MAX4488
Production
The MAX4475-MAX4478/MAX4488/MAX4489 wideband, low-noise, low-distortion operational amplifiers offer rail-to-rail outputs and single-supply operation
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Datasheet
MAX4488 on Analog.com
I am trying to run the SPICE model of the MAX4488 in Orcad X Capture CIS in a transimpedance amplifier design simulation to look at the transient response but the simulation fails with:
"ERROR(ORPSIM-16550): Floating point computation failed during matrix solution. Possible solutions: 1)Ensure that all device parameters are in valid range. 2)Try using .options LIMIT
INTERNAL ERROR -- Divide by Zero, Divide(1, 0)"
Can anybody shed some light into what is not in a valid range?
Orcad X simulation log as follows:
**** 07/29/24 19:31:57 ***** PSpice 23.1.0 (6 March 2024) ***** ID# 0 ********
** Profile: "SCHEMATIC1-pulse profile" [ c:\users\jjame\appdata\roaming\spb_data\cdssetup\workspace\projects\tia design\tia design-
**** CIRCUIT DESCRIPTION
******************************************************************************
** Creating circuit file "pulse profile.cir"
** WARNING: THIS AUTOMATICALLY GENERATED FILE MAY BE OVERWRITTEN BY SUBSEQUENT SIMULATIONS
*Libraries:
* Profile Libraries :
* Local Libraries :
.LIB "C:/Users/jjame/OneDrive/Desktop/Custom OrCad Library/MAX4478/max4478.lib"
.LIB "C:/Users/jjame/OneDrive/Desktop/Custom OrCad Library/MAX4488/max4488.lib"
* From [PSPICE NETLIST] section of C:\Users\jjame\AppData\Roaming\SPB_Data\cdssetup\OrCAD_PSpice\23.1.0\PSpice.ini file:
.lib "nom.lib"
*Analysis directives:
.TRAN 0 1 0.1 10u SKIPBP
.OPTIONS ADVCONV
.OPTIONS GMIN= 1.0E-15
.PROBE64 V(alias(*)) I(alias(*)) W(alias(*)) D(alias(*)) NOISE(alias(*))
.INC "..\SCHEMATIC1.net"
**** INCLUDING SCHEMATIC1.net ****
* source TIA DESIGN
R_R1 N00250 N00288 100Meg TC=0,0
V_V1 5V 0 5
R_R4 N16014 5V 160k TC=0,0
R_R5 0 N16014 160k TC=0,0
C_C3 0 N00250 10p TC=0,0
R_R13 N10643 N10653 10Meg TC=0,0
C_C10 N10643 N10653 1p TC=0,0
C_C11 N00250 N10643 100n TC=0,0
V_V3 N00288 0 30
I_I1 N00250 0 DC 0Adc AC 0Aac
+PULSE 1E-15 1E-6 100E-6 1E-15 1E-15 1E-12 1
X_U2 N16014 N10643 5V 0 N10653 5V MAX4488
**** RESUMING "pulse profile.cir" ****
.END
**** 07/29/24 19:31:57 ***** PSpice 23.1.0 (6 March 2024) ***** ID# 0 ********
** Profile: "SCHEMATIC1-pulse profile" [ c:\users\jjame\appdata\roaming\spb_data\cdssetup\workspace\projects\tia design\tia design-
**** Diode MODEL PARAMETERS
******************************************************************************
X_U2.DESD X_U2.DN1
IS 1.000000E-15 1.000000E-12
KF 43.500000E-09
**** 07/29/24 19:31:57 ***** PSpice 23.1.0 (6 March 2024) ***** ID# 0 ********
** Profile: "SCHEMATIC1-pulse profile" [ c:\users\jjame\appdata\roaming\spb_data\cdssetup\workspace\projects\tia design\tia design-
**** MOSFET MODEL PARAMETERS
******************************************************************************
X_U2.NMI
NMOS
LEVEL 1
L 2.000000E-06
W 42.000000E-06
VTO 0
KP 200.000000E-06
GAMMA 0
PHI .6
LAMBDA 0
IS 10.000000E-15
JS 0
PB .8
PBSW .8
CJ 0
CJSW 0
CGSO 0
CGDO 0
CGBO 0
TOX 0
XJ 0
UCRIT 10.000000E+03
DIOMOD 1
VFB 0
LETA 0
WETA 0
U0 0
TEMP 0
VDD 5
XPART 0
**** 07/29/24 19:31:57 ***** PSpice 23.1.0 (6 March 2024) ***** ID# 0 ********
** Profile: "SCHEMATIC1-pulse profile" [ c:\users\jjame\appdata\roaming\spb_data\cdssetup\workspace\projects\tia design\tia design-
**** Resistor MODEL PARAMETERS
******************************************************************************
X_U2.REXP X_U2.REXPM
R 1 1
TCE 3.05191 2.07162
**** 07/29/24 19:31:57 ***** PSpice 23.1.0 (6 March 2024) ***** ID# 0 ********
** Profile: "SCHEMATIC1-pulse profile" [ c:\users\jjame\appdata\roaming\spb_data\cdssetup\workspace\projects\tia design\tia design-
**** Voltage Controlled Switch MODEL PARAMETERS
******************************************************************************
X_U2.SSHUT X_U2.SSHUT2 X_U2.SOUT X_U2.SCAP
RON 1.000000E-03 1.000000E-03 1.000000E+09 382.000000E-06
ROFF 100.000000E+06 1.000000E+09 1.000000E-03 1.000000E+09
VON .01 .505 .505 .505
VOFF -.01 .495 .495 .495
Reducing minimum delta to make the circuit converge.
Reducing minimum delta to make the circuit converge.
Reducing minimum delta to make the circuit converge.
Reducing minimum delta to make the circuit converge.
Reducing minimum delta to make the circuit converge.
Reducing minimum delta to make the circuit converge.
Reducing minimum delta to make the circuit converge.
ERROR(ORPSIM-15138): Convergence problem in Transient Analysis at Time = 22.74E-21.
