* Model file for MTA
.model n nmos
.model p pmos
Vvdd VDD 0 5
Vgnd GND 0 0
* File: ./spice/count2.spc.  Creation time: Sat Oct  7 07:44:02 2000

* devices:
m0 13 Q0 VDD VDD p l=0.6u w=3.6u ad=6.48p as=5.49p
m1 12 Q0 VDD VDD p l=0.6u w=3.9u ad=14.04p as=5.76p
m2 VDD VDD 13 VDD p l=0.6u w=3.6u ad=6.75p as=6.48p
m3 VDD VDD 12 VDD p l=0.6u w=3.9u ad=14.04p as=14.04p
m4 N2 13 VDD VDD p l=0.6u w=2.7u ad=3.555p as=6.75p
m5 146 Q0 VDD VDD p l=0.6u w=7.8u ad=7.02p as=14.04p
m6 15 VDD 146 VDD p l=0.6u w=7.8u ad=14.04p as=7.02p
m7 VDD 12 15 VDD p l=0.6u w=3.9u ad=7.245p as=14.04p
m8 N209 15 VDD VDD p l=0.6u w=2.7u ad=3.555p as=7.245p
m9 16 Q1 VDD VDD p l=0.6u w=3.9u ad=14.04p as=5.76p
m10 VDD N2 16 VDD p l=0.6u w=3.9u ad=14.04p as=14.04p
m11 147 Q1 VDD VDD p l=0.6u w=7.8u ad=7.02p as=14.04p
m12 VDD N206 Q0 VDD p l=0.6u w=5.4u ad=9.72p as=8.235p
m13 18 N2 147 VDD p l=0.6u w=7.8u ad=14.04p as=7.02p
m14 N206 21 VDD VDD p l=0.6u w=5.4u ad=8.235p as=9.72p
m15 VDD 16 18 VDD p l=0.6u w=3.9u ad=7.245p as=14.04p
m16 N211 18 VDD VDD p l=0.6u w=2.7u ad=3.555p as=7.245p
m17 VDD 21 19 VDD p l=0.6u w=1.5u ad=2.7p as=2.475p
m18 148 19 VDD VDD p l=0.6u w=1.5u ad=1.35p as=2.7p
m19 VDD N212 Q1 VDD p l=0.6u w=5.4u ad=9.72p as=8.235p
m20 20 R 148 VDD p l=0.6u w=1.5u ad=2.7p as=1.35p
m21 N212 26 VDD VDD p l=0.6u w=5.4u ad=8.235p as=9.72p
m22 21 25 20 VDD p l=0.6u w=1.5u ad=13.815p as=2.7p
m23 149 23 21 VDD p l=0.6u w=8.1u ad=7.29p as=13.815p
m24 VDD 27 149 VDD p l=0.6u w=8.1u ad=12.915p as=7.29p
m25 VDD 26 22 VDD p l=0.6u w=1.5u ad=2.7p as=2.475p
m26 VDD CLK 23 VDD p l=0.6u w=5.4u ad=9.72p as=8.235p
m27 150 22 VDD VDD p l=0.6u w=1.5u ad=1.35p as=2.7p
m28 25 23 VDD VDD p l=0.6u w=5.4u ad=8.235p as=9.72p
m29 24 R 150 VDD p l=0.6u w=1.5u ad=2.7p as=1.35p
m30 26 31 24 VDD p l=0.6u w=1.5u ad=13.815p as=2.7p
m31 VDD 28 27 VDD p l=0.6u w=2.7u ad=6.75p as=3.555p
m32 151 29 26 VDD p l=0.6u w=8.1u ad=7.29p as=13.815p
m33 VDD 32 151 VDD p l=0.6u w=8.1u ad=12.915p as=7.29p
m34 152 R VDD VDD p l=0.6u w=3.6u ad=3.24p as=6.75p
m35 28 30 152 VDD p l=0.6u w=3.6u ad=5.49p as=3.24p
m36 VDD CLK 29 VDD p l=0.6u w=5.4u ad=9.72p as=8.235p
m37 153 28 VDD VDD p l=0.6u w=1.5u ad=1.35p as=2.475p
m38 31 29 VDD VDD p l=0.6u w=5.4u ad=8.235p as=9.72p
m39 30 23 153 VDD p l=0.6u w=1.5u ad=13.815p as=1.35p
m40 154 N209 30 VDD p l=0.6u w=8.1u ad=7.29p as=13.815p
m41 VDD 25 154 VDD p l=0.6u w=8.1u ad=12.915p as=7.29p
m42 VDD 33 32 VDD p l=0.6u w=2.7u ad=6.75p as=3.555p
