| // 2020/05/14 Suriono (UZMN) |
| // Why : "mult" is not an industry standard |
| // What : Replace "mult" by "m" |
| |
| |
| *Auto-converted /home/ped/ethel_disk1/ped/modelwa/s8dia_3.1/spectrexlate_s8dia_3.4_beta1/spectremodels/xcmvpp.mod by model_spectre_vppmaker.rb |
| // converted from amsmodels/xcmvpp.mod |
| simulator lang=spectre |
| // spectre mismatch params here |
| parameters xcmvpp2_nmos_nat_v510x4_slope = 0.0 |
| parameters xcmvpp2_pmos_v55x4_slope = 0.0 |
| statistics { |
| mismatch { |
| vary xcmvpp2_nmos_nat_v510x4_slope dist=gauss std=0.00914 |
| vary xcmvpp2_pmos_v55x4_slope dist=gauss std=0.00914 |
| } |
| } |
| |
| inline subckt xcmvpp2_nmos_nat_v510x4 (c0 c1 b) |
| parameters |
| + lvpp = 3.6 wm1 = 0.14 wm2 = 0.14 wli = 0.17 |
| + ctot_a = 0.988e-15*lvpp*lvpp*cvpp2_nmos_nat_v510x4_cor + 1.04204/sqrt(m/0.35036)*xcmvpp2_nmos_nat_v510x4_slope*0.988e-15*lvpp*lvpp*cvpp2_nmos_nat_v510x4_cor |
| // **Note: The dev/gauss for this assumes only m=1 because this device is black boxed; if copying this line to a similar vpp then an m-factor must be added to the end of the dev/gauss. See other VPP's as an example |
| + rat_m2 = 0.4325 |
| + rat_m1 = 0.3175 |
| + rat_li = 0.25 |
| + cap_m2 = rat_m2*ctot_a |
| + cap_m1 = rat_m1*ctot_a |
| + cap_li = rat_li*ctot_a |
| + caps_li = cvpp2_nmos_nat_v510x4_sub |
| |
| + nvia = 11 // Each side |
| + ncon = 10 // Each side |
| + nf = 6 // Each side |
| |
| rm21 (c0 a1) resistor r = 2*rm2_rsh*lvpp/wm2*(1/3)*(1/nf) |
| xcmvpp2_nmos_nat_v510x4 (a1 c1) capacitor c = cap_m2 |
| |
| rvia1 (c0 d0) resistor r = rcvia/nvia |
| rvia2 (c1 d1) resistor r = rcvia/nvia |
| |
| rm11 (d0 b1) resistor r = 2*rm1_rsh*lvpp/wm1*(1/3)*(1/nf) |
| cm1 (b1 d1) capacitor c = cap_m1 |
| |
| rcon1 (d0 e0) resistor r = rcl1/ncon |
| rcon2 (d1 e1) resistor r = rcl1/ncon |
| |
| rli1 (e0 f1) resistor r = 2*rl1*lvpp/wli*(1/3)*(1/nf) |
| cli (f1 e1) capacitor c = cap_li |
| |
| csli1 (e0 b) capacitor c = caps_li |
| csli2 (e1 b) capacitor c = caps_li |
| |
| ends xcmvpp2_nmos_nat_v510x4 |
| |
| inline subckt xcmvpp2_pmos_v55x4 (c0 c1 b) |
| parameters |
| + lvpp = 3.6 wm1 = 0.14 wm2 = 0.14 wli = 0.17 |
| + ctot_a = 0.988e-15*lvpp*lvpp*cvpp2_pmos_v55x4_cor + 1.04204/sqrt(m/0.35036)*xcmvpp2_pmos_v55x4_slope*0.988e-15*lvpp*lvpp*cvpp2_pmos_v55x4_cor |
| // **Note: The dev/gauss for this assumes only m=1 because this device is black boxed; if copying this line to a similar vpp then an m-factor must be added to the end of the dev/gauss. See other VPP's as an example |
| + rat_m2 = 0.4325 |
| + rat_m1 = 0.3175 |
| + rat_li = 0.25 |
| + cap_m2 = rat_m2*ctot_a |
| + cap_m1 = rat_m1*ctot_a |
| + cap_li = rat_li*ctot_a |
| + caps_li = cvpp2_pmos_v55x4_sub |
| |
| + nvia = 11 // Each side |
| + ncon = 10 // Each side |
| + nf = 6 // Each side |
| |
| rm21 (c0 a1) resistor r = 2*rm2_rsh*lvpp/wm2*(1/3)*(1/nf) |
| xcmvpp2_pmos_v55x4 (a1 c1) capacitor c = cap_m2 |
| |
| rvia1 (c0 d0) resistor r = rcvia/nvia |
| rvia2 (c1 d1) resistor r = rcvia/nvia |
| |
| rm11 (d0 b1) resistor r = 2*rm1_rsh*lvpp/wm1*(1/3)*(1/nf) |
| cm1 (b1 d1) capacitor c = cap_m1 |
| |
| rcon1 (d0 e0) resistor r = rcl1/ncon |
| rcon2 (d1 e1) resistor r = rcl1/ncon |
| |
| rli1 (e0 f1) resistor r = 2*rl1*lvpp/wli*(1/3)*(1/nf) |
| cli (f1 e1) capacitor c = cap_li |
| |
| csli1 (e0 b) capacitor c = caps_li |
| csli2 (e1 b) capacitor c = caps_li |
| |
| ends xcmvpp2_pmos_v55x4 |
| |