Time step = 22.74E-21, minimum allowable step size = 1.000E-18
These voltages failed to converge:
V(N00288) = 30.00V \ 0V
V(5V) = 5.000V \ 0V
V(X_U2.10) = 3.500V \ 0V
V(X_U2.11) = 3.500V \ 0V
V(X_U2.12) = 3.081V \ 0V
V(X_U2.14) = -5.007uV \ 0V
V(X_U2.15) = -1.089V \ 0V
V(X_U2.16) = -100.00mV \ 0V
V(X_U2.13) = 3.300V \ 0V
V(X_U2.21) = -10.00GV \ 0V
V(X_U2.20) = 10.00GV \ 0V
V(X_U2.70) = 1.000V \ 0V
V(X_U2.62) = 7.649uV \ 0V
V(X_U2.622) = -19.90uV \ 0V
V(X_U2.62A) = 7.649uV \ 0V
V(X_U2.622A) = -19.90uV \ 0V
V(X_U2.61) = 191.67uV \ 0V
V(X_U2.57) = 2.497V \ 0V
V(X_U2.118) = 4.218mV \ 0V
V(X_U2.111) = 4.218mV \ 0V
V(X_U2.115) = 4.218mV \ 0V
V(X_U2.131) = -1.632mV \ 0V
V(X_U2.134) = -3.264uV \ 0V
V(X_U2.30) = -2.098mV \ 0V
V(X_U2.31) = 37.00V \ 0V
V(X_U2.VDE) = 5.000V \ 0V
V(X_U2.31VDD1) = 5.500V \ 0V
V(X_U2.31VDD2) = 2.700V \ 0V
V(X_U2.32) = -37.00V \ 0V
V(X_U2.33) = -2.097mV \ 0V
V(X_U2.96) = 2.497V \ 0V
V(X_U2.55) = 5.000V \ 0V
V(X_U2.98) = 59.37V \ 0V
V(X_U2.98A) = 59.31V \ 0V
V(X_U2.98B) = 59.31V \ 0V
V(X_U2.1003) = 13.93uV \ 0V
V(X_U2.1001) = 5.000V \ 0V
V(X_U2.1000B) = 2.500V \ 0V
V(X_U2.1002) = 1.000V \ 0V
These supply currents failed to converge:
I(X_U2.E_ABM1) = -209.76mA \ 0A
I(X_U2.E_ABM21) = 209.76mA \ 0A
I(X_U2.E3) = -25.03A \ 0A
I(X_U2.E4) = 24.97A \ 0A
I(X_U2.L35) = 4.825pA \ 0A
I(X_U2.L38) = 4.825pA \ 0A
I(V_V1) = -3.524mA \ 0A
I(V_V3) = -300.00nA \ 0A
I(X_U2.V1) = 750.00uA \ 0A
I(X_U2.V3) = 100.00uA \ 0A
I(X_U2.V2) = 3.300mA \ 0A
I(X_U2.VA200) = -1.000uA \ 0A
I(X_U2.VA201) = 1.000uA \ 0A
I(X_U2.V1001) = -1.001A \ 0A
These devices failed to converge:
X_U2.D1 X_U2.D2 X_U2.E6 X_U2.GD2 X_U2.GD1 X_U2.G60 X_U2.G_ABMII2
X_U2.G_ABMII1 X_U2.G_G6 X_U2.G_ABMII22 X_U2.G_ABMII21 X_U2.G_G26 X_U2.G10
X_U2.GD8 X_U2.GD9 X_U2.GD24A X_U2.GD24B X_U2.G70 X_U2.G1002 X_U2.G1003
X_U2.MQ1 X_U2.MQ2
Last node voltages tried were:
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 5V) 5.0000 (N00250) 35.77E-12 (N00288) 30.0000 (N10643) 35.77E-12
(N10653) 35.77E-12 (N16014) 10.26E-12 (X_U2.10) 3.5000
(X_U2.11) 3.5000 (X_U2.12) 3.0805
(X_U2.13) 3.3000 (X_U2.14)-5.007E-06
(X_U2.15) -1.0893 (X_U2.16) -.1000
(X_U2.20) 10.00E+09 (X_U2.21)-10.00E+09
(X_U2.22)-1.000E-06 (X_U2.23) 1.000E-06
(X_U2.30) -.0021 (X_U2.31) 37.0000
(X_U2.32) -37.0000 (X_U2.33) -.0021
(X_U2.34)-103.1E-18 (X_U2.35)-103.0E-18
(X_U2.37)-117.9E-27 (X_U2.38)-103.0E-18
(X_U2.39)-117.8E-27 (X_U2.50) 909.5E-15
(X_U2.51) 908.6E-15 (X_U2.52) 908.6E-15
(X_U2.55) 5.0000 (X_U2.56)-13.36E-15
(X_U2.57) 2.4971 (X_U2.5X) 35.77E-12
(X_U2.61) 191.7E-06 (X_U2.62) 7.649E-06
(X_U2.70) 1.0000 (X_U2.71) 0.0000
(X_U2.96) 2.4971 (X_U2.98) 59.3650
(X_U2.99) 0.0000 (X_U2.110) 6.145E-18
(X_U2.111) .0042 (X_U2.112) 1.928E-18
(X_U2.114) 4.825E-12 (X_U2.115) .0042
(X_U2.116) 4.825E-12 (X_U2.117) 4.825E-12
(X_U2.118) .0042 (X_U2.119) 4.825E-12
(X_U2.120) 0.0000 (X_U2.121) 0.0000
(X_U2.122) 0.0000 (X_U2.124) 0.0000
(X_U2.125) 0.0000 (X_U2.126) 0.0000
(X_U2.127) 0.0000 (X_U2.128) 0.0000
(X_U2.129) 0.0000 (X_U2.130)-2.378E-18
(X_U2.131) -.0016 (X_U2.132)-745.8E-21
(X_U2.133)-3.734E-15 (X_U2.134)-3.264E-06
(X_U2.135)-3.734E-15 (X_U2.137)-3.734E-15
(X_U2.31A) 0.0000 (X_U2.31B) 0.0000
(X_U2.31C) 0.0000 (X_U2.32A) 0.0000
(X_U2.32B) 0.0000 (X_U2.32C) 0.0000
(X_U2.622)-19.90E-06 (X_U2.62A) 7.649E-06
(X_U2.98A) 59.3060 (X_U2.98B) 59.3060
(X_U2.VDE) 5.0000 (X_U2.1001) 5.0000
(X_U2.1002) 1.0000 (X_U2.1003) 13.93E-06
(X_U2.1004) 1.810E-12 (X_U2.622A)-19.90E-06
(X_U2.1000B) 2.5000 (X_U2.31VDD1) 5.5000
(X_U2.31VDD2) 2.7000 (X_U2.VIBIASM)-19.90E-12
(X_U2.VIBIASP) 7.649E-12
**** Interrupt ****
**** Param: RELTOL = 0.001
**** Param: ABSTOL = 1e-12
**** Param: VNTOL = 1e-06
**** Param: GMIN = 1e-15
**** Param: TSTOP = 1
**** Param: TMAX = 1e-05
**** Param: ITL1 = 150
**** Param: ITL2 = 20
**** Param: ITL4 = 10
**** Param: AutoConverge = 1
**** Param: AutoConverge.ITL1 = 1000
**** Param: AutoConverge.ITL2 = 1000
**** Param: AutoConverge.ITL4 = 1000
**** Param: AutoConverge.RELTOL = 0.05
**** Param: AutoConverge.ABSTOL = 0.001
**** Param: AutoConverge.VNTOL = 0.001
**** Param: AutoConverge.PIVTOL = 1e-10
**** Param: ADVCONV = 1
**** Param: Current_Simulation = 3
**** Param: METHOD = 0
**** Param: TRTOL = 7
**** Param: STEPGMIN = 0
**** Param: GMINSTEPS = 0
**** Param: ITL6 = 0
**** Param: NOSTEPDEP = 0
**** Param: PTRANSTEP = 0
**** Param: GMINSRC = 0
**** Param: PSEUDOTRAN = 0
**** Param: NOSTEPSRC = 0
Convergence problem in transient analysis at Time = 181.9E-21
