* Library of Elantec op-amps, transistor arrays * $Revision: 1.19 $ * $Author: RPEREZ $ * $Date: 26 Mar 1998 08:49:42 $ * ********************************************************************* * OrCAD NOTES ********************************************************************* * The following models are not recommended by the manufacturer for * new designs and have been removed in this release: * * EHA2500/EL EL2012/EL * EHA2520/EL EL2028/EL * EHA2539/EL EL2029/EL * EHA2540/EL EL2190/EL * EHA2600/EL EL2223/EL * EHA2620/EL EL2423/EL * EHA5190/EL * * ********************************************************************* * * This library of macromodels is being supplied to users as an aid * to circuit designs. While it reflects reasonably close * similarity to the actual device in terms of performance, it is * not suggested as a replacement for breadboarding. Simulation * should be used as a forerunner or a supplement to traditional lab * testing. * * Users should very carefully note the following factors regarding * these models: * * Model performance in general will reflect typical baseline specs * for a given device, and certain aspects of performance may not be * modeled fully to keep the model as simple as possible thus * minimizing computer running time. For example, PSRR and CMRR * effects, parametric variation with temperature, operation under * output short circuit conditions, and input noise sources are not * included in the models. * * While reasonable care has been taken in their preparation, we * cannot be responsible for correct application on any and all * computer systems. Model users are hereby notified that these * models are supplied "as is", with no direct or implied * responsibility on the part of Elantec, Inc. for their operation * within a customer circuit or system. Further, Elantec Inc. * reserves the right to change these models without prior notice. * * In all cases, the current data sheet information for a given real * device is your final design guideline, and is the only actual * performance guarantee. For further technical information, refer * to individual device data sheets. * * The Elantec Engineering staff is in the process of improving * these models, and we welcome your comments and feedback. * quiries should be made to: * * Applications Engineering Manager * Elantec, Inc. * 1996 Tarob Ct. * Milpitas, CA 95035 * * Voice Telephone: (800) 333-6314, ext. 311 * * FAX: (408) 945-9305 * * TELEX: 910-997-0649 *$ ********************************************************************* * ELH0002 Model * * Connections input * | V1+ * | | V2+ * | | | V1- * | | | | V2- * | | | | | output * | | | | | | .subckt ELH0002/EL 8 1 2 7 6 4 * * Models .model qp pnp (is=10e-14 bf=300 vaf=60 ikf=200mA var=6V br=9 +rb=30 cje=40pF cjc=15pF tf=1nS xtb=2.0) .model qn npn (is=10e-14 bf=200 vaf=200 ikf=200mA var=12V br=8 +rb=30 cje=27pF cjc=10pF tf=1nS xtb=2.0) * * Resistors * r1 1 10 5K r2 11 7 5K r3 3 4 2.0 r4 5 4 2.0 * * Transistors * q1 7 8 10 qp q4 6 11 5 qp q2 1 8 11 qn q3 2 10 3 qn .ends *$ ******************************************************************** * ELH0032 Model * * Connections +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | Comp 3 * | | | | | Comp 4 * | | | | | | Comp 2 * | | | | | | | Output * | | | | | | | | * | | | | | | | | .subckt ELH0032/EL 6 5 12 10 3 4 2 11 * * Models * .model qfa njf (vto=-3V beta=1.11e-3 cgd=2pF cgs=5pF m=0.3744) * .model qp pnp (is=1e-14 bf=150 vaf=100 ikf=100mA tf=.53nS vtf=0 ise=1nA, +cjc=4pF cje=5.7pF tr=170nS rb=3 br=5 mje=.32 mjc=.43 xtb=2.1 ne=4 +isc=1nA nc=4 itf=.4 vtf=4 xtf=6) * .model qn npn (is=5e-14 bf=150 vaf=800 ikf=200mA tf=.53nS vtf=0 +cjc=4pF cje=5pF rb=3 br=5 mje=.42 MJC=.23 tr=200nS xtb=2.1 +ise=4nA ne=4 isc=4nA nc=4 itf=.4 vtf=4 xtf=2) * .model qfb njf (vto=-2.8V beta=4e-3 cgd=7pF cgs=8pF lambda=4e-3) * .model zener d (bv=2.49V ibv=1mA) * * Resistors and Capacitors * r1 12 4 700 r2 12 3 700 r3 12 105 160 r4 103 100 10 r5 108 100 10 r6 12 101 22K r7 113 11 10 r8 11 112 10 r9 102 10 407 cs2 10 116 100pF * * Transistors & Diodes * j1a 4 5 103 qfa j1b 3 6 108 qfa j2 111 10 116 qfb q1 104 4 105 qp q2 2 3 105 qp q3 114 11 104 qp q4 12 2 113 qn q5 10 111 112 qp q6 2 2 110 qn q7 111 111 110 qp q8 100 101 102 qn d1 10 117 zener q9 101 101 117 qn q10 114 114 10 qn q11 116 114 10 qn .ends *$ ******************************************************************** * ELH0033 Model * * Connections input * | V+ * | | Vc+ * | | | V- * | | | | Vc- * | | | | | output * | | | | | | .subckt ELH0033/EL 5 12 1 10 9 11 * * Models * .model qn npn (is=5e-14 bf=150 vaf=100 rc=1 rb=5 re=1 ikf=200mA + cje=5pF cjc=5pF mje=.42 mjc=.23 tf=.3nS tr=200nS br=5 vtf=0) * .model qp pnp (is=5e-14 bf=150 vaf=100 rc=.2 rb=3 re=1 ikf=100mA +cje=5.7pF cjc=4pF tf=.3nS mje=.32 mjc=.43 tr=170nS br=5 vtf=0) * .model qf njf (vto=-3V beta=4.0e-3 cgd=4pF cgs=10pF lambda=671.0e-6) * * Resistors * r1 20 21 58.33 r2 27 10 58.33 r3 22 11 2 r4 11 23 2 * * Transistors * j1 12 5 20 qf j4 24 10 26 qf q2 21 21 25 qn q3 24 24 25 qp q5 1 21 22 qn q6 9 24 23 qp q7 26 26 27 qn .ends *$ ******************************************************************** * ELH0101 Macromodel * Connections +Input * | -Input * | | V+ * | | | Isc+ * | | | | Feedback * | | | | | V- * | | | | | | Isc- * | | | | | | | Output * | | | | | | | | .subckt ELH0101/EL 6 5 2 1 3 7 8 4 x1 21 2 1 3 7 8 4 buffer/EL x2 6 5 2 7 21 lf156/EL .ends * * This is a support circuit for the ELH0101/EL macromodel * .subckt buffer/EL 21 2 1 3 7 8 4 * * Resistors * r1 3 27 10 r2 26 3 10 r3 30 7 50 r4 2 23 50 r5 29 7 2K r6 2 22 2K r7 27 28 10 r8 24 26 10 * * Transistors * q1 4 30 8 qnd d1 8 4 dclamp q2 4 23 1 qpd d2 4 1 dclamp q3 7 21 22 qp q4 23 22 24 qn q5 21 21 26 qn q6 23 1 2 qp q7 2 21 29 qn q8 27 27 21 qn q9 30 29 28 qp q10 30 8 7 qn * * Models * .model qpd pnp (is=88.013e-12 ikf=5A tf=32nS vaf=50V cje=45pF cjc=60pF +xtb=2.1 bf=12000 ne=4 ise=1e-10) .model qnd npn (is=88.013e-12 ikf=5A tf=32nS vaf=50V cje=45pF cjc=60pF +xtb=2.1 bf=12000 ne=4 ise=1e-10) .model dclamp d (is=10e-28 tt=100nS) .model qp pnp (is=10e-15 xti=3 eg=1.11V vaf=91V bf=200 ne=2.321 ise=6.2fA +ikf=500mA xtb=2.1 br=3.3 nc=2 cjc=14.6pF vjc=0.75V mjc=0.3333 fc=0.5 cje=20pF +vje=0.75V mje=0.3333 tr=29nS tf=0.4nS itf=0.4 vtf=10 xtf=2 rb=10 .model qn npn (is=3e-15 xti=3 eg=1.11V vaf=151V bf=220 ne=1.541 ise=14fA +ikf=500mA xtb=2.1 br=6 nc=2 cjc=14.6pF vjc=0.75V mjc=0.3333 fc=0.5 cje=26pF +vje=0.75V mje=0.3333 tr=51nS tf=0.4nS itf=0.6 vtf=1.7 xtf=2 rb=10 .ends * * This is a support circuit for the ELH0101/EL macromodel * lf156 model courtesy of Linear Technology Corp. * lf156 Subcircuit * * Connections: +Input * | -Input * | | V+ * | | | V- * | | | | Output * | | | | | .subckt lf156/EL 6 5 2 7 21 * * Input Stage * vcm2 40 7 2 rd1 40 80 1.06K rd2 40 90 1.06K j1 80 102 12 jm1 j2 90 103 12 jm2 cin 5 6 4pF rg1 5 102 2 rg2 6 103 2 * * CM Clamp * dcm1 107 103 dm4 dcm2 105 107 dm4 vcmc 105 7 4V ecmp 106 7 103 7 1 rcmp 107 106 10K dcm3 109 102 dm4 dcm4 105 109 dm4 ecmn 108 2 102 2 1 rcmn 109 108 10K * c1 80 90 15pF iss 2 12 0.48mA gosit 2 12 90 80 2.4e-4 * * Intermediate Stage * gcm 0 88 12 0 9.425e-9 ga 88 0 80 90 9.425e-4 r2 88 0 100K c2 91 88 30pF gb 91 0 88 0 28.6 ro2 91 0 74 * * Output Stage * rso 91 21 1 ecl 18 0 91 21 20.69 gcl 0 88 20 0 1 rcl 20 0 1K d1 18 20 dm1 d2 20 18 dm1 d3a 131 70 dm3 d3b 13 131 dm3 gpl 0 88 70 2 1 vc 13 21 3.1552V rpla 2 70 10K rplb 2 131 100K d4a 60 141 dm3 d4b 141 14 dm3 gnl 0 88 60 7 1 ve 21 14 3.1552V rnla 60 7 10K rnlb 141 7 100K ip 2 7 4.52mA dsub 7 2 dm2 * * Models * .model jm1 pjf (is=3.15e-11 beta=9.2528e-4 vto=-1.0) .model jm2 pjf (is=2.85e-11 beta=9.2528e-4 vto=-0.999) .model dm1 d (is=1.0e-15) .model dm2 d (is=8.0e-16 bv=52.8) .model dm3 d (is=1.0e-16) .model dm4 d (is=1.0e-9) .ends *$ ******************************************************************************* * EL1501 Macromodel * Revision A, April 1996 * * Applications Hint. Pins 4, 5, 6, 7, 14, 15, 16, & 17 must be connected to * ground (node 0) for proper operation. Use resistors whose value is 1e-6 * ohms. * * Connections: * Vin-, Dr+ * | Vout, Dr+ * | | V- * | | | Gnd * | | | | Gnd * | | | | | Gnd * | | | | | | Gnd * | | | | | | | Vin+, Dr+ * | | | | | | | | Vout, Rcvr+ * | | | | | | | | | Vin-, Rcvr+ * | | | | | | | | | | * 1 2 3 4 5 6 7 8 9 10 * * Vin-, Rcvr- * | Vout, Rcvr- * | | Vin+, Dr- * | | | Gnd * | | | | Gnd * | | | | | Gnd * | | | | | | Gnd * | | | | | | | V+ * | | | | | | | | Vout, Dr- * | | | | | | | | | Vin-,Dr- * | | | | | | | | | | | * 11 12 13 14 15 16 17 18 19 20 .subckt EL1501/EL 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 * * Driver+ (Amplifier A) * e1a 30 0 8 0 1.0 visa 30 43 0V h2a 43 44 v1a 1.0 r1a 1 45 25 l1a 45 44 2.5nH i1a 8 0 1uA i2a 1 0 5uA h1a 46 0 visa 600 r2a 46 31 1K d1a 31 0 dclamp d2a 0 31 dclamp e2a 32 0 31 0 0.0016666 l3a 32 33 0.5uH c1a 33 0 1pF r5a 33 0 200 g1a 0 34 33 0 1.0 rola 34 0 2Meg c2a 34 0 3pF q1a 3 34 35 qp q2a 18 34 36 qn q3a 18 35 37 qn q4a 3 36 38 qp r7a 37 2 2 r8a 38 2 2 i3a 18 35 3.3mA i4a 36 3 3.3mA ivosa 0 42 2mA v1a 42 0 0V * * Driver- (Amplifier B) * e1b 50 0 13 0 1.0 visb 50 63 0V h2b 63 64 v1b 1.0 r1b 20 65 25 l1b 65 64 2.5nH i1 13 0 1uA i2b 20 0 5uA h1b 66 0 visb 600 r2b 66 51 1K d1b 51 0 dclamp d2b 0 51 dclamp e2b 52 0 51 0 0.0016666 l3b 52 53 0.5uH c1b 53 0 1pF r5b 53 0 200 g1b 0 54 53 0 1.0 rolb 54 0 2Meg c2b 54 0 3pF q1b 3 54 55 qp q2b 18 54 56 qn q3b 