For W/L=50/0.5, and abs(Id) =0.5mA, calculate the numerical value for the transconductance (gm) of both NMOS and PMOS devices. Use the parameters provided in table 2.1 of Razavi's book. Circuit di...
Level 1 SPICE Models for NMOS and PMOS Devices. Table 2.1 NMOS Model PHI-0.9 LAMBDA- 0.1 VTO 0.7 LD-0.08e-6 PB = 0.9 MJSW= 0.2 GAMMA = 0.45 UO = 350 CJ 0.56e-3CJSW CGDO=0.4e-9 LEVEL1 NSUB = 9e+14 0.35e-11 JS = 1.0e-8 MJ = 0.45 PMOS Model VTO--0.8 GAMMA 0.4 PHI 0.8 LD=0.09e-6 PB 0.9 MJSW 0.3 CGDO 0.3e-9 JS - 0.5e-8 LEVEL1 NSUB=5e+14 TOX = 9e_9 MJ-0.5 LAMBDA = 0.2 CJSW- 0.32e-11 UO=100 CJ 0.94e-3C
Level 1 SPICE Models for NMOS and PMOS Devices. Table 2.1 NMOS Model PHI-0.9 LAMBDA- 0.1 VTO 0.7 LD-0.08e-6 PB = 0.9 MJSW= 0.2 GAMMA = 0.45 UO = 350 CJ 0.56e-3CJSW CGDO=0.4e-9 LEVEL1 NSUB = 9e+14 0.35e-11 JS = 1.0e-8 MJ = 0.45 PMOS Model VTO--0.8 GAMMA 0.4 PHI 0.8 LD=0.09e-6 PB 0.9 MJSW 0.3 CGDO 0.3e-9 JS - 0.5e-8 LEVEL1 NSUB=5e+14 TOX = 9e_9 MJ-0.5 LAMBDA = 0.2 CJSW- 0.32e-11 UO=100 CJ 0.94e-3C