Time step = 181.9E-21, minimum allowable step size = 1.000E-18
These voltages failed to converge:
V(N00288) = 30.00V \ 0V
V(5V) = 5.000V \ 0V
V(X_U2.10) = 3.500V \ 0V
V(X_U2.11) = 3.290V \ 0V
V(X_U2.12) = 3.290V \ 0V
V(X_U2.14) = -5.007uV \ 0V
V(X_U2.15) = -374.85KV \ 0V
V(X_U2.16) = -100.00mV \ 0V
V(X_U2.13) = 3.300V \ 0V
V(X_U2.21) = -10.00GV \ 0V
V(X_U2.20) = 10.00GV \ 0V
V(X_U2.70) = 1.000V \ 0V
V(X_U2.62) = 7.649uV \ 0V
V(X_U2.622) = -19.90uV \ 0V
V(X_U2.62A) = 7.649uV \ 0V
V(X_U2.622A) = -19.90uV \ 0V
V(X_U2.61) = 191.67uV \ 0V
V(X_U2.57) = 2.497V \ 0V
V(X_U2.118) = 10.56mV \ 0V
V(X_U2.111) = 10.56mV \ 0V
V(X_U2.115) = 10.56mV \ 0V
V(X_U2.131) = -1.406KV \ 0V
V(X_U2.134) = -2.812V \ 0V
V(X_U2.31) = 37.00V \ 0V
V(X_U2.VDE) = 5.000V \ 0V
V(X_U2.31VDD1) = 5.500V \ 0V
V(X_U2.31VDD2) = 2.700V \ 0V
V(X_U2.32) = -37.00V \ 0V
V(X_U2.96) = 2.497V \ 0V
V(X_U2.55) = 5.000V \ 0V
V(X_U2.98) = 59.37V \ 0V
V(X_U2.98A) = 59.31V \ 0V
V(X_U2.98B) = 59.31V \ 0V
V(X_U2.1003) = 13.93uV \ 0V
V(X_U2.1001) = 5.000V \ 0V
V(X_U2.1000B) = 2.500V \ 0V
V(X_U2.1002) = 1.000V \ 0V
These supply currents failed to converge:
I(X_U2.E3) = -25.03A \ 0A
I(X_U2.E4) = 24.97A \ 0A
I(X_U2.L35) = 96.63pA \ 0A
I(X_U2.L38) = 96.63pA \ 0A
I(X_U2.L51) = -5.140pA \ 0A
I(X_U2.L55) = -25.73nA \ 0A
I(V_V1) = -3.524mA \ 0A
I(V_V3) = -300.00nA \ 0A
I(X_U2.V1) = 750.00uA \ 0A
I(X_U2.V3) = 100.00uA \ 0A
I(X_U2.V2) = 3.300mA \ 0A
I(X_U2.VA200) = -1.000uA \ 0A
I(X_U2.VA201) = 1.000uA \ 0A
I(X_U2.V1001) = -1.001A \ 0A
These devices failed to converge:
X_U2.D1 X_U2.D2 X_U2.E6 X_U2.GD2 X_U2.GD1 X_U2.G60 X_U2.G_ABMII2
X_U2.G_ABMII1 X_U2.G_ABMII22 X_U2.G_ABMII21 X_U2.G10 X_U2.GD8 X_U2.GD9
X_U2.GD24A X_U2.GD24B X_U2.G70 X_U2.G1002 X_U2.G1003 X_U2.MQ1 X_U2.MQ2
Last node voltages tried were:
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 5V) 5.0000 (N00250) 286.1E-12 (N00288) 30.0000 (N10643) 286.2E-12
(N10653) 286.2E-12 (N16014) 82.05E-12 (X_U2.10) 3.5000
(X_U2.11) 3.2902 (X_U2.12) 3.2902
(X_U2.13) 3.3000 (X_U2.14)-5.007E-06
(X_U2.15)-374.9E+03 (X_U2.16) -.1000
(X_U2.20) 10.00E+09 (X_U2.21)-10.00E+09
(X_U2.22)-1.000E-06 (X_U2.23) 1.000E-06
(X_U2.30) 0.0000 (X_U2.31) 37.0000
(X_U2.32) -37.0000 (X_U2.33) 500.0E-09
(X_U2.34) 196.6E-21 (X_U2.35) 196.6E-21
(X_U2.37) 1.800E-27 (X_U2.38) 196.6E-21
(X_U2.39) 1.800E-27 (X_U2.50) 909.5E-15
(X_U2.51) 908.6E-15 (X_U2.52) 908.6E-15
(X_U2.55) 5.0000 (X_U2.56)-13.36E-15
(X_U2.57) 2.4974 (X_U2.5X) 286.2E-12
(X_U2.61) 191.7E-06 (X_U2.62) 7.649E-06
(X_U2.70) 1.0000 (X_U2.71) 0.0000
(X_U2.96) 2.4974 (X_U2.98) 59.3730
(X_U2.99) 0.0000 (X_U2.110) 49.16E-18
(X_U2.111) .0106 (X_U2.112) 38.60E-18
(X_U2.114) 96.63E-12 (X_U2.115) .0106
(X_U2.116) 96.63E-12 (X_U2.117) 96.63E-12
(X_U2.118) .0106 (X_U2.119) 96.63E-12
(X_U2.120) 0.0000 (X_U2.121) 0.0000
(X_U2.122) 0.0000 (X_U2.124) 0.0000
(X_U2.125) 0.0000 (X_U2.126) 0.0000
(X_U2.127) 0.0000 (X_U2.128) 0.0000
(X_U2.129) 0.0000 (X_U2.130)-6.546E-12
(X_U2.131)-1405.8000 (X_U2.132)-5.140E-12
(X_U2.133)-25.73E-09 (X_U2.134) -2.8116
(X_U2.135)-25.73E-09 (X_U2.137)-25.73E-09
(X_U2.31A) 0.0000 (X_U2.31B) 0.0000
(X_U2.31C) 0.0000 (X_U2.32A) 0.0000
(X_U2.32B) 0.0000 (X_U2.32C) 0.0000
(X_U2.622)-19.90E-06 (X_U2.62A) 7.649E-06
(X_U2.98A) 59.3130 (X_U2.98B) 59.3130
(X_U2.VDE) 5.0000 (X_U2.1001) 5.0000
(X_U2.1002) 1.0000 (X_U2.1003) 13.93E-06
(X_U2.1004) 14.48E-12 (X_U2.622A)-19.90E-06
(X_U2.1000B) 2.5000 (X_U2.31VDD1) 5.5000
(X_U2.31VDD2) 2.7000 (X_U2.VIBIASM)-19.90E-12
(X_U2.VIBIASP) 7.649E-12
Resuming Simulation with the following settings
ITL4 = 125
ABSTOL = 1.41e-09
VNTOL = 4.47e-05
Convergence problem in transient analysis at Time = 181.9E-21
Time step = 181.9E-21, minimum allowable step size = 1.000E-18
These voltages failed to converge:
