Subversion Repositories Electronics.Rangefider

* BEGIN MODEL LMH6629

*//////////////////////////////////////////////////////////////////////

* (C) National Semiconductor, Corporation.

* Models developed and under copyright by:

* National Semiconductor, Corporation.

*/////////////////////////////////////////////////////////////////////

* Legal Notice:

* The model may be copied, and distributed without any modifications;

* however, reselling or licensing the material is illegal.

* We reserve the right to make changes to the model without prior notice.

* Pspice Models are provided "AS IS, WITH NO WARRANTY OF ANY KIND"

*////////////////////////////////////////////////////////////////////

*

* PINOUT ORDER +IN -IN +V -V OUT COMP

* PINOUT ORDER  4   3   8  5  7    6

.SUBCKT LMH6629 4 3 8 5 7 6

*

* SEE BELOW FOR MODEL PROGRAMMING, NOTES AND FEATURES

*

* BEGIN MODEL PROGRAMMING

* THE LINES BELOW ALLOW THE MODEL TO BE SET UP FOR

* DIFFERENT SUPPLY VOLTAGES.

*

* TO PROGRAM FOR SUPPLY VOLTAGE, COMMENT OUT THE GROUP

* OF STATEMENTS YOU DO NOT WANT TO USE. THE DEFAULT

* BELOW IS for 5 VOLT OPERATION.

*

*

* 5.0 VOLT GROUP

* OFFSET

V78 60 50 71E-6

* SLEW

R392 44 46 6E3

R422 44 35 675

* BANDWIDTH

C53 35 42 1.10E-12

C61 35 20 0.60E-12

* END 5.0 VOLT GROUP

* 3.3 VOLT GROUP

* OFFSET

*V78 60 50 97E-6

* SLEW

*R392 44 46 12E3

*R422 44 35 675

* BANDWIDTH

*C53 35 42 1.20E-12

*C61 35 20 0.63E-12

* END 3.3 VOLT GROUP

*

* END MODEL PROGRAMMING

*

* BEGIN MODEL NOTES

* COMP PIN:

* THE COMP MODE PIN HAS A THRESHOLD OF 1.4 VOLTS.

* FOR MODE ZERO (LO), PULL BELOW THRESHOLD OR LEAVE OPEN.

* FOR MODE ONE (HI), PULL ABOVE THRESHOLD

* BUT DO NOT EXCEED VCC. NOTE THAT WHEN COMP PIN

* IS LEFT FLOATING, IT MAY READ A VOLTAGE HIGHER THAN V+,

* BUT THE MODEL BEHAVES ACCORDING TO THE DEFAULT

* STATE WHICH IS COMP LO WHEN LEFT FLOATING.

* SOT23-5 EMULATION:

* SOT23-5 PACKAGE CAN BE EMULATED BY TYING THE COMP

* PIN HIGH.

* END MODEL NOTES

*

* MODEL FEATURES INCLUDE OPEN LOOP GAIN AND PHASE,

* OUTPUT SWING, OUTPUT CURRENT THRU THE SUPPLY RAILS,

* OUTPUT CURRENT LIMIT, CLOAD EFFECTS, RF EFFECTS,

* SLEW RATE, COMMON MODE REJECTION WITH FREQ EFFECTS,

* POWER SUPPLY REJECTION WITH FREQ EFFECTS, INPUT

* VOLTAGE NOISE WITH 1/F, INPUT CURRENT NOISE WITH

* 1/F, INPUT BIAS CURRENT, INPUT COMMON MODE RANGE,

* INPUT OFFSET VOLTAGE WITH TEMPERATURE EFFECTS,

* INPUT CAPACITANCE, COMP PIN FUNCTION INCLUDING

* THRESHOLD AND INPUT CURRENT, AND QUIESCENT CURRENT

* VS VOLTAGE AND TEMPERATURE. SHUTDOWN PIN

* AND ITS FUNCTIONALITY IS NOT INCLUDED IN THE MODEL.

*

Q36 5 9 10 QOP

Q37 8 11 10 QON

D37 7 8 DD

D38 5 7 DD

D39 12 0 DIN

D40 13 0 DIN

I24 0 12 0.1E-3

I25 0 13 0.1E-3

E99 14 0 5 0 1

E100 15 0 8 0 1

D41 16 0 DVN

D42 17 0 DVN

I26 0 16 3E-3

I27 0 17 3E-3

E101 18 3 16 17 3.65E-2

G23 4 18 12 13 8.73E-5

R381 5 8 1400

E102 19 0 15 20 1

E103 21 0 14 20 1

E104 22 0 23 0 1

R382 19 24 1E4

R383 21 25 1E4

R384 22 26 1E4

R385 0 24 0.1

R386 0 25 0.1

R387 0 26 0.1

E105 27 4 26 0 1.8

R388 28 23 10

R389 23 29 10

C48 19 24 3E-12

C49 21 25 3E-12

C50 22 26 115E-12

E106 30 27 25 0 0.05

E107 31 30 24 0 -0.1

Q38 14 32 11 QDP

Q39 15 32 9 QDN

I28 8 5 11.7E-3

I29 15 11 7.7E-4

I30 9 14 7.7E-4

R390 20 33 10

R391 20 32 10

C51 33 20 8E-12

C52 32 20 2.5E-12

E108 34 35 36 0 1

E109 35 37 36 0 1

E110 38 20 35 20 1

D43 39 15 DD

D44 14 40 DD

V73 37 40 1.35

V74 39 34 1.34

I31 0 41 1E-3

D45 41 0 DD

V75 36 41 -0.6551

D46 43 44 DD

D47 44 45 DD

R393 0 44 4.5E5

C54 18 0 0.85E-12

C55 31 0 0.85E-12

R394 10 47 0.25

G24 33 20 35 20 0.1

G25 32 20 33 20 0.1

L3 47 7 0.25E-9

R395 47 7 100

E111 43 38 36 0 2

E112 45 38 36 0 -2

C56 18 31 0.45E-12

G26 44 0 48 49 -6E-3

Q40 48 50 51 QIP

Q41 49 31 52 QIP

R397 51 53 0.1

R398 52 53 0.1

Q42 54 55 56 QIP

Q43 55 55 56 QIP

R399 57 48 50

R400 57 49 50

V76 54 53 0

V77 57 14 -0.3

C58 48 49 1E-13

D48 50 58 DIC

D49 31 58 DIC

E113 29 0 4 59 1

E114 28 0 18 59 1

C59 7 0 0.1P

R401 35 34 1E9

R402 37 35 1E9

R403 3 18 1E9

R404 4 27 1E9

R405 27 30 1E9

R406 30 31 1E9

R407 38 45 1E9

R408 38 43 1E9

G27 4 18 61 62 3.3E-4

R410 0 62 1E3

R411 0 62 1E3

R412 0 61 1E3

R413 0 61 1E3

E116 63 42 64 0 30

E117 65 0 64 0 -30

V79 66 65 15

V80 67 63 -15

R414 63 42 1E18

R415 65 0 1E18

M61 0 67 42 68 PSW L=1.5U W=150U

M62 42 66 0 69 NSW L=1.5U W=150U

R416 68 0 1E12

R417 69 0 1E12

E118 70 46 71 0 30

E119 72 35 71 0 -30

V81 73 72 15

V82 74 70 -15

R418 70 46 1E18

R419 72 35 1E18

M63 35 74 46 75 PSW L=1.5U W=150U

M64 46 73 35 76 NSW L=1.5U W=150U

R420 75 0 1E12

R421 76 0 1E12

E120 77 0 64 0 -1

V84 71 77 1

R423 0 77 1E12

R424 0 77 1E12

R425 0 71 1E12

E121 18 60 36 0 276E-6

V85 15 78 1.65

V86 15 56 -1

D50 79 31 DIC

D51 79 50 DIC

V87 80 14 0.275

E122 78 58 36 0 1.1

E123 79 80 36 0 1.1

E124 20 14 15 14 0.7

R427 0 20 1E12

V88 81 0 1

E125 82 81 36 0 -2

G28 55 14 82 0 5.25E-3

G29 8 5 36 0 -5E-3

Q44 83 84 85 QSW

R430 83 15 100E3

I32 15 86 10E-6

Q45 87 88 85 QSW

Q46 85 86 14 QSW

Q47 86 86 14 QSW

R431 87 15 100E3

E126 89 0 83 87 1

R432 0 89 200E3

R433 14 84 1E6

M65 64 89 0 0 NEN L=1.5U W=1500U

R434 64 90 50E3

V91 90 0 1

C63 83 87 35E-15

R435 6 84 1

C64 84 14 2E-12

C65 6 14 1E-12

C66 64 0 65E-15

I33 15 84 22E-6

V93 88 14 1.4

R436 0 81 1E9

R437 0 78 1E9

R438 0 36 1E9

R439 80 79 1E9

R440 0 82 1E9

R441 60 18 1E9

E127 59 14 15 14 0.7

R442 0 59 1E12

R443 0 59 1E12

.MODEL QDP PNP

.MODEL QDN NPN

.MODEL QON NPN VAF=150 BF=420 IKF=1.5 RE=0.5 RC=1

.MODEL QOP PNP VAF=150 BF=420 IKF=1.5 RE=0.5 RC=1

.MODEL QIP PNP VAF=150 BF=260 IKF=0.005 RB=1.4 RE=0.1 RC=1

.MODEL DVN D KF=4E-13

.MODEL DIN D KF=26E-14

.MODEL DIC D RS=0.1

.MODEL DD D

.MODEL PSW PMOS KP=200U VTO=-7.5 IS=1E-18

.MODEL NSW NMOS KP=200U VTO=7.5 IS=1E-18

.MODEL QSW NPN

.MODEL NEN NMOS KP=200U VTO=0.5 IS=1E-18

.ENDS

* END MODEL LMH6629