** LMH6553 SPICE model Rev A
**
*////////////////////////////////////////////////////////
** This model will give typical performance characteristics
** for the following parameters
*
*     closed loop frequency response vs gain
*     output current and voltage clamping
*     input bias current error (common mode)
*     input bias current error (differential mode)
*     input common mode voltage offset
*     slew rate and step response
*     vnoise, referred to the input
*     inoise, referred to the input
*     output balance error vs frequency
*     common mode frequency response
*     Isupply temco
*     Isupply dependence on supply voltage
*     
** This model does not capture the following performance
** characteristics. These will be included in the next release.
*
*     precision clamping
*     harmonic distortion
*
*//////////////////////////////////////////////////////
** Top Level Circuit Description
*//////////////////////////////////////////////////////
** Pin Desciptions
*                Positive Supply Voltage
*                |   Negative Supply Voltage
*                |   |   Positive Input Terminal
*                |   |   |   Negative Input Terminal
*                |   |   |   |   Positive Output Terminal
*                |   |   |   |   |   Negative Output Terminal
*                |   |   |   |   |   |   Output Common Mode Reference Input
*                |   |   |   |   |   |   |   Output Clamp Control Input
*                |   |   |   |   |   |   |   |
.subckt lmh6553 vcc vee vip vim vop vom vcm vclmp
e0 a0118 a0100 a0215 0 1.0
xoutbufm vcc vee a205 a134 a0117 a111 output_stage_b
xoutbufp vcc vee a203 a134 a0113 a111 output_stage_b
l1 vim a0198 1e-9
l0 vip a0118 1e-9
l3 vom a0117 1e-9
l2 vop a0113 1e-9
xoutclamp vcc vee a205 a203 vclmp vcm hiz_limiter
g3 a202 vee a220 0 1.0
g4 a176 vee a167 0 1.0
g1 vcc a108 vcc vee 140e-6
g0 a111 a134 a108 vee 10.0e-3
d3 a119 a0198 DIODEnoisy 1
d4 a199 a0100 DIODEnoisy 1
d6 a113 a140 DIODEideal 1
d5 a115 a146 DIODEideal 1
d1 a0198 a176 DIODEnoisy 1
d0 a0100 a202 DIODEnoisy 1
c4 a0100 a0198 6e-12
c0 a203 0 2.1e-12
c1 a205 0 2.1e-12
q12 a174 a134 a224 0 NPNXTR 1
q2 a134 a134 a248 0 NPNXTR 1
q0 a202 a134 a250 0 NPNXTR 1
q9 a140 vcm a149 0 NPNXTR 1
q1 a176 a134 a252 0 NPNXTR 1
q10 a146 a148 a174 0 NPNXTR 1
q11 a149 a134 a222 0 NPNXTR 1
q3 a119 a111 a154 0 PNPXTR 1
q5 a111 a111 a157 0 PNPXTR 1
q4 a199 a111 a160 0 PNPXTR 1
v2 a241 a174 0
v1 a202 a176 0
i9 a0100 a0198 2.5e-6
i5 vcc a148 dc=12e-6
i0 vcc a108 7e-3
f2 0 a203 v2 1.0
f3 0 a205 v2 1.0
f1 0 a205 v1 -2.0
f0 0 a203 v1 2.0
r27 a220 0 5e-3
r28 a167 0 5e-3
r41 a0215 0 200
rtm 0 a205 128e3
r29 a222 vee 250
r30 a224 vee 250
r31 vcc a113 250
rtp a203 0 128e3
r32 vcc a115 250
r20 vcc a157 250
r15 a0113 a148 2.5e3
r22 vcc a160 175
r16 a148 a0117 2.5e3
r33 a149 a241 200
rtc a108 vee 14.3 tc=400e-6,-5e-6
r21 vcc a154 175
r19 a248 vee 250
r17 a250 vee 175
r18 a252 vee 175
.ends lmh6553
** end of top level circuit
**
*////////////////////////////////
** Sub-Circuit Descriptions
*////////////////////////////////
**
*/////////////////////////
** Output Stage
*/////////////////////////
**
.subckt output_stage_b vcc vee in nbias out pbias
c1 vee a5 250e-15
c0 vcc a17 250e-15
q5 a17 pbias a040 PNPXTR 1
q2 vee in a17 PNPXTR 2
q0 vee a5 a038 PNPXTR 8
q7 a5 nbias a029 NPNXTR 2
q3 vcc in a5 NPNXTR 2
q1 vcc a17 a060 NPNXTR 8
r5 out a038 2
r4 a060 out 2
r2 a029 vee 160
r0 vcc a040 225
.ends output_stage_b
** end of subcircuit definition
**
*//////////////////////////////////////
** Clamp
*//////////////////////////////////////
**
.subckt hiz_limiter vcc vee hizm hizp vclmp vcm
e0 a37 0 a49 0 1.0
e1 a41 0 a62 0 1.0
e3 a45 0 vclmp 0 1.0
v0 a69 vcm 1.0 
i3 vcc vclmp 100e-6
i7 vcc a62 100e-6
i6 a68 vee 100e-6
i4 a49 vee 100e-6
d2 hizm a37 DIODEideal 1
d5 a41 hizp DIODEideal 1
d6 hizp a37 DIODEideal 1
d0 vclmp a49 DIODEideal 1
d3 a41 hizm DIODEideal 1
d4 a62 a68 DIODEideal 1
xlevel_gen vcm a66 a68 opamp_ideal
r1 a45 a66 1000
r3 a66 a68 1000
r4 a69 vclmp 100e3
.ends hiz_limiter
** end of subcircuit definition
**
*////////////////////////////////////////////////////
** Ideal OpAmp
*////////////////////////////////////////////////////
**
.subckt opamp_ideal inp inm out
c0 a060 0 3.2e-12
e0 a029 0 a060 0 1.0
g0 a060 0 inp inm -20e-3
r4 a060 0 100e3
r6 a029 out 10
.ends opamp_ideal
** end of subcircuit definition.
**
*//////////////////////////////
** Device Model Parameters
*//////////////////////////////
**
**
.model DIODEideal d(tnom=25.0 is=1e-18)
.model DIODEnoisy d(tnom=25.0 is=1e-18 af=2.0 kf=80e-12)
.model NPNXTR npn(tnom=25.0             is=14.42e-18            bf=121
+                 vaf=200.0             rb=57.00                re=3.000
+                 rc=7.000              cje=206.3e-15           cjc=81.45e-15
+                 kf=480.0e-12          af=2.000)
.model PNPXTR pnp(tnom=25.0             is=18.92e-18            bf=79
+                 vaf=60.00             rb=35.80                re=1.600
+                 rc=3.500              cje=167.4e-15           cjc=126.8e-15
+                 kf=350.0e-12          af=2.000)
.ends