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physicslover206
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Created Nov 4, 2026
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Updated Nov 4, 2026
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* ======================================================== * Graph (b): CSB-SA With 200mV VTH Mismatch (Read Failure) * Final Fixed Web-SPICE Netlist * ======================================================== .option post=1 nomod .param VDD_VAL=1.0V VG_CLAMP_VAL=0.8V * 1. 65nm CMOS Models .model NMOS NMOS (LEVEL=1 VTO=0.35 KP=200u LAMBDA=0.01) .model PMOS PMOS (LEVEL=1 VTO=-0.35 KP=200u LAMBDA=0.01) .model PMOS_M1 PMOS (LEVEL=1 VTO=-0.10 KP=200u LAMBDA=0.01) * 2. Power Supplies (VVSS removed, GND replaced with 0) VVDD VDD 0 DC VDD_VAL VVG VG_CLAMP 0 DC VG_CLAMP_VAL * 3. Control Signals (TR=0.1ns, TF=0.1ns) VPRE PRE 0 PULSE(1.0V 0V 10ns 0.1ns 0.1ns 10ns 20ns) VAMP AMP 0 DC 0V * 4. Memory Cell Resistance (State 1: RCELL = 6.0k > RREF = 4.5k) RCELL BL 0 6.0k RREF DBL 0 4.5k CBL BL 0 100fF CDBL DBL 0 100fF * 5. Degeneration pMOS (M7, M8 Gate connected to 0) M7 N_M1 0 VDD VDD PMOS W=1.0u L=0.1u M8 N_M2 0 VDD VDD PMOS W=1.0u L=0.1u * 6. Load pMOS Transistors (M1 uses PMOS_M1 with VTO=-0.10V) M1 SA1 G1 N_M1 VDD PMOS_M1 W=4.0u L=0.1u M2 SA2 G2 N_M2 VDD PMOS W=4.0u L=0.1u * 7. Diode Connection Switches (S3, S4) M9 SA1 PRE G1 0 NMOS W=2.0u L=0.06u M10 SA2 PRE G2 0 NMOS W=2.0u L=0.06u * 8. pMOS Capacitors (C1, C2) M5 G2 SA1 SA1 VDD PMOS W=4.0u L=0.2u M6 G1 SA2 SA2 VDD PMOS W=4.0u L=0.2u * 9. Pass Switches (S1, S2) M11 SA1 PRE N_BL1 0 NMOS W=2.0u L=0.06u M12 SA2 PRE N_BL2 0 NMOS W=2.0u L=0.06u * 10. Bit-Line Clamp nMOS (M3, M4) M3 N_BL1 VG_CLAMP BL 0 NMOS W=4.0u L=0.1u M4 N_BL2 VG_CLAMP DBL 0 NMOS W=4.0u L=0.1u * 11. Initial Convergence Conditions .ic V(SA1)=0.1V V(SA2)=0.1V V(BL)=0.1V V(DBL)=0.1V * 12. Standard Node Prints (Replaced .probe with .print) .print tran v(sa1) v(sa2) v(pre) v(amp) * 13. Transient Analysis .tran 0.01ns 20ns .end
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