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Shareware Extravaganza - Over 25,000 Programs (The Ultimate Shareware Company)(Disc 4 of 4)(1993).iso
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EXAMPLE1.OUT
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1986-08-15
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******** 5/28/86******** Demo PSpice (May 1986) *******11:53:06********
EXAMPLE1 - AN ILLUSTRATION OF ALL COMMANDS
**** CIRCUIT DESCRIPTION
***********************************************************************
*
* THIS CIRCUIT USES ALL POSSIBLE COMMANDS TO CREATE THE MAXIMUM AMOUNT OF
* OUTPUT POSSIBLE FROM SUCH A SMALL CIRCUIT. NORMALLY, ONLY A FEW KINDS OF
* OUTPUT (SUCH AS TRANSIENT ANALYSIS) WOULD BE RUN.
*
.OPT ACCT LIST NODE OPTS NOPAGE RELTOL=.001
.WIDTH OUT=80
.TEMP 35
.TF V(5) VIN
.DC VIN -0.25 0.25 0.005
.AC DEC 10 1 10GHZ
.TRAN/OP 5NS 500NS
.SENS V(5)
.NOISE V(5) VIN 20
.FOUR 5MEG V(5)
VIN 100 0 AC 1 SIN(0 0.1 5MEG)
VCC 101 0 DC 12
VEE 102 0 -12
Q1 4 2 6 QNL
Q2 5 3 6 QNL
RS1 100 2 1K
RS2 3 0 1K
RC1 4 101 CRES 10K
RC2 5 101 CRES 10K
Q3 6 7 102 QNL
Q4 7 7 102 QNL
RBIAS 7 101 20K
CLOAD 4 5 5PF
.MODEL CRES RES (R=1 TC1=.02 TC2=.0045)
.MODEL QNL NPN (BF=80 RB=100 CCS=2PF TF=0.3NS TR=6NS CJE=3PF CJC=2PF
+ VA=50)
.PRINT DC V(4) V(5)
.PLOT DC IC(Q2)
.PRINT AC VM(5) VP(5)
.PLOT AC VCM(Q2) VCP(Q2)
.PRINT NOISE INOISE ONOISE
.PLOT NOISE INOISE ONOISE
.PRINT TRAN V(4) V(5)
.PLOT TRAN V(4) V(5) I(CLOAD)
.END
**** ELEMENT NODE TABLE
0 RS2 VIN VCC VEE Q1 Q2 Q3
Q4
2 RS1 Q1
3 RS2 Q2
4 RC1 CLOAD Q1
5 RC2 CLOAD Q2
6 Q1 Q2 Q3
7 RBIAS Q3 Q4 Q4
100 RS1 VIN
101 RC1 RC2 RBIAS VCC
102 VEE Q3 Q4
**** BJT MODEL PARAMETERS
QNL
TYPE NPN
IS 1.00D-16
BF 80.000
NF 1.000
VAF 5.00D+01
BR 1.000
NR 1.000
RB 100.000
CJE 3.00D-12
TF 3.00D-10
CJC 2.00D-12
TR 6.00D-09
CJS 2.00D-12
**** RESISTOR MODEL PARAMETERS
CRES
R 1.00D+00
TC1 2.00D-02
TC2 4.50D-03
**** CIRCUIT ELEMENT SUMMARY
**** RESISTORS
NAME NODES MODEL VALUE TC1 TC2 TCE
RS1 100 2 1.00D+03 .00D+00 .00D+00 .00D+00
RS2 3 0 1.00D+03 .00D+00 .00D+00 .00D+00
RC1 4 101 CRES 1.00D+04 2.00D-02 4.50D-03 .00D+00
RC2 5 101 CRES 1.00D+04 2.00D-02 4.50D-03 .00D+00
RBIAS 7 101 2.00D+04 .00D+00 .00D+00 .00D+00
**** CAPACITORS AND INDUCTORS
NAME NODES MODEL IN COND VALUE
CLOAD 4 5 .00D+00 5.00D-12
**** INDEPENDENT SOURCES
NAME NODES DC VALUE AC VALUE AC PHASE TRANSIENT
VIN 100 0 .00D+00 1.00D+00 .00D+00 SIN
OFFSET....... .00D+00
AMPLITUDE.... 1.00D-01
FREQUENCY.... 5.00D+06
DELAY........ .00D+00
THETA........ .00D+00
PHASE........ .0
VCC 101 0 1.20D+01 .00D+00 .00D+00
VEE 102 0 -1.20D+01 .00D+00 .00D+00
**** BIPOLAR JUNCTION TRANSISTORS
NAME C B E S MODEL AREA
Q1 4 2 6 0 QNL 1.000
Q2 5 3 6 0 QNL 1.000
Q3 6 7 102 0 QNL 1.000
Q4 7 7 102 0 QNL 1.000
**** OPTION SUMMARY
DC ANALYSIS -
GMIN = 1.000D-12
RELTOL = 1.000D-03
ABSTOL = 1.000D-12
VNTOL = 1.000D-06
ITL1 = 40
ITL2 = 20
PIVTOL = 1.000D-13
PIVREL = 1.000D-03
TRANSIENT ANALYSIS -
CHGTOL = 1.000D-14
TRTOL = 7.000D+00
ITL3 = 4
ITL4 = 10
ITL5 = 5000
MISCELLANEOUS -
LIMPTS = 201
LIMTIM = 2
CPTIME = 100000000.
NUMDGT = 4
TNOM = 27.000
DEFL = 1.000D-04
DEFW = 1.000D-04
DEFAD = .000D+00
DEFAS = .000D+00
**** TEMPERATURE-ADJUSTED VALUES TEMPERATURE = 35.000 DEG C
**** RESISTORS
NAME VALUE
RC1 1.448D+04
RC2 1.448D+04
**** BJT MODEL PARAMETERS
NAME IS BF ISE BR ISC VJE VJC
QNL 3.297D-16 8.000D+01 .000D+00 1.000D+00 .000D+00 7.360D-01 7.360D-01
**** DC TRANSFER CURVES TEMPERATURE = 35.000 DEG C
VIN V(4) V(5)
-2.500E-01 7.951E+00 -9.262E-01
-2.450E-01 7.888E+00 -9.213E-01
-2.400E-01 7.825E+00 -9.163E-01
-2.350E-01 7.762E+00 -9.113E-01
-2.300E-01 7.699E+00 -9.064E-01
-2.250E-01 7.636E+00 -9.014E-01
-2.200E-01 7.573E+00 -8.963E-01
-2.150E-01 7.510E+00 -8.913E-01
-2.100E-01 7.447E+00 -8.862E-01
-2.050E-01 7.384E+00 -8.811E-01
-2.000E-01 7.320E+00 -8.760E-01
-1.950E-01 7.257E+00 -8.709E-01
-1.900E-01 7.193E+00 -8.657E-01
-1.850E-01 7.130E+00 -8.606E-01
-1.800E-01 7.066E+00 -8.553E-01
-1.750E-01 7.003E+00 -8.501E-01
-1.700E-01 6.939E+00 -8.448E-01
-1.650E-01 6.875E+00 -8.395E-01
-1.600E-01 6.811E+00 -8.341E-01
-1.550E-01 6.748E+00 -8.288E-01
-1.500E-01 6.684E+00 -8.233E-01
-1.450E-01 6.620E+00 -8.179E-01
-1.400E-01 6.556E+00 -8.123E-01
-1.350E-01 6.491E+00 -8.068E-01
-1.300E-01 6.427E+00 -8.011E-01
-1.250E-01 6.363E+00 -7.954E-01
-1.200E-01 6.299E+00 -7.897E-01
-1.150E-01 6.234E+00 -7.838E-01
-1.100E-01 6.170E+00 -7.779E-01
-1.050E-01 6.105E+00 -7.719E-01
-1.000E-01 6.040E+00 -7.658E-01
-9.500E-02 5.975E+00 -7.596E-01
-9.000E-02 5.910E+00 -7.532E-01
-8.500E-02 5.845E+00 -7.467E-01
-8.000E-02 5.780E+00 -7.400E-01
-7.500E-02 5.714E+00 -7.330E-01
-7.000E-02 5.649E+00 -7.258E-01
-6.500E-02 5.583E+00 -7.183E-01
-6.000E-02 5.516E+00 -7.104E-01
-5.500E-02 5.449E+00 -7.019E-01
-5.000E-02 5.382E+00 -6.927E-01
-4.500E-02 5.313E+00 -6.824E-01
-4.000E-02 5.243E+00 -6.705E-01
-3.500E-02 5.170E+00 -6.556E-01
-3.000E-02 5.092E+00 -6.339E-01
-2.500E-02 4.981E+00 -5.766E-01
-2.000E-02 4.494E+00 -1.000E-01
-1.500E-02 3.928E+00 4.639E-01