18 55 57 qn q4b 3 56 58 qp r7b 57 19 2 r8b 58 19 2 i3b 18 55 3.3mA i4b 56 3 3.3mA ivosb 0 62 2mA v1b 62 0 0V * * Receiver+ (Amplifier C) * rpin1 4 5 1e-6 rpin2 5 6 1e-6 rpin3 6 7 1e-6 rpin4 7 14 1e-6 e1c 70 0 7 0 1.0 visc 70 83 0V h2c 83 84 v1b 1.0 r1c 10 85 25 l1c 85 84 2.5nH i1c 7 0 1uA i2c 10 0 5uA h1c 86 0 visc 600 r2c 86 71 1K d1c 71 0 dclamp d2c 0 71 dclamp e2c 72 0 71 0 0.0016666 l3c 72 73 0.5uH c1c 73 0 1pF r5c 73 0 200 g1c 0 74 73 0 1.0 rolc 74 0 2Meg c2c 74 0 4.1pF q1c 3 74 75 qp q2c 18 74 76 qn q3c 18 75 77 qn q4c 3 76 78 qp r7c 77 9 2 r8c 78 9 2 i3c 18 75 3.3mA i4c 76 3 3.3mA ivosc 0 82 2mA v1c 82 0 0V * * Receiver- (Amplifier D) * rpin5 17 16 1e-6 rpin6 16 15 1e-6 rpin7 15 14 1e-6 e1d 90 0 14 0 1.0 visd 90 103 0V h2d 103 104 v1d 1.0 r1d 11 105 25 l1d 105 104 2.5nH i1d 7 0 1uA i2d 11 0 5uA h1d 106 0 visd 600 r2d 106 91 1K d1d 91 0 dclamp d2d 0 91 dclamp e2d 92 0 91 0 0.0016666 l3d 92 93 0.5uH c1d 93 0 1pF r5d 93 0 200 g1d 0 94 93 0 1.0 rold 94 0 2Meg c2d 94 0 4.1pF q1d 3 94 95 qp q2d 18 94 96 qn q3d 18 95 97 qn q4d 3 96 98 qp r7d 97 12 2 r8d 98 12 2 i3d 18 95 3.3mA i4d 96 3 3.3mA ivosd 0 102 2mA v1d 102 0 0V * * Models * .model qn npn(is=5e-15 bf=350 tf=0.1nS) .model qp pnp(is=5e-15 bf=350 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.266 bv=1.9 n=4) .ends *$ ******************************************************************************* * EL2001 Macromodel * Connections: +input * | +Vsupply * | | -Vsupply * | | | output * | | | | .subckt EL2001/EL 2 1 4 7 * * Input Stage * e1 10 0 2 0 1.0 r1 10 0 1K rh 10 11 150 ch 11 0 9pF rc 11 12 100 cc 12 0 4pF e2 13 0 12 0 1.0 * * Output Stage * q1 4 13 14 qp q2 1 13 15 qn q3 1 14 16 qn q4 4 15 19 qp r2 16 7 1 r3 19 7 1 i1 1 14 0.9mA i2 15 4 0.9mA * * Bias Current * iin+ 2 0 1uA * * Models * .model qn npn(is=5e-15 bf=150 rb=200 ptf=45 tf=0.1nS) .model qp pnp(is=5e-15 bf=150 rb=200 ptf=45 tf=0.1nS) .ends *$ ******************************************************************************* * EL2002 Macromodel * Connections: +input * | +Vsupply * | | -Vsupply * | | | output * | | | | .subckt EL2002/EL 2 1 4 7 * * Input Stage * e1 10 0 2 0 1.0 r1 10 0 1K rh 10 11 150 ch 11 0 2pF rc 11 12 100 cc 12 0 3pF e2 13 0 12 0 1.0 * * Output Stage * q1 4 13 14 qp q2 1 13 15 qn q3 1 14 16 qn q4 4 15 19 qp r2 16 7 1 r3 19 7 1 i1 1 14 2mA i2 15 4 2mA * * Bias Current * iin+ 2 0 3uA * * Models * .model qn npn(is=5e-15 bf=150 rb=200 ptf=45 tf=0.1nS) .model qp pnp(is=5e-15 bf=150 rb=200 ptf=45 tf=0.1nS) .ends *$ ******************************************************************************* * EL2003 Macromodel * Connections: +input * | +Vsupply * | | -Vsupply * | | | output * | | | | .subckt EL2003/EL 2 1 4 7 * * Input Stage * e1 10 0 2 0 1.0 r1 10 0 1K rh 10 11 150 ch 11 0 10pF rc 11 12 100 cc 12 0 3pF e2 13 0 12 0 1.0 * * Output Stage * q1 4 13 14 qp q2 1 13 15 qn q3 1 14 16 qn q4 4 15 19 qp r2 16 7 5 r3 19 7 5 c1 14 0 3pF c2 15 0 3pF i1 1 14 3mA i2 15 4 3mA * * Bias Current * iin+ 2 0 5uA * * Models * .model qn npn(is=5e-15 bf=150 rb=350 ptf=45 cjc=2pF tf=0.3nS) .model qp pnp(is=5e-15 bf=150 rb=350 ptf=45 cjc=2pF tf=0.3nS) .ends *$ ******************************************************************************* * EL2004 Model * * Connections input * | V+ * | | Vc+ * | | | V- * | | | | Vc- * | | | | | output * | | | | | | .subckt EL2004/EL 5 12 1 10 9 11 * * Models * .model qn npn (is=5e-14 bf=150 vaf=100 rc=1 rb=5 re=1 ikf=200mA + cje=5pF cjc=5pF mje=.42 mjc=.23 tf=.3nS tr=200nS br=5 vtf=0) * .model qp pnp (is=5e-14 bf=150 vaf=100 rc=.2 rb=3 re=1 ikf=100mA +cje=5.7pF cjc=4pF tf=.3nS mje=.32 mjc=.43 tr=170nS br=5 vtf=0) * .model qf njf (vto=-3V beta=4.0e-3 cgd=4pF cgs=10pF lambda=671.0e-6) * * Resistors * r1 20 21 58.33 r2 27 10 58.33 r3 22 11 2 r4 11 23 2 * * Transistors * j1 12 5 20 qf j4 24 10 26 qf q2 21 21 25 qn q3 24 24 25 qp q5 1 21 22 qn q6 9 24 23 qp q7 26 26 27 qn .ends *$ ******************************************************************************* * EL2005 Model * * Connections Input * | V+ * | | Vc+ * | | | V- * | | | | Vc- * | | | | | Output * | | | | | | .subckt EL2005/EL 5 12 1 10 9 11 * * Models * .model qn npn (is=5e-14 bf=150 vaf=100 rc=1 rb=5 re=1 ikf=200mA + cje=5pF cjc=5pF mje=.42 mjc=.23 tf=.3nS tr=200nS br=5 vtf=0) * .model qp pnp (is=5e-14 bf=150 vaf=100 rc=.2 rb=3 re=1 ikf=100mA +cje=5.7pF cjc=4pF tf=.3nS mje=.32 mjc=.43 tr=170nS br=5 vtf=0) * .model qfa njf (vto=-8V beta=2.344e-3 cgd=10pF cgs=7pF lambda=671e-6) * .model qfb njf(vto=-4V beta=1.06e-3 cgd=3pF cgd=3pF) * * Resistors * r1 21 22 30 r2 7 10 30 r3 25 11 3 r4 11 26 3 * * Transistors * j1a 20 5 21 qfb j1b 28 10 27 qfb j2 12 11 20 qfa j4 24 10 28 qfa q3 22 22 23 qn q4 1 22 25 qn q5 24 24 23 qp q6 9 24 26 qp q7 27 27 7 qn .ends *$ ******************************************************************************* * EL2006 Model * * Connections +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | Comp 3 * | | | | | Comp 4 * | | | | | | Comp 2 * | | | | | | | Output * | | | | | | | | * | | | | | | | | .subckt EL2006/EL 6 5 12 10 3 4 2 11 * * Models * .model qfa njf (vto=-3V beta=1.11e-3 cgd=2pF cgs=5pF m=0.3744) * .model qp pnp (is=5e-14 bf=150 vaf=100 ikf=100mA tf=.53nS vtf=0 ise=1nA, +cjc=4pF cje=5.7pF tr=170nS rb=3 br=5 mje=.32 mjc=.43 xtb=2.1 ne=4 +isc=1nA nc=4 itf=.4 vtf=4 xtf=6) * .model qn npn (is=5e-14 bf=150 vaf=800 ikf=200mA tf=.53nS vtf=0 +cjc=4pF cje=5pF rb=3 br=5 mje=.42 MJC=.23 tr=200nS xtb=2.1 +ise=4nA ne=4 isc=4nA nc=4 itf=.4 vtf=4 xtf=2) * .model qfb njf (vto=-2.8V beta=4e-3 cgd=7pF cgs=8pF lambda=4e-3) * .model zener d (bv=2.49V ibv=1mA) * * Resistors and Capacitors * r1 12 4 700 r2 12 3 700 r3 12 105 160 r4 103 100 10 r5 108 100 10 r6 12 101 22K r7 113 11 10 r8 11 112 10 r9 102 10 407 cs2 10 116 100pF * * Transistors & Diodes * j1a 4 5 103 qfa j1b 3 6 108 qfa j2 111 10 116 qfb q1 104 4 105 qp q2 2 3 105 qp q3 114 11 104 qp q4 12 2 113 qn q5 10 111 112 qp q6 2 2 110 qn q7 111 111 110 qp q8 100 101 102 qn d1 10 117 zener q9 101 101 117 qn q10 114 114 10 qn q11 116 114 10 qn .ends *$ ******************************************************************************* * EL2008 Macromodel * Connections: +input * | +Vsupply * | | -Vsupply * | | | output * | | | | .subckt EL2008/EL 4 5 1 2 * * Input Stage * e1 10 0 4 0 1.0 r1 10 0 1K rh 10 11 1K ch 11 0 2.65pF rc 11 12 10K cc 12 0 0.159pF e2 13 0 12 0 1.0 * * Output Stage * q1 1 13 14 qp q2 5 13 15 qn q3 5 14 16 qn 15 q4 1 15 19 qp 15 r2 16 2 0.4 r3 19 2 0.4 c1 14 0 0.6pF c2 15 0 0.6pF i1 5 14 1.2mA i2 15 1 1.2mA * * Bias Current * iin+ 4 0 5uA * * Models * .model qn npn(is=5e-15 bf=1500) .model qp pnp(is=5e-15 bf=1500) .ends *$ ******************************************************************************* * EL2009 Macromodel * Connections: +input * | +Vsupply * | | -Vsupply * | | | output * | | | | .subckt EL2009/EL 4 5 1 2 * * Input Stage * e1 10 0 4 0 1.0 r1 10 0 1K rh 10 11 1K ch 11 0 1pF rc 11 12 6.3K cc 12 0 0.159pF e2 13 0 12 0 1.0 * * Output Stage * q1 1 13 14 qp q2 5 13 15 qn q3 5 14 16 qn 10 q4 1 15 19 qp 10 r2 16 2 0.2 r3 19 2 0.2 c1 14 0 1.7pF c2 15 0 1.7pF i1 5 14 5mA i2 15 1 5mA * * Bias Current * iin+ 4 0 5uA * * Models * .model qn npn(is=5e-15 bf=500) .model qp pnp(is=5e-15 bf=500) .ends *$ ******************************************************************************* * EP2015 Model * * Connections q1c * | q1b * | | q1e * | | | q2c * | | | | q2b * | | | | | q2e * | | | | | | q3c * | | | | | | | q3b * | | | | | | | | q3e * | | | | | | | | | q4c * | | | | | | | | | | q4b * | | | | | | | | | | | q4e * | | | | | | | | | | | | .subckt EP2015/EL 1 2 3 7 6 5 8 9 10 14 13 12 * * Models * .model ep2015 pnp (is=8e-15 bf=300 va=47 ikf=30mA xtb=1.3 br=4.5 tf=0.3nS +tr=280nS rb=230 rc=170 ise=1e-15 ne=1.24 ccs=2pF cjc=3.7pF pc=0.5 +mc=0.45 cje=5.4pF pe=0.6 me=0.33 ptf=15) * * Transistors * q1 1 2 3 ep2015 q2 7 6 5 ep2015 q3 8 9 10 ep2015 q4 14 13 12 ep2015 .ends *$ ******************************************************************************* * EN2016 Model * * Connections q1c * | q1b * | | q1e * | | | q2c * | | | | q2b * | | | | | q2e * | | | | | | q3c * | | | | | | | q3b * | | | | | | | | q3e * | | | | | | | | | q4c * | | | | | | | | | | q4b * | | | | | | | | | | | q4e * | | | | | | | | | | | | .subckt EN2016/EL 1 2 3 7 6 5 8 9 10 14 13 12 * * Models * .model en2016 npn (is=4e-15 bf=250 va=80 ikf=120mA xtb=1.1 br=10 tf=0.35nS +tr=80nS rb=200 rc=150 ise=3e-14 ne=2 ccs=0.7pF cjc=2.4pF xcjc=0.3 pc=0.32 +mc=0.19 cje=6pF pe=0.63 me=0.30 ptf=15) * * Transistors * q1 1 2 3 en2016 q2 7 6 5 en2016 q3 8 9 10 en2016 q4 14 13 12 en2016 .ends *$ ******************************************************************************* * EL2018 Macromodel * Connections: +input * | -input * | | +V * | | | -V __ * | | | | LE __ * | | | | | CS * | | | | | | output * | | | | | | | * | | | | | | | .subckt EL2018/EL 2 3 8 4 6 5 7 * *Input Stage * i1 8 10 700uA r1 13 4 1K r2 14 4 1K q1 8 3 11 qn q2 8 2 12 qn q3 13 11 10 qp q4 14 12 10 qp i2 11 4 200uA i3 12 4 200uA * * 2nd Stage & Flip Flop * *i4 8 24 700uA i4 8 24 1mA q9 22 6 24 qp q10 18 17 24 qp v1 17 0 2.5V q5 15 14 22 qp q6 16 13 22 qp r3 15 4 1K r4 16 4 1K q7 16 15 18 qp q8 15 16 18 qp * * Output Stage * i7 8 35 2mA s1 35 20 5 0 sw d2 35 8 ds i6 26 34 5mA s2 34 4 5 0 sw d3 34 26 ds q19 8 20 21 qn 2 q20 4 19 7 qp 2 r8 21 7 60 r7 20 19 4K q17 19 16 26 qn 5 q18 0 15 26 qn 5 q22 20 20 30 qn 5 q23 19 19 30 qp 8 d1 0 19 ds q21 0 17 19 qp * * Power