*$
*ISL28136, ISL28236 and ISL28436, ISL28146, ISL28246, ISL28446 Micromodels
* 5MHz, precision Rail to rail input and output amplifier
*The AC response for this model is based on Vs=5V
*SR,open loop gain, voltage noise and current noise are modeled.
* connections:        +input
*                       |  -input
*                       |    | +Vsupply
*                       |    |    | -Vsupply
*                       |    |    |    |  output
*                       |    |    |    |    |
.subckt ISL28136     Vin+	Vin-    V+	V-	Vout
*
R_R1         $N_0002 $N_0001  800  
R_R2         $N_0001 $N_0003  800  
R_R8         $N_0005 $N_0004  200  
R_R5         0 $N_0006  1Meg  
R_R9         $N_0004 $N_0007  200  
V_V5         $N_0008 V+ 2V
I_Ie         $N_0008 $N_0001 DC 4uA  
E_E5         $N_0009 0 $N_0007 0 1
Q_Q11         $N_0010 Vin- $N_0003 Ipnp
E_E1         $N_0006 0 $N_0010 $N_0011 100
E_E2         $N_0005 0 $N_0012 0 1
Q_Q14         $N_0011 Vin+ $N_0002 Ipnp
R_R7         $N_0012 $N_0013  10k  
C_C3         0 $N_0004  0.15p  
C_C4         0 $N_0007  0.05p  
R_R4         V- $N_0010  850  
R_R3         V- $N_0011  850  
I_I4         V+ V- DC 2.7m  
D_D11         $N_0014 V+ D1N4148 
D_D15         V- $N_0015 D1N4148 
M_M4         Vout $N_0009 V- V- N  
+ L=1u  
+ W=50u          
+ M=2
M_M5         Vout $N_0009 V+ V+ P  
+ L=1u  
+ W=150u          
+ M=2
D_D14         $N_0014 $N_0013 D1N4099 5
D_D13         $N_0013 $N_0015 D1N4099 5
C_C2         0 $N_0012  1p  
C_C11         Vin- 0  1p  
R_R6         0 $N_0013  2Meg  
G_G1         $N_0013 0 $N_0006 0 60m
C_C1         0 $N_0013  130nF  
*models
.model Inpn npn(is=800e-18 bf=200 tf=0.2nS)
.model Ipnp pnp(is=800e-18 bf=200 tf=0.2nS)
.model p pmos (level=2,kf=2.5e-26, kp=16e-6,VTO=-0.7V, lambda=0.001,rd=8)
.model n nmos (level=2,kf=3.5e-28, kp=52e-6,VTO=0.7V, lambda=0.001,rd=5)
.ends ISL28136