-1.000E-02 3.355E+00 1.036E+00
-5.000E-03 2.776E+00 1.614E+00
-5.725E-17 2.194E+00 2.194E+00
5.000E-03 1.613E+00 2.775E+00
1.000E-02 1.034E+00 3.353E+00
1.500E-02 4.614E-01 3.926E+00
2.000E-02 -1.033E-01 4.491E+00
2.500E-02 -5.585E-01 4.957E+00
3.000E-02 -6.056E-01 5.057E+00
3.500E-02 -6.218E-01 5.130E+00
4.000E-02 -6.315E-01 5.196E+00
4.500E-02 -6.384E-01 5.260E+00
5.000E-02 -6.437E-01 5.323E+00
5.500E-02 -6.479E-01 5.384E+00
6.000E-02 -6.514E-01 5.445E+00
6.500E-02 -6.543E-01 5.506E+00
7.000E-02 -6.569E-01 5.566E+00
7.500E-02 -6.591E-01 5.626E+00
8.000E-02 -6.611E-01 5.685E+00
8.500E-02 -6.628E-01 5.745E+00
9.000E-02 -6.644E-01 5.804E+00
9.500E-02 -6.658E-01 5.863E+00
1.000E-01 -6.671E-01 5.922E+00
1.050E-01 -6.682E-01 5.981E+00
1.100E-01 -6.693E-01 6.040E+00
1.150E-01 -6.702E-01 6.098E+00
1.200E-01 -6.711E-01 6.157E+00
1.250E-01 -6.719E-01 6.215E+00
1.300E-01 -6.727E-01 6.274E+00
1.350E-01 -6.734E-01 6.332E+00
1.400E-01 -6.740E-01 6.391E+00
1.450E-01 -6.746E-01 6.449E+00
1.500E-01 -6.751E-01 6.507E+00
1.550E-01 -6.756E-01 6.565E+00
1.600E-01 -6.760E-01 6.623E+00
1.650E-01 -6.764E-01 6.681E+00
1.700E-01 -6.768E-01 6.739E+00
1.750E-01 -6.771E-01 6.797E+00
1.800E-01 -6.774E-01 6.855E+00
1.850E-01 -6.777E-01 6.913E+00
1.900E-01 -6.779E-01 6.971E+00
1.950E-01 -6.782E-01 7.028E+00
2.000E-01 -6.784E-01 7.086E+00
2.050E-01 -6.785E-01 7.144E+00
2.100E-01 -6.787E-01 7.201E+00
2.150E-01 -6.788E-01 7.259E+00
2.200E-01 -6.789E-01 7.316E+00
2.250E-01 -6.790E-01 7.374E+00
2.300E-01 -6.791E-01 7.431E+00
2.350E-01 -6.791E-01 7.489E+00
2.400E-01 -6.792E-01 7.546E+00
2.450E-01 -6.792E-01 7.603E+00
2.500E-01 -6.792E-01 7.660E+00
**** DC TRANSFER CURVES TEMPERATURE = 35.000 DEG C
VIN IC(Q2)
2.000D-04 4.000D-04 6.000D-04 8.000D-04 1.000D-03
- - - - - - - - - - - - - - - - - - - - - - - - - - - - -
-2.500D-01 8.928D-04 . . . . * .
-2.450D-01 8.923D-04 . . . . * .
-2.400D-01 8.917D-04 . . . . * .
-2.350D-01 8.917D-04 . . . . * .
-2.300D-01 8.915D-04 . . . . * .
-2.250D-01 8.911D-04 . . . . * .
-2.200D-01 8.907D-04 . . . . * .
-2.150D-01 8.903D-04 . . . . * .
-2.100D-01 8.897D-04 . . . . * .
-2.050D-01 8.896D-04 . . . . * .
-2.000D-01 8.893D-04 . . . . * .
-1.950D-01 8.889D-04 . . . . * .
-1.900D-01 8.883D-04 . . . . * .
-1.850D-01 8.882D-04 . . . . * .
-1.800D-01 8.878D-04 . . . . * .
-1.750D-01 8.874D-04 . . . . * .
-1.700D-01 8.868D-04 . . . . * .
-1.650D-01 8.867D-04 . . . . * .
-1.600D-01 8.863D-04 . . . . * .
-1.550D-01 8.860D-04 . . . . * .
-1.500D-01 8.853D-04 . . . . * .
-1.450D-01 8.852D-04 . . . . * .
-1.400D-01 8.848D-04 . . . . * .
-1.350D-01 8.844D-04 . . . . * .
-1.300D-01 8.838D-04 . . . . * .
-1.250D-01 8.837D-04 . . . . * .
-1.200D-01 8.833D-04 . . . . * .
-1.150D-01 8.829D-04 . . . . * .
-1.100D-01 8.825D-04 . . . . * .
-1.050D-01 8.820D-04 . . . . * .
-1.000D-01 8.816D-04 . . . . * .
-9.500D-02 8.812D-04 . . . . * .
-9.000D-02 8.807D-04 . . . . * .
-8.500D-02 8.803D-04 . . . . * .
-8.000D-02 8.798D-04 . . . . * .
-7.500D-02 8.794D-04 . . . . * .
-7.000D-02 8.789D-04 . . . . * .
-6.500D-02 8.783D-04 . . . . * .
-6.000D-02 8.778D-04 . . . . * .
-5.500D-02 8.772D-04 . . . . * .
-5.000D-02 8.766D-04 . . . . * .
-4.500D-02 8.758D-04 . . . . * .
-4.000D-02 8.750D-04 . . . . * .
-3.500D-02 8.740D-04 . . . . * .
-3.000D-02 8.725D-04 . . . . * .
-2.500D-02 8.686D-04 . . . . * .
-2.000D-02 8.356D-04 . . . . * .
-1.500D-02 7.967D-04 . . . * .
-1.000D-02 7.572D-04 . . . * . .
-5.000D-03 7.173D-04 . . . * . .
-5.725D-17 6.772D-04 . . . * . .
5.000D-03 6.371D-04 . . . * . .
1.000D-02 5.972D-04 . . * . .
1.500D-02 5.576D-04 . . * . . .
2.000D-02 5.186D-04 . . * . . .
2.500D-02 4.862D-04 . . * . . .
3.000D-02 4.793D-04 . . * . . .
3.500D-02 4.743D-04 . . * . . .
4.000D-02 4.698D-04 . . * . . .
4.500D-02 4.654D-04 . . * . . .
5.000D-02 4.610D-04 . . * . . .
5.500D-02 4.569D-04 . . * . . .
6.000D-02 4.528D-04 . . * . . .
6.500D-02 4.485D-04 . . * . . .
7.000D-02 4.442D-04 . . * . . .
7.500D-02 4.402D-04 . . * . . .
8.000D-02 4.362D-04 . . * . . .
8.500D-02 4.320D-04 . . * . . .
9.000D-02 4.278D-04 . . * . . .
9.500D-02 4.238D-04 . . * . . .
1.000D-01 4.199D-04 . .* . . .
1.050D-01 4.157D-04 . .* . . .
1.100D-01 4.115D-04 . .* . . .
1.150D-01 4.076D-04 . * . . .
1.200D-01 4.037D-04 . * . . .
1.250D-01 3.995D-04 . * . . .
1.300D-01 3.954D-04 . * . . .
1.350D-01 3.914D-04 . *. . . .
1.400D-01 3.875D-04 . *. . . .
1.450D-01 3.834D-04 . *. . . .
1.500D-01 3.793D-04 . *. . . .
1.550D-01 3.753D-04 . * . . . .
1.600D-01 3.715D-04 . * . . . .
1.650D-01 3.673D-04 . * . . . .
1.700D-01 3.632D-04 . * . . . .
1.750D-01 3.593D-04 . * . . . .
1.800D-01 3.554D-04 . * . . . .
1.850D-01 3.516D-04 . * . . . .
1.900D-01 3.473D-04 . * . . . .
1.950D-01 3.431D-04 . * . . . .
2.000D-01 3.394D-04 . * . . . .
2.050D-01 3.357D-04 . * . . . .
2.100D-01 3.314D-04 . * . . . .
2.150D-01 3.272D-04 . * . . . .
2.200D-01 3.235D-04 . * . . . .
2.250D-01 3.197D-04 . * . . . .
2.300D-01 3.155D-04 . * . . . .
2.350D-01 3.114D-04 . * . . . .
2.400D-01 3.076D-04 . * . . . .