Supply Current * ips 8 4 4mA * * Models * .model qn npn(is=2e-15 bf=400 tf=0.05nS cje=0.3pF cjc=0.2pF ccs=0.2pF) .model qp pnp(is=0.6e-15 bf=60 tf=0.3nS cje=0.5pF cjc=0.5pF ccs=0.4pF) .model ds d(is=2e-12 tt=0.05nS eg=0.62V vj=0.58) .model sw vswitch(von=0.4v voff=2.5v) .ends *$ ******************************************************************************* * EL2019 Marcromodel * Connections: +input * | -input * | | +V * | | | -V * | | | | Cpin __ * | | | | | CS * | | | | | | output * | | | | | | | * | | | | | | | .subckt EL2019/EL 2 3 8 4 6 5 7 * *Input Stage * i1 8 10 700uA r1 13 4 1K r2 14 4 1K q1 8 3 11 qn q2 8 2 12 qn q3 13 11 10 qp q4 14 12 10 qp i2 11 4 200uA i3 12 4 200uA * * 2nd Stage & Flip Flop * *i4 8 24 700uA i4 8 24 1mA q9 22 6 24 qp q10 18 17 24 qp v1 17 0 2.5V q5 15 14 22 qp q6 16 13 22 qp r3 15 4 1K r4 16 4 1K q7 16 15 18 qp q8 15 16 18 qp i5 8 40 500uA q11 41 17 40 qp q12 42 6 40 qp q13 43 16 41 qp q14 44 15 41 qp q15 44 43 42 qp q16 43 44 42 qp r5 43 4 1K r6 44 4 1K * * Output Stage * i7 8 35 2mA s1 35 20 5 0 sw d2 35 8 ds i6 26 34 5mA s2 34 4 5 0 sw d3 34 26 ds q19 8 20 21 qn 2 q20 4 19 7 qp 2 r8 21 7 60 r7 20 19 4K q17 19 44 26 qn 5 q18 0 43 26 qn 5 q22 20 20 30 qn 5 q23 19 19 30 qp 8 d1 0 19 ds q21 0 17 19 qp * * Power Supply Current * ips 8 4 4mA * * Models * .model qn npn(is=2e-15 bf=400 tf=0.05nS cje=0.3pF cjc=0.2pF ccs=0.2pF) .model qp pnp(is=0.6e-15 bf=60 tf=0.3nS cje=0.5pF cjc=0.5pF ccs=0.4pF) .model ds d(is=2e-12 tt=0.05nS eg=0.62V vj=0.58) .model sw vswitch(von=0.4v voff=2.5v) .ends *$ ******************************************************************************* * EL2020 Macromodel * Revision A, March 1992 * Enhancements include PSRR, CMRR, and Slew Rate Limiting * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2020/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 50 l1 11 12 29nH iinp 3 0 10uA iinm 2 0 5uA * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l5 30 17 1.5uH c5 17 0 1pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 1Meg cdp 18 0 5pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2.5mA ios2 20 4 2.5mA * * Supply * ips 7 4 3mA * * Error Terms * ivos 0 23 5mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 1K r10 25 23 1K r11 26 23 1K * * Models * .model qn npn(is=5e-15 bf=100 tf=0.2nS) .model qp pnp(is=5e-15 bf=100 tf=0.2nS) .model dclamp d(is=1e-30 ibv=0.266 bv=1.67 n=4) .ends *$ ******************************************************************************* * EL2022 Macromodel * Connections: +input * | -input * | | +Vcc * | | | Vcc coll - * | | | | -Vcc * | | | | | -Vcc coll * | | | | | | output * | | | | | | | .subckt EL2022/EL 6 5 1 12 9 10 11 * * Input Stage * e1 30 0 6 0 1.0 r1 5 43 25 l1 43 42 29nH vis 30 41 0V h4 41 42 v1 1.0 h1 31 0 vis 1.0 r2 31 0 1K v1 40 0 0v r4 40 0 1K ivos 0 40 5mA * * High Frequency Pole * e2 32 0 31 0 1.0 r5 32 0 1K r6 32 33 1K l2 33 34 0.1uH c1 34 0 0.2pF * * Transimpedance Stage * gm 0 35 34 0 1.0 rol 35 0 130K c2 35 0 4pF * * Output Stage * q1 9 35 36 qp q2 1 35 39 qn q3 12 36 37 qn q4 10 39 38 qp r7 37 11 2 r8 38 11 2 ios1 1 36 2.5mA ios2 39 9 2.5mA * * Supply & Bias Current * ips 1 9 14mA iin- 6 0 5uA iin+ 0 5 10uA * * Models * .model qn npn(is=5e-15 bf=100 tf=0.1nS) .model qp pnp(is=5e-15 bf=100 tf=0.1nS) .ends *$ ******************************************************************************* * EL2030 Macromodel * Revision A, March 1992 * Enhancements include PSRR, CMRR, and Slew Rate Limiting * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2030/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 50 l1 11 12 48nH iinp 3 0 5uA iinm 2 0 10uA r12 3 0 2Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.5uH c5 17 0 1pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 150K cdp 18 0 2.8pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2.5mA ios2 20 4 2.5mA * * Supply Current * ips 7 4 9mA * * Error Terms * ivos 0 23 5mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 3K r10 25 23 1K r11 26 23 1K * * Models * .model qn npn(is=5e-15 bf=100 tf=0.1nS) .model qp pnp(is=5e-15 bf=100 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.266 bv=3.7 n=4) .ends *$ ******************************************************************************* * EL2038 Macromodel * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2038/EL 1 14 10 3 8 * *Input Stage * ie 37 3 2mA r6 36 37 65 r7 38 37 65 rc1 10 30 75 rc2 10 39 75 q1 30 1 36 qn q2 39 14 38 qna ediff 33 0 39 30 7.25 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 5.2m rh 34 0 .525Meg ch 34 0 0.5pF rc 34 40 600 cc 40 0 4pF * * Poles * ep 41 0 40 0 1 rpa 41 42 75 cpa 42 0 17pF rpb 42 43 50 cpb 43 0 10pF * * Output Stage * ios1 10 50 1.25mA ios2 51 3 1.25mA q3 3 43 50 qp q4 10 43 51 qn q5 10 50 52 qn q6 3 51 53 qp ros1 52 8 25 ros2 8 53 25 * * Power Supply Current * ips 10 3 9.2mA * * Models * .model qn npn(is=800e-18 bf=200 tf=0.2nS) .model qna npn(is=864e-18 bf=250 tf=0.2nS) .model qp pnp(is=800e-18 bf=60 tf=0.2nS) .ends *$ ******************************************************************************* * EL2039 Macromodel * Macromodel * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2039/EL 1 14 10 3 8 * *Input Stage * ie 37 3 1.7mA r6 36 37 60 r7 38 37 60 rc1 10 30 75 rc2 10 39 75 q1 30 1 36 qn q2 39 14 38 qna ediff 33 0 39 30 7.25 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 5.2m rh 34 0 .525Meg ch 34 0 1.5pF rc 34 40 600 cc 40 0 7pF * * Poles * ep 41 0 40 0 1 rpa 41 42 75 cpa 42 0 7pF rpb 42 43 50 cpb 43 0 3pF * * Output Stage * ios1 10 50 1.25mA ios2 51 3 1.25mA q3 3 43 50 qp q4 10 43 51 qn q5 10 50 52 qn q6 3 51 53 qp ros1 52 8 25 ros2 8 53 25 * * Power Supply Current * ips 10 3 9.5mA * * Models * .model qn npn(is=800e-18 bf=170 tf=0.2nS) .model qna npn(is=864e-18 bf=200 tf=0.2nS) .model qp pnp(is=800e-18 bf=60 tf=0.2nS) .ends *$ ******************************************************************************* * EL2040 Macromodel * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2040/EL 5 4 11 6 10 * *Input Stage * ie 37 6 1.3mA r6 36 37 60 r7 38 37 60 rc1 11 30 75 rc2 11 39 75 q1 30 5 36 qn q2 39 4 38 qna ediff 33 0 39 30 7.25 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 5.2m rh 34 0 .525Meg ch 34 0 1.5pF rc 34 40 600 cc 40 0 7pF * * Poles * ep 41 0 40 0 1 rpa 41 42 75 cpa 42 0 7pF rpb 42 43 50 cpb 43 0 3pF * * Output Stage * ios1 11 50 1.25mA ios2 51 6 1.25mA q3 6 43 50 qp q4 11 43 51 qn q5 11 50 52 qn q6 6 51 53 qp ros1 52 10 25 ros2 10 53 25 * * Power Supply Current * ips 11 6 9.5mA * * Models * .model qn npn(is=800e-18 bf=130 tf=0.2nS) .model qna npn(is=864e-18 bf=150 tf=0.2nS) .model qp pnp(is=800e-18 bf=60 tf=0.2nS) .ends *$ ******************************************************************************* * EL2041 Model * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2041/EL 5 4 11 6 10 * * Input stage * ie 37 6 3.7mA r6 36 37 75 r7 38 37 75 rc1 11 30 75 rc2 11 39 75 q1 30 5 36 qn q2 39 4 38 qna ediff 33 0 39 30 3 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 5.2m rh 34 0 1Meg ch 34 0 16pF rc 34 40 300 cc 40 0 1.5pF * * Poles * ep 41 0 40 0 1 rpa 41 42 75 cpa 42 0 2pF rpb 42 43 50 cpb 43 0 3pF * * Output Stage * ios1 11 50 1.25mA ios2 51 6 1.25mA q3 6 43 50 qp q4 11 43 51 qn q5 11 50 52 qn q6 6 51 53 qp ros1 52 10 25 ros2 10 53 25 * * Power Supply Current * ips 11 6 6.5mA * * Models * .model qn npn(is=800e-18 bf=340 tf=0.2nS) .model qna npn(is=864e-18 bf=400 tf=0.2nS) .model qp pnp(is=800e-18 bf=60 tf=0.2nS) .ends *$ ******************************************************************************* * EL2044 Model * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2044/EL 3 2 7 4 6 * * Input stage * ie 7 37 1mA r6 36 37 800 r7 38 37 800 rc1 4 30 850 rc2 4 39 850 q1 30 3 36 qp q2 39 2 38 qpa ediff 33 0 39 30 1.0 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 1m rh 34 0 2Meg ch 34 0 1.3pF rc 34 40 1K cc 40 0 1pF * * Poles * ep 41 0 40 0 1 rpa 41 42 200 cpa 42 0 2pF rpb 42 43 200 cpb 43 0 1.5pF * * Output Stage * ios1 7 50 1.0mA ios2 51 4 1.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Power Supply Current * ips 7 4 2.7mA * * Models * .model qn npn(is=800e-18 bf=200 tf=0.2nS) .model qpa pnp(is=864e-18 bf=100 tf=0.2nS) .model qp pnp(is=800e-18 bf=125 tf=0.2nS) .ends *$ ******************************************************************************* *EL2045 Model * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2045/EL 3 2 7 4 6 * * Input stage * ie 7 37 0.9mA r6 36 37 400 r7 38 37 400 rc1 4 30 850 rc2 4 39 850 q1 30 3 36 qp q2 39 2 38 qpa ediff 33 0 39 30 1.0 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 1m rh 34 0 2Meg ch 34 0 1.5pF rc 34 40 1K cc 40 0 1pF * * Poles * ep 41 0 40 0 1 rpa 41 42 200 cpa 42 0 2pF rpb 42 43 200 cpb 43 0 2pF * * Output Stage * ios1 7 50 1.0mA ios2 51 4 1.