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Critical Voltages of Pseudo NMOS Inverter.out
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Critical Voltages of Pseudo NMOS Inverter.out
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* Warning : Source perimeter (PS) is zero for MOSFET device M1
* Warning : Drain perimeter (PD) is zero for MOSFET device M1
* Warning : Source perimeter (PS) is zero for MOSFET device M2
* Warning : Drain perimeter (PD) is zero for MOSFET device M2
*SEDIT: Alter blocks = 0
*
* Device and node counts:
* MOSFETs - 2 MOSFET geometries - 2
* BJTs - 0 JFETs - 0
* MESFETs - 0 Diodes - 0
* Capacitors - 0 Resistors - 0
* Inductors - 0 Mutual inductors - 0
* Transmission lines - 0 Coupled transmission lines - 0
* Voltage sources - 2 Current sources - 0
* VCVS - 0 VCCS - 0
* CCVS - 0 CCCS - 0
* V-control switch - 0 I-control switch - 0
* Macro devices - 0 External C model instances - 0
* Subcircuits - 0 Subcircuit instances - 0
* Independent nodes - 1 Boundary nodes - 3
* Total nodes - 4
* *** 4 WARNING MESSAGES GENERATED DURING SETUP
*SEDIT: Alter=0
*SEDIT: Analysis types DCOP 1 ACMODEL 1 AC 0 TRANSIENT 0 TRANSFER 1 NOISE 0
* BEGIN NON-GRAPHICAL DATA
DC ANALYSIS
v(1) = 1.8000e+000
v(2) = 9.4537e-002
v(3) = 1.8000e+000
i(VIN) = -0.0000e+000
i(VDD) = -1.2839e-004
v(2,0) = 9.4537e-002
v(1,0) = 1.8000e+000
* END NON-GRAPHICAL DATA
* BEGIN NON-GRAPHICAL DATA
AC SMALL-SIGNAL MODELS
0 1
M1 M2
MODEL MOSN MOSP
TYPE NMOS PMOS
REGION Linear Saturation
ID 128.38781u -128.38781u
IBS 0. 0.
IBD -945.37237a -17.05463f
VGS 1.80000 -1.80000
VDS 94.53724m -1.70546
VBS 0. 0.
VTH 499.99997m -499.99996m
VDSAT 1.30000 -1.30000
RS 0. 0.
RD 0. 0.
GM 102.48631u 197.51971u
GDS 1.31194m 5.91500u
GMB 16.77326u 32.32675u
GBD 10.00000f 10.00000f
GBS 389.22857f 389.23050f
CDTOT 18.41671a 9.20835a
CGTOT 55.25013a 27.62506a
CSTOT 18.41671a 9.20835a
CBTOT 18.41671a 9.20835a
CGS 18.41671a 9.20835a
CGD 18.41671a 9.20835a
CGB 18.41671a 9.20835a
CBD 0. 0.
CBS 0. 0.
* VOLTAGE SOURCES
2 3
VIN VDD
VOLTAGE 1.80000 1.80000
CURRENT 0. -128.38781u
POWER 0. -231.09807u
Element name cross-reference:
0 : M1
1 : M2
2 : VIN
3 : VDD
* END NON-GRAPHICAL DATA
*WEDIT: XFER cycles VIN 19
*WEDIT: .dc VIN 0 1.8 0.1
TRANSFER ANALYSIS
VIN<V> v(2,0)<V> v(1,0)<V>
0.0000e+000 1.8000e+000 0.0000e+000
1.0000e-001 1.8000e+000 1.0000e-001
2.0000e-001 1.8000e+000 2.0000e-001
3.0000e-001 1.8000e+000 3.0000e-001
4.0000e-001 1.8000e+000 4.0000e-001
5.0000e-001 1.8000e+000 5.0000e-001
6.0000e-001 1.7679e+000 6.0000e-001
7.0000e-001 1.6675e+000 7.0000e-001
8.0000e-001 1.4829e+000 8.0000e-001
9.0000e-001 1.1620e+000 9.0000e-001
1.0000e+000 3.6376e-001 1.0000e+000
1.1000e+000 2.4478e-001 1.1000e+000
1.2000e+000 1.9485e-001 1.2000e+000
1.3000e+000 1.6396e-001 1.3000e+000
1.4000e+000 1.4230e-001 1.4000e+000
1.5000e+000 1.2605e-001 1.5000e+000
1.6000e+000 1.1333e-001 1.6000e+000
1.7000e+000 1.0304e-001 1.7000e+000
1.8000e+000 9.4537e-002 1.8000e+000
* SIMULATION STATISTICS:
* DC operating point
* Total DC operating points = 2
* Total Newton iterations = 5
* Total Current evaluations = 7
* DC sweep
* DC transfer points = 18
* Successful transfer points = 18
* Failed transfer points = 0
*
* Matrix statistics: OP DC
* Matrix factors 5 41
* Matrix solves 5 41
* Size 1 1
* Initial elements 1 1
* Final elements 1 1
* Fill-ins 0 0
* Initial density 100.00% 100.00%
* Final density 100.00% 100.00%
*
* Total matrix factorizations = 46
* Total matrix-vector solves = 46
* Total matrix solve time (seconds) = 0
*
* T-Spice process times
* Newton solver 0.00 seconds
* Current evaluations 0.00 seconds
* Jacobian construction 0.00 seconds
* Linear solver 0.00 seconds
*
*
* Parsing 0.00 seconds
* Setup 0.01 seconds
* DC operating point 0.00 seconds
* DC Analysis 0.06 seconds
* Overhead 0.00 seconds
* -----------------------------------------
* Total 0.07 seconds
* End of T-Spice output file