2.450D-01 3.039D-04 . * . . . .
2.500D-01 2.997D-04 . * . . . .
- - - - - - - - - - - - - - - - - - - - - - - - - - - - -
**** SMALL SIGNAL BIAS SOLUTION TEMPERATURE = 35.000 DEG C
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 2) -.0081 ( 3) -.0081 ( 4) 2.1942 ( 5) 2.1942
( 6) -.7606 ( 7) -11.2321 (100) .0000 (101) 12.0000
(102) -12.0000
VOLTAGE SOURCE CURRENTS
NAME CURRENT
VIN -8.108D-06
VCC -2.516D-03
VEE 2.532D-03
TOTAL POWER DISSIPATION 6.06D-02 WATTS
**** OPERATING POINT INFORMATION TEMPERATURE = 35.000 DEG C
**** BIPOLAR JUNCTION TRANSISTORS
Q1 Q2 Q3 Q4
MODEL QNL QNL QNL QNL
IB 8.11E-06 8.11E-06 1.42E-05 1.42E-05
IC 6.77E-04 6.77E-04 1.37E-03 1.13E-03
VBE .752 .752 .768 .768
VBC -2.20 -2.20 -10.5 .000
VCE 2.95 2.95 11.2 .768
BETADC 83.5 83.5 96.8 80.0
GM 2.55E-02 2.55E-02 5.16E-02 4.27E-02
RPI 3.28E+03 3.28E+03 1.87E+03 1.87E+03
RX 1.00E+02 1.00E+02 1.00E+02 1.00E+02
RO 7.71E+04 7.71E+04 4.41E+04 4.41E+04
CPI 1.28E-11 1.28E-11 2.06E-11 1.80E-11
CMU 1.28E-12 1.28E-12 8.20E-13 2.01E-12
CBX .00E+00 .00E+00 .00E+00 .00E+00
CCS 2.00E-12 2.00E-12 2.00E-12 2.00E-12
BETAAC 83.5 83.5 96.7 80.0
FT 2.89E+08 2.89E+08 3.83E+08 3.40E+08
**** SMALL-SIGNAL CHARACTERISTICS
V(5)/VIN = 1.162D+02
INPUT RESISTANCE AT VIN = 8.738D+03
OUTPUT RESISTANCE AT V(5) = 1.332D+04
**** DC SENSITIVITY ANALYSIS TEMPERATURE = 35.000 DEG C
DC SENSITIVITIES OF OUTPUT V(5)
ELEMENT ELEMENT ELEMENT NORMALIZED
NAME VALUE SENSITIVITY SENSITIVITY
(VOLTS/UNIT) (VOLTS/PERCENT)
RS1 1.000D+03 -9.423D-04 -9.423D-03
RS2 1.000D+03 9.436D-04 9.436D-03
RC1 1.448D+04 -5.276D-05 -7.639D-03
RC2 1.448D+04 -6.229D-04 -9.019D-02
RBIAS 2.000D+04 4.880D-04 9.761D-02
VIN .000D+00 1.162D+02 .000D+00
VCC 1.200D+01 5.775D-01 6.930D-02
VEE -1.200D+01 5.818D-01 -6.982D-02
Q1
RB 1.000D+02 -9.423D-04 -9.423D-04
RC 0. 0. 0.
RE 0. 0. 0.
BF 8.000D+01 1.223D-02 9.787D-03
ISE 0. 0. 0.
BR 1.000D+00 -4.178D-11 -4.178D-13
ISC 0. 0. 0.
IS 3.297D-16 9.366D+15 3.088D-02
NE 1.500D+00 .000D+00 .000D+00
NC 2.000D+00 .000D+00 .000D+00
IKF 0. 0. 0.
IKR 0. 0. 0.
VAF 5.000D+01 -3.433D-03 -1.716D-03
VAR 0. 0. 0.
Q2
RB 1.000D+02 9.436D-04 9.436D-04
RC 0. 0. 0.
RE 0. 0. 0.
BF 8.000D+01 -1.370D-02 -1.096D-02
ISE 0. 0. 0.
BR 1.000D+00 4.660D-11 4.660D-13
ISC 0. 0. 0.
IS 3.297D-16 -9.379D+15 -3.092D-02
NE 1.500D+00 .000D+00 .000D+00
NC 2.000D+00 .000D+00 .000D+00
IKF 0. 0. 0.
IKR 0. 0. 0.
VAF 5.000D+01 3.535D-03 1.768D-03
VAR 0. 0. 0.
Q3
RB 1.000D+02 4.889D-03 4.889D-03
RC 0. 0. 0.
RE 0. 0. 0.
BF 8.000D+01 -7.600D-03 -6.080D-03
ISE 0. 0. 0.
BR 1.000D+00 1.650D-11 1.650D-13
ISC 0. 0. 0.
IS 3.297D-16 -2.781D+16 -9.169D-02
NE 1.500D+00 .000D+00 .000D+00
NC 2.000D+00 .000D+00 .000D+00
IKF 0. 0. 0.
IKR 0. 0. 0.
VAF 5.000D+01 3.387D-02 1.693D-02
VAR 0. 0. 0.
Q4
RB 1.000D+02 -4.881D-03 -4.881D-03
RC 0. 0. 0.
RE 0. 0. 0.
BF 8.000D+01 4.613D-03 3.690D-03
ISE 0. 0. 0.
BR 1.000D+00 -5.902D-13 -5.902D-15
ISC 0. 0. 0.
IS 3.297D-16 2.776D+16 9.154D-02
NE 1.500D+00 .000D+00 .000D+00
NC 2.000D+00 .000D+00 .000D+00
IKF 0. 0. 0.
IKR 0. 0. 0.
VAF 5.000D+01 -5.396D-06 -2.698D-06
VAR 0. 0. 0.
**** NOISE ANALYSIS TEMPERATURE = 35.000 DEG C
FREQUENCY = 1.000D+00 HZ
**** RESISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
RS1 RS2 RC1 RC2 RBIAS
TOTAL 2.299D-13 2.305D-13 1.496D-18 2.085D-16 6.008D-17
**** TRANSISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
Q1 Q2 Q3 Q4
RB 2.299D-14 2.305D-14 2.027D-13 2.020D-13
RC .000D+00 .000D+00 .000D+00 .000D+00
RE .000D+00 .000D+00 .000D+00 .000D+00
IB 3.786D-14 4.746D-14 8.361D-15 3.081D-15
IC 7.826D-15 8.300D-15 2.235D-14 2.564D-14
FN .000D+00 .000D+00 .000D+00 .000D+00
TOTAL 6.867D-14 7.881D-14 2.334D-13 2.307D-13
**** TOTAL OUTPUT NOISE VOLTAGE = 1.072D-12 SQ V/HZ
= 1.036D-06 V/RT HZ
TRANSFER FUNCTION VALUE:
V(5)/VIN = 1.162D+02
EQUIVALENT INPUT NOISE AT VIN = 8.910D-09 V/RT HZ
**** NOISE ANALYSIS TEMPERATURE = 35.000 DEG C
FREQUENCY = 1.000D+02 HZ
**** RESISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
RS1 RS2 RC1 RC2 RBIAS
TOTAL 2.299D-13 2.305D-13 1.496D-18 2.085D-16 6.008D-17
**** TRANSISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
Q1 Q2 Q3 Q4
RB 2.299D-14 2.305D-14 2.027D-13 2.020D-13
RC .000D+00 .000D+00 .000D+00 .000D+00
RE .000D+00 .000D+00 .000D+00 .000D+00
IB 3.786D-14 4.746D-14 8.361D-15 3.081D-15
IC 7.826D-15 8.300D-15 2.235D-14 2.564D-14
FN .000D+00 .000D+00 .000D+00 .000D+00
TOTAL 6.867D-14 7.881D-14 2.334D-13 2.307D-13
**** TOTAL OUTPUT NOISE VOLTAGE = 1.072D-12 SQ V/HZ
= 1.036D-06 V/RT HZ
TRANSFER FUNCTION VALUE:
V(5)/VIN = 1.162D+02
EQUIVALENT INPUT NOISE AT VIN = 8.910D-09 V/RT HZ
**** NOISE ANALYSIS TEMPERATURE = 35.000 DEG C
FREQUENCY = 1.000D+04 HZ
**** RESISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
RS1 RS2 RC1 RC2 RBIAS
TOTAL 2.296D-13 2.303D-13 1.543D-18 2.083D-16 6.008D-17
**** TRANSISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
Q1 Q2 Q3 Q4
RB 2.296D-14 2.303D-14 2.027D-13 2.020D-13
RC .000D+00 .000D+00 .000D+00 .000D+00
RE .000D+00 .000D+00 .000D+00 .000D+00
