*$
* UCC28180
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* (C) Copyright 2014Texas Instruments Incorporated. All rights reserved.                                            
*****************************************************************************
** This model is designed as an aid for customers of Texas Instruments.
** TI and its licensors and suppliers make no warranties, either expressed
** or implied, with respect to this model, including the warranties of 
** merchantability or fitness for a particular purpose.  The model is
** provided solely on an "as is" basis.  The entire risk as to its quality
** and performance is with the customer
*****************************************************************************
*
* This model is subject to change without notice. Texas Instruments
* Incorporated is not responsible for updating this model.
*
*****************************************************************************
*
** Released by: WEBENCH Design Center, Texas Instruments Inc.
* Part: UCC28180
* Date: 14APR2014
* Model Type: AVERAGE
* Simulator: PSPICE
* Simulator Version: 16.2.0.p001
* EVM Order Number: UCC28180EVM-573
* EVM Users Guide: SLUUAT3B–October 2013–Revised December 2013
* Datasheet: SLUSxxx – June 21, 2013
*
* Model Version: Final 1.00
*
*****************************************************************************
*
* Updates:
*
* Final 1.00
* Release to Web.
*
*****************************************************************************
.SUBCKT UCC28180_AVG GATE GND ICOMP ISENSE VCOMP VSENSE  
E_E1         5 0 0 N1580156 1
G_ABM2I8         0 ICOMP VALUE { LIMIT(( V(5)-V(27))*0.95m,-50u,50u)    }
E_ABM5         M1 0 VALUE { IF(V(VCOMP) <1 , 0.068 , IF(V(VCOMP)<2 ,  0.156 *
+  V(VCOMP) - 0.088 ,IF(V(VCOMP) <4.5 , 0.313 * V(VCOMP) - 0.401 , 1.007)))     }
E_ABM1         27 0 VALUE { V(3)*V(M1)/(V(GAIN)+1u)    }
E_E2         ICOMP 3 N1598706 0 1
V_V4         NODE7 0 5
D_D5         0 VCOMP _DCLAMP 
E_ABM3         N1597678 0 VALUE { -8.0284e-7*((Vin)**3)
+  +5.6560e-4*((Vin)**2)-1.3507e-1*((Vin))+6.9512    }
E_ABM7         N1580156 0 VALUE { (V(ISENSE)*2.5)    }
E_ABM4         20 0 VALUE { (1 -(V(3))/(V(M2)/FREQ)-230N*FREQ)    }
R_R1         0 3  100k TC=0,0 
D_D6         0 ICOMP _DZ 
E_ABM8         GAIN 0 VALUE { 1.4283e-07*((Vin)**3) -5.8598e-5*((Vin)**2) +
+  0.036514*(Vin) -0.98469    }
E_ABM6         M2 0 VALUE { IF(V(VCOMP) <0.5 , 0.01m , IF(V(VCOMP)< 4.6 ,
+  0.1223MEG*(FREQ/65K) * (V(VCOMP) -0.5)*(V(VCOMP) -0.5) , 2.056MEG*(FREQ/65K)))
+     }
G_ABM2I2         0 VCOMP VALUE { LIMIT(( V(NODE7)-V(VSENSE))*56u,-40u,40u)    }
E_ABM2         GATE 0 VALUE { IF(V(20)>0.99 , 0.99 , IF(V(20)<1m , 1m , V(20)))
+     }
V_V5         N1598706 0 -0.5
.ENDS UCC28180_AVG
*$
.SUBCKT BOOST_CCM_DCM D GND Vin VOut  
E_ABM6         N1667239 0 VALUE { (V(VOUT) * (V(D)))    }
G_ABMI1         N1667225 GND VALUE { (I(V_V4)*V(D))    }
V_V4         VIN N1667225 0Vdc
E_E1         N1667225 VOUT N1667239 GND -1
.ENDS BOOST_CCM_DCM 
*$
.model _DCLAMP d
+ bv=7
+ ibv=0.0001
*$
.model _DZ d
+ bv=7.2
+ ibv=5e-005

.model IN5046 D 

*$
.SUBCKT LDCR IN OUT
+ PARAMs:  L=1u DCR=0.01 
L	IN 1  {L} 
RDCR	1 OUT {DCR}
.ENDS LDCR
*$
.SUBCKT CESR IN OUT
+ PARAMs:  C=100u ESR=0.01 
C	IN 1  {C} 
RESR	1 OUT {ESR}
.ENDS CESR
*$