V(N00288) = 30.00V \ 0V
V(5V) = 5.000V \ 0V
V(X_U2.10) = 3.500V \ 0V
V(X_U2.11) = 3.290V \ 0V
V(X_U2.12) = 3.290V \ 0V
V(X_U2.15) = -374.85KV \ 0V
V(X_U2.16) = -100.00mV \ 0V
V(X_U2.13) = 3.300V \ 0V
V(X_U2.21) = -10.00GV \ 0V
V(X_U2.20) = 10.00GV \ 0V
V(X_U2.70) = 1.000V \ 0V
V(X_U2.61) = 191.67uV \ 0V
V(X_U2.57) = 2.497V \ 0V
V(X_U2.118) = 10.56mV \ 0V
V(X_U2.111) = 10.56mV \ 0V
V(X_U2.115) = 10.56mV \ 0V
V(X_U2.131) = -1.406KV \ 0V
V(X_U2.134) = -2.812V \ 0V
V(X_U2.31) = 37.00V \ 0V
V(X_U2.VDE) = 5.000V \ 0V
V(X_U2.31VDD1) = 5.500V \ 0V
V(X_U2.31VDD2) = 2.700V \ 0V
V(X_U2.32) = -37.00V \ 0V
V(X_U2.96) = 2.497V \ 0V
V(X_U2.55) = 5.000V \ 0V
V(X_U2.98) = 59.37V \ 0V
V(X_U2.98A) = 59.31V \ 0V
V(X_U2.98B) = 59.31V \ 0V
V(X_U2.1001) = 5.000V \ 0V
V(X_U2.1000B) = 2.500V \ 0V
V(X_U2.1002) = 1.000V \ 0V
These supply currents failed to converge:
I(X_U2.E3) = -25.03A \ 0A
I(X_U2.E4) = 24.97A \ 0A
I(X_U2.L55) = -25.73nA \ 0A
I(V_V1) = -3.524mA \ 0A
I(V_V3) = -300.00nA \ 0A
I(X_U2.V1) = 750.00uA \ 0A
I(X_U2.V3) = 100.00uA \ 0A
I(X_U2.V2) = 3.300mA \ 0A
I(X_U2.VA200) = -1.000uA \ 0A
I(X_U2.VA201) = 1.000uA \ 0A
I(X_U2.V1001) = -1.001A \ 0A
These devices failed to converge:
X_U2.D1 X_U2.D2 X_U2.E6 X_U2.GD2 X_U2.GD1 X_U2.G60 X_U2.G_ABMII2
X_U2.G_ABMII1 X_U2.G_ABMII22 X_U2.G_ABMII21 X_U2.GD8 X_U2.GD9 X_U2.GD24A
X_U2.GD24B X_U2.G70 X_U2.G1002 X_U2.MQ1 X_U2.MQ2
Last node voltages tried were:
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 5V) 5.0000 (N00250) 286.1E-12 (N00288) 30.0000 (N10643) 286.2E-12
(N10653) 286.2E-12 (N16014) 82.05E-12 (X_U2.10) 3.5000
(X_U2.11) 3.2902 (X_U2.12) 3.2902
(X_U2.13) 3.3000 (X_U2.14)-5.007E-06
(X_U2.15)-374.9E+03 (X_U2.16) -.1000
(X_U2.20) 10.00E+09 (X_U2.21)-10.00E+09
(X_U2.22)-1.000E-06 (X_U2.23) 1.000E-06
(X_U2.30) 0.0000 (X_U2.31) 37.0000
(X_U2.32) -37.0000 (X_U2.33) 500.0E-09
(X_U2.34) 196.6E-21 (X_U2.35) 196.6E-21
(X_U2.37) 1.800E-27 (X_U2.38) 196.6E-21
(X_U2.39) 1.800E-27 (X_U2.50) 909.5E-15
(X_U2.51) 908.6E-15 (X_U2.52) 908.6E-15
(X_U2.55) 5.0000 (X_U2.56)-13.36E-15
(X_U2.57) 2.4974 (X_U2.5X) 286.2E-12
(X_U2.61) 191.7E-06 (X_U2.62) 7.649E-06
(X_U2.70) 1.0000 (X_U2.71) 0.0000
(X_U2.96) 2.4974 (X_U2.98) 59.3730
(X_U2.99) 0.0000 (X_U2.110) 49.16E-18
(X_U2.111) .0106 (X_U2.112) 38.60E-18
(X_U2.114) 96.63E-12 (X_U2.115) .0106
(X_U2.116) 96.63E-12 (X_U2.117) 96.63E-12
(X_U2.118) .0106 (X_U2.119) 96.63E-12
(X_U2.120) 0.0000 (X_U2.121) 0.0000
(X_U2.122) 0.0000 (X_U2.124) 0.0000
(X_U2.125) 0.0000 (X_U2.126) 0.0000
(X_U2.127) 0.0000 (X_U2.128) 0.0000
(X_U2.129) 0.0000 (X_U2.130)-6.546E-12
(X_U2.131)-1405.8000 (X_U2.132)-5.140E-12
(X_U2.133)-25.73E-09 (X_U2.134) -2.8116
(X_U2.135)-25.73E-09 (X_U2.137)-25.73E-09
(X_U2.31A) 0.0000 (X_U2.31B) 0.0000
(X_U2.31C) 0.0000 (X_U2.32A) 0.0000
(X_U2.32B) 0.0000 (X_U2.32C) 0.0000
(X_U2.622)-19.90E-06 (X_U2.62A) 7.649E-06
(X_U2.98A) 59.3130 (X_U2.98B) 59.3130
(X_U2.VDE) 5.0000 (X_U2.1001) 5.0000
(X_U2.1002) 1.0000 (X_U2.1003) 13.93E-06
(X_U2.1004) 14.48E-12 (X_U2.622A)-19.90E-06
(X_U2.1000B) 2.5000 (X_U2.31VDD1) 5.5000
(X_U2.31VDD2) 2.7000 (X_U2.VIBIASM)-19.90E-12
(X_U2.VIBIASP) 7.649E-12
Resuming Simulation with the following settings
ITL4 = 1000
ABSTOL = 2e-06
VNTOL = 0.001
Convergence problem in transient analysis at Time = 181.9E-21
Time step = 181.9E-21, minimum allowable step size = 1.000E-18
These voltages failed to converge:
V(N00288) = 30.00V \ 0V
V(5V) = 5.000V \ 0V
V(X_U2.10) = 3.500V \ 0V
V(X_U2.11) = 3.290V \ 0V
V(X_U2.12) = 3.290V \ 0V
V(X_U2.15) = -374.85KV \ 0V
V(X_U2.16) = -100.00mV \ 0V
V(X_U2.13) = 3.300V \ 0V
V(X_U2.21) = -10.00GV \ 0V
V(X_U2.20) = 10.00GV \ 0V
V(X_U2.70) = 1.000V \ 0V
V(X_U2.57) = 2.497V \ 0V
V(X_U2.118) = 10.56mV \ 0V
V(X_U2.111) = 10.56mV \ 0V
V(X_U2.115) = 10.56mV \ 0V
V(X_U2.131) = -1.406KV \ 0V
V(X_U2.134) = -2.812V \ 0V
V(X_U2.31) = 37.00V \ 0V
V(X_U2.VDE) = 5.000V \ 0V
V(X_U2.31VDD1) = 5.500V \ 0V
V(X_U2.31VDD2) = 2.700V \ 0V
V(X_U2.32) = -37.00V \ 0V
V(X_U2.96) = 2.497V \ 0V
V(X_U2.55) = 5.000V \ 0V
V(X_U2.98) = 59.37V \ 0V
V(X_U2.98A) = 59.31V \ 0V
V(X_U2.98B) = 59.31V \ 0V