IB 3.782D-14 4.741D-14 8.361D-15 3.081D-15
IC 7.819D-15 8.292D-15 2.235D-14 2.564D-14
FN .000D+00 .000D+00 .000D+00 .000D+00
TOTAL 6.860D-14 7.873D-14 2.334D-13 2.307D-13
**** TOTAL OUTPUT NOISE VOLTAGE = 1.072D-12 SQ V/HZ
= 1.035D-06 V/RT HZ
TRANSFER FUNCTION VALUE:
V(5)/VIN = 1.162D+02
EQUIVALENT INPUT NOISE AT VIN = 8.912D-09 V/RT HZ
**** NOISE ANALYSIS TEMPERATURE = 35.000 DEG C
FREQUENCY = 1.000D+06 HZ
**** RESISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
RS1 RS2 RC1 RC2 RBIAS
TOTAL 2.161D-14 2.150D-14 4.212D-17 7.907D-17 5.535D-17
**** TRANSISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
Q1 Q2 Q3 Q4
RB 2.161D-15 2.150D-15 1.867D-13 1.861D-13
RC .000D+00 .000D+00 .000D+00 .000D+00
RE .000D+00 .000D+00 .000D+00 .000D+00
IB 3.351D-15 4.862D-15 7.701D-15 2.837D-15
IC 7.373D-16 7.839D-16 2.059D-14 2.362D-14
FN .000D+00 .000D+00 .000D+00 .000D+00
TOTAL 6.249D-15 7.796D-15 2.150D-13 2.125D-13
**** TOTAL OUTPUT NOISE VOLTAGE = 4.849D-13 SQ V/HZ
= 6.963D-07 V/RT HZ
TRANSFER FUNCTION VALUE:
V(5)/VIN = 3.564D+01
EQUIVALENT INPUT NOISE AT VIN = 1.954D-08 V/RT HZ
**** NOISE ANALYSIS TEMPERATURE = 35.000 DEG C
FREQUENCY = 1.000D+08 HZ
**** RESISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
RS1 RS2 RC1 RC2 RBIAS
TOTAL 8.467D-20 1.383D-18 2.404D-20 7.661D-20 1.614D-20
**** TRANSISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
Q1 Q2 Q3 Q4
RB 8.467D-21 1.383D-19 2.347D-17 2.398D-17
RC .000D+00 .000D+00 .000D+00 .000D+00
RE .000D+00 .000D+00 .000D+00 .000D+00
IB 1.066D-19 4.913D-19 1.130D-18 3.428D-19
IC 1.114D-18 4.808D-18 9.088D-18 6.890D-18
FN .000D+00 .000D+00 .000D+00 .000D+00
TOTAL 1.229D-18 5.437D-18 3.369D-17 3.121D-17
**** TOTAL OUTPUT NOISE VOLTAGE = 7.315D-17 SQ V/HZ
= 8.553D-09 V/RT HZ
TRANSFER FUNCTION VALUE:
V(5)/VIN = 7.054D-02
EQUIVALENT INPUT NOISE AT VIN = 1.212D-07 V/RT HZ
**** NOISE ANALYSIS TEMPERATURE = 35.000 DEG C
FREQUENCY = 1.000D+10 HZ
**** RESISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
RS1 RS2 RC1 RC2 RBIAS
TOTAL 3.027D-23 3.502D-23 6.866D-24 1.546D-23 8.115D-30
**** TRANSISTOR SQUARED NOISE VOLTAGES (SQ V/HZ)
Q1 Q2 Q3 Q4
RB 3.027D-24 3.502D-24 9.312D-25 1.314D-27
RC .000D+00 .000D+00 .000D+00 .000D+00
RE .000D+00 .000D+00 .000D+00 .000D+00
IB 2.608D-26 1.207D-25 2.499D-26 4.694D-31
IC 2.370D-22 1.103D-21 8.268D-22 3.463D-27
FN .000D+00 .000D+00 .000D+00 .000D+00
TOTAL 2.401D-22 1.107D-21 8.278D-22 4.778D-27
**** TOTAL OUTPUT NOISE VOLTAGE = 2.262D-21 SQ V/HZ
= 4.756D-11 V/RT HZ
TRANSFER FUNCTION VALUE:
V(5)/VIN = 1.334D-03
EQUIVALENT INPUT NOISE AT VIN = 3.566D-08 V/RT HZ
**** AC ANALYSIS TEMPERATURE = 35.000 DEG C
FREQ VM(5) VP(5)
1.000E+00 1.162E+02 -1.797E-04
1.259E+00 1.162E+02 -2.263E-04
1.585E+00 1.162E+02 -2.849E-04
1.995E+00 1.162E+02 -3.586E-04
2.512E+00 1.162E+02 -4.515E-04
3.162E+00 1.162E+02 -5.684E-04
3.981E+00 1.162E+02 -7.156E-04
5.012E+00 1.162E+02 -9.008E-04
6.310E+00 1.162E+02 -1.134E-03
7.943E+00 1.162E+02 -1.428E-03
1.000E+01 1.162E+02 -1.797E-03
1.259E+01 1.162E+02 -2.263E-03
1.585E+01 1.162E+02 -2.849E-03
1.995E+01 1.162E+02 -3.586E-03
2.512E+01 1.162E+02 -4.515E-03
3.162E+01 1.162E+02 -5.684E-03
3.981E+01 1.162E+02 -7.156E-03
5.012E+01 1.162E+02 -9.008E-03
6.310E+01 1.162E+02 -1.134E-02
7.943E+01 1.162E+02 -1.428E-02
1.000E+02 1.162E+02 -1.797E-02
1.259E+02 1.162E+02 -2.263E-02
1.585E+02 1.162E+02 -2.849E-02
1.995E+02 1.162E+02 -3.586E-02
2.512E+02 1.162E+02 -4.515E-02
3.162E+02 1.162E+02 -5.684E-02
3.981E+02 1.162E+02 -7.156E-02
5.012E+02 1.162E+02 -9.008E-02
6.310E+02 1.162E+02 -1.134E-01
7.943E+02 1.162E+02 -1.428E-01
1.000E+03 1.162E+02 -1.797E-01
1.259E+03 1.162E+02 -2.263E-01
1.585E+03 1.162E+02 -2.849E-01
1.995E+03 1.162E+02 -3.586E-01
2.512E+03 1.162E+02 -4.515E-01
3.162E+03 1.162E+02 -5.684E-01
3.981E+03 1.162E+02 -7.155E-01
5.012E+03 1.162E+02 -9.008E-01
6.310E+03 1.162E+02 -1.134E+00
7.943E+03 1.162E+02 -1.427E+00
1.000E+04 1.162E+02 -1.797E+00
1.259E+04 1.161E+02 -2.262E+00
1.585E+04 1.161E+02 -2.846E+00
1.995E+04 1.160E+02 -3.582E+00
2.512E+04 1.159E+02 -4.506E+00
3.162E+04 1.157E+02 -5.666E+00
3.981E+04 1.153E+02 -7.120E+00
5.012E+04 1.148E+02 -8.937E+00
6.310E+04 1.140E+02 -1.120E+01
7.943E+04 1.128E+02 -1.400E+01
1.000E+05 1.110E+02 -1.743E+01
1.259E+05 1.082E+02 -2.158E+01
1.585E+05 1.043E+02 -2.648E+01
1.995E+05 9.876E+01 -3.213E+01
2.512E+05 9.160E+01 -3.839E+01
3.162E+05 8.288E+01 -4.501E+01
3.981E+05 7.304E+01 -5.169E+01
5.012E+05 6.278E+01 -5.809E+01
6.310E+05 5.281E+01 -6.398E+01
7.943E+05 4.366E+01 -6.920E+01
1.000E+06 3.564E+01 -7.375E+01
1.259E+06 2.883E+01 -7.767E+01
1.585E+06 2.320E+01 -8.109E+01
1.995E+06 1.859E+01 -8.413E+01
2.512E+06 1.486E+01 -8.695E+01
3.162E+06 1.186E+01 -8.969E+01
3.981E+06 9.447E+00 -9.250E+01
5.012E+06 7.509E+00 -9.551E+01
6.310E+06 5.953E+00 -9.887E+01
7.943E+06 4.701E+00 -1.027E+02
1.000E+07 3.694E+00 -1.072E+02
1.259E+07 2.880E+00 -1.126E+02
1.585E+07 2.222E+00 -1.190E+02
1.995E+07 1.687E+00 -1.266E+02
2.512E+07 1.252E+00 -1.355E+02
