
**** 03/22/22 19:45:57 ******* PSpice 17.4.0 (Nov 2018) ******* ID# 0 ********

 ** Profile: "Bode_Plot-Bode_plot_sim"  [ C:\TI_Product_Library\TI_eLAB\Pspice\LM61460AFS-Q1_PSPICE_TRANS\lm61460afs-q1_trans-pspicef


 ****     CIRCUIT DESCRIPTION


******************************************************************************




** Creating circuit file "Bode_plot_sim.cir" 
** WARNING: THIS AUTOMATICALLY GENERATED FILE MAY BE OVERWRITTEN BY SUBSEQUENT SIMULATIONS

*Libraries: 
* Profile Libraries :
* Local Libraries :
.LIB "../../../lm61460afs-q1_trans.lib" 
* From [PSPICE NETLIST] section of C:\SPB_Data\cdssetup\OrCAD_PSpiceTIPSpice_Install\17.4.0\PSpice.ini file:
.lib "nom_pspti.lib" 
.lib "nom.lib" 

*Analysis directives: 
.OPTIONS ADVCONV
.OPTIONS FILEMODELSEARCH
.AUTOCONVERGE ITL1=1000 ITL2=1000 ITL4=1000 RELTOL=0.05 ABSTOL=1.0E-6 VNTOL=.001 PIVTOL=1.0E-10 
.PROBE64 V(alias(*)) I(alias(*)) W(alias(*)) D(alias(*)) NOISE(alias(*)) 
.INC "..\Bode_Plot.net" 



**** INCLUDING Bode_Plot.net ****
* source LM61460AFS-Q1_TRANS
* PSpice Text Block on Bode_Plot PAGE1
.PARAM FREQ=50K
.TRAN 0 {2/FREQ+150U} 150U
.STEP DEC PARAM FREQ 10K 100K 2
.PROBE64 P(FREQ)
.OPTIONS MINSIMPTS = 1000
***
R_R4         RESET_PIN BODEIN  100k  
R_R5         BODEOUT BODEIN  100  
X_C6         BODEOUT 0 CESR PARAMS:  C=22u  ESR=2m X=1  IC={VOUT*steady_state}
C_C3         VIN_PIN 0  0.022u  TC=0,0 
C_C4         VIN_PIN 0  4.7u  TC=0,0 
V_V6         BODEOUT BODEIN  AC 0
+SIN 0 30mv {freq} 0 0 0
X_C5         BODEOUT 0 CESR PARAMS:  C=1u  ESR=2m X=1  IC={VOUT*steady_state}
X_U1         0 BODEIN CBOOT_PIN EN_PIN FB 0 0 RBOOT_PIN RESET_PIN RT_MODE SW
+  VCC_PIN VIN_PIN VIN_PIN LM61460AFS-Q1_TRANS PARAMS: STEADY_STATE=
+ {Steady_state}
R_R3         RT_MODE 0  33.2k  
R_R7         BODEIN FB  100k  
C_C16         N04804 FB  22p IC={VOUT*steady_state} 
R_R8         0 FB  24.9k  
R_R9         BODEIN N04804  1k  
X_C11         BODEOUT 0 CESR PARAMS:  C=22u  ESR=2m X=1  IC={VOUT*steady_state}
C_C13         CBOOT_PIN SW  0.1u IC={3.3*steady_state} 
X_C10         BODEOUT 0 CESR PARAMS:  C=22u  ESR=2m X=1  IC={VOUT*steady_state}
C_C1         VIN_PIN 0  4.7u  TC=0,0 
R_RLOAD         BODEOUT 0  {VOUT/IOUT}  
X_C9         BODEOUT 0 CESR PARAMS:  C=22u  ESR=2m X=1  IC={VOUT*steady_state}
X_C8         BODEOUT 0 CESR PARAMS:  C=22u  ESR=2m X=1  IC={VOUT*steady_state}
R_R10         EN_PIN VIN_PIN  255k  
X_L1         SW BODEOUT LDCR PARAMS:  L=4.7u  DCR=14.3m IC={IOUT*Steady_state}
C_C2         VIN_PIN 0  0.022u  TC=0,0 
X_C7         BODEOUT 0 CESR PARAMS:  C=22u  ESR=2m X=1  IC={VOUT*steady_state}
C_C14         BODEIN 0  1u IC={VOUT*steady_state} TC=0,0 
R_R13         0 EN_PIN  100k  
C_C15         VCC_PIN 0  1u IC={Steady_state*3.7} 
V_V5         VIN_PIN 0  
+PULSE {VIn*Steady_state} {VIn} 0 20n 1n 1 1
.PARAM  iout=4 vin=13.5 steady_state=1 vout=5