m43 155 R VDD VDD p l=0.6u w=3.6u ad=3.24p as=6.75p
m44 33 34 155 VDD p l=0.6u w=3.6u ad=5.49p as=3.24p
m45 156 33 VDD VDD p l=0.6u w=1.5u ad=1.35p as=2.475p
m46 34 29 156 VDD p l=0.6u w=1.5u ad=13.815p as=1.35p
m47 157 N211 34 VDD p l=0.6u w=8.1u ad=7.29p as=13.815p
m48 VDD 31 157 VDD p l=0.6u w=8.1u ad=12.915p as=7.29p
m49 137 Q0 12 GND n l=0.6u w=3u ad=2.7p as=4.95p
m50 138 Q0 13 GND n l=0.6u w=3u ad=2.7p as=4.95p
m51 GND VDD 137 GND n l=0.6u w=3u ad=5.4p as=2.7p
m52 GND VDD 138 GND n l=0.6u w=3u ad=5.4p as=2.7p
m53 14 12 GND GND n l=0.6u w=3u ad=5.4p as=5.4p
m54 N2 13 GND GND n l=0.6u w=1.5u ad=2.475p as=5.4p
m55 15 Q0 14 GND n l=0.6u w=3u ad=5.4p as=5.4p
m56 14 VDD 15 GND n l=0.6u w=3u ad=4.95p as=5.4p
m57 N209 15 GND GND n l=0.6u w=1.5u ad=2.475p as=2.475p
m58 139 Q1 16 GND n l=0.6u w=3u ad=2.7p as=4.95p
m59 GND N2 139 GND n l=0.6u w=3u ad=5.4p as=2.7p
m60 17 16 GND GND n l=0.6u w=3u ad=5.4p as=5.4p
m61 18 Q1 17 GND n l=0.6u w=3u ad=5.4p as=5.4p
m62 GND N206 Q0 GND n l=0.6u w=3u ad=5.4p as=4.95p
m63 17 N2 18 GND n l=0.6u w=3u ad=4.95p as=5.4p
m64 N206 21 GND GND n l=0.6u w=3u ad=4.95p as=5.4p
m65 N211 18 GND GND n l=0.6u w=1.5u ad=2.475p as=2.475p
m66 GND 21 19 GND n l=0.6u w=1.5u ad=2.7p as=2.475p
m67 20 19 GND GND n l=0.6u w=1.5u ad=2.7p as=2.7p
m68 GND R 20 GND n l=0.6u w=1.5u ad=2.475p as=2.7p
m69 GND N212 Q1 GND n l=0.6u w=3u ad=5.4p as=4.95p
m70 N212 26 GND GND n l=0.6u w=3u ad=4.95p as=5.4p
m71 21 23 20 GND n l=0.6u w=1.5u ad=7.875p as=2.475p
m72 140 25 21 GND n l=0.6u w=4.5u ad=4.05p as=7.875p
m73 GND 27 140 GND n l=0.6u w=4.5u ad=7.425p as=4.05p
m74 GND 26 22 GND n l=0.6u w=1.5u ad=2.7p as=2.475p
m75 24 22 GND GND n l=0.6u w=1.5u ad=2.7p as=2.7p
m76 GND CLK 23 GND n l=0.6u w=3u ad=5.4p as=4.95p
m77 GND R 24 GND n l=0.6u w=1.5u ad=2.475p as=2.7p
m78 25 23 GND GND n l=0.6u w=3u ad=4.95p as=5.4p
m79 26 29 24 GND n l=0.6u w=1.5u ad=7.875p as=2.475p
m80 141 31 26 GND n l=0.6u w=4.5u ad=4.05p as=7.875p
m81 GND 28 27 GND n l=0.6u w=1.5u ad=5.4p as=2.475p
m82 GND 32 141 GND n l=0.6u w=4.5u ad=7.425p as=4.05p
m83 28 R GND GND n l=0.6u w=3u ad=5.4p as=5.4p
m84 GND 30 28 GND n l=0.6u w=3u ad=5.4p as=5.4p
m85 GND CLK 29 GND n l=0.6u w=3u ad=5.4p as=4.95p
m86 142 28 GND GND n l=0.6u w=1.5u ad=1.35p as=5.4p
m87 31 29 GND GND n l=0.6u w=3u ad=4.95p as=5.4p
m88 30 25 142 GND n l=0.6u w=1.5u ad=7.875p as=1.35p
m89 143 23 30 GND n l=0.6u w=4.5u ad=4.05p as=7.875p
m90 GND N209 143 GND n l=0.6u w=4.5u ad=7.425p as=4.05p