V(X_U2.1001) = 5.000V \ 0V
V(X_U2.1000B) = 2.500V \ 0V
V(X_U2.1002) = 1.000V \ 0V
These supply currents failed to converge:
I(X_U2.E3) = -25.03A \ 0A
I(X_U2.E4) = 24.97A \ 0A
I(V_V1) = -3.524mA \ 0A
I(X_U2.V1) = 750.00uA \ 0A
I(X_U2.V3) = 100.00uA \ 0A
I(X_U2.V2) = 3.300mA \ 0A
I(X_U2.V1001) = -1.001A \ 0A
These devices failed to converge:
X_U2.D1 X_U2.D2 X_U2.E6 X_U2.GD2 X_U2.GD1 X_U2.G60 X_U2.G_ABMII2
X_U2.G_ABMII1 X_U2.G_ABMII22 X_U2.G_ABMII21 X_U2.GD8 X_U2.GD9 X_U2.GD24A
X_U2.GD24B X_U2.G70 X_U2.G1002 X_U2.MQ1 X_U2.MQ2
Last node voltages tried were:
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 5V) 5.0000 (N00250) 286.1E-12 (N00288) 30.0000 (N10643) 286.2E-12
(N10653) 286.2E-12 (N16014) 82.05E-12 (X_U2.10) 3.5000
(X_U2.11) 3.2902 (X_U2.12) 3.2902
(X_U2.13) 3.3000 (X_U2.14)-5.007E-06
(X_U2.15)-374.9E+03 (X_U2.16) -.1000
(X_U2.20) 10.00E+09 (X_U2.21)-10.00E+09
(X_U2.22)-1.000E-06 (X_U2.23) 1.000E-06
(X_U2.30) 0.0000 (X_U2.31) 37.0000
(X_U2.32) -37.0000 (X_U2.33) 500.0E-09
(X_U2.34) 196.6E-21 (X_U2.35) 196.6E-21
(X_U2.37) 1.800E-27 (X_U2.38) 196.6E-21
(X_U2.39) 1.800E-27 (X_U2.50) 909.5E-15
(X_U2.51) 908.6E-15 (X_U2.52) 908.6E-15
(X_U2.55) 5.0000 (X_U2.56)-13.36E-15
(X_U2.57) 2.4974 (X_U2.5X) 286.2E-12
(X_U2.61) 191.7E-06 (X_U2.62) 7.649E-06
(X_U2.70) 1.0000 (X_U2.71) 0.0000
(X_U2.96) 2.4974 (X_U2.98) 59.3730
(X_U2.99) 0.0000 (X_U2.110) 49.16E-18
(X_U2.111) .0106 (X_U2.112) 38.60E-18
(X_U2.114) 96.63E-12 (X_U2.115) .0106
(X_U2.116) 96.63E-12 (X_U2.117) 96.63E-12
(X_U2.118) .0106 (X_U2.119) 96.63E-12
(X_U2.120) 0.0000 (X_U2.121) 0.0000
(X_U2.122) 0.0000 (X_U2.124) 0.0000
(X_U2.125) 0.0000 (X_U2.126) 0.0000
(X_U2.127) 0.0000 (X_U2.128) 0.0000
(X_U2.129) 0.0000 (X_U2.130)-6.546E-12
(X_U2.131)-1405.8000 (X_U2.132)-5.140E-12
(X_U2.133)-25.73E-09 (X_U2.134) -2.8116
(X_U2.135)-25.73E-09 (X_U2.137)-25.73E-09
(X_U2.31A) 0.0000 (X_U2.31B) 0.0000
(X_U2.31C) 0.0000 (X_U2.32A) 0.0000
(X_U2.32B) 0.0000 (X_U2.32C) 0.0000
(X_U2.622)-19.90E-06 (X_U2.62A) 7.649E-06
(X_U2.98A) 59.3130 (X_U2.98B) 59.3130
(X_U2.VDE) 5.0000 (X_U2.1001) 5.0000
(X_U2.1002) 1.0000 (X_U2.1003) 13.93E-06
(X_U2.1004) 14.48E-12 (X_U2.622A)-19.90E-06
(X_U2.1000B) 2.5000 (X_U2.31VDD1) 5.5000
(X_U2.31VDD2) 2.7000 (X_U2.VIBIASM)-19.90E-12
(X_U2.VIBIASP) 7.649E-12
Resuming Simulation with the following settings
ABSTOL = 0.001
Convergence problem in transient analysis at Time = 181.9E-21
Time step = 181.9E-21, minimum allowable step size = 1.000E-18
These voltages failed to converge:
V(N00288) = 30.00V \ 0V
V(5V) = 5.000V \ 0V
V(X_U2.10) = 3.500V \ 0V
V(X_U2.11) = 3.290V \ 0V
V(X_U2.12) = 3.290V \ 0V
V(X_U2.15) = -374.85KV \ 0V
V(X_U2.16) = -100.00mV \ 0V
V(X_U2.13) = 3.300V \ 0V
V(X_U2.21) = -10.00GV \ 0V
V(X_U2.20) = 10.00GV \ 0V
V(X_U2.70) = 1.000V \ 0V
V(X_U2.57) = 2.497V \ 0V
V(X_U2.118) = 10.56mV \ 0V
V(X_U2.111) = 10.56mV \ 0V
V(X_U2.115) = 10.56mV \ 0V
V(X_U2.131) = -1.406KV \ 0V
V(X_U2.134) = -2.812V \ 0V
V(X_U2.31) = 37.00V \ 0V
V(X_U2.VDE) = 5.000V \ 0V
V(X_U2.31VDD1) = 5.500V \ 0V
V(X_U2.31VDD2) = 2.700V \ 0V
V(X_U2.32) = -37.00V \ 0V
V(X_U2.96) = 2.497V \ 0V
V(X_U2.55) = 5.000V \ 0V
V(X_U2.98) = 59.37V \ 0V
V(X_U2.98A) = 59.31V \ 0V
V(X_U2.98B) = 59.31V \ 0V
V(X_U2.1001) = 5.000V \ 0V
V(X_U2.1000B) = 2.500V \ 0V
V(X_U2.1002) = 1.000V \ 0V
These supply currents failed to converge:
I(X_U2.E3) = -25.03A \ 0A
I(X_U2.E4) = 24.97A \ 0A
I(V_V1) = -3.524mA \ 0A
I(X_U2.V2) = 3.300mA \ 0A
I(X_U2.V1001) = -1.001A \ 0A
These devices failed to converge:
X_U2.D1 X_U2.D2 X_U2.E6 X_U2.GD1 X_U2.G60 X_U2.G_ABMII2
X_U2.G_ABMII1 X_U2.G_ABMII22 X_U2.G_ABMII21 X_U2.GD8 X_U2.GD9 X_U2.GD24A
X_U2.GD24B X_U2.G70 X_U2.G1002 X_U2.MQ1 X_U2.MQ2
Last node voltages tried were:
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 5V) 5.0000 (N00250) 286.1E-12 (N00288) 30.0000 (N10643) 286.2E-12
(N10653) 286.2E-12 (N16014) 82.05E-12 (X_U2.10) 3.5000
(X_U2.11) 3.2902 (X_U2.12) 3.2902
(X_U2.13) 3.3000 (X_U2.14)-5.007E-06
(X_U2.15)-374.9E+03 (X_U2.16) -.1000
(X_U2.20) 10.00E+09 (X_U2.21)-10.00E+09
(X_U2.22)-1.000E-06 (X_U2.23) 1.000E-06
(X_U2.30) 0.0000 (X_U2.31) 37.0000