**** RESUMING Bode_plot_sim.cir ****
.END

**** 03/22/22 19:45:57 ******* PSpice 17.4.0 (Nov 2018) ******* ID# 0 ********

 ** Profile: "Bode_Plot-Bode_plot_sim"  [ C:\TI_Product_Library\TI_eLAB\Pspice\LM61460AFS-Q1_PSPICE_TRANS\lm61460afs-q1_trans-pspicef


 ****     INITIAL TRANSIENT SOLUTION       TEMPERATURE =   27.000 DEG C

 ****     CURRENT STEP                     PARAM FREQ =   10.0000E+03


******************************************************************************



 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(   FB)     .0476  (   SW)    -.2173  (BODEIN)    5.0000 (EN_PIN)    3.8025     

(N04804)    5.0476 (BODEOUT)    5.0000                   (RT_MODE)    1.0000    

(VCC_PIN)    3.1000                   (VIN_PIN)   13.5000                       

(CBOOT_PIN)    3.0907                 (RESET_PIN)     .0020                 




    VOLTAGE SOURCE CURRENTS
    NAME         CURRENT

    V_V6         4.425E-05
    V_V5        -5.175E-05

    TOTAL POWER DISSIPATION   6.99E-04  WATTS


WARNING(ORPSIM-16534): Using high values of ITL4 for Speed Level > 0 may increase total simulation job time.

**** 03/22/22 19:45:57 ******* PSpice 17.4.0 (Nov 2018) ******* ID# 0 ********

 ** Profile: "Bode_Plot-Bode_plot_sim"  [ C:\TI_Product_Library\TI_eLAB\Pspice\LM61460AFS-Q1_PSPICE_TRANS\lm61460afs-q1_trans-pspicef


 ****     INITIAL TRANSIENT SOLUTION       TEMPERATURE =   27.000 DEG C

 ****     CURRENT STEP                     PARAM FREQ =   31.6230E+03


******************************************************************************



 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(   FB)     .0476  (   SW)    -.2173  (BODEIN)    5.0000 (EN_PIN)    3.8025     

(N04804)    5.0476 (BODEOUT)    5.0000                   (RT_MODE)    1.0000    

(VCC_PIN)    3.1000                   (VIN_PIN)   13.5000                       

(CBOOT_PIN)    3.0907                 (RESET_PIN)     .0020                 




    VOLTAGE SOURCE CURRENTS
    NAME         CURRENT

    V_V6         4.425E-05
    V_V5        -5.175E-05

    TOTAL POWER DISSIPATION   6.99E-04  WATTS

Convergence problem in transient analysis at Time =  4.891E-09
         Time step =  115.0E-18, minimum allowable step size =  213.2E-18

  These voltages failed to converge:

    V(X_U1.X_U6_U707.yin1)    =     1.002V  \     1.000V

  These supply currents failed to converge:

    I(X_U1.E_U2_E3)           =   -1.523uA  \   -1.823uA
    I(X_U1.X_U6_U707.e_abm3)  =   -10.00GA  \    2.220fA
    I(X_U1.X_U6_U707.e_abm2)  =    36.22pA  \    18.11pA
    I(V_V6)                   =   -6.935mA  \   -6.569mA
    I(V_V5)                   =    68.03uA  \   -54.38uA

