**** 04/07/106 12:37:23 ******** NT Evaluation PSpice (July 1997) ************

 * C:\Prog\MSimEv_8\Projects\TEM\experim-TB-127.sch


 ****     CIRCUIT DESCRIPTION


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




* Schematics Version 8.0 - July 1997
* Fri Mar 31 17:44:11 2006


.PARAM         Rm=1.602 THm=1.4988 sem=0.053189
.PARAM         Rcont=0.45 RL=4.5 
.PARAM         tamb=273+22 Cal=19 Riso=51.6

** Analysis setup **
.OP 


* From [SCHEMATICS NETLIST] section of msim.ini:
.lib nom.lib

.INC "experim-TB-127.net"

**** INCLUDING experim-TB-127.net ****
* Schematics Netlist *



E_GAIN1         $N_0002 0 VALUE {1E3 * V($N_0001)}
V_TB-127-1_4-1_2_qa         $N_0006 TB-127-1_4-1_2_2 0V
E_TB-127-1_4-1_2_Seebeck         TB-127-1_4-1_2_12 0 TABLE { 
+ {sem*(V(TB-127-1_4-1_2_1)-V(TB-127-1_4-1_2_2))} } 
+ ( (-15,-15) (15,15) )
E_TB-127-1_4-1_2_E1         TB-127-1_4-1_2_1 TB-127-1_4-1_2_2 TABLE { {Thm} } 
+ ( (-15,-15) (15,15) )
R_TB-127-1_4-1_2_R2         TB-127-1_4-1_2_12 TB-127-1_4-1_2_13  {Rm}  
V_TB-127-1_4-1_2_Vc         out TB-127-1_4-1_2_13 0V
G_TB-127-1_4-1_2_ABMI1         0 $N_0007 VALUE { 
+ {i(V_TB-127-1_4-1_2_Vc)*(i(V_TB-127-1_4-1_2_Vc)*Rm+sem*(V(TB-127-1_4-1_2_1)-V(TB-127-1_4-1_2_2)))}
+     }
R_TB-127-1_4-1_2_R1         $N_0007 TB-127-1_4-1_2_1  {Thm}  
S_S1         out $N_0003 $N_0001 0 S1
RS_S1        $N_0001 0 1G
        .MODEL S1 VSWITCH Roff=1e6 Ron=1.0 Voff=0.0 Von=1.0
S_S2         out $N_0004 $N_0002 0 S2
RS_S2        $N_0002 0 1G
        .MODEL S2 VSWITCH Roff=1e6 Ron=1.0 Voff=0.0 Von=1.0
R_R5         0 $N_0004  {RL}  
C_C2         $N_0005 h  {Cal}  
C_C1         $N_0005 c  {Cal}  
R_R4         h $N_0007  {Rcont}  
R_R3         c $N_0006  {Rcont}  
R_R1         $N_0005 h  {Riso}  
R_R2         $N_0005 c  {Riso}  
V_V3         $N_0003 0 4.6
V_V2         $N_0001 0  
+PULSE -0.1 10 7.12 0.02 0.02 14.8 
V_V1         $N_0005 0 {tamb}

**** RESUMING experim-TB-127.cir ****
.INC "experim-TB-127.als"



**** INCLUDING experim-TB-127.als ****
* Schematics Aliases *

.ALIASES
E_GAIN1          GAIN1(OUT=$N_0002 IN=$N_0001 )
_   TB-127-1.4-1.2(Te=$N_0007 Ta=$N_0006 K0=0 a=out e=0 )
V_TB-127-1_4-1_2_qa          TB-127-1.4-1.2.qa(+=$N_0006 -=TB-127-1_4-1_2_2 )
E_TB-127-1_4-1_2_Seebeck          TB-127-1.4-1.2.Seebeck(OUT+=TB-127-1_4-1_2_12
+  OUT-=0 )
E_TB-127-1_4-1_2_E1          TB-127-1.4-1.2.E1(OUT+=TB-127-1_4-1_2_1
+  OUT-=TB-127-1_4-1_2_2 )
R_TB-127-1_4-1_2_R2          TB-127-1.4-1.2.R2(1=TB-127-1_4-1_2_12
+  2=TB-127-1_4-1_2_13 )
V_TB-127-1_4-1_2_Vc          TB-127-1.4-1.2.Vc(+=out -=TB-127-1_4-1_2_13 )
G_TB-127-1_4-1_2_ABMI1          TB-127-1.4-1.2.ABMI1(OUT+=0 OUT-=$N_0007 )
R_TB-127-1_4-1_2_R1          TB-127-1.4-1.2.R1(1=$N_0007 2=TB-127-1_4-1_2_1 )
S_S1            S1(3=out 4=$N_0003 1=$N_0001 2=0 )
RS_S1           S1(1=$N_0001 2=0 )

S_S2            S2(3=out 4=$N_0004 1=$N_0002 2=0 )
RS_S2           S2(1=$N_0002 2=0 )

R_R5            R5(1=0 2=$N_0004 )
C_C2            C2(1=$N_0005 2=h )
C_C1            C1(1=$N_0005 2=c )
R_R4            R4(1=h 2=$N_0007 )
R_R3            R3(1=c 2=$N_0006 )
R_R1            R1(1=$N_0005 2=h )
R_R2            R2(1=$N_0005 2=c )
V_V3            V3(+=$N_0003 -=0 )
V_V2            V2(+=$N_0001 -=0 )
V_V1            V1(+=$N_0005 -=0 )
_    _(h=h)
_    _(c=c)
_    _(TB-127-1.4-1.2.2=TB-127-1_4-1_2_2)
_    _(TB-127-1.4-1.2.12=TB-127-1_4-1_2_12)
_    _(TB-127-1.4-1.2.1=TB-127-1_4-1_2_1)
_    _(TB-127-1.4-1.2.13=TB-127-1_4-1_2_13)
_    _(out=out)
_    _(TB-127-1.4-1.2.11=out)
.ENDALIASES


**** RESUMING experim-TB-127.cir ****
.probe


.END

**** 04/07/106 12:37:23 ******** NT Evaluation PSpice (July 1997) ************

 * C:\Prog\MSimEv_8\Projects\TEM\experim-TB-127.sch


 ****     Voltage Controlled Switch MODEL PARAMETERS


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




               S1              S2              
         RON    1               1            
        ROFF    1.000000E+06    1.000000E+06 
         VON    1               1            
        VOFF    0               0            


**** 04/07/106 12:37:23 ******** NT Evaluation PSpice (July 1997) ************

 * C:\Prog\MSimEv_8\Projects\TEM\experim-TB-127.sch


 ****     SMALL SIGNAL BIAS SOLUTION       TEMPERATURE =   27.000 DEG C


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



 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(    c)  272.2700  (    h)  273.7300  (  out)     .0797  ($N_0001)    -.1000    

($N_0002) -100.0000                   ($N_0003)    4.6000                       

($N_0004) 358.8E-09                   ($N_0005)  273.0000                       

($N_0006)  272.2600                   ($N_0007)  273.7400                       

(TB-127-1_4-1_2_1)  273.7600          (TB-127-1_4-1_2_2)  272.2600              

(TB-127-1_4-1_2_12)     .0797         (TB-127-1_4-1_2_13)     .0797         




    VOLTAGE SOURCE CURRENTS
    NAME         CURRENT

    V_TB-127-1_4-1_2_qa   1.419E-02
    V_TB-127-1_4-1_2_Vc   4.441E-06
    V_V3        -4.520E-06
    V_V2         1.001E-10
    V_V1         3.538E-07

    TOTAL POWER DISSIPATION  -7.58E-05  WATTS


**** 04/07/106 12:37:23 ******** NT Evaluation PSpice (July 1997) ************

 * C:\Prog\MSimEv_8\Projects\TEM\experim-TB-127.sch


 ****     OPERATING POINT INFORMATION      TEMPERATURE =   27.000 DEG C


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






**** VOLTAGE-CONTROLLED CURRENT SOURCES


NAME         G_TB-127-1_4-1_2_ABMI1            
I-SOURCE     3.540E-07                        


**** VOLTAGE-CONTROLLED VOLTAGE SOURCES


NAME         E_GAIN1     E_TB-127-1_4-1_2_Seebeck          
V-SOURCE    -1.000E+02   7.972E-02                        
I-SOURCE     1.001E-07   4.441E-06                        

NAME         E_TB-127-1_4-1_2_E1   
V-SOURCE     1.499E+00            
I-SOURCE    -1.419E-02            


**** VOLTAGE CONTROLLED SWITCHES


NAME         S_S1        S_S2      
MODEL        S1          S2        
I LOAD      -4.52E-06    7.97E-08 
V LOAD      -4.52E+00    7.97E-02 
R LOAD       1.00E+06    1.00E+06 
V CTRL      -1.00E-01   -1.00E+02 

          JOB CONCLUDED

          TOTAL JOB TIME             .02