m91 GND 33 32 GND n l=0.6u w=1.5u ad=5.4p as=2.475p
m92 33 R GND GND n l=0.6u w=3u ad=5.4p as=5.4p
m93 GND 34 33 GND n l=0.6u w=3u ad=5.4p as=5.4p
m94 144 33 GND GND n l=0.6u w=1.5u ad=1.35p as=5.4p
m95 34 31 144 GND n l=0.6u w=1.5u ad=7.875p as=1.35p
m96 145 29 34 GND n l=0.6u w=4.5u ad=4.05p as=7.875p
m97 GND N211 145 GND n l=0.6u w=4.5u ad=7.425p as=4.05p
* lumped capacitances:
cp1 VDD GND 191.793f
cp2 GND VDD 3.548f
cp3 Q0 GND 25.1378f
cp4 Q0 VDD 0.822f
cp5 Q0 GND 0.9312f
cp6 N2 GND 14.8163f
cp7 N2 VDD 0.9312f
cp8 Q1 GND 18.3221f
cp9 Q1 VDD 0.822f
cp10 Q1 GND 0.1092f
cp11 Q1 N2 0.1233f
cp12 N209 GND 21.0286f
cp13 N209 VDD 2.69205f
cp14 N209 Q0 0.1233f
cp15 N206 GND 4.215f
cp16 N211 GND 21.0286f
cp17 N211 VDD 2.69205f
cp18 N211 Q1 0.1233f
cp19 R GND 19.2134f
cp20 R VDD 0.411f
cp21 R GND 1.6956f
cp22 R N209 0.1233f
cp23 N212 GND 4.215f
cp24 CLK GND 12.3568f
cp25 CLK VDD 3.40325f
cp26 CLK GND 1.28507f
cp27 CLK N209 0.1233f
cp28 CLK N211 0.1233f
cp29 CLK R 0.0302f
cp30 12 GND 5.71815f
cp31 12 VDD 0.4881f
cp32 12 Q0 0.6285f
cp33 13 GND 5.1789f
cp34 13 VDD 0.2697f
cp35 13 Q0 0.47625f
cp36 14 GND 2.5614f
cp37 14 Q0 0.2205f
cp38 15 GND 5.6907f
cp39 15 VDD 1.33035f
cp40 15 12 0.1092f
cp41 16 GND 5.71815f
cp42 16 N2 0.4881f
cp43 16 Q1 0.46965f
cp44 17 GND 2.5614f
cp45 17 Q1 0.2205f
cp46 18 GND 5.6907f
cp47 18 N2 1.33035f
cp48 18 16 0.1092f
cp49 19 GND 4.4121f
cp50 19 R 0.0684f
cp51 20 GND 4.1688f
cp52 20 R 0.51415f
cp53 21 GND 6.2466f
cp54 21 VDD 0.1092f
cp55 21 N206 0.2481f
cp56 21 R 0.1164f
cp57 21 19 0.1092f
cp58 22 GND 4.4121f
cp59 23 GND 7.6551f
cp60 23 VDD 0.4368f
cp61 23 CLK 0.2999f
cp62 23 21 0.1092f
cp63 24 GND 4.1688f
cp64 24 R 0.51415f
cp65 25 GND 9.1956f
cp66 25 VDD 0.4368f
cp67 25 GND 0.1092f
cp68 25 N209 0.0684f
cp69 25 CLK 0.0302f
cp70 25 20 0.2184f
cp71 25 21 0.1092f
cp72 25 23 0.1092f
cp73 26 GND 6.2466f
cp74 26 VDD 0.1092f
cp75 26 N212 0.2481f
cp76 26 22 0.1092f
cp77 27 GND 4.6047f
cp78 27 GND 0.2184f
cp79 28 GND 5.4609f
cp80 28 VDD 0.2184f
cp81 28 R 0.1092f
cp82 29 GND 7.6551f
cp83 29 VDD 0.4368f
cp84 29 CLK 0.2999f
cp85 29 26 0.1092f
cp86 30 GND 5.2395f
cp87 30 23 0.1887f
cp88 30 28 0.2184f
cp89 31 GND 9.1956f
cp90 31 VDD 0.4368f
cp91 31 GND 0.1092f
cp92 31 N211 0.0684f
cp93 31 CLK 0.0302f
cp94 31 24 0.2184f
cp95 31 26 0.1092f
cp96 31 29 0.1092f
cp97 32 GND 4.6047f
cp98 32 GND 0.2184f
cp99 32 CLK 0.0302f
cp100 33 GND 5.4609f
cp101 33 VDD 0.2184f
cp102 33 R 0.1092f
cp103 34 GND 5.2395f
cp104 34 29 0.1887f
cp105 34 33 0.2184f
.END