3.162E+07 9.014E-01 -1.460E+02
3.981E+07 6.231E-01 -1.579E+02
5.012E+07 4.087E-01 -1.716E+02
6.310E+07 2.505E-01 1.725E+02
7.943E+07 1.404E-01 1.529E+02
1.000E+08 7.054E-02 1.246E+02
1.259E+08 3.691E-02 7.537E+01
1.585E+08 3.312E-02 1.973E+01
1.995E+08 3.630E-02 -1.233E+01
2.512E+08 3.626E-02 -3.137E+01
3.162E+08 3.327E-02 -4.456E+01
3.981E+08 2.889E-02 -5.439E+01
5.012E+08 2.425E-02 -6.194E+01
6.310E+08 1.993E-02 -6.781E+01
7.943E+08 1.618E-02 -7.241E+01
1.000E+09 1.303E-02 -7.604E+01
1.259E+09 1.044E-02 -7.892E+01
1.585E+09 8.336E-03 -8.120E+01
1.995E+09 6.645E-03 -8.300E+01
2.512E+09 5.290E-03 -8.444E+01
3.162E+09 4.208E-03 -8.558E+01
3.981E+09 3.345E-03 -8.649E+01
5.012E+09 2.659E-03 -8.721E+01
6.310E+09 2.113E-03 -8.779E+01
7.943E+09 1.679E-03 -8.824E+01
1.000E+10 1.334E-03 -8.860E+01
**** AC ANALYSIS TEMPERATURE = 35.000 DEG C
FREQ INOISE ONOISE
1.000E+00 8.910E-09 1.036E-06
1.259E+00 8.910E-09 1.036E-06
1.585E+00 8.910E-09 1.036E-06
1.995E+00 8.910E-09 1.036E-06
2.512E+00 8.910E-09 1.036E-06
3.162E+00 8.910E-09 1.036E-06
3.981E+00 8.910E-09 1.036E-06
5.012E+00 8.910E-09 1.036E-06
6.310E+00 8.910E-09 1.036E-06
7.943E+00 8.910E-09 1.036E-06
1.000E+01 8.910E-09 1.036E-06
1.259E+01 8.910E-09 1.036E-06
1.585E+01 8.910E-09 1.036E-06
1.995E+01 8.910E-09 1.036E-06
2.512E+01 8.910E-09 1.036E-06
3.162E+01 8.910E-09 1.036E-06
3.981E+01 8.910E-09 1.036E-06
5.012E+01 8.910E-09 1.036E-06
6.310E+01 8.910E-09 1.036E-06
7.943E+01 8.910E-09 1.036E-06
1.000E+02 8.910E-09 1.036E-06
1.259E+02 8.910E-09 1.036E-06
1.585E+02 8.910E-09 1.036E-06
1.995E+02 8.910E-09 1.036E-06
2.512E+02 8.910E-09 1.036E-06
3.162E+02 8.910E-09 1.036E-06
3.981E+02 8.910E-09 1.036E-06
5.012E+02 8.910E-09 1.036E-06
6.310E+02 8.910E-09 1.036E-06
7.943E+02 8.910E-09 1.036E-06
1.000E+03 8.910E-09 1.036E-06
1.259E+03 8.910E-09 1.036E-06
1.585E+03 8.910E-09 1.036E-06
1.995E+03 8.910E-09 1.036E-06
2.512E+03 8.910E-09 1.035E-06
3.162E+03 8.910E-09 1.035E-06
3.981E+03 8.910E-09 1.035E-06
5.012E+03 8.910E-09 1.035E-06
6.310E+03 8.910E-09 1.035E-06
7.943E+03 8.911E-09 1.035E-06
1.000E+04 8.912E-09 1.035E-06
1.259E+04 8.913E-09 1.035E-06
1.585E+04 8.914E-09 1.035E-06
1.995E+04 8.917E-09 1.034E-06
2.512E+04 8.921E-09 1.034E-06
3.162E+04 8.928E-09 1.033E-06
3.981E+04 8.939E-09 1.031E-06
5.012E+04 8.956E-09 1.028E-06
6.310E+04 8.983E-09 1.025E-06
7.943E+04 9.026E-09 1.018E-06
1.000E+05 9.093E-09 1.009E-06
1.259E+05 9.198E-09 9.954E-07
1.585E+05 9.362E-09 9.760E-07
1.995E+05 9.615E-09 9.496E-07
2.512E+05 1.000E-08 9.162E-07
3.162E+05 1.058E-08 8.772E-07
3.981E+05 1.144E-08 8.356E-07
5.012E+05 1.266E-08 7.950E-07
6.310E+05 1.435E-08 7.580E-07
7.943E+05 1.662E-08 7.255E-07
1.000E+06 1.954E-08 6.963E-07
1.259E+06 2.317E-08 6.680E-07
1.585E+06 2.748E-08 6.374E-07
1.995E+06 3.235E-08 6.014E-07
2.512E+06 3.753E-08 5.577E-07
3.162E+06 4.265E-08 5.058E-07
3.981E+06 4.734E-08 4.472E-07
5.012E+06 5.131E-08 3.853E-07
6.310E+06 5.445E-08 3.241E-07
7.943E+06 5.680E-08 2.670E-07
1.000E+07 5.852E-08 2.162E-07
1.259E+07 5.980E-08 1.722E-07
1.585E+07 6.084E-08 1.352E-07
1.995E+07 6.182E-08 1.043E-07
2.512E+07 6.296E-08 7.883E-08
3.162E+07 6.454E-08 5.818E-08
3.981E+07 6.702E-08 4.176E-08
5.012E+07 7.117E-08 2.909E-08
6.310E+07 7.863E-08 1.970E-08
7.943E+07 9.292E-08 1.304E-08
1.000E+08 1.212E-07 8.553E-09
1.259E+08 1.534E-07 5.660E-09
1.585E+08 1.167E-07 3.867E-09
1.995E+08 7.610E-08 2.762E-09
2.512E+08 5.671E-08 2.057E-09
3.162E+08 4.736E-08 1.575E-09
3.981E+08 4.247E-08 1.227E-09
5.012E+08 3.976E-08 9.642E-10
6.310E+08 3.819E-08 7.613E-10
7.943E+08 3.725E-08 6.025E-10
1.000E+09 3.666E-08 4.776E-10
1.259E+09 3.629E-08 3.788E-10
1.585E+09 3.606E-08 3.006E-10
1.995E+09 3.591E-08 2.386E-10
2.512E+09 3.582E-08 1.895E-10
3.162E+09 3.576E-08 1.505E-10
3.981E+09 3.572E-08 1.195E-10
5.012E+09 3.569E-08 9.491E-11
6.310E+09 3.568E-08 7.538E-11
7.943E+09 3.567E-08 5.988E-11
1.000E+10 3.566E-08 4.756E-11
**** AC ANALYSIS TEMPERATURE = 35.000 DEG C
LEGEND:
*: VCM(Q2)
+: VCP(Q2)
FREQ VCM(Q2)
(*)------------ 1.000D-04 1.000D-02 1.000D+00 1.000D+02 1.000D+04
- - - - - - - - - - - - - - - - - - - - - - - - - - -
(+)------------ -2.000D+02 -1.000D+02 .000D+00 1.000D+02 2.000D+02
- - - - - - - - - - - - - - - - - - - - - - - - - - -
1.000D+00 1.162D+02 . . + * .
1.259D+00 1.162D+02 . . + * .
1.585D+00 1.162D+02 . . + * .
1.995D+00 1.162D+02 . . + * .
2.512D+00 1.162D+02 . . + * .
3.162D+00 1.162D+02 . . + * .
3.981D+00 1.162D+02 . . + * .
5.012D+00 1.162D+02 . . + * .
6.310D+00 1.162D+02 . . + * .
7.943D+00 1.162D+02 . . + * .
1.000D+01 1.162D+02 . . + * .
1.259D+01 1.162D+02 . . + * .
1.585D+01 1.162D+02 . . + * .
1.995D+01 1.162D+02 . . + * .
2.512D+01 1.162D+02 . . + * .
3.162D+01 1.162D+02 . . + * .
3.981D+01 1.162D+02 . . + * .
5.012D+01 1.162D+02 . . + * .
6.310D+01 1.162D+02 . . + * .
7.943D+01 1.162D+02 . . + * .
1.000D+02 1.162D+02 . . + * .
1.259D+02 1.162D+02 . . + * .
1.585D+02 1.162D+02 . . + * .
1.995D+02 1.162D+02 . . + * .
2.512D+02 1.162D+02 . . + * .