(X_U2.32) -37.0000 (X_U2.33) 500.0E-09
(X_U2.34) 196.6E-21 (X_U2.35) 196.6E-21
(X_U2.37) 1.800E-27 (X_U2.38) 196.6E-21
(X_U2.39) 1.800E-27 (X_U2.50) 909.5E-15
(X_U2.51) 908.6E-15 (X_U2.52) 908.6E-15
(X_U2.55) 5.0000 (X_U2.56)-13.36E-15
(X_U2.57) 2.4974 (X_U2.5X) 286.2E-12
(X_U2.61) 191.7E-06 (X_U2.62) 7.649E-06
(X_U2.70) 1.0000 (X_U2.71) 0.0000
(X_U2.96) 2.4974 (X_U2.98) 59.3730
(X_U2.99) 0.0000 (X_U2.110) 49.16E-18
(X_U2.111) .0106 (X_U2.112) 38.60E-18
(X_U2.114) 96.63E-12 (X_U2.115) .0106
(X_U2.116) 96.63E-12 (X_U2.117) 96.63E-12
(X_U2.118) .0106 (X_U2.119) 96.63E-12
(X_U2.120) 0.0000 (X_U2.121) 0.0000
(X_U2.122) 0.0000 (X_U2.124) 0.0000
(X_U2.125) 0.0000 (X_U2.126) 0.0000
(X_U2.127) 0.0000 (X_U2.128) 0.0000
(X_U2.129) 0.0000 (X_U2.130)-6.546E-12
(X_U2.131)-1405.8000 (X_U2.132)-5.140E-12
(X_U2.133)-25.73E-09 (X_U2.134) -2.8116
(X_U2.135)-25.73E-09 (X_U2.137)-25.73E-09
(X_U2.31A) 0.0000 (X_U2.31B) 0.0000
(X_U2.31C) 0.0000 (X_U2.32A) 0.0000
(X_U2.32B) 0.0000 (X_U2.32C) 0.0000
(X_U2.622)-19.90E-06 (X_U2.62A) 7.649E-06
(X_U2.98A) 59.3130 (X_U2.98B) 59.3130
(X_U2.VDE) 5.0000 (X_U2.1001) 5.0000
(X_U2.1002) 1.0000 (X_U2.1003) 13.93E-06
(X_U2.1004) 14.48E-12 (X_U2.622A)-19.90E-06
(X_U2.1000B) 2.5000 (X_U2.31VDD1) 5.5000
(X_U2.31VDD2) 2.7000 (X_U2.VIBIASM)-19.90E-12
(X_U2.VIBIASP) 7.649E-12
Resuming Simulation with the following settings
RELTOL = 0.0086
Convergence problem in transient analysis at Time = 181.9E-21
Time step = 181.9E-21, minimum allowable step size = 1.000E-18
These voltages failed to converge:
V(N00288) = 30.00V \ 0V
V(5V) = 5.000V \ 0V
V(X_U2.10) = 3.500V \ 0V
V(X_U2.11) = 3.290V \ 0V
V(X_U2.12) = 3.290V \ 0V
V(X_U2.15) = -374.85KV \ 0V
V(X_U2.16) = -100.00mV \ 0V
V(X_U2.13) = 3.300V \ 0V
V(X_U2.21) = -10.00GV \ 0V
V(X_U2.20) = 10.00GV \ 0V
V(X_U2.70) = 1.000V \ 0V
V(X_U2.57) = 2.497V \ 0V
V(X_U2.118) = 10.56mV \ 0V
V(X_U2.111) = 10.56mV \ 0V
V(X_U2.115) = 10.56mV \ 0V
V(X_U2.131) = -1.406KV \ 0V
V(X_U2.134) = -2.812V \ 0V
V(X_U2.31) = 37.00V \ 0V
V(X_U2.VDE) = 5.000V \ 0V
V(X_U2.31VDD1) = 5.500V \ 0V
V(X_U2.31VDD2) = 2.700V \ 0V
V(X_U2.32) = -37.00V \ 0V
V(X_U2.96) = 2.497V \ 0V
V(X_U2.55) = 5.000V \ 0V
V(X_U2.98) = 59.37V \ 0V
V(X_U2.98A) = 59.31V \ 0V
V(X_U2.98B) = 59.31V \ 0V
V(X_U2.1001) = 5.000V \ 0V
V(X_U2.1000B) = 2.500V \ 0V
V(X_U2.1002) = 1.000V \ 0V
These supply currents failed to converge:
I(X_U2.E3) = -25.03A \ 0A
I(X_U2.E4) = 24.97A \ 0A
I(V_V1) = -3.524mA \ 0A
I(X_U2.V2) = 3.300mA \ 0A
I(X_U2.V1001) = -1.001A \ 0A
These devices failed to converge:
X_U2.D1 X_U2.D2 X_U2.E6 X_U2.GD1 X_U2.G60 X_U2.G_ABMII2
X_U2.G_ABMII1 X_U2.G_ABMII22 X_U2.G_ABMII21 X_U2.GD8 X_U2.GD9 X_U2.GD24A
X_U2.GD24B X_U2.G70 X_U2.G1002 X_U2.MQ1 X_U2.MQ2
Last node voltages tried were:
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 5V) 5.0000 (N00250) 286.1E-12 (N00288) 30.0000 (N10643) 286.2E-12
(N10653) 286.2E-12 (N16014) 82.05E-12 (X_U2.10) 3.5000
(X_U2.11) 3.2902 (X_U2.12) 3.2902
(X_U2.13) 3.3000 (X_U2.14)-5.007E-06
(X_U2.15)-374.9E+03 (X_U2.16) -.1000
(X_U2.20) 10.00E+09 (X_U2.21)-10.00E+09
(X_U2.22)-1.000E-06 (X_U2.23) 1.000E-06
(X_U2.30) 0.0000 (X_U2.31) 37.0000
(X_U2.32) -37.0000 (X_U2.33) 500.0E-09
(X_U2.34) 196.6E-21 (X_U2.35) 196.6E-21
(X_U2.37) 1.800E-27 (X_U2.38) 196.6E-21
(X_U2.39) 1.800E-27 (X_U2.50) 909.5E-15
(X_U2.51) 908.6E-15 (X_U2.52) 908.6E-15
(X_U2.55) 5.0000 (X_U2.56)-13.36E-15
(X_U2.57) 2.4974 (X_U2.5X) 286.2E-12
(X_U2.61) 191.7E-06 (X_U2.62) 7.649E-06
(X_U2.70) 1.0000 (X_U2.71) 0.0000
(X_U2.96) 2.4974 (X_U2.98) 59.3730
(X_U2.99) 0.0000 (X_U2.110) 49.16E-18
(X_U2.111) .0106 (X_U2.112) 38.60E-18
(X_U2.114) 96.63E-12 (X_U2.115) .0106
(X_U2.116) 96.63E-12 (X_U2.117) 96.63E-12
(X_U2.118) .0106 (X_U2.119) 96.63E-12
(X_U2.120) 0.0000 (X_U2.121) 0.0000
(X_U2.122) 0.0000 (X_U2.124) 0.0000
(X_U2.125) 0.0000 (X_U2.126) 0.0000
(X_U2.127) 0.0000 (X_U2.128) 0.0000
(X_U2.129) 0.0000 (X_U2.130)-6.546E-12
(X_U2.131)-1405.8000 (X_U2.132)-5.140E-12
(X_U2.133)-25.73E-09 (X_U2.134) -2.8116
(X_U2.135)-25.73E-09 (X_U2.137)-25.73E-09
(X_U2.31A) 0.0000 (X_U2.31B) 0.0000
(X_U2.31C) 0.0000 (X_U2.32A) 0.0000