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Power Supply Current * ips 7 4 2.7mA * * Models * .model qn npn(is=800E-18 bf=200 tf=0.2nS) .model qpa pnp(is=864E-18 bf=100 tf=0.2nS) .model qp pnp(is=800E-18 bf=125 tf=0.2nS) .ends *$ ******************************************************************************* * EL2070 Macromodel * Revision A, March 1992 * Enhancements include PSRR, CMRR, and Slew Rate Limiting * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2070/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 50 l1 11 12 48nH iinp 3 0 8uA iinm 2 0 8uA * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.1uH c5 17 0 0.1pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 150K cdp 18 0 2.8pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 2 r8 22 6 2 ios1 7 19 2.5mA ios2 20 4 2.5mA * * Supply Current * ips 7 4 9mA * * Error Terms * ivos 0 23 5mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 3K r10 25 23 1K r11 26 23 1K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.05nS) .model qp pnp(is=5e-15 bf=200 tf=0.05nS) .model dclamp d(is=1e-30 ibv=0.266 bv=1.3 n=4) .ends *$ ******************************************************************************* * EL2071 Macromodel * Revision A, March 1992 * Enhancements include PSRR, CMRR, and Slew Rate Limiting * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2071/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 2 l1 11 12 1nH iinp 3 0 10uA iinm 2 0 10uA * * Slew Rate Limiting * *h1 13 0 vis 1K h1 13 0 vis 600 r2 13 14 100 d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * *e2 30 0 14 0 0.00166666666 e2 30 0 14 0 0.001 l3 30 17 0.1uH c5 17 0 0.1pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 1Meg cdp 18 0 0.88pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 2 r8 22 6 2 ios1 7 19 2.5mA ios2 20 4 2.5mA * * Supply Current * ips 7 4 9mA * * Error Terms * ivos 0 23 3mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 316 r10 25 23 562 r11 26 23 562 * * Models * .model qn npn(is=5e-15 bf=500 tf=0.05nS) .model qp pnp(is=5e-15 bf=500 tf=0.05nS) .model dclamp d(is=1e-30 ibv=1pA bv=3.5 n=4) .ends *$ ******************************************************************************* *EL2073 Macromodel * * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2073/EL 3 2 7 4 6 * *Input Stage * ie 37 4 1mA r6 36 37 125 r7 38 37 125 rc1 7 30 200 rc2 7 39 200 q1 30 3 36 qn q2 39 2 38 qna ediff 33 0 39 30 1 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 2m rh 34 0 500K ch 34 0 1.2pF rc 34 40 400 cc 40 0 0.3pF * * Poles * ep 41 0 40 0 1 rpa 41 42 75 cpa 42 0 0.5pF rpb 42 43 50 cpb 43 0 0.5pF * * Output Stage * ios1 7 50 3.0mA ios2 51 4 3.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 2 ros2 6 53 2 * * Power Supply Current * ips 7 4 11.4mA * * Models * .model qna npn(is=800e-18 bf=170 tf=0.2nS) .model qn npn(is=810e-18 bf=200 tf=0.2nS) .model qp pnp(is=800e-18 bf=200 tf=0.2nS) .ends *$ ******************************************************************************* * EL2074 Macromodel * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2074/EL 3 2 7 4 6 * *Input Stage * ie 37 4 1mA r6 36 37 125 r7 38 37 125 rc1 7 30 200 rc2 7 39 200 q1 30 3 36 qn q2 39 2 38 qna ediff 33 0 39 30 1 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 2m rh 34 0 500K ch 34 0 0.8pF rc 34 40 50 cc 40 0 0.05pF * * Poles * ep 41 0 40 0 1 rpa 41 42 150 cpa 42 0 0.5pF rpb 42 43 50 cpb 43 0 0.5pF * * Output Stage * ios1 7 50 3.0mA ios2 51 4 3.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 2 ros2 6 53 2 * * Power Supply Current * ips 7 4 11.4mA * * Models * .model qna npn(is=800e-18 bf=170 tf=0.2nS) .model qn npn(is=810e-18 bf=200 tf=0.2nS) .model qp pnp(is=800e-18 bf=200 tf=0.2nS) .ends *$ ******************************************************************************* *EL2075 Macromodel * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2075/EL 3 2 7 4 6 * *Input Stage * ie 37 4 1mA r6 36 37 15 r7 38 37 15 rc1 7 30 200 rc2 7 39 200 q1 30 3 36 qn q2 39 2 38 qna ediff 33 0 39 30 1 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 2m rh 34 0 500K ch 34 0 0.4pF rc 34 40 50 cc 40 0 0.05pF * * Poles * ep 41 0 40 0 1 rpa 41 42 250 cpa 42 0 0.8pF rpb 42 43 50 cpb 43 0 0.5pF * * Output Stage * ios1 7 50 3.0mA ios2 51 4 3.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 2 ros2 6 53 2 * * Power Supply Current * ips 7 4 11.4mA * * Models * .model qna npn(is=800e-18 bf=170 tf=0.2nS) .model qn npn(is=810e-18 bf=200 tf=0.2nS) .model qp pnp(is=800e-18 bf=200 tf=0.2nS) .ends *$ ******************************************************************************* * EL2082 Marcromodel * Connections : Vgain * | Iin * | | Vin * | | | * | | | Iout * | | | | .subckt EL2082/EL 1 2 3 6 * * Capacitors & Inductors * cini 2 0 2pF c500 502 0 0.9845pF c501 505 0 1000pF cout 6 0 5pF l501 503 504 0.1uH * * Resistors * rsilly1 1 0 1e9 rsilly2 505 0 1e9 rini 2 500 95 rinv 3 0 2Meg rout 6 0 1Meg r500 501 502 1K r501 504 505 5 r502 506 507 50 r503 508 0 50 * * Active Elements * e500 500 0 3 0 1.0 e501 501 0 poly(1),(2,500) 0 2 0 -0.8 e502 503 0 poly(1),(1,0) 0 1.05 -0.05 e503 506 0 poly(2),(505,0),(502,0) 0 0 0 0 1 g500 6 0 508 0 -0.0105 t500 508 0 507 0 zo=50 td=1.95nS .ends *$ ******************************************************************************* * EL2090 Macromodel * Revision A, October 1992 *.param vclamp = {-0.002*(TEMP-25)} * * Connections: Vidin+ * | Vidin- * | | +Vsupply * | | | -Vsupply * | | | | Vid Out * | | | | | S/H In+ * | | | | | | S/H In- * | | | | | | | S/H Out * | | | | | | | | Hold Control * | | | | | | | | | Chold * | | | | | | | | | | .subckt EL2090/EL 3 1 14 12 13 5 6 11 7 9 * * Video Amplifier * e1 20 0 3 0 1.0 vis 20 34 0V h2 34 38 vxx 1.0 r10 1 36 25 l1 36 38 20nH iinp 3 0 10uA iinm 1 0 5uA h1 21 0 vis 600 r2 21 22 1K d1 22 0 dclamp d2 0 22 dclamp e2 23 0 22 0 0.00166666666 l5 23 24 0.7uH c5 24 0 0.5pF r5 24 0 600 g1 0 25 24 0 1.0 rol 25 0 400K cdp 25 0 7.7pF q1 12 25 26 qp q2 14 25 27 qn q3 14 26 28 qn q4 12 27 29 qp r7 28 13 4 r8 29 13 4 ios1 14 26 2.5mA ios2 27 12 2.5mA ips 14 12 7.2mA ivos 0 33 5mA vxx 33 0 0V r11 33 0 1K * * Sample & Hold * g40 49 0 5 6 1e-3 vcur 49 42 0v r43 6 0 100Meg r44 5 0 100Meg r40 42 0 4K d41 50 42 diode d42 42 51 diode v41 50 0 {vclamp} v42 0 51 {vclamp} g41 44 0 42 0 200e-6 r42 44 0 31Meg d43 44 14 diode d44 12 44 diode d45 9 14 diode d46 12 9 diode s1 44 9 48 0 swa e40 46 0 9 0 0.95 i40 0 9 10nA r45 46 47 70 l40 47 11 70nH c40 7 9 0.32pF r47 7 48 10K c41 48 0 3pF * * Models * .model qn npn(is=5e-15 bf=500 tf=0.1nS) .model qp pnp(is=5e-15 bf=500 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.02 bv=2.75 n=4) .model diode d .model swa vswitch(von=1.2v vofF=1.6V ROFF=1e12 RON=100) .ENDS *$ ******************************************************************************* * EL2099 Macromode* Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2099/EL 4 5 1 3 2 * * Input Stage * e1 10 0 4 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 5 11 50 l1 11 12 48nH iinp 4 0 5uA iinm 5 0 -8uA * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 1.5uH c5 17 0 1pF r5 17 0 500 ** * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 150K cdp 18 0 8pF * * Output Stage * q1 3 18 19 qp q2 1 18 20 qn q3 1 19 21 qn q4 3 20 22 qp r7 21 2 1 r8 22 2 1 ios1 1 19 5mA ios2 20 3 5mA * * Supply Current * ips 1 3 19mA * * Error Terms * ivos 0 23 5mA vxx 23 0 0V e4 24 0 4 0 1.0 e5 25 0 1 0 1.0 e6 26 0 3 0 1.0 r9 24 23 3K r10 25 23 1K r11 26 23 1K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.1nS) .model qp pnp(is=5e-15 bf=200 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.266 bv=5 n=4) .ends *$ ******************************************************************************* * EL2120 Macromodel * Revision A, March 1992 * Enhancements include PSRR, CMRR, and Slew Rate Limiting * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2120/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 25 l1 11 12 20nH iinp 3 0 10uA iinm 2 0 5uA r12 3 0 2Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l5 30 17 1uH c5 17 0 0.5pF r5 17 0 600 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 140K cdp 18 0 7.9pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2.5mA ios2 20 4 2.5mA * * Supply * ips 7 4 10mA * * Error Terms * ivos 0 23 5mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 562 r10 25 23 10K r11 26 23 10K * * Models * .model qn npn(is=5e-15 bf=500 tf=0.1nS) .model qp pnp(is=5e-15 bf=500 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.02 bv=4 n=4) .ends *$ ******************************************************************************* * EL2150/EL2250/EL2450 Macromodel * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | * | | | | | .subckt EL2150/EL 3 2 7 4 6 * * Input stage * i1 7 10 250uA i2 7 11 250uA r1 10 11 4K q1 12 2 10 qp q2 13 3 11 qpa r2 12 4 100 r3 13 4 100 * * Second Stage & Compensation * gm 15 4 13 12 4.6m r4 15 4 15Meg c1 15 4 0.36pF * * Poles * e1 17 4 15 4 1.0 r6 17 25 0.4K c3 25 4 1pF r7 25 18 0.5K c4 18 4 1pF * * Output Stage * i3 20 4 1.0mA q3 7 23 20 qn q4 7 18 19 qn q5 7 18 21 qn q6 4 20 22 qp q7 7 23 18 qn d1 19 20 da r8 21 6 2 r9 22 6 2 r10 18 21 10k r11 7 23 100k d2 23 24 da d4 24 4 da d5 23 18 da d6 4 15 da * * Power Supply Current * ips 7 4 3.2mA * * Models * .model qn npn(is=800e-18 bf=150 tf=0.02nS) .model qpa pnp(is=810e-18 bf=50 tf=0.02nS) .model qp pnp(is=800e-18 bf=54 tf=0.02nS) .model da d(tt=0nS) .ends *$ ******************************************************************************* * EL2157 Macromodel * When not being used, the clamp pin, pin 1, should be connected to Vcc. * * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | clamp * | | | | | | .subckt EL2157/EL 3 2 7 4 6 1 * * Input stage * i1 7 10 250uA i2 7 11 250uA r1 10 11 4K q1 12 2 10 qp q2 13 3 11 qpa r2 12 4 100 r3 13 4 100 * * Second Stage & Compensation * gm 15 4 13 12 4.6m r4 15 4 15Meg c1 15 4 0.36pF * * Poles * e1 17 4 15 4 1.0 r6 17 25 0.4K c3 25 4 1pF r7 25 18 0.5K c4 18 4 1pF * * Output Stage & Clamp * i3 20 4 1.0mA v1 23 4 1.0v q3 7 23 20 qn q4 7 18 19 qn