  These devices failed to converge:
    X_U1.X_U6_U707.d_d10 



  Last node voltages tried were:

 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(   FB)     .0576  (   SW)    -.2983  (BODEIN)    5.0000 (EN_PIN)    3.8025     

(N04804)    5.0471 (BODEOUT)    5.0000                   (RT_MODE)    1.0000    

(VCC_PIN)    3.1000                   (VIN_PIN)   13.5000                       

(CBOOT_PIN)    3.0918                 (RESET_PIN)     .0020                 

Resuming Simulation with the following settings
ITL4 = 1000
ABSTOL = 1.26e-10

Convergence problem in transient analysis at Time =  4.891E-09
         Time step =  115.0E-18, minimum allowable step size =  213.2E-18

  These supply currents failed to converge:

    I(X_U1.E_U2_E3)           =   -1.570uA  \   -1.264uA
    I(X_U1.X_U6_U707.e_abm3)  =    2.220fA  \   -15.41nA
    I(V_V6)                   =   -6.144mA  \   -6.447mA
    I(V_V5)                   =   -54.52uA  \   -54.04uA

  These devices failed to converge:
    X_U1.X_U6_U708.E_ABMGATE X_U1.X_U6_U707.e_abm3 X_U1.X_U5_U651.E_ABMGATE 
    X_U1.X_U5_U652.E_ABMGATE 



  Last node voltages tried were:

 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(   FB)     .0576  (   SW)    -.2983  (BODEIN)    5.0000 (EN_PIN)    3.8025     

(N04804)    5.0471 (BODEOUT)    5.0000                   (RT_MODE)    1.0000    

(VCC_PIN)    3.1000                   (VIN_PIN)   13.5000                       

(CBOOT_PIN)    3.0918                 (RESET_PIN)     .0020                 

Resuming Simulation with the following settings
ITL4 = 1000
ABSTOL = 1.58e-08

Convergence problem in transient analysis at Time =  4.891E-09
         Time step =  115.0E-18, minimum allowable step size =  213.2E-18

  These supply currents failed to converge:

    I(X_U1.E_U2_E3)           =   -1.570uA  \   -1.264uA
    I(V_V6)                   =   -6.144mA  \   -6.447mA
    I(V_V5)                   =   -54.52uA  \   -54.04uA

  These devices failed to converge:
    X_U1.X_U6_U708.E_ABMGATE X_U1.X_U6_U707.e_abm3 X_U1.X_U5_U651.E_ABMGATE 
    X_U1.X_U5_U652.E_ABMGATE 



  Last node voltages tried were:

 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(   FB)     .0576  (   SW)    -.2983  (BODEIN)    5.0000 (EN_PIN)    3.8025     

(N04804)    5.0471 (BODEOUT)    5.0000                   (RT_MODE)    1.0000    

(VCC_PIN)    3.1000                   (VIN_PIN)   13.5000                       

(CBOOT_PIN)    3.0918                 (RESET_PIN)     .0020                 

Resuming Simulation with the following settings
RELTOL = 0.0086
ABSTOL = 1e-06

Convergence problem in transient analysis at Time =  4.891E-09
         Time step =  115.0E-18, minimum allowable step size =  213.2E-18

  These supply currents failed to converge:

    I(V_V6)                   =   -6.144mA  \   -6.447mA

  These devices failed to converge:
    X_U1.X_U6_U708.E_ABMGATE X_U1.X_U6_U707.e_abm3 X_U1.X_U5_U651.E_ABMGATE 
    X_U1.X_U5_U652.E_ABMGATE 



  Last node voltages tried were:

 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(   FB)     .0576  (   SW)    -.2983  (BODEIN)    5.0000 (EN_PIN)    3.8025     

(N04804)    5.0471 (BODEOUT)    5.0000                   (RT_MODE)    1.0000    

(VCC_PIN)    3.1000                   (VIN_PIN)   13.5000                       

(CBOOT_PIN)    3.0918                 (RESET_PIN)     .0020                 

Resuming Simulation with the following settings
RELTOL = 0.05

Convergence problem in transient analysis at Time =  4.891E-09
         Time step =  115.0E-18, minimum allowable step size =  213.2E-18

  These devices failed to converge:
    X_U1.X_U6_U708.E_ABMGATE X_U1.X_U6_U707.e_abm3 X_U1.X_U5_U651.E_ABMGATE 
    X_U1.X_U5_U652.E_ABMGATE 



  Last node voltages tried were:

 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(   FB)     .0576  (   SW)    -.2983  (BODEIN)    5.0000 (EN_PIN)    3.8025     

(N04804)    5.0471 (BODEOUT)    5.0000                   (RT_MODE)    1.0000    

(VCC_PIN)    3.1000                   (VIN_PIN)   13.5000                       

(CBOOT_PIN)    3.0918                 (RESET_PIN)     .0020                 


ERROR(ORPSIM-15138): Convergence problem in Transient Analysis at Time =  4.891E-09.
         Time step =  115.0E-18, minimum allowable step size =  213.2E-18

  These voltages failed to converge:

    V(X_U1.X_U6_U708.YINT)    =     1.000V  \         0V
    V(X_U1.X_U6_U707.inp1)    =         0V  \     1.000V
    V(X_U1.X_U5_U651.YINT)    =     1.000V  \         0V
    V(X_U1.X_U5_U652.YINT)    =     1.000V  \         0V

  These supply currents failed to converge:

    I(X_U1.X_U6_U708.E_ABMGATE) =    -1.000A  \         0A
    I(X_U1.X_U6_U707.e_abm3)  =     1.000A  \    2.220fA
    I(X_U1.X_U5_U651.E_ABMGATE) =    -1.000A  \         0A
    I(X_U1.X_U5_U652.E_ABMGATE) =    -1.000A  \         0A

  These devices failed to converge:
    X_U1.X_U6_U707.d_d10 



  Last node voltages tried were:

 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(   FB)     .0576  (   SW)    -.2983  (BODEIN)    5.0000 (EN_PIN)    3.8025     

(N04804)    5.0471 (BODEOUT)    5.0000                   (RT_MODE)    1.0000    

(VCC_PIN)    3.1000                   (VIN_PIN)   13.5000                       

(CBOOT_PIN)    3.0918                 (RESET_PIN)     .0020                 


**** Interrupt ****
**** Param: RELTOL = 0.05
**** Param: ABSTOL = 1e-06
**** Param: VNTOL = 1e-06
**** Param: GMIN = 1e-12
**** Param: TSTOP = 0.000213246
**** Param: TMAX = 0
**** Param: ITL1 = 150
**** Param: ITL2 = 20
**** Param: ITL4 = 1000
**** Param: AutoConverge = 1
**** Param: AutoConverge.ITL1 = 1000
**** Param: AutoConverge.ITL2 = 1000
**** Param: AutoConverge.ITL4 = 1000
**** Param: AutoConverge.RELTOL = 0.05
**** Param: AutoConverge.ABSTOL = 1e-06
**** 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

The following unused Convergence options can be added to simulation:
CSHUNT=1e-12
DIODERS=1e-4
DIODECJO=2e-12
BJTCJ=1e-11
JFETCJ=1e-12
MOSCJ=1e-12

          JOB ABORTED

**** 03/22/22 19:45:57 ******* PSpice 17.4.0 (Nov 2018) ******* ID# 0 ********

 ** Profile: "Bode_Plot-Bode_plot_sim"  [ C:\TI_Product_Library\TI_eLAB\Pspice\LM61460AFS-Q1_PSPICE_TRANS\lm61460afs-q1_trans-pspicef


 ****     JOB STATISTICS SUMMARY

 ****     CURRENT STEP                     PARAM FREQ =   31.6230E+03


******************************************************************************



  Total job time (using Solver 1)   =      539.61