(X_U2.32B) 0.0000 (X_U2.32C) 0.0000
(X_U2.622)-19.90E-06 (X_U2.62A) 7.649E-06
(X_U2.98A) 59.3130 (X_U2.98B) 59.3130
(X_U2.VDE) 5.0000 (X_U2.1001) 5.0000
(X_U2.1002) 1.0000 (X_U2.1003) 13.93E-06
(X_U2.1004) 14.48E-12 (X_U2.622A)-19.90E-06
(X_U2.1000B) 2.5000 (X_U2.31VDD1) 5.5000
(X_U2.31VDD2) 2.7000 (X_U2.VIBIASM)-19.90E-12
(X_U2.VIBIASP) 7.649E-12
Resuming Simulation with the following settings
RELTOL = 0.05
Convergence problem in transient analysis at Time = 181.9E-21
Time step = 181.9E-21, minimum allowable step size = 1.000E-18
These voltages failed to converge:
V(N00288) = 30.00V \ 0V
V(5V) = 5.000V \ 0V
V(X_U2.10) = 3.500V \ 0V
V(X_U2.11) = 3.290V \ 0V
V(X_U2.12) = 3.290V \ 0V
V(X_U2.15) = -374.85KV \ 0V
V(X_U2.16) = -100.00mV \ 0V
V(X_U2.13) = 3.300V \ 0V
V(X_U2.21) = -10.00GV \ 0V
V(X_U2.20) = 10.00GV \ 0V
V(X_U2.70) = 1.000V \ 0V
V(X_U2.57) = 2.497V \ 0V
V(X_U2.118) = 10.56mV \ 0V
V(X_U2.111) = 10.56mV \ 0V
V(X_U2.115) = 10.56mV \ 0V
V(X_U2.131) = -1.406KV \ 0V
V(X_U2.134) = -2.812V \ 0V
V(X_U2.31) = 37.00V \ 0V
V(X_U2.VDE) = 5.000V \ 0V
V(X_U2.31VDD1) = 5.500V \ 0V
V(X_U2.31VDD2) = 2.700V \ 0V
V(X_U2.32) = -37.00V \ 0V
V(X_U2.96) = 2.497V \ 0V
V(X_U2.55) = 5.000V \ 0V
V(X_U2.98) = 59.37V \ 0V
V(X_U2.98A) = 59.31V \ 0V
V(X_U2.98B) = 59.31V \ 0V
V(X_U2.1001) = 5.000V \ 0V
V(X_U2.1000B) = 2.500V \ 0V
V(X_U2.1002) = 1.000V \ 0V
These supply currents failed to converge:
I(X_U2.E3) = -25.03A \ 0A
I(X_U2.E4) = 24.97A \ 0A
I(V_V1) = -3.524mA \ 0A
I(X_U2.V2) = 3.300mA \ 0A
I(X_U2.V1001) = -1.001A \ 0A
These devices failed to converge:
X_U2.D1 X_U2.D2 X_U2.E6 X_U2.GD1 X_U2.G60 X_U2.G_ABMII2
X_U2.G_ABMII1 X_U2.G_ABMII22 X_U2.G_ABMII21 X_U2.GD8 X_U2.GD9 X_U2.GD24A
X_U2.GD24B X_U2.G70 X_U2.G1002 X_U2.MQ1 X_U2.MQ2
Last node voltages tried were:
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( 5V) 5.0000 (N00250) 286.1E-12 (N00288) 30.0000 (N10643) 286.2E-12
(N10653) 286.2E-12 (N16014) 82.05E-12 (X_U2.10) 3.5000
(X_U2.11) 3.2902 (X_U2.12) 3.2902
(X_U2.13) 3.3000 (X_U2.14)-5.007E-06
(X_U2.15)-374.9E+03 (X_U2.16) -.1000
(X_U2.20) 10.00E+09 (X_U2.21)-10.00E+09
(X_U2.22)-1.000E-06 (X_U2.23) 1.000E-06
(X_U2.30) 0.0000 (X_U2.31) 37.0000
(X_U2.32) -37.0000 (X_U2.33) 500.0E-09
(X_U2.34) 196.6E-21 (X_U2.35) 196.6E-21
(X_U2.37) 1.800E-27 (X_U2.38) 196.6E-21
(X_U2.39) 1.800E-27 (X_U2.50) 909.5E-15
(X_U2.51) 908.6E-15 (X_U2.52) 908.6E-15
(X_U2.55) 5.0000 (X_U2.56)-13.36E-15
(X_U2.57) 2.4974 (X_U2.5X) 286.2E-12
(X_U2.61) 191.7E-06 (X_U2.62) 7.649E-06
(X_U2.70) 1.0000 (X_U2.71) 0.0000
(X_U2.96) 2.4974 (X_U2.98) 59.3730
(X_U2.99) 0.0000 (X_U2.110) 49.16E-18
(X_U2.111) .0106 (X_U2.112) 38.60E-18
(X_U2.114) 96.63E-12 (X_U2.115) .0106
(X_U2.116) 96.63E-12 (X_U2.117) 96.63E-12
(X_U2.118) .0106 (X_U2.119) 96.63E-12
(X_U2.120) 0.0000 (X_U2.121) 0.0000
(X_U2.122) 0.0000 (X_U2.124) 0.0000
(X_U2.125) 0.0000 (X_U2.126) 0.0000
(X_U2.127) 0.0000 (X_U2.128) 0.0000
(X_U2.129) 0.0000 (X_U2.130)-6.546E-12
(X_U2.131)-1405.8000 (X_U2.132)-5.140E-12
(X_U2.133)-25.73E-09 (X_U2.134) -2.8116
(X_U2.135)-25.73E-09 (X_U2.137)-25.73E-09
(X_U2.31A) 0.0000 (X_U2.31B) 0.0000
(X_U2.31C) 0.0000 (X_U2.32A) 0.0000
(X_U2.32B) 0.0000 (X_U2.32C) 0.0000
(X_U2.622)-19.90E-06 (X_U2.62A) 7.649E-06
(X_U2.98A) 59.3130 (X_U2.98B) 59.3130
(X_U2.VDE) 5.0000 (X_U2.1001) 5.0000
(X_U2.1002) 1.0000 (X_U2.1003) 13.93E-06
(X_U2.1004) 14.48E-12 (X_U2.622A)-19.90E-06
(X_U2.1000B) 2.5000 (X_U2.31VDD1) 5.5000
(X_U2.31VDD2) 2.7000 (X_U2.VIBIASM)-19.90E-12
(X_U2.VIBIASP) 7.649E-12
Resuming could not converge the circuit, restarting it now
These voltages failed to converge:
V(N00250) = -47.42mV \ 286.14pV
V(N16014) = -15.81mV \ 82.05pV
V(N10643) = -47.42mV \ 286.17pV
V(N10653) = -837.77mV \ 286.17pV
V(X_U2.11) = 4.901GV \ 3.290V
V(X_U2.12) = -4.901GV \ 3.290V
V(X_U2.14) = -298.02MV \ -5.007uV
V(X_U2.15) = -149.01MV \ -374.85KV
V(X_U2.21) = -1.354V \ -10.00GV
V(X_U2.20) = 1.354V \ 10.00GV
V(X_U2.71) = -15.81mV \ 0V
V(X_U2.61) = 2.450mV \ 191.67uV
V(X_U2.57) = 21.73MV \ 2.497V
V(X_U2.35) = -19.27uV \ 196.63e-21V
V(X_U2.137) = -10.23uV \ -25.73nV
V(X_U2.130) = -2.602nV \ -6.546pV
V(X_U2.131) = -558.86KV \ -1.406KV
V(X_U2.132) = -2.043nV \ -5.140pV
V(X_U2.133) = -10.23uV \ -25.73nV
V(X_U2.134) = -1.118KV \ -2.812V
V(X_U2.135) = -10.23uV \ -25.73nV
V(X_U2.30) = -49.01MV \ 0V
V(X_U2.31B) = 6.607V \ 0V
V(X_U2.31A) = 30.39V \ 0V
V(X_U2.31C) = 37.00V \ 0V
V(X_U2.32B) = 6.607V \ 0V
V(X_U2.32A) = 30.39V \ 0V
V(X_U2.32C) = -37.00V \ 0V
V(X_U2.33) = -49.01MV \ 500.00nV
V(X_U2.34) = -19.28uV \ 196.65e-21V
V(X_U2.37) = -176.41fV \ 1.800e-27V
V(X_U2.38) = -19.27uV \ 196.63e-21V
V(X_U2.39) = -176.39fV \ 1.800e-27V
V(X_U2.50) = -543.66MV \ 909.50fV
V(X_U2.96) = 22.00MV \ 2.497V
V(X_U2.55) = 10.59MV \ 5.000V
V(X_U2.56) = 799.19mV \ -13.36fV
V(X_U2.51) = -543.12MV \ 908.59fV
V(X_U2.52) = -54.37V \ 908.59fV
V(X_U2.98) = -543.12KV \ 59.37V
V(X_U2.98A) = -543.12uV \ 59.31V
V(X_U2.98B) = 1.000KV \ 59.31V
V(X_U2.5X) = -543.96V \ 286.17pV
V(X_U2.99) = -543.12KV \ 0V
V(X_U2.1003) = 1.000uV \ 13.93uV
V(X_U2.1004) = -72.76fV \ 14.48pV
These supply currents failed to converge:
I(X_U2.E1) = -14.55pA \ 0A
I(X_U2.E5) = -14.55pA \ 0A
I(X_U2.E_ABM1) = -4.901GA \ 0A
I(X_U2.E_ABM21) = 4.901GA \ 0A
I(X_U2.E3) = 1.125uA \ -25.03A
I(X_U2.E4) = 2.194uA \ 24.97A
I(X_U2.E1001) = 0A \ 2.500fA
I(X_U2.E1000) = 0A \ -2.500fA
I(X_U2.L51) = -2.043nA \ -5.140pA
I(X_U2.L55) = -10.23uA \ -25.73nA
I(X_U2.L9) = -176.39e-18A \ 1.800e-30A
I(V_V1) = 543.12KA \ -3.524mA
I(V_V3) = -300.47nA \ -300.00nA
I(X_U2.V1) = 749.85uA \ 750.00uA
I(X_U2.V3) = 84.61e-18A \ 100.00uA
I(X_U2.V2) = 3.364fA \ 3.300mA
I(X_U2.V1001) = -1.000mA \ -1.001A
These devices failed to converge:
X_U2.D1 X_U2.D2 X_U2.D3 X_U2.E1 X_U2.E5 X_U2.E_ABM1 X_U2.E_ABM21
X_U2.E3 X_U2.E4 X_U2.E6 X_U2.GD2 X_U2.GD1 X_U2.G60 X_U2.G23
X_U2.G50 X_U2.G_ABMII2 X_U2.G_ABMII1 X_U2.G_G6 X_U2.G_ABMII22
X_U2.G_ABMII21 X_U2.G_G26 X_U2.G10 X_U2.G11 X_U2.GD8 X_U2.GD9 X_U2.GD12
X_U2.GD13 X_U2.G21 X_U2.G22 X_U2.GD24A X_U2.GD24B X_U2.G70 X_U2.G1002
X_U2.G1003 X_U2.MQ1 X_U2.MQ2
Restarting Simulation with the following settings
ITL4 = 0
ABSTOL = 0
VNTOL = 0
ERROR(ORPSIM-16550): Floating point computation failed during matrix solution. Possible solutions: 1)Ensure that all device parameters are in valid range. 2)Try using .options LIMIT
INTERNAL ERROR -- Divide by Zero, Divide(1, 0)
ABORTING SIMULATION
**** 07/29/24 19:31:57 ***** PSpice 23.1.0 (6 March 2024) ***** ID# 0 ********
** Profile: "SCHEMATIC1-pulse profile" [ c:\users\jjame\appdata\roaming\spb_data\cdssetup\workspace\projects\tia design\tia design-
**** JOB STATISTICS SUMMARY
******************************************************************************
Node counts:
Top level (NUNODS) = 7
External (NCNODS) = 87
Total (NUMNOD) = 87
Total device count (NUMEL) = 204
Capacitors (C) = 18
Diodes (D) = 4
VCVS (E) = 13
VCCS (G) = 73
Current Sources (I) = 9
Inductors (L) = 9
MosFETs (M) = 2
Resistors (R) = 53
VSwitches (S) = 4
Voltage Sources (V) = 10
Number of subcircuits (X) = 1
Matrix statistics:
Matrix size (NSTOP) = 119
Initial no. elements (NTTAR) = 330
No. elements w/ fillin (NTTBR) = 472
No. fillins (IFILL) = 142
No. overflows (NTTOV) = 381
No. LU operations (IOPS) = 430
Percent sparsity (PERSPA) = 96.667
Analysis statistics:
No. total time points (NUMTTP) = 98
No. rejected time points (NUMRTP) = 98
No. iterations (NUMNIT) = 13046
Load Threads = 12
Runtime statistics: Seconds Iterations
Matrix load = 1.94
Matrix solution = .08 94
Readin = .02
General setup = 0.00
CMI setup = 0.00
Setup = 0.00
DC sweep = 0.00 0
Bias point = 0.00 0
AC and noise = 0.00 0
Total transient analysis = 7.78
Output = 0.00
Overhead = .09
Total job time (using Solver 1) = 7.83
Hello JamesGunn,
Can you share your schematic and the parameters you are using for your circuit? Appreciate if you can share the test parameters for your circuit.
Also, please take note that the release model is recommended to be used in PSPICE, an updated version is also not yet available LTspice library. Since this part is not officially released in LTspice, we cannot guarantee that it will work. The available model on the website is not also recommended for OrCAD X as well.
Hope this helps.
-L