q5 7 18 21 qn q6 4 20 22 qp q7 7 23 18 qn d1 19 20 da d2 18 1 da r8 21 6 2 r9 22 6 2 r10 18 21 10k r11 7 23 100K d3 23 24 da d4 24 4 da d5 23 18 da d6 4 15 da * * Power Supply Current * ips 7 4 3.2mA * * Models * .model qn npn(is=800e-18 bf=150 tf=0.02nS) .model qpa pnp(is=810e-18 bf=50 tf=0.02nS) .model qp pnp(is=800e-18 bf=54 tf=0.02nS) .model da d(tt=0nS) .ends *$ ******************************************************************************* * EL2160 Macromodel * Revision A, May 1994 * AC characteristics used Cin- (pin 2) = 0 pF; Rf = 560 ohms * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2160/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 130 l1 11 12 25nH iinp 3 0 0.5uA iinm 2 0 5uA r12 3 0 2Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.8uH c5 17 0 1.25pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 2Meg cdp 18 0 2.9pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2mA ios2 20 4 2mA * * Supply Current * ips 7 4 2mA * * Error Terms * ivos 0 23 2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 -1.0 r9 24 23 1.35K r10 25 23 1.0K r11 26 23 1.0K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.1nS) .model qp pnp(is=5e-15 bf=200 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.266 bv=2.8 n=4) .ends *$ ******************************************************************************* * EL2166 Macromodel * Revision A, May 1994 * AC characteristics used Cin- (pin 2) = 0 pF; Rf = 560 ohms * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2166/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 130 l1 11 12 25nH iinp 3 0 0.5uA iinm 2 0 5uA r12 3 0 2Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.8uH c5 17 0 1.25pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 2Meg cdp 18 0 2.9pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2mA ios2 20 4 2mA * * Supply Current * ips 7 4 2mA * * Error Terms * ivos 0 23 2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 -1.0 r9 24 23 1.35K r10 25 23 1.0K r11 26 23 1.0K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.1nS) .model qp pnp(is=5e-15 bf=200 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.266 bv=2.8 n=4) .ends *$ ******************************************************************************* * EL2170/EL2270/EL2470 Macromodel * Revision A, October 1995 * AC characteristics used Rf = 1K, Rg = 1K, RL = 150 * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2170/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 165 l1 11 12 25nH iinp 3 0 0.5uA iinm 2 0 4uA r12 3 0 4Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.5uH c5 17 0 0.69pF r5 17 0 300 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 400K cdp 18 0 1.9pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 0.4mA ios2 20 4 0.4mA * * Supply Current * ips 7 4 1nA * Error Terms * ivos 0 23 2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 -1.0 r9 24 23 0.316K r10 25 23 3.2K r11 26 23 3.2K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.01nS) .model qp pnp(is=5e-15 bf=200 tf=0.01nS) .model dclamp d(is=1e-30 ibv=0.266 bv=1.3v n=4) .ends *$ ******************************************************************************* * EL2175 Macromodel * Revision A, August 1995 * AC Characteristics used Rf=1k, Rg=1K, RL = 150 * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2175/EL 3 2 7 4 6 * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 130 l1 11 12 25nH iinp 3 0 2.5uA iinm 2 0 2uA r12 3 0 25Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1k d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.8uH c5 17 0 1.25pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 30Meg cdp 18 0 2.9pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2mA ios2 20 4 2mA * * Supply Current * ips 7 4 8.5ma * * Error Terms * ivos 0 23 2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 -1.0 r9 24 23 1.35K r10 25 23 1.0K r11 26 23 1.0K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.1nS) .model qp pnp(is=5e-15 bf=200 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.266 bv=2.8 n=4) .ends *$ ******************************************************************************* * EL2176/EL2276 Macromodel * Revision A, March 1995 * AC characteristics used Rf = 1K, Rg = 1K, RL = 150 * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2176/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 165 l1 11 12 25nH iinp 3 0 0.5uA iinm 2 0 4uA r12 3 0 4Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.5uH c5 17 0 0.69pF r5 17 0 300 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 400K cdp 18 0 1.9pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 0.4mA ios2 20 4 0.4mA * * Supply Current * ips 7 4 1nA * Error Terms * ivos 0 23 2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 -1.0 r9 24 23 0.316K r10 25 23 3.2K r11 26 23 3.2K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.01nS) .model qp pnp(is=5e-15 bf=200 tf=0.01nS) .model dclamp d(is=1e-30 ibv=0.266 bv=1.3v n=4) .ends *$ ******************************************************************************* * EL2180/EL2280/EL2480 Macromodel * Revision A, October 1996 * AC characteristics used Cin- (pin 2) = 0 pF; Rf = Rg = 750 ohms * * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2180/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 400 l1 11 12 25nH iinp 3 0 1.5uA iinm 2 0 3uA r12 3 0 2Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 150nH c5 17 0 0.8pF r5 17 0 165 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 450K cdp 18 0 0.675pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 1mA ios2 20 4 1mA * * Supply Current * ips 7 4 0.2mA * * Error Terms * ivos 0 23 0.2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 -1.0 r9 24 23 316 r10 25 23 3.2K r11 26 23 3.2K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.01nS) .model qp pnp(is=5e-15 bf=200 tf=0.01nS) .model dclamp d(is=1e-30 ibv=0.266 bv=0.71v n=4) .ends *$ ******************************************************************************* * EL2186 Macromodel * Revision A, March 1995 * AC characteristics used Cin- (pin 2) = 0 pF; Rf = Rg = 750 ohms * * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2186/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 400 l1 11 12 25nH iinp 3 0 1.5uA iinm 2 0 3uA r12 3 0 2Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 150nH c5 17 0 0.8pF r5 17 0 165 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 450K cdp 18 0 0.675pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 1mA ios2 20 4 1mA * * Supply Current * ips 7 4 0.2mA * * Error Terms * ivos 0 23 0.2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 -1.0 r9 24 23 316 r10 25 23 3.2K r11 26 23 3.2K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.01nS) .model qp pnp(is=5e-15 bf=200 tf=0.01nS) .model dclamp d(is=1e-30 ibv=0.266 bv=0.71v n=4) .ends *$ ******************************************************************************* * EL2210 Macromodel * * Connections: +In * | -In * | | V+ * | | | V- * | | | | Vout * | | | | | .subckt EL2210/EL 3 2 8 4 1 * q1 20 3 24 qp q2 21 2 25 qp q3 10 10 26 qp q4 12 10 11 qp q5 14 10 13 qp q6 19 19 20 qn q7 14 19 21 qn q8 8 14 15 qn q9 8 16 17 qn 10 r1 24 12 350 r2 12 25 350 r3 8 26 250 r4 8 11 150 r5 8 13 240 r6 20 4 150 r7 21 4 150 r8 15 17 700 r9 1 4 1250 r10 15 16 40 r11 17 1 15 r12 10 19 10K r13 14 22 20 c1 22 4 0.45pF c2 22 19 1pF d1 1 14 dcap .model qn npn(bf=150 tf=0.05nS) .model qp pnp(bf=90 tf=0.05nS) .model dcap d(rs=200 cjo=1e-12 vj=0.8 tt=100e-9) .ends *$ ******************************************************************************* * EL2211/EL2311/EL2411 Macromodel * Revision A, June 1994 * Application Hints: * * A pull down resistor between the output and V- is recommended * to allow output voltages to swing close to V-. See datasheet * for recommended values. * * Connections: +In * | -In * | | V+ * | | | V- * | | | | Vout * | | | | | .subckt EL2211/EL 3 2 8 4 1 * q1 20 3 24 qp q2 21 2 25 qp q3 10 10 26 qp q4 12 10 11 qp q5 14 10 13 qp q6 19 19 20 qn q7 14 19 21 qn q8 8 14 15 qn q9 8 16 17 qn 10 r1 24 12 175 r2 12 25 175 r3 8 26 250 r4 8 11 150 r5 8 13 240 r6 20 4 150 r7 21 4 150 r8 15 17 700 r9 1 4 1250 r10 15 16 40 r11 17 1 15 r12 10 19 10K r13 14 22 20 c1 22 4 0.42pF c2 22 19 1pF d1 1 14 dcap .model qn npn(bf=150 tf=0.05nS) .model qp pnp(bf=90 tf=0.05nS) .model dcap d(rs=200 cjo=1e-12 vj=0.8 tt=100e-9) .ends *$ ******************************************************************************* * EL2224 Model * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2224/EL 3 2 7 4 6 * *Input stage * ie 37 4 4.5mA r6 36 37 75 r7 38 37 75 rc1 7 30 75 rc2 7 39 75 q1 30 3 36 qn q2 39 2 38 qna ediff 33 0 39 30 2.6 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 3m rh 34 0 1Meg ch 34 0 15pF rc 34 40 300 cc 40 0 1pF * * Poles * ep 41 0 40 0 1 rpa 41 42 75 cpa 42 0 3pF rpb 42 43 50 cpb 43 0 3pF * * Output Stage * ios1 7 50 0.5mA ios2 51 4 0.5mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Models .model qn npn(is=800e-18 bf=350 tf=0.2nS) .model qna npn(is=864e-18 bf=400 tf=0.2nS) .model qp pnp(is=800e-18 bf=60 tf=0.2nS) .ends *$ ******************************************************************************* * EL2232 Macromodel * Revision A, March 1992 * Enhancements include PSRR, CMRR, and Slew Rate Limiting * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2232/EL 3 2 8 4 1 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 50 l1 11 12 29nH iinp 3 0 1.2uA iinm 2 0 5uA * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 10 d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * *e2 30 0 14 0 0.00166666666 e2 30 0 14 0 0.001 l5 30 17 1.5uH c5 17 0 1pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 2Meg cdp 18 0 2.5pF * * Output Stage * q1 4 18 19 qp q2 8 18 20 qn q3 8 19 21 qn q4 4 20 22 qp r7 21 1 5 r8 22 1 5 ios1 8 19 1mA ios2 20 4 1mA * * Supply * ips 8 4 2mA * * Error Terms * ivos 0 23 2mA vxx 23 0 0V e4 24 0 1 0 1.0 e5 25 0 8 0 1.0 e6 26 0 4 0 1.0 r9 24 23 1.4K r10 25 23 10K r11 26 23 10K * * Models * .model qn npn(is=5e-15 bf=250 tf=0.1nS) .model qp pnp(is=5e-15 bf=250 tf=0.1nS) .model dclamp d(is=1e-30 ibv=10pA bv=0.8 n=4) .ends *$ ******************************************************************************* * EL2242 Model * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2242/EL 3 2 7 4 6 * * Input stage * ie 7 37 84uA r6 36 37 2.1K r7 38 37 2.1K rc1 4 30 6K rc2 4 39 6K q1 30 3 36 qp q2 39 2 38 qpa ediff 33 0 39 30 1.0 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 1m rh 34 0 175Meg ch 34 0 5pF rc 34 40 1K cc 40 0 7pF * * Poles * ep 41 0 40 0 1 rpa 41 42 200 cpa 42 0 4pF rpb 42 43 1K cpb 43 0 2pF * * Output Stage * ios1 7 50 1.0mA ios2 51 4 1.