Embed Size (px)
DESCRIPTION
tanner tools v13.0 using s-edit diagram of cmos inverter,nand ,nor,10-bit counter.
Citation preview
CMOS INVERTER
1.SCHEMATIC DIAGRAM:
2.REPORT:
Reading library entry "TT_NMOS_PARAMETERS" from "Generic_250nm.lib"
Reading library entry "TT_PMOS_PARAMETERS" from "Generic_250nm.lib"
Reading library entry "MOS_BIN_MODEL" from "Generic_250nm.lib"
Reading library entry "Typ" from "Generic_250nm.lib"
Reading library entry "RES_CAP" from "Generic_250nm.lib"
Loaded BSIM3v31 model library, Berkeley BSIM3 VERSION 3.1 with extensions
Opening simulation database
"C:\DOCUME~1\VLSILA~1\LOCALS~1\Temp\Cell0.tsim"
General options:
threads = 2
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 Verilog-A devices - 0
Subcircuits - 0 Subcircuit instances - 0
Model Definitions - 2 Computed Models - 2
Independent nodes - 1 Boundary nodes - 3
Total nodes - 4
Parsing 0.03 seconds
Setup 0.36 seconds
DC operating point 0.03 seconds
Transient Analysis 0.25 seconds
Overhead 1.94 seconds
-----------------------------------------
Total 2.61 seconds
3. SPICE SIMULATION
********* Simulation Settings - General Section *********
.lib "C:\Documents and Settings\VLSI LAB\My Documents\Tanner EDA\Tanner Tools
v15.0\Process\Generic_250nm\Generic_250nm_Tech\Generic_250nm.lib" tt
*-------- Devices With SPICE.ORDER == 0.0 --------
***** Top Level *****
MPMOS_2_5v_1 Out In Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=3893 $y=5500 $w=414 $h=600
MPMOS_2_5v_2 Out In Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u AD=975f
PD=4.3u $ $x=3893 $y=4200 $w=414 $h=600
*-------- Devices With SPICE.ORDER > 0.0 --------
VVoltageSource_2 Vdd Gnd DC 5 $ $x=2300 $y=5600 $w=400 $h=600
VVoltageSource_1 In Gnd PULSE(0 5 0 5n 5n 95n 200n) $ $x=1400 $y=4500 $w=400
$h=600
.PRINT TRAN V(In) $ $x=2550 $y=4650 $w=1500 $h=300
.PRINT TRAN V(Out) $ $x=5350 $y=4750 $w=1500 $h=300
********* Simulation Settings - Analysis Section *********
.tran 15n 1.5u
.end
\
4.OUTPUT:
CMOS NAND GATE
1.SCHEMATIC DIAGRAM:
2.REPORT:
Reading library entry "TT_NMOS_PARAMETERS" from "Generic_250nm.lib"
Reading library entry "TT_PMOS_PARAMETERS" from "Generic_250nm.lib"
Reading library entry "MOS_BIN_MODEL" from "Generic_250nm.lib"
Reading library entry "Typ" from "Generic_250nm.lib"
Reading library entry "RES_CAP" from "Generic_250nm.lib"
Loaded BSIM3v31 model library, Berkeley BSIM3 VERSION 3.1 with extensions
Opening simulation database
"C:\DOCUME~1\VLSILA~1\LOCALS~1\Temp\Cell0.tsim"
General options:
threads = 2
Device and node counts:
MOSFETs - 4 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 - 3 Current sources - 0
VCVS - 0 VCCS - 0
CCVS - 0 CCCS - 0
V-control switch - 0 I-control switch - 0
Macro devices - 0 Verilog-A devices - 0
Subcircuits - 0 Subcircuit instances - 0
Model Definitions - 2 Computed Models - 2
Independent nodes - 2 Boundary nodes - 4
Total nodes - 6
Parsing 0.03 seconds
Setup 0.06 seconds
DC operating point 0.00 seconds
Transient Analysis 0.16 seconds
Overhead 1.22 seconds
-----------------------------------------
Total 1.47 seconds
3. SPICE SIMULATION
********* Simulation Settings - General Section *********
.lib "C:\Documents and Settings\VLSI LAB\My Documents\Tanner EDA\Tanner Tools
v15.0\Process\Generic_250nm\Generic_250nm_Tech\Generic_250nm.lib" tt
*-------- Devices With SPICE.ORDER == 0.0 --------
***** Top Level *****
MNMOS_2_5v_1 Out a N_2 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u AD=975f
PD=4.3u $ $x=6093 $y=8300 $w=414 $h=600
MNMOS_2_5v_2 N_2 b Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u AD=975f
PD=4.3u $ $x=6093 $y=7100 $w=414 $h=600
MPMOS_2_5v_1 Out a Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=6093 $y=9200 $w=414 $h=600
MPMOS_2_5v_2 Out b Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=4193 $y=9100 $w=414 $h=600
*-------- Devices With SPICE.ORDER > 0.0 --------
VVoltageSource_3 Vdd Gnd DC 5 $ $x=7800 $y=10000 $w=400 $h=600
VVoltageSource_1 a Gnd PULSE(0 5 0 5n 5n 95n 200n) $ $x=4300 $y=8000 $w=400
$h=600
VVoltageSource_2 b Gnd PULSE(0 5 0 5n 5n 95n 200n) $ $x=4400 $y=6800 $w=400
$h=600
.PRINT TRAN V(a) $ $x=5250 $y=8150 $w=1500 $h=300
.PRINT TRAN V(b) $ $x=5350 $y=6950 $w=1500 $h=300
.PRINT TRAN V(Out) $ $x=7550 $y=8650 $w=1500 $h=300
********* Simulation Settings - Analysis Section *********
.tran 100n 1u
.end
4.OUTPUT:
CMOS NOR GATE
1.SCHEMATIC DIAGRAM:
2.REPORT:
Reading library entry "TT_NMOS_PARAMETERS" from "Generic_250nm.lib"
Reading library entry "TT_PMOS_PARAMETERS" from "Generic_250nm.lib"
Reading library entry "MOS_BIN_MODEL" from "Generic_250nm.lib"
Reading library entry "Typ" from "Generic_250nm.lib"
Reading library entry "RES_CAP" from "Generic_250nm.lib"
General options:
threads = 2
Device and node counts:
MOSFETs - 4 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 - 3 Current sources - 0
VCVS - 0 VCCS - 0
CCVS - 0 CCCS - 0
V-control switch - 0 I-control switch - 0
Macro devices - 0 Verilog-A devices - 0
Subcircuits - 0 Subcircuit instances - 0
Model Definitions - 2 Computed Models - 2
Independent nodes - 2 Boundary nodes - 4
Total nodes - 6
Parsing 0.28 seconds
Setup 0.06 seconds
DC operating point 0.06 seconds
Transient Analysis 0.42 seconds
Overhead 1.95 seconds
-----------------------------------------
Total 2.78 seconds
3. SPICE SIMULAION
lib "C:\Documents and Settings\VLSI LAB\My Documents\Tanner EDA\Tanner Tools
v15.0\Process\Generic_250nm\Generic_250nm_Tech\Generic_250nm.lib" tt
*-------- Devices With SPICE.ORDER < 0.0 --------
.TEMP 0 10 25 40 55 70 $ $x=1400 $y=2250 $w=1200 $h=300
*-------- Devices With SPICE.ORDER == 0.0 --------
***** Top Level *****
MNMOS_2_5v_1 Out In2 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=2193 $y=1100 $w=414 $h=600
MNMOS_2_5v_2 Out In1 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=4793 $y=1100 $w=414 $h=600
MPMOS_2_5v_1 N_1 In1 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=2893 $y=3600 $w=414 $h=600
MPMOS_2_5v_2 Out In2 N_1 Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=2893 $y=3000 $w=414 $h=600
*-------- Devices With SPICE.ORDER > 0.0 --------
VVoltageSource_3 Vdd Gnd DC 5 $ $x=1800 $y=5800 $w=400 $h=600
VVoltageSource_2 In2 Gnd PULSE(0 5 0 5n 5n 95n 200n) $ $x=1700 $y=1800 $w=400
$h=600
.PRINT TRAN V(In1) $ $x=250 $y=3450 $w=1500 $h=300 $r=180
.PRINT TRAN V(In2) $ $x=1150 $y=2250 $w=1500 $h=300 $r=180
.PRINT TRAN V(Out) $ $x=4950 $y=2150 $w=1500 $h=300
********* Simulation Settings - Analysis Section *********
.tran 12n 2u
.end
4. OUTPUT
10BIT CONTROLLED OSCILLATOR
1.SCHEMATIC DIAGRAM
2.REPORT
Reading library entry "TT_NMOS_PARAMETERS" from "Generic_250nm.lib"
Reading library entry "TT_PMOS_PARAMETERS" from "Generic_250nm.lib"
Reading library entry "MOS_BIN_MODEL" from "Generic_250nm.lib"
Reading library entry "Typ" from "Generic_250nm.lib"
Reading library entry "RES_CAP" from "Generic_250nm.lib"
Opening simulation database
"C:\DOCUME~1\VLSILA~1\LOCALS~1\Temp\Cell0.tsim"
General options:
threads = 2
Device and node counts:
MOSFETs - 24 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 Verilog-A devices - 0
Subcircuits - 0 Subcircuit instances - 0
Model Definitions - 2 Computed Models - 2
Independent nodes - 13 Boundary nodes - 3
Total nodes - 16
Parsing 0.33 seconds
Setup 0.08 seconds
DC operating point 0.11 seconds
Transient Analysis 0.31 seconds
Overhead 1.13 seconds
-----------------------------------------
Total 1.95 seconds
3. SPICE SIMULATION
.lib "C:\Documents and Settings\VLSI LAB\My Documents\Tanner EDA\Tanner Tools
v15.0\Process\Generic_250nm\Generic_250nm_Tech\Generic_250nm.lib" tt
********* Simulation Settings - General Section *********
.lib "C:\Documents and Settings\VLSI LAB\My Documents\Tanner EDA\Tanner Tools
v15.0\Process\Generic_250nm\Generic_250nm_Tech\Generic_250nm.lib" tt
*-------- Devices With SPICE.ORDER == 0.0 --------
***** Top Level *****
M_SPACE_ N_1 N_10 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=6293 $y=5700 $w=414 $h=600
MNMOS_2_5v_1 Out In N_12 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=1593 $y=4100 $w=414 $h=600
MPMOS_2_5v_1 N_1 Gnd Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=1793 $y=5700 $w=414 $h=600
MPMOS_2_5v_2 N_1 N_2 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=2293 $y=5700 $w=414 $h=600
MPMOS_2_5v_3 N_1 N_3 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=2793 $y=5700 $w=414 $h=600
MPMOS_2_5v_4 N_1 N_4 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=3293 $y=5700 $w=414 $h=600
MPMOS_2_5v_5 N_1 N_5 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=3793 $y=5700 $w=414 $h=600
MPMOS_2_5v_6 N_1 N_6 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=4293 $y=5700 $w=414 $h=600
MPMOS_2_5v_7 N_1 N_7 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=4793 $y=5700 $w=414 $h=600
MPMOS_2_5v_8 N_1 N_8 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=5293 $y=5700 $w=414 $h=600
MPMOS_2_5v_9 N_1 N_9 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=5793 $y=5700 $w=414 $h=600
MPMOS_2_5v_11 N_1 N_11 Vdd Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=6793 $y=5700 $w=414 $h=600
MPMOS_2_5v_12 N_12 Vdd Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=1793 $y=3300 $w=414 $h=600
MPMOS_2_5v_13 N_12 N_2 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=2293 $y=3300 $w=414 $h=600
MPMOS_2_5v_14 N_12 N_3 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=2793 $y=3300 $w=414 $h=600
MPMOS_2_5v_15 N_12 N_4 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=3293 $y=3300 $w=414 $h=600
MPMOS_2_5v_16 N_12 N_5 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=3793 $y=3300 $w=414 $h=600
MPMOS_2_5v_17 N_12 N_6 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=4293 $y=3300 $w=414 $h=600
MPMOS_2_5v_18 N_12 N_7 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=4793 $y=3300 $w=414 $h=600
MPMOS_2_5v_19 N_12 N_8 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=5293 $y=3300 $w=414 $h=600
MPMOS_2_5v_20 N_12 N_9 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=5793 $y=3300 $w=414 $h=600
MPMOS_2_5v_21 N_12 N_10 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=6293 $y=3300 $w=414 $h=600
MPMOS_2_5v_22 N_12 N_11 Gnd 0 NMOS25 W=1.5u L=250n AS=975f PS=4.3u
AD=975f PD=4.3u $ $x=6793 $y=3300 $w=414 $h=600
MPMOS_2_5v_23 Out In N_1 Vdd PMOS25 W=3u L=250n AS=1.95p PS=7.3u
AD=1.95p PD=7.3u $ $x=1593 $y=5000 $w=414 $h=600
*-------- Devices With SPICE.ORDER > 0.0 --------
VVoltageSource_1 Vdd Gnd DC 5 $ $x=800 $y=6100 $w=400 $h=600
VVoltageSource_2 In Gnd PULSE(0 5 0 5n 5n 95n 200n) $ $x=600 $y=3900 $w=400
$h=600
.PRINT TRAN V(In) $ $x=1250 $y=2550 $w=1500 $h=300
.PRINT TRAN V(Out) $ $x=2750 $y=2650 $w=1500 $h=300
********* Simulation Settings - Analysis Section *********
.tran 10n 1u start=0
.end
\
4. OUTPUT