3.162D+02 1.162D+02 . . + * .
3.981D+02 1.162D+02 . . + * .
5.012D+02 1.162D+02 . . + * .
6.310D+02 1.162D+02 . . + * .
7.943D+02 1.162D+02 . . + * .
1.000D+03 1.162D+02 . . + * .
1.259D+03 1.162D+02 . . + * .
1.585D+03 1.162D+02 . . + * .
1.995D+03 1.162D+02 . . + * .
2.512D+03 1.162D+02 . . + * .
3.162D+03 1.162D+02 . . + * .
3.981D+03 1.162D+02 . . + * .
5.012D+03 1.162D+02 . . + * .
6.310D+03 1.162D+02 . . + * .
7.943D+03 1.162D+02 . . + * .
1.000D+04 1.162D+02 . . + * .
1.259D+04 1.161D+02 . . + * .
1.585D+04 1.161D+02 . . + * .
1.995D+04 1.160D+02 . . + * .
2.512D+04 1.159D+02 . . +. * .
3.162D+04 1.157D+02 . . +. * .
3.981D+04 1.153D+02 . . +. * .
5.012D+04 1.148D+02 . . +. * .
6.310D+04 1.140D+02 . . +. * .
7.943D+04 1.128D+02 . . + . * .
1.000D+05 1.110D+02 . . + . * .
1.259D+05 1.082D+02 . . + . * .
1.585D+05 1.043D+02 . . + . * .
1.995D+05 9.876D+01 . . + . * .
2.512D+05 9.160D+01 . . + . * .
3.162D+05 8.288D+01 . . + . *. .
3.981D+05 7.304D+01 . . + . *. .
5.012D+05 6.278D+01 . . + . *. .
6.310D+05 5.281D+01 . . + . * . .
7.943D+05 4.366D+01 . . + . * . .
1.000D+06 3.564D+01 . . + . * . .
1.259D+06 2.883D+01 . . + . * . .
1.585D+06 2.320D+01 . . + . * . .
1.995D+06 1.859D+01 . . + . * . .
2.512D+06 1.486D+01 . . + . * . .
3.162D+06 1.186D+01 . .+ . * . .
3.981D+06 9.447D+00 . .+ . * . .
5.012D+06 7.509D+00 . .+ . * . .
6.310D+06 5.953D+00 . + . * . .
7.943D+06 4.701D+00 . + . * . .
1.000D+07 3.694D+00 . +. . * . .
1.259D+07 2.880D+00 . + . . * . .
1.585D+07 2.222D+00 . + . . * . .
1.995D+07 1.687D+00 . + . .* . .
2.512D+07 1.252D+00 . + . .* . .
3.162D+07 9.014D-01 . + . * . .
3.981D+07 6.231D-01 . + . *. . .
5.012D+07 4.087D-01 . + . * . . .
6.310D+07 2.505D-01 . . * . . + .
7.943D+07 1.404D-01 . . * . . + .
1.000D+08 7.054D-02 . . * . . + .
1.259D+08 3.691D-02 . . * . + . .
1.585D+08 3.312D-02 . . * . + . .
1.995D+08 3.630D-02 . . * + . . .
2.512D+08 3.626D-02 . . * + . . .
3.162D+08 3.327D-02 . . * + . . .
3.981D+08 2.889D-02 . . * + . . .
5.012D+08 2.425D-02 . . * + . . .
6.310D+08 1.993D-02 . . * + . . .
7.943D+08 1.618D-02 . .* + . . .
1.000D+09 1.303D-02 . .* + . . .
1.259D+09 1.044D-02 . * + . . .
1.585D+09 8.336D-03 . *. + . . .
1.995D+09 6.645D-03 . *. + . . .
2.512D+09 5.290D-03 . * . + . . .
3.162D+09 4.208D-03 . * . + . . .
3.981D+09 3.345D-03 . * . + . . .
5.012D+09 2.659D-03 . * . + . . .
6.310D+09 2.113D-03 . * . + . . .
7.943D+09 1.679D-03 . * . + . . .
1.000D+10 1.334D-03 . * .+ . . .
- - - - - - - - - - - - - - - - - - - - - - - - - - - - -
**** AC ANALYSIS TEMPERATURE = 35.000 DEG C
LEGEND:
*: INOISE
+: ONOISE
FREQ INOISE
(*)------------ 3.162D-09 1.000D-08 3.162D-08 1.000D-07 3.162D-07
- - - - - - - - - - - - - - - - - - - - - - - - - - -
(+)------------ 1.000D-12 1.000D-10 1.000D-08 1.000D-06 1.000D-04
- - - - - - - - - - - - - - - - - - - - - - - - - - -
1.000D+00 8.910D-09 . *. . + .
1.259D+00 8.910D-09 . *. . + .
1.585D+00 8.910D-09 . *. . + .
1.995D+00 8.910D-09 . *. . + .
2.512D+00 8.910D-09 . *. . + .
3.162D+00 8.910D-09 . *. . + .
3.981D+00 8.910D-09 . *. . + .
5.012D+00 8.910D-09 . *. . + .
6.310D+00 8.910D-09 . *. . + .
7.943D+00 8.910D-09 . *. . + .
1.000D+01 8.910D-09 . *. . + .
1.259D+01 8.910D-09 . *. . + .
1.585D+01 8.910D-09 . *. . + .
1.995D+01 8.910D-09 . *. . + .
2.512D+01 8.910D-09 . *. . + .
3.162D+01 8.910D-09 . *. . + .
3.981D+01 8.910D-09 . *. . + .
5.012D+01 8.910D-09 . *. . + .
6.310D+01 8.910D-09 . *. . + .
7.943D+01 8.910D-09 . *. . + .
1.000D+02 8.910D-09 . *. . + .
1.259D+02 8.910D-09 . *. . + .
1.585D+02 8.910D-09 . *. . + .
1.995D+02 8.910D-09 . *. . + .
2.512D+02 8.910D-09 . *. . + .
3.162D+02 8.910D-09 . *. . + .
3.981D+02 8.910D-09 . *. . + .
5.012D+02 8.910D-09 . *. . + .
6.310D+02 8.910D-09 . *. . + .
7.943D+02 8.910D-09 . *. . + .
1.000D+03 8.910D-09 . *. . + .
1.259D+03 8.910D-09 . *. . + .
1.585D+03 8.910D-09 . *. . + .
1.995D+03 8.910D-09 . *. . + .
2.512D+03 8.910D-09 . *. . + .
3.162D+03 8.910D-09 . *. . + .
3.981D+03 8.910D-09 . *. . + .
5.012D+03 8.910D-09 . *. . + .
6.310D+03 8.910D-09 . *. . + .
7.943D+03 8.911D-09 . *. . + .
1.000D+04 8.912D-09 . *. . + .
1.259D+04 8.913D-09 . *. . + .
1.585D+04 8.914D-09 . *. . + .
1.995D+04 8.917D-09 . *. . + .
2.512D+04 8.921D-09 . *. . + .
3.162D+04 8.928D-09 . *. . + .
3.981D+04 8.939D-09 . *. . + .
5.012D+04 8.956D-09 . *. . + .
6.310D+04 8.983D-09 . *. . + .
7.943D+04 9.026D-09 . *. . + .
1.000D+05 9.093D-09 . *. . + .
1.259D+05 9.198D-09 . *. . + .
1.585D+05 9.362D-09 . *. . + .
1.995D+05 9.615D-09 . * . + .
2.512D+05 1.000D-08 . * . + .
3.162D+05 1.058D-08 . .* . + .
3.981D+05 1.144D-08 . . * . +. .
5.012D+05 1.266D-08 . . * . +. .
6.310D+05 1.435D-08 . . * . +. .
7.943D+05 1.662D-08 . . * . +. .
1.000D+06 1.954D-08 . . * . +. .
1.259D+06 2.317D-08 . . * . +. .
1.585D+06 2.748D-08 . . * . +. .
1.995D+06 3.235D-08 . . * +. .
2.512D+06 3.753D-08 . . . * + . .
3.162D+06 4.265D-08 . . . * + . .
3.981D+06 4.734D-08 . . . * + . .
5.012D+06 5.131D-08 . . . * + . .
6.310D+06 5.445D-08 . . . * + . .
7.943D+06 5.680D-08 . . . * + . .
1.000D+07 5.852D-08 . . . * + . .
1.259D+07 5.980D-08 . . . *+ . .
1.585D+07 6.084D-08 . . . X . .
1.995D+07 6.182D-08 . . . +* . .
2.512D+07 6.296D-08 . . . + * . .
3.162D+07 6.454D-08 . . . + * . .
3.981D+07 6.702D-08 . . . + * . .
5.012D+07 7.117D-08 . . . + * . .
6.310D+07 7.863D-08 . . . + * . .
7.943D+07 9.292D-08 . . .+ *. .
1.000D+08 1.212D-07 . . + . * .
1.259D+08 1.534D-07 . . + . . * .
1.585D+08 1.167D-07 . . + . . * .
1.995D+08 7.610D-08 . . + . * . .
2.512D+08 5.671D-08 . . + . * . .
3.162D+08 4.736D-08 . . + . * . .
3.981D+08 4.247D-08 . . + . * . .
5.012D+08 3.976D-08 . . + . * . .
6.310D+08 3.819D-08 . . + . * . .
7.943D+08 3.725D-08 . . + . * . .
1.000D+09 3.666D-08 . . + . * . .
1.259D+09 3.629D-08 . . + . * . .
1.585D+09 3.606D-08 . . + .* . .
1.995D+09 3.591D-08 . . + .* . .
2.512D+09 3.582D-08 . . + .* . .
3.162D+09 3.576D-08 . .+ .* . .
3.981D+09 3.572D-08 . .+ .* . .
5.012D+09 3.569D-08 . + .* . .
6.310D+09 3.568D-08 . +. .* . .
7.943D+09 3.567D-08 . +. .* . .
1.000D+10 3.566D-08 . + . .* . .
- - - - - - - - - - - - - - - - - - - - - - - - - - - - -
**** INITIAL TRANSIENT SOLUTION TEMPERATURE = 35.000 DEG C
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 2) -.0081 ( 3) -.0081 ( 4) 2.1942 ( 5) 2.1942
( 6) -.7606 ( 7) -11.2321 (100) .0000 (101) 12.0000
(102) -12.0000
VOLTAGE SOURCE CURRENTS
NAME CURRENT
VIN -8.108D-06
VCC -2.516D-03
VEE 2.532D-03
TOTAL POWER DISSIPATION 6.06D-02 WATTS
**** OPERATING POINT INFORMATION TEMPERATURE = 35.000 DEG C
**** BIPOLAR JUNCTION TRANSISTORS
Q1 Q2 Q3 Q4
MODEL QNL QNL QNL QNL
IB 8.11E-06 8.11E-06 1.42E-05 1.42E-05
IC 6.77E-04 6.77E-04 1.37E-03 1.13E-03
VBE .752 .752 .768 .768
VBC -2.20 -2.20 -10.5 .000
VCE 2.95 2.95 11.2 .768
BETADC 83.5 83.5 96.8 80.0
GM 2.55E-02 2.55E-02 5.16E-02 4.27E-02
RPI 3.28E+03 3.28E+03 1.87E+03 1.87E+03
RX 1.00E+02 1.00E+02 1.00E+02 1.00E+02
RO 7.71E+04 7.71E+04 4.41E+04 4.41E+04
CPI 1.28E-11 1.28E-11 2.06E-11 1.80E-11
CMU 1.28E-12 1.28E-12 8.20E-13 2.01E-12
CBX .00E+00 .00E+00 .00E+00 .00E+00
CCS 2.00E-12 2.00E-12 2.00E-12 2.00E-12
BETAAC 83.5 83.5 96.7 80.0
FT 2.89E+08 2.89E+08 3.83E+08 3.40E+08
**** TRANSIENT ANALYSIS TEMPERATURE = 35.000 DEG C
TIME V(4) V(5)
.000E+00 2.194E+00 2.194E+00
5.000E-09 2.190E+00 2.196E+00
1.000E-08 2.168E+00 2.209E+00
1.500E-08 2.128E+00 2.238E+00
2.000E-08 2.075E+00 2.282E+00
2.500E-08 2.010E+00 2.337E+00
3.000E-08 1.931E+00 2.410E+00
3.500E-08 1.845E+00 2.491E+00
4.000E-08 1.750E+00 2.585E+00
4.500E-08 1.652E+00 2.684E+00
5.000E-08 1.551E+00 2.791E+00
5.500E-08 1.452E+00 2.897E+00
6.000E-08 1.355E+00 3.005E+00
6.500E-08 1.263E+00 3.109E+00
7.000E-08 1.180E+00 3.206E+00
7.500E-08 1.105E+00 3.296E+00
8.000E-08 1.042E+00 3.373E+00
8.500E-08 9.903E-01 3.438E+00
9.000E-08 9.544E-01 3.486E+00
9.500E-08 9.309E-01 3.519E+00
1.000E-07 9.256E-01 3.530E+00
1.050E-07 9.333E-01 3.526E+00
1.100E-07 9.601E-01 3.500E+00
1.150E-07 9.995E-01 3.460E+00
1.200E-07 1.057E+00 3.398E+00
1.250E-07 1.126E+00 3.324E+00
1.300E-07 1.210E+00 3.233E+00
1.350E-07 1.302E+00 3.134E+00
1.400E-07 1.406E+00 3.022E+00
1.450E-07 1.514E+00 2.907E+00
1.500E-07 1.629E+00 2.786E+00
1.550E-07 1.743E+00 2.666E+00
1.600E-07 1.857E+00 2.547E+00
1.650E-07 1.967E+00 2.433E+00
1.700E-07 2.070E+00 2.326E+00
1.750E-07 2.164E+00 2.228E+00
1.800E-07 2.245E+00 2.143E+00
1.850E-07 2.314E+00 2.069E+00
1.900E-07 2.364E+00 2.013E+00
1.950E-07 2.400E+00 1.971E+00
2.000E-07 2.415E+00 1.948E+00
2.050E-07 2.415E+00 1.940E+00
2.100E-07 2.393E+00 1.953E+00
2.150E-07 2.357E+00 1.980E+00
2.200E-07 2.302E+00 2.027E+00
2.250E-07 2.236E+00 2.085E+00
2.300E-07 2.155E+00 2.161E+00
2.350E-07 2.067E+00 2.246E+00
2.400E-07 1.969E+00 2.343E+00
2.450E-07 1.868E+00 2.445E+00
2.500E-07 1.765E+00 2.554E+00
2.550E-07 1.663E+00 2.664E+00
2.600E-07 1.563E+00 2.774E+00
2.650E-07 1.469E+00 2.881E+00
2.700E-07 1.383E+00 2.981E+00
2.750E-07 1.306E+00 3.074E+00
2.800E-07 1.241E+00 3.154E+00
2.850E-07 1.187E+00 3.222E+00
2.900E-07 1.150E+00 3.273E+00
2.950E-07 1.125E+00 3.308E+00
3.000E-07 1.118E+00 3.323E+00
3.050E-07 1.125E+00 3.322E+00
3.100E-07 1.151E+00 3.299E+00
3.150E-07 1.190E+00 3.261E+00
3.200E-07 1.247E+00 3.202E+00
3.250E-07 1.315E+00 3.130E+00
3.300E-07 1.399E+00 3.042E+00
3.350E-07 1.491E+00 2.945E+00
3.400E-07 1.594E+00 2.836E+00
3.450E-07 1.702E+00 2.723E+00
3.500E-07 1.815E+00 2.605E+00
3.550E-07 1.929E+00 2.487E+00
3.600E-07 2.042E+00 2.370E+00
3.650E-07 2.150E+00 2.258E+00
3.700E-07 2.251E+00 2.154E+00
3.750E-07 2.344E+00 2.058E+00
3.800E-07 2.423E+00 1.975E+00
3.850E-07 2.490E+00 1.903E+00
3.900E-07 2.539E+00 1.849E+00
3.950E-07 2.572E+00 1.808E+00
4.000E-07 2.585E+00 1.787E+00
4.050E-07 2.582E+00 1.780E+00
4.100E-07 2.558E+00 1.794E+00
4.150E-07 2.520E+00 1.822E+00
4.200E-07 2.462E+00 1.870E+00
4.250E-07 2.394E+00 1.930E+00
4.300E-07 2.310E+00 2.007E+00
4.350E-07 2.220E+00 2.092E+00
4.400E-07 2.120E+00 2.190E+00
4.450E-07 2.017E+00 2.294E+00
4.500E-07 1.911E+00 2.404E+00
4.550E-07 1.807E+00 2.515E+00
4.600E-07 1.705E+00 2.627E+00
4.650E-07 1.609E+00 2.735E+00
4.700E-07 1.521E+00 2.837E+00
4.750E-07 1.442E+00 2.931E+00
4.800E-07 1.375E+00 3.012E+00
4.850E-07 1.320E+00 3.082E+00
4.900E-07 1.281E+00 3.134E+00
4.950E-07 1.253E+00 3.174E+00
5.000E-07 1.241E+00 3.196E+00
**** TRANSIENT ANALYSIS TEMPERATURE = 35.000 DEG C
LEGEND:
*: V(4)
+: V(5)
=: I(CLOAD)
TIME V(4)
(*)------------ .000D+00 1.000D+00 2.000D+00 3.000D+00 4.000D+00
- - - - - - - - - - - - - - - - - - - - - - - - - - -
(+)------------ 1.000D+00 2.000D+00 3.000D+00 4.000D+00 5.000D+00
- - - - - - - - - - - - - - - - - - - - - - - - - - -
(=)------------ -4.000D-04 -2.000D-04 .000D+00 2.000D-04 4.000D-04
- - - - - - - - - - - - - - - - - - - - - - - - - - -
.000D+00 2.194D+00 . . + = * . .
5.000D-09 2.190D+00 . . + =. * . .
1.000D-08 2.168D+00 . . + = . * . .
1.500D-08 2.128D+00 . . + = . * . .
2.000D-08 2.075D+00 . . + = .* . .
2.500D-08 2.010D+00 . . X * . .
3.000D-08 1.931D+00 . . = + *. . .
3.500D-08 1.845D+00 . .= + * . . .
4.000D-08 1.750D+00 . = + * . . .
4.500D-08 1.652D+00 . = *+ . . .
5.000D-08 1.551D+00 . =. * + . . .
5.500D-08 1.452D+00 . =. * +. . .
6.000D-08 1.355D+00 . = * + . .
6.500D-08 1.263D+00 . .= * .+ . .
7.000D-08 1.180D+00 . . X . + . .
7.500D-08 1.105D+00 . .* = . + . .
8.000D-08 1.042D+00 . .* = . + . .
8.500D-08 9.903D-01 . * = . + . .
9.000D-08 9.544D-01 . *. = . + . .
9.500D-08 9.309D-01 . *. = . + . .
1.000D-07 9.256D-01 . *. = + . .
1.050D-07 9.333D-01 . *. . = + . .
1.100D-07 9.601D-01 . *. . = + . .
1.150D-07 9.995D-01 . * . += . .
1.200D-07 1.057D+00 . .* . + = . .
1.250D-07 1.126D+00 . . * . + = . .
1.300D-07 1.210D+00 . . * . + =. .
1.350D-07 1.302D+00 . . * . + = .
1.400D-07 1.406D+00 . . * + .= .
1.450D-07 1.514D+00 . . * +. . = .
1.500D-07 1.629D+00 . . * + . . = .
1.550D-07 1.743D+00 . . +* . . = .
1.600D-07 1.857D+00 . . + * . . = .
1.650D-07 1.967D+00 . . + * .= .
1.700D-07 2.070D+00 . . + .* = .
1.750D-07 2.164D+00 . . + . * =. .
1.800D-07 2.245D+00 . . + . * = . .
1.850D-07 2.314D+00 . .+ . * = . .
1.900D-07 2.364D+00 . + . *= . .
1.950D-07 2.400D+00 . + . =* . .
2.000D-07 2.415D+00 . +. .= * . .
2.050D-07 2.415D+00 . +. =. * . .
2.100D-07 2.393D+00 . +. = . * . .
2.150D-07 2.357D+00 . + = . * . .
2.200D-07 2.302D+00 . + = . * . .
2.250D-07 2.236D+00 . .+ = . * . .
2.300D-07 2.155D+00 . . X . * . .
2.350D-07 2.067D+00 . .= + .* . .
2.400D-07 1.969D+00 . = + * . .
2.450D-07 1.868D+00 . =. + * . . .
2.500D-07 1.765D+00 . =. + * . . .
2.550D-07 1.663D+00 . =. X . . .
2.600D-07 1.563D+00 . = * + . . .
2.650D-07 1.469D+00 . = * + . . .
2.700D-07 1.383D+00 . .= * + . .
2.750D-07 1.306D+00 . . =* .+ . .
2.800D-07 1.241D+00 . . *= . + . .
2.850D-07 1.187D+00 . . * = . + . .
2.900D-07 1.150D+00 . . * = . + . .
2.950D-07 1.125D+00 . . * = . + . .
3.000D-07 1.118D+00 . . * = + . .
3.050D-07 1.125D+00 . . * . = + . .
3.100D-07 1.151D+00 . . * . X . .
3.150D-07 1.190D+00 . . * . + = . .
3.200D-07 1.247D+00 . . * . + = . .
3.250D-07 1.315D+00 . . * . + = . .
3.300D-07 1.399D+00 . . * .+ =. .
3.350D-07 1.491D+00 . . * +. = .
3.400D-07 1.594D+00 . . * + . .= .
3.450D-07 1.702D+00 . . X . . = .
3.500D-07 1.815D+00 . . + * . . = .
3.550D-07 1.929D+00 . . + *. . = .
3.600D-07 2.042D+00 . . + .* . = .
3.650D-07 2.150D+00 . . + . * .= .
3.700D-07 2.251D+00 . . + . * = .
3.750D-07 2.344D+00 . .+ . * =. .
3.800D-07 2.423D+00 . + . * = . .
3.850D-07 2.490D+00 . +. . * = . .
3.900D-07 2.539D+00 . + . . =* . .
3.950D-07 2.572D+00 . + . . = * . .
4.000D-07 2.585D+00 . + . .= * . .
4.050D-07 2.582D+00 . + . =. * . .
4.100D-07 2.558D+00 . + . = . * . .
4.150D-07 2.520D+00 . + . = . * . .
4.200D-07 2.462D+00 . + . = . * . .
4.250D-07 2.394D+00 . +. = . * . .
4.300D-07 2.310D+00 . + = . * . .
4.350D-07 2.220D+00 . .X . * . .
4.400D-07 2.120D+00 . = + . * . .
4.450D-07 2.017D+00 . =. + * . .
4.500D-07 1.911D+00 . =. + *. . .
4.550D-07 1.807D+00 . =. + * . . .
4.600D-07 1.705D+00 . =. +* . . .
4.650D-07 1.609D+00 . = * + . . .
4.700D-07 1.521D+00 . .= * + . . .
4.750D-07 1.442D+00 . . = * +. . .
4.800D-07 1.375D+00 . . =* + . .
4.850D-07 1.320D+00 . . * = .+ . .
4.900D-07 1.281D+00 . . * = . + . .
4.950D-07 1.253D+00 . . * = . + . .
5.000D-07 1.241D+00 . . * =. + . .
- - - - - - - - - - - - - - - - - - - - - - - - - - - - -
**** FOURIER ANALYSIS TEMPERATURE = 35.000 DEG C
FOURIER COMPONENTS OF TRANSIENT RESPONSE V(5)
DC COMPONENT = 2.513D+00
HARMONIC FREQUENCY FOURIER NORMALIZED PHASE NORMALIZED
NO (HZ) COMPONENT COMPONENT (DEG) PHASE (DEG)
1 5.000D+06 7.440D-01 1.000000 81.467 .000
2 1.000D+07 2.445D-02 .032866 23.522 -57.945
3 1.500D+07 1.478D-02 .019873 10.939 -70.528
4 2.000D+07 1.070D-02 .014379 9.218 -72.249
5 2.500D+07 8.572D-03 .011522 11.089 -70.378
6 3.000D+07 7.143D-03 .009601 12.938 -68.529
7 3.500D+07 6.119D-03 .008225 14.813 -66.654
8 4.000D+07 5.340D-03 .007178 16.615 -64.852
9 4.500D+07 4.747D-03 .006381 18.485 -62.982
TOTAL HARMONIC DISTORTION = 4.546070 PERCENT
JOB CONCLUDED
**** JOB STATISTICS SUMMARY
NUNODS NCNODS NUMNOD NUMEL DIODES BJTS JFETS MFETS GASFETS
10 10 14 13 0 4 0 0 0
NUMTEM ICVFLG JTRFLG JACFLG INOISE NOGO
1 101 101 101 1 0
NSTOP NTTAR NTTBR NTTOV IFILL IOPS PERSPA
17. 59. 59. 49. 0. 100. 79.585
NUMTTP NUMRTP NUMNIT MEMUSE/MAXMEM CPYKNT
58. 0. 192. 5424/ 64000 5760/ 19168 37382.
SECONDS ITERATIONS
READIN 3.79
SETUP .39
DCSWEEP 25.87 236.
BIASPNT 6.38 18.
MATSOL 8.10 4.
ACAN 49.65 101.
TRANAN 36.25 192.
OUTPUT 41.68
LOAD 36.60
OVERHEAD 8.62
TOTAL JOB TIME 172.63