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Power Supply Current * ips 7 4 1.8mA * * Models * .model qn npn(is=800e-18 bf=100 tf=0.2nS) .model qpa pnp(is=864e-18 bf=120 tf=0.2nS) .model qp pnp(is=800e-18 bf=50 tf=0.2nS) .ends *$ ******************************************************************************* * EL2243 Model Bode Plot * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2243/EL 3 2 7 4 6 * * Input stage * ie 7 37 200uA r6 36 37 1K r7 38 37 1K rc1 4 30 3K rc2 4 39 3K q1 30 3 36 qp q2 39 2 38 qpa ediff 33 0 39 30 1.0 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 1m rh 34 0 175Meg ch 34 0 4pF rc 34 40 1K cc 40 0 4pF * * Poles * ep 41 0 40 0 1 rpa 41 42 1K cpa 42 0 4pF rpb 42 43 1K cpb 43 0 2pF * * Output Stage * ios1 7 50 1.0mA ios2 51 4 1.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Power Supply Current * ips 7 4 1.5mA * * Models * .model qn npn(is=800e-18 bf=100 tf=0.2nS) .model qpa pnp(is=864e-18 bf=150 tf=0.2nS) .model qp pnp(is=800e-18 bf=125 tf=0.2nS) .ends *$ ******************************************************************************* * EL2244 Macromodel * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2244/EL 3 2 7 4 6 * * Input stage * ie 7 37 1mA r6 36 37 800 r7 38 37 800 rc1 4 30 850 rc2 4 39 850 q1 30 3 36 qp q2 39 2 38 qpa ediff 33 0 39 30 1.0 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 1m rh 34 0 2Meg ch 34 0 1.3pF rc 34 40 1K cc 40 0 1pF * * Poles * ep 41 0 40 0 1 rpa 41 42 200 cpa 42 0 1pF rpb 42 43 200 cpb 43 0 1pF * * Output Stage * ios1 7 50 1.0mA ios2 51 4 1.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Power Supply Current * ips 7 4 2.7mA * * Models * .model qn npn(is=800e-18 bf=200 tf=0.2nS) .model qpa pnp(is=864e-18 bf=100 tf=0.2nS) .model qp pnp(is=800e-18 bf=125 tf=0.2nS) .ends *$ ******************************************************************************* * EL2245 Macromodel * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2245/EL 3 2 7 4 6 * * Input stage * ie 7 37 1mA r6 36 37 400 r7 38 37 400 rc1 4 30 850 rc2 4 39 850 q1 30 3 36 qp q2 39 2 38 qpa ediff 33 0 39 30 1.0 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 1m rh 34 0 2Meg ch 34 0 1.3pF rc 34 40 1K cc 40 0 1pF * * Poles * ep 41 0 40 0 1 rpa 41 42 200 cpa 42 0 1pF rpb 42 43 200 cpb 43 0 1pF * * Output Stage * ios1 7 50 1.0mA ios2 51 4 1.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Power Supply Current * ips 7 4 2.7mA * * Models * .model qn npn(is=800e-18 bf=200 tf=0.2nS) .model qpa pnp(is=864e-18 bf=100 tf=0.2nS) .model qp pnp(is=800e-18 bf=125 tf=0.2nS) .ends *$ ******************************************************************************* * EL2252 Macromodel * Connections: +input * | -input * | | +V * | | | -V * | | | | HYS ___ * | | | | | TTL * | | | | | | output * | | | | | | | * | | | | | | | .subckt EL2252/EL 2 3 14 7 4 5 13 * * Application Hints: * * Connect pin 4 to ground through 1000 Megohm resistor to inhibit * Hysteresis; to invoke Hysteresis, connect pin 4 to V-. * * Connect pin 5 to ground to invoke TTL Voh; pin 5 may left open * for CMOS Voh. * * To faciltate .OP, set itl1 = 200, itl2 = 200, set node 27 to 13.8 * volts, and node 30 to -12 volts. As an example, if you called your * subckt x1, then the following statement should be added to your deck: * * .NODESET V(x1.27)=13.8 V(x1.30)=-12 * * Input Stage * i1 22 7 1.7mA r1 14 20 300 r2 14 21 300 q1 20 2 22 qn q2 21 3 22 qn q3 20 26 23 qn q4 21 25 23 qn q13 25 27 20 qp q14 26 27 21 qp v1 14 27 1.2v r3 23 24 1.4K d1 24 4 ds r4 25 33 700 r5 26 33 700 q16 33 33 34 qn q17 34 34 37 qn v4 37 7 1.2v * * 2nd Stage * i2 30 7 3mA i3 14 28 1.5mA q7 0 35 28 qp v2 44 0 1.2V s1 44 35 5 0 swa s2 45 35 5 0 swb rsw 14 5 10K v3 45 0 2.5v q5 0 26 30 qn q6 28 25 30 qn d3 0 28 ds * * Output Stage * i4 14 38 1mA q8 38 38 39 qn q9 32 32 39 qp q10 7 28 32 qp q11 14 38 40 qn 2 q12 7 28 13 qp 2 r6 40 13 50 c1 28 0 3pF * * Models * .model qn npn(is=2e-15 bf=120 tf=0.2nS cje=0.2pF cjc=0.2pF ccs=0.2pF) .model qp pnp(is=0.6e-15 bf=60 tf=0.2nS cje=0.5pF cjc=0.3pF ccs=0.2pF) .model ds d(is=3e-12 tt=0.05nS eg=0.72V vj=0.58) .model swa vswitch(von=0v voff=2.5v) .model swb vswitch(von=2.5 voff= 0v) .ends *$ ******************************************************************************* * EL2260 Macromodel * Revision A, March 1993 * AC characteristics used Cin- (pin 2) = 1 pF; Rf = 560 ohms * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2260/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 130 l1 11 12 25nH iinp 3 0 0.5uA iinm 2 0 5uA r12 3 0 2Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.43uH c5 17 0 0.27pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 2Meg cdp 18 0 2.285pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2mA ios2 20 4 2mA * * Supply Current * ips 7 4 2mA * * Error Terms * ivos 0 23 2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 562 r10 25 23 1K r11 26 23 1K * * Models * .model qn npn(is=5e-15 bf=100 tf=0.1nS) .model qp pnp(is=5e-15 bf=100 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.266 bv=2.24 n=4) .ends *$ ******************************************************************************* * EL2410 Macromodel * Connections: +In * | -In * | | V+ * | | | V- * | | | | Vout * | | | | | .subckt EL2410/EL 3 2 4 11 1 X1 3 2 4 11 1 EL2210/EL .ends *$ ******************************************************************************* * EL2411 Macromodel * Connections: +In * | -In * | | V+ * | | | V- * | | | | Vout * | | | | | .subckt EL2411/EL 3 2 4 11 1 X1 3 2 4 11 1 EL2211/EL .ends *$ ******************************************************************************* * EL2424 Macromodel * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2424/EL 3 2 7 4 6 * *Input stage * ie 37 4 4.5mA r6 36 37 75 r7 38 37 75 rc1 7 30 75 rc2 7 39 75 q1 30 3 36 qn q2 39 2 38 qna ediff 33 0 39 30 2.6 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 3m rh 34 0 1Meg ch 34 0 15pF rc 34 40 300 cc 40 0 1pF * * Poles * ep 41 0 40 0 1 rpa 41 42 75 cpa 42 0 3pF rpb 42 43 50 cpb 43 0 3pF * * Output Stage * ios1 7 50 0.5mA ios2 51 4 0.5mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Models .model qn npn(is=800e-18 bf=350 tf=0.2nS) .model qna npn(is=864e-18 bf=400 tf=0.2nS) .model qp pnp(is=800e-18 bf=60 tf=0.2nS) .ends *$ ******************************************************************************* * EL2444 Macromodel * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2444/EL 3 2 7 4 6 * * Input stage * ie 7 37 1mA r6 36 37 800 r7 38 37 800 rc1 4 30 850 rc2 4 39 850 q1 30 3 36 qp q2 39 2 38 qpa ediff 33 0 39 30 1.0 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 1m rh 34 0 2Meg ch 34 0 1.3pF rc 34 40 1K cc 40 0 1pF * * Poles * ep 41 0 40 0 1 rpa 41 42 200 cpa 42 0 1pF rpb 42 43 200 cpb 43 0 1pF * * Output Stage * ios1 7 50 1.0mA ios2 51 4 1.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Power Supply Current * ips 7 4 2.7mA * * Models * .model qn npn(is=800e-18 bf=200 tf=0.2nS) .model qpa pnp(is=864e-18 bf=100 tf=0.2nS) .model qp pnp(is=800e-18 bf=125 tf=0.2nS) .ends *$ ******************************************************************************* * EL2445 Macromodel * connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2445/EL 3 2 7 4 6 * * Input stage * ie 7 37 1mA r6 36 37 400 r7 38 37 400 rc1 4 30 850 rc2 4 39 850 q1 30 3 36 qp q2 39 2 38 qpa ediff 33 0 39 30 1.0 rdiff 33 0 1Meg * * Compensation Section * ga 0 34 33 0 1m rh 34 0 2Meg ch 34 0 1.3pF rc 34 40 1K cc 40 0 1pF * * Poles * ep 41 0 40 0 1 rpa 41 42 200 cpa 42 0 1pF rpb 42 43 200 cpb 43 0 1pF * * Output Stage * ios1 7 50 1.0mA ios2 51 4 1.0mA q3 4 43 50 qp q4 7 43 51 qn q5 7 50 52 qn q6 4 51 53 qp ros1 52 6 25 ros2 6 53 25 * * Power Supply Current * ips 7 4 2.7mA * * Models * .model qn npn(is=800e-18 bf=200 tf=0.2nS) .model qpa pnp(is=864e-18 bf=100 tf=0.2nS) .model qp pnp(is=800e-18 bf=125 tf=0.2nS) .ends *$ ******************************************************************************* * EL2460 Macromodel * Revision A, March 1993 * AC characteristics used Cin- (pin 2) = 1 pF; Rf = 560 ohms * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL2460/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 130 l1 11 12 25nH iinp 3 0 0.5uA iinm 2 0 5uA r12 3 0 2Meg * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.43uH c5 17 0 0.27pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 2Meg cdp 18 0 2.285pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2mA ios2 20 4 2mA * * Supply Current * ips 7 4 2mA * * Error Terms * ivos 0 23 5mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 3K r10 25 23 1K r11 26 23 1K * * Models * .model qn npn(is=5e-15 bf=100 tf=0.1nS) .model qp pnp(is=5e-15 bf=100 tf=0.1nS) .model dclamp d(is=1e-30 ibv=0.266 bv=2.24 n=4) .ends *$ ******************************************************************************* * EL400 Macromodel * Revision A, March 1992 * Enhancements include PSRR, CMRR, and Slew Rate Limiting * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL400/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 50 l1 11 12 48nH iinp 3 0 8uA iinm 2 0 8uA * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l3 30 17 0.1uH c5 17 0 0.1pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 150K cdp 18 0 2.8pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 2 r8 22 6 2 ios1 7 19 2.5mA ios2 20 4 2.5mA * * Supply Current * ips 7 4 9mA * * Error Terms * ivos 0 23 5mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 3K r10 25 23 1K r11 26 23 1K * * Models * .model qn npn(is=5e-15 bf=200 tf=0.05nS) .model qp pnp(is=5e-15 bf=200 tf=0.05nS) .model dclamp d(is=1e-30 ibv=0.266 bv=1.3 n=4) .ends *$ ******************************************************************************* *EL4083 Macromodel *Revision A, August 22, 1994 * *Connection: IZ(BIAS) * | IX(in) * | | IY(in) * | | | VEE * | | | | VCC * | | | | | IXY * | | | | | | /IXY * | | | | | | | .subckt EL4083/EL ZIN XIN YIN VEE VCC IXY IYX * .MODEL M1MP5DIODE D TT=60p IS=1f CJO=300f VJ=600m XTI=3 EG=1.11 RS=80m .MODEL M2MDCAP D TT=100n IS=2e-17 CJO=1p VJ=800m RS=300 .MODEL M3MNPN1 NPN CJC=1.3p TF=120p IS=1.04f BF=120 CJS=480f .MODEL M4MPNP1 PNP CJC=1.79p TF=50.166666666667p IS=1f BF=90 CJS=480f C1 N9 N7 9p C2 N7 0 350f C3 N19 N16 9p C4 N16 0 350f D1 0 N15 M2MDCAP 12 D10 0 N26 M1MP5DIODE 1 D11 N26 N27 M1MP5DIODE 1 D12 N29 N30 M1MP5DIODE 1 D13 0 N31 M1MP5DIODE 1 D14 VBP N34 M1MP5DIODE 2 D15 N34 VBP M1MP5DIODE 2 D16 0 N34 M2MDCAP 12.5 D17 N35 0 M2MDCAP 12.5 D18 N35 VBN M1MP5DIODE 2 D19 VBN N35 M1MP5DIODE 2 D2 N15 0 M2MDCAP 12 D20 N42 N10 M2MDCAP 4 D21 N10 0 M2MDCAP 4 D22 0 N20 M2MDCAP 4 D23 N20 N45 M2MDCAP 4 D3 0 N12 M1MP5DIODE 8 D4 N55 N13 M1MP5DIODE 8 D5 0 N25 M2MDCAP 6 D6 N25 0 M2MDCAP 6 D7 0 N22 M1MP5DIODE 8 D8 N54 N23 M1MP5DIODE 8 D9 0 N28 M1MP5DIODE 1 EV94 0 VBN 0 N45 1 EV95 VBP 0 N42 0 1 EV96 N54 0 N21 0 650m EV97 N55 0 N11 0 650m EV98 N27 0 N28 0 1 EV99 N29 0 SWIN 0 1 FI10 VN- VEE VFI10 1 FI11 VCC VP- VFI11 1 FI12 VCC N39 VFI12 1 FI13 N37 VEE VFI13 1 FI14 VCC N38 VFI14 1 FI15 N36 VEE VFI15 1 FI16 N45 VEE VFI16 1 FI17 VCC N42 VFI17 1 FI18 N37 N36 VFI18 500m FI19 N38 N39 VFI19 500m FI20 VN+ VN- VFI20 500m FI21 VP+ VP- VFI21 500m FI22 0 N21 VFI22 1 FI23 N21 0 VFI23 1 FI24 N24 0 VFI24 2 FI25 N14 0 VFI25 2 FI26 N11 0 VFI26 1 FI27 0 N11 VFI27 1 FI28 VCC VEE VFI28 21 FI29 N28 ZB1 VFI29 1 FI5 N33 0 VFI5 1 FI6 0 N33 VFI6 1 FI7 N35 N34 VFI7 1 FI8 VN+ VEE VFI8 1 FI9 VCC VP+ VFI9 1 IIBGN 0 VEE 2.2m IIBGP VCC 0 2.46m IIISWB N32 VEE 629u IIISWI SWIN VEE 555u IIZSU N28 VEE 10u L1 N7 IXA 71n L2 XIN N7 4n L3 N16 IYA 71n L4 YIN N16 4n L5 N46 IYX 4n L6 N47 IXY 4n Q1 0 N10 VP+ [VEE] M4MPNP1 2 Q10 N46 VN+ N36 [VEE] M3MNPN1 2 Q11 N47 VN+ N37 [VEE] M3MNPN1 2 Q12 N46 VN- N37 [VEE] M3MNPN1 2 Q13 0 N34 N56 [VEE] M4MPNP1 400m Q14 0 N34 N57 [VEE] M4MPNP1 400m Q15 0 N35 N58 [VEE] M3MNPN1 400m Q16 0 N35 N59 [VEE] M3MNPN1 400m Q2 0 N10 VP- [VEE] M4MPNP1 2 Q3 0 N20 VN+ [VEE] M3MNPN1 2 Q4 0 N20 VN- [VEE] M3MNPN1 2 Q5 N46 VP- N39 [VEE] M4MPNP1 2 Q6 N47 VP+ N39 [VEE] M4MPNP1 2 Q7 N46 VP+ N38 [VEE] M4MPNP1 2 Q8 N47 VP- N38 [VEE] M4MPNP1 2 Q9 N47 VN- N36 [VEE] M3MNPN1 2 R1 N15 N7 60 TC=824u 7.67u R10 N16 N17 450 TC=0 0 R11 YIN N16 100 TC=0 0 R12 0 SWIN 500 TC=824u 7.67u R13 N56 N38 35 TC=0 0 R14 N57 N39 35 TC=0 0 R15 N37 N58 35 TC=0 0 R16 N36 N59 35 TC=0 0 R17 N46 IYX 100 TC=0 0 R18 N47 IXY 100 TC=0 0 R2 N11 IXC 6.25 TC=0 0 R3 N9 IXC 4.5 TC=0 0 R4 N7 IXA 1.5K TC=0 0 R5 XIN N7 100 TC=0 0 R6 N25 N16 156 TC=824u 7.67u R7 N21 IYC 6.25 TC=0 0 R8 IYC N19 45 TC=0 0 R9 N17 IYA 45 TC=0 0 RSU VEE 0 16K TC=0 0 VFI10 N43 N44 0.0 VFI11 N40 N41 0.0 VFI12 ZB4 ZB5 0.0 VFI13 ZB5 ZB6 0.0 VFI14 ZB3 ZB4 0.0 VFI15 ZB6 ZB7 0.0 VFI16 N44 ZB9 0.0 VFI17 N41 ZB8 0.0 VFI18 IYB IYC 0.0 VFI19 IYA IYB 0.0 VFI20 IXB IXC 0.0 VFI21 IXA IXB 0.0 VFI22 N22 N24 0.0 VFI23 N23 N24 0.0 VFI24 ZB2 ZB3 0.0 VFI25 ZB1 ZB2 0.0 VFI26 N13 N14 0.0 VFI27 N12 N14 0.0 VFI28 ZB9 VEE 0.0 VFI29 ZIN N26 0.0 VFI5 N30 N32 0.0 VFI6 N31 N32 0.0 VFI7 N33 0 0.0 VFI8 ZB8 N43 0.0 VFI9 ZB7 N40 0.0 .ENDS *$ ******************************************************************************* *EL4089 Macromodel * Revision A, July 24 1994 * * Connections: Vin- * | Vin+ * | | Ref * | | | Hold * | | | | -Vsupply * | | | | | Vout * | | | | | | +Vsupply * | | | | | | | .subckt EL4089/EL 1 2 3 4 6 7 8 * *Restore section g10 2 0 xx 0 430u e10 yy 0 ww 3 4.66 Rfl 7 ww 8K Cfl ww 0 20p Rd yy ss 100 d10 xx 0 dd d20 0 xx dd s1 xx ss 4 0 swno s2 0 xx 4 0 swnc rcl 3 0 999K Rhh 4 0 100K * .model swno vswitch (von=0.8 voff=2.4) .model swnc vswitch (von=2.4 voff=0.8) * * Input Stage e1 10 0 2 0 1.0 vis 10 9 0V h2 9 12 Vxx 1.0 r1 1 11 20 l1 11 12 20nH iinp 2 0 1u iinn 1 0 18u r12 2 0 2MEG * Slew Rate Limiting h1 13 0 vis 600 r2 13 14 1k d1 14 0 dd d2 0 14 dd * High Frequency Pole e2 30 0 14 0 0.00166666666 l3 30 17 1.47u c5 17 0 0.47p r5 17 0 700 * Transimpedance Stage g1 0 18 17 0 1.0 rol 18 0 800k cdp 18 0 11p * Output Stage q1 6 18 19 qp q2 8 18 20 qn q3 8 19 21 qn q4 6 20 22 qp r7 21 7 3 r8 22 7 3 ios1 8 19 2mA iso2 20 6 2mA * Supply Current ips 8 6 6.5mA * Error Term iovs 0 23 12m Vxx 23 0 0V e4 24 0 2 0 1.0 e5 25 0 8 0 1.0 e6 26 0 6 0 1.0 r9 23 24 560 r10 25 23 1k r11 26 23 1k * Models .model qn npn (is=5e-15, bf=100, tf=0.1ns) .model qp pnp (is=5e-15, bf=100, tf=0.1ns) .model dclamp d(is=1e-20, ibv=0.266, bv=2.24, n=4) .model dd d rs=2 .ends *$ ******************************************************************************* * EL4094 Macromodel * Revision A, July 1993 * * This macromodel is offered to allow simulation of general EL4094 * behavior. We have included these characteristics: * * Small Signal Frequency Response * Output Loading Effects * Input Impedance * Off Channel Feedthrough * Output Impedance over Frequency * Signal Path DC Distortion * VGAIN IV Characteristics * VGAIN overdrive Recovery Delay * 100% Gain Error * * The Macromodel does not behave identically as the circuit in * these areas: Temperature effects, Signal overload effects, * Signal and /VG operating range, current limit, supply voltage * effects, slew rate limitations, noise, and power supply inter- * action. * * The Macromodel's netlist is based on PSPICE simulator, copy * written by OrCAD Corporation. Other simulators may not * support the POLY function which is used to implement multi- * plication as well as square law nonlinearities. * * Connections: vinb * | vout __ * | | vg * | | | vg * | | | | vina * | | | | | .subckt EL4094/EL 1 4 6 7 8 * rol 810 0 290K ccomp 810 0 3.5pF g1 10 0 810 0 -10 rout 10 0 0.1 lout 10 4 350.2nH rlout 10 4 80 r1 10 910 10 c1 910 911 300pF r2 911 0 90 * * Input Channel A * rina 22 9 16K ra 11 0 1K cfeeda 23 8 130pF rfeeda 8 22 1.0 e1a 23 22 1 0 1.0 rspice3 23 22 1e12 g1a 11 0 poly(1),(22,910) 0.0 0.001 -3e6 g2a 810 0 poly(2),(11,0),(13,0) 0.0 0.0 0.0 0.0 0.001 * * Input Channel B * rinb 25 9 16K rb 20 0 1K cfeedb 24 1 130pF rfeedb 1 25 1.0 elb 24 25 8 0 1.0 rspice4 24 25 1e12 g1b 20 0 poly(1),(25,910) 0.0 0.001 -3e6 g2b 810 0 poly(2),(20,0),(19,0) 0.0 0.0 0.0 0.0 0.001 * * Gain Control rspice1 13 0 1e12 rspice2 18 0 1e12 r10 14 0 1e7 c10 14 0 8e-16 d1 14 15 dclamp d2 16 14 dclamp .model dclamp d(tt=200nS) v1 15 0 4999.3 v2 0 16 4999.3 v3 13 17 0.5 v4 19 18 0.5 g10 14 0 7 6 -0.001 g11 7 6 14 0 -2e-8 e10 17 0 14 0 1e-4 e11 18 0 14 0 -1e-4 .ends *$ ******************************************************************************* * EL4095 Macromodel * Revision A, July 1993 * * This macromodel is offered to allow simulation of general EL4095 * behavior. We have included these characteristics: * * Small Signal Frequency Response * Output Loading Effects * Input Impedance * Off Channel Feedthrough * Output Impedance over Frequency * Signal Path DC Distortion * VGAIN IV Characteristics * VGAIN overdrive Recovery Delay * 100% Gain Error * -Vin characteristics & sensitivity to parasistic capacitance * /FORCE operation * * The Macromodel does not behave identically as the circuit in * these areas: Temperature effects, Signal overload effects, * Signal and /VG operating range, current limit, supply voltage * effects, slew rate limitations, noise, power supply inter- * action,Video and high frequency distortion, glitch and * delay from /FORCE inputs, and manufacturing tolerances. * * The Macromodel's netlist is based on PSPICE simulator, copy * written by OrCAD Corporation. Other simulators may not * support the POLY function which is used to implement multi- * plication as well as square law nonlinearities. * * Connections: +vinb * | -vinb ______ * | | Force A _____ * | | | ForceB * | | | | vout ______ * | | | | | vgain * | | | | | | vgain * | | | | | | | -vina * | | | | | | | | +vina * | | | | | | | | | .subckt