLUMP56 169 174 39.5
RLUMP57 164 175 456.0
RLUMP58 176 177 278.5
M24 174 175 177 1 pfet L=2.0U W=8.0U
RLUMP59 172 178 39.5
RLUMP60 159 179 415.0
RLUMP61 176 180 278.5
M25 178 179 180 1 pfet L=2.0U W=8.0U
RLUMP62 176 181 278.5
RLUMP63 106 182 2115.0
RLUMP64 183 184 18.0
M26 181 182 184 0 nfet L=2.0U W=8.0U
RLUMP65 176 185 278.5
RLUMP66 164 186 456.0
RLUMP67 187 188 18.0
M27 185 186 188 0 nfet L=2.0U W=8.0U
RLUMP68 183 189 18.0
RLUMP69 157 190 1003.0
M28 189 190 0 0 nfet L=2.0U W=8.0U
RLUMP70 187 191 18.0
RLUMP71 159 192 415.0
M29 191 192 0 0 nfet L=2.0U W=8.0U
C0 187 0 17F
** NODE: 187 = xor2_1/8_172_127#
C1 183 0 17F
** NODE: 183 = xor2_1/8_92_127#
C2 176 0 160F
** NODE: 176 = xor2_1/Z
C3 169 0 18F
** NODE: 169 = xor2_1/8_172_26#
C4 172 0 18F
** NODE: 172 = xor2_1/8_92_10#
C5 164 0 57F
** NODE: 164 = xor2_1/inv_0/Z
C6 159 0 57F
** NODE: 159 = xor2_1/inv_1/Z
C7 157 0 60F
** NODE: 157 = xor2_1/XORB
C8 152 0 34F
** NODE: 152 = B
C9 145 0 36F
** NODE: 145 = A
C10 139 0 55F
** NODE: 139 = mux_2to1_0/~A
C11 137 0 25F
** NODE: 137 = mux_2to1_0/inv_0/A
C12 131 0 17F
** NODE: 131 = xor2_2/8_172_127#
C13 127 0 17F
** NODE: 127 = xor2_2/8_92_127#
C14 120 0 160F
** NODE: 120 = xor2_2/Z
C15 113 0 18F
** NODE: 113 = xor2_2/8_172_26#
C16 116 0 18F
** NODE: 116 = xor2_2/8_92_10#
C17 108 0 57F
** NODE: 108 = xor2_2/inv_0/Z
C18 106 0 164F
** NODE: 106 = xor2_2/XORA
** NODE: 0 = GND!
C19 102 0 57F
** NODE: 102 = xor2_2/inv_1/Z
C20 1 0 282F
** NODE: 1 = Vdd!
C21 100 0 117F
** NODE: 100 = xor2_2/XORB