Hi, I am working on a non-inverting operational amplifier circuit simulation with LTspice. I am using spice code of opa694 as op-amp but there is something wrong because It gives me approximately 12V as output signal which is too high than expected. When I draw the circuit with voltage dependent voltage source instead of opa694 I took the output voltage as microvolt level which is expected. Might be any problem with this opamp code or something else? I am adding LTspice netlist below. If you please help me, It will be very useful.
* opa694 .asc
V1 0 N001 PWL(0 0 10n 2u 20n 0 30n 0)
D9 N001 0 D
D10 0 N001 D
R30 0 N001 200
R31 N003 N004 3.6K
R32 0 N003 470
R35 N004 0 100
XIC1 N001 N004 N005 N002 N003 opa694
CD1 N005 0 22nF
CD2 0 N002 22nF
Vee2 0 N002 {V}
Vcc5 N005 0 {V}
.model D D
.lib C:\Program Files (x86)\LTC\LTspiceIV\lib\cmp\standard.dio
.PARAM V=5
.tran 0 300n 0
*.subckt D 1 2
*******************************************
*
*PMLL4448
*
*NXP Semiconductors
*
*High-speed diodes
*
*
*
*
*
*
*
*
*
*
*
*VRRM = 100V
*IFRM = 450 mA
*trr = 4ns
*
*
*Package pinning does not match Spice model pinning.
*Package: SOD80C
*
*Package Pin 1 : Cathode
*Package Pin 2 : Anode
*
*
*
*
*Simulator: PSPICE
*
*******************************************
*#
.SUBCKT PMLL4448 1 2
*
* The resistor R1 does not reflect
* a physical device. Instead it
* improves modeling in the reverse
* mode of operation.
*
R1 1 2 5.827E+9
D1 1 2 PMLL4448
*
.MODEL PMLL4448 D
+ IS = 4.352E-9
+ N = 1.906
+ BV = 110
+ IBV = 0.0001
+ RS = 0.6458
+ CJO = 7.048E-13
+ VJ = 0.869
+ M = 0.03
+ FC = 0.5
+ TT = 3.48E-9
.ENDS
*
.PARAM E=1000000
.lib opa694.lib
* 3
* 2
.backanno
.end
]