EL4095/EL 1 2 4 5 7 10 11 13 14 * rol 810 0 290K ccomp 810 0 4.3pF g1 110 0 810 0 -10 rout 110 0 0.1 lout 110 7 350nH rlout 110 7 80 * rina+ 14 0 5e6 rinb+ 1 0 5e6 rvg 11 0 2e6 rvgg 10 0 2e6 rforcea 4 0 1e9 rforceb 5 0 1e9 * * Input Channel A * rina 22 313 79 ra 111 0 1K rfeeda 13 313 1.0 cfeeda 23 13 2500pF ccompa 111 0 2pF e1a 23 313 302 25 -1.0 e2a 22 0 14 0 0.9999 rspice3 23 313 1e12 g1a 111 0 poly(1),(22,313) 0.0 0.125 -150e-6 g2a 810 0 poly(2),(111,0),(113,0) 0.0 0.0 0.0 0.0 0.001 * * Input Channel B * rinb 25 302 79 rb 120 0 1K rfeedb 2 302 1.0 cfeedb 24 2 2500pF ccomp 120 0 2pF e1b 24 302 22 313 -1 e2b 25 0 1 0 0.9999 rspice4 24 302 1e12 g1b 120 0 poly(1),(25,302) 0.0 0.125 -150e-6 g2b 810 0 poly(2),(120,0),(119,0) 0.0 0.0 0.0 0.0 0.001 * * Gain Control rspice1 113 0 1e12 rspice2 119 0 1e12 r10 114 0 1e7 r11 204 206 2.5e6 r12 205 206 2.5e6 c10 201 0 9.5e-16 d1 114 115 dclamp d2 116 114 dclamp d3 204 4 dclamp d4 205 5 dclamp .model dclamp d(tt=200nS) vtt1 206 0 2.4 v1 115 0 4999.3 v2 0 116 4999.3 v3 113 117 0.5 v4 119 118 0.5 v5 203 115 0.7 v6 116 202 0.7 g10 114 0 11 10 -0.001 g11 11 10 114 0 -2e-8 e10 117 0 201 0 1e-4 e11 118 0 201 0 -1e-4 s1 114 200 5 0 nopen s2 200 201 4 0 nopen s3 203 201 4 0 nclosed s4 202 201 5 0 nclosed .model nopen vswitch(ron=100 roff=1e12 von=1.6 voff=1.2) .model nclosed vswitch(ron=100 roff=1e12 von=1.2 voff=1.6) .ends *$ ******************************************************************************* * EL4332 Macromodel * Revision A, April 1996 * * Applications Hints. The EL 4332 has two Vcc pins, one Vee pin, and three * ground pins. The Vcc pins * (pins 14 and 15 are internally shorted * together in the model, but the ground pins (GND1, GND2, and * GND3 (nodes 2, 7, and 10, respectively) must be connected to ground * (node 0) using a 1e-6 ohm resistor. * Alternatively, nodes 2, 7, and 10 may be connected to ground through a 25 * ohm resistor in parallel with a 4 nH inductor to simulate package and PCB * parasitics. * * Connections: * OUT1 * | GND1 * | | A1 * | | | B1 * | | | | B2 * | | | | | A2 * | | | | | | GND2 * | | | | | | | OUT2 * | | | | | | | | * | | | | | | | | * 1 2 3 4 5 6 7 8 * * OUT3 * | GND3 * | | B3 * | | | A3 * | | | | Vee * | | | | | Vcc * | | | | | | Vcc * | | | | | | | A/B * | | | | | | | | * | | | | | | | | * 9 10 11 12 13 14 15 16 * * .subckt EL4332/EL 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 * * A B Switch Rshort 14 15 1e-12 rshort1 15 0 1000Meg Isw 14 110 1.5mA vref 111 0 1.6v q1 101 16 110 qp q2 102 111 110 qp R1 101 13 500 R2 102 13 500 Rd1 107 0 100 Esw 107 0 table {v(102,101)*100} (0,0) (1,1) * * Amplifier #1 q131 103 3 112 qp q141 104 114 113 qp q151 105 4 115 qp q161 106 117 116 qp Ia11 14 112 1mA Ia21 14 113 1mA Ib11 14 115 1mA Ib21 14 116 1mA Rga1 112 113 275 Rgb1 115 116 275 R31 103 13 275 R41 104 13 275 R51 105 13 275 R61 106 13 275 R71 1 114 400 R81 114 2 400 R91 1 117 400 R110 117 2 400 Ediff1 108 0 value {( v(104,103)*v(107)) + (v(106,105)*(1-v(107)))} rdiff1 108 0 1K * * Compensation Section * ga1 0 134 108 0 1m rh1 134 0 5Meg cc1 134 0 0.6pF * * Poles * ep1 141 0 134 0 1.0 rpa1 141 142 200 cpa1 142 0 0.75pF rpb1 142 143 200 cpb1 143 0 0.75pF * * Output Stage * i011 15 150 1.0mA i021 151 13 1.0mA q71 13 143 150 qp q81 15 143 151 qn q91 15 150 152 qn q101 13 151 153 qp ros11 152 1 2 ros21 153 1 2 * * Amplifier #2 q231 203 6 212 qp q241 204 214 213 qp q251 205 5 215 qp q261 206 217 216 qp Ia12 14 212 1mA Ia22 14 213 1mA Ib12 14 215 1mA Ib22 14 216 1mA Rga2 212 213 275 Rgb2 215 216 275 R231 203 13 275 R241 204 13 275 R251 205 13 275 R261 206 13 275 R271 8 214 400 R281 214 7 400 R291 8 217 400 R210 217 7 400 Ediff2 208 0 value {( v(204,203)*v(107)) + (v(206,205)*(1-v(107)))} rdiff2 208 0 1K * * Compensation Section * ga2 0 234 208 0 1m rh2 234 0 5Meg cc2 234 0 0.6pF * * Poles * ep2 241 0 234 0 1.0 rpa2 241 242 200 cpa2 242 0 0.75pF rpb2 242 243 200 cpb2 243 0 0.75pF * * Output Stage * i012 15 250 1.0mA i022 251 13 1.0mA q271 13 243 250 qp q281 15 243 251 qn q291 15 250 252 qn q201 13 251 253 qp ros12 252 8 2 ros22 253 8 2 * * Amplifier #3 q331 303 12 312 qp q341 304 314 313 qp q351 305 11 315 qp q361 306 317 316 qp Ia13 14 312 1mA Ia23 14 313 1mA Ib13 14 315 1mA Ib23 14 316 1mA Rga3 312 313 275 Rgb3 315 316 275 R331 303 13 275 R341 304 13 275 R351 305 13 275 R361 306 13 275 R371 9 314 400 R381 314 10 400 R391 9 317 400 R310 317 10 400 Ediff3 308 0 value {( v(304,303)*v(107)) + (v(306,305)*(1-v(107)))} rdiff3 308 0 1K * * Compensation Section * ga3 0 334 308 0 1m rh3 334 0 5Meg cc3 334 0 0.6pF * * Poles * ep3 341 0 334 0 1.0 rpa3 341 342 200 cpa3 342 0 0.75pF rpb3 342 343 200 cpb3 343 0 0.75pF * * Output Stage * i01 15 350 1.0mA i023 351 13 1.0mA q371 13 343 350 qp q381 15 343 351 qn q391 15 350 352 qn q301 13 351 353 qp ros13 352 9 2 ros23 353 9 2 * * Power Supply Current * ips 15 13 22mA * * Models * .model qp pnp(is=1.5e-16 bf=300 tf=0.01nS) .model qn npn(is=0.8e-18 bf=300 tf=0.01nS) .ends *$ ******************************************************************************* * EL4393 Macromodel * Revision A, February 1993 * Enhancements include PSRR, CMRR, and Slew Rate Limiting * Connections: +input * | -input * | | +Vsupply * | | | -Vsupply * | | | | output * | | | | | .subckt EL4393/EL 3 2 7 4 6 * * Input Stage * e1 10 0 3 0 1.0 vis 10 9 0V h2 9 12 vxx 1.0 r1 2 11 50 l1 11 12 29nH iinp 3 0 0.2uA iinm 2 0 10uA * * Slew Rate Limiting * h1 13 0 vis 600 r2 13 14 1K d1 14 0 dclamp d2 0 14 dclamp * * High Frequency Pole * e2 30 0 14 0 0.00166666666 l5 30 17 1.2uH c5 17 0 1pF r5 17 0 500 * * Transimpedance Stage * g1 0 18 17 0 1.0 rol 18 0 250k cdp 18 0 2.2pF * * Output Stage * q1 4 18 19 qp q2 7 18 20 qn q3 7 19 21 qn q4 4 20 22 qp r7 21 6 4 r8 22 6 4 ios1 7 19 2.5mA ios2 20 4 2.5mA * * Error Terms * ivos 0 23 2mA vxx 23 0 0V e4 24 0 3 0 1.0 e5 25 0 7 0 1.0 e6 26 0 4 0 1.0 r9 24 23 1K r10 25 23 1K r11 26 23 1K * * Models * .model qn npn(is=5e-15 bf=100 tf=0.2nS) .model qp pnp(is=5e-15 bf=100 tf=0.2nS) .model dclamp d(is=1e-30 ibv=0.266 bv=1.5 n=4) .ends *$ ******************************************************************************* * EL4430 Macromodel * Revision A, May 1995 * This is a Pspice-compatible macromodel of the EL4430 video instrumentation * amplifier assembled as a subcircuit. The pins are numbered sequentially * as the subcircuit interface nodes. T1 is a transmission line which provides * a good emulation of the more complicated real device. This model correctly * displays the characteristics of input clipping, frequency response, CMRR * both AC and DC, output clipping, output sensitivity to capacitive loads, * gain accuracy, slewrate limiting, input bias current and impedance. The * macromodel does not exibit proper results with respect to supply current, * supply sensitivities, offsets, output current limit, differential gain or * phase, nor temperature. * Connections: IN+ * | VIN- * | | V- * | | | V+ * | | | | VFB * | | | | | VREF * | | | | | | VOUT * | | | | | | | GND * | | | | | | | | .SUBCKT EL4430/EL 3 4 2 7 6 5 8 1 * * EL4430 macromodel * i1 7 10 .00103 i2 7 11 .00103 i3 7 12 .00105 i4 7 13 .00105 v1 7 14 3 v2 7 15 3 v3 19 2 3 * c1 11 1 .03p c2 12 1 .03p c3 18 1 2.1p c4 16 17 0.6p * r1 10 11 2000 r2 12 13 2000 r3 10 1 30e6 r4 16 2 1000 r5 17 2 1000 r6 18 1 1.27e6 r7 23 21 20 r8 21 8 100 * l1 21 8 50n * d1 11 14 diode d2 12 14 diode d3 18 15 diode d4 19 18 diode .model diode d(tt=120n) * q1 16 3 10 1 pnp q2 17 4 11 1 pnp q3 16 5 12 1 pnp q4 17 6 13 1 pnp .model pnp pnp (bf=90 va=44 tr=50n) * g1 18 1 17 16 .0005 e1 20 1 1 18 1.0 t1 22 1 20 1 z0=50 td=1.5n rlt1 22 1 50 e2 23 1 22 1 1.0 .ENDS *$ ******************************************************************************* * EL6251 MACROMODEL * Revision A, February 1997 .subckt EL6251/EL LSI LSV RDOUT RRDOUT RDPWR RSENSE WRSENS LSRMOD + WROUTEN WRPWR RWROUT WROUT RDOUTEN VCC .MODEL MS1 VSWITCH VON=-1.4 VOFF=-1.5 RON=1m ROFF=1G .MODEL MS2 VSWITCH VON=+1.5 VOFF=+1.4 RON=1m ROFF=1G .MODEL MS3 VSWITCH VON=+1.5 VOFF=+1.4 RON=4 ROFF=1MEG .MODEL MS4 VSWITCH VON=-1.4 VOFF=-1.5 RON=1.2 ROFF=1MEG C1 N7 0 400pF C2 WROUT VCC 5pF C3 N3 0 100pF C4 RDOUT VCC 5pF C5 N8 0 400pF C6 N20 0 100pF C7 N18 0 300pF C8 N15 0 2100pF C9 LSI 0 1pF EV43 N1 0 WRPWR 0 1 EV44 N14 0 RDPWR 0 1 EV45 LSV 0 RSENSE 0 1 FI17 VCC RDOUT VFI17 1 FI18 0 N3 VFI18 200 FI19 VCC WROUT VFI19 1 FI20 0 N20 VFI20 200 FI21 0 N18 VFI21 1 GV35 0 RSENSE N18 0 10m L1 N3 N5 7n L2 N9 N10 3n L3 N20 N12 7n L4 N4 N6 3n R1 0 WRPWR 24K R2 N13 N10 3.5 R3 0 N15 28.57 R4 N7 N9 2.5 R5 0 N18 200 R6 N16 N17 200 R7 0 RDPWR 24K R8 N8 N4 2.5 R9 N11 N6 3.5 SS36 0 N20 RDOUTEN 0 MS3 SS37 N4 N12 0 RDOUTEN MS4 SS38 N9 N5 0 WROUTEN MS4 SS39 0 N3 WROUTEN 0 MS3 SS40 N15 N18 WRSENS 0 MS2 SS41 0 N3 0 LSRMOD MS1 SS42 0 N20 0 LSRMOD MS1 VFI17 N11 0 0.0 VFI18 N1 RWROUT 0.0 VFI19 N13 0 0.0 VFI20 N14 RRDOUT 0.0 VFI21 LSI N17 0.0 VPR46 N16 0 1.5 .ENDS *$ ******************************************************************************* * EL7144 Spice Model * Revision A, February 1996 * Connection In+ * | In- * | | Gnd * | | | Outn * | | | | outp * | | | | | Vcc .subckt M7144/EL 2 3 5 6 7 8 * V1 12 5 1.6 R1 13 15 1k R2 14 15 5k R5 11 12 100 C1 15 5 43.3pF D1 14 13 dmod X1 13 11 2 5 comp1/M7144 X2 16 12 15 5 comp1/M7144 V2 22 5 1.6 R6 23 25 1K R7 24 25 5K R8 21 22 100 C2 25 5 43.3pF D2 24 23 dmod X3 23 21 3 5 comp1/M7144 X4 26 25 22 5 comp1/M7144 X5 16 26 17 5 And-gate/M7144 sp 8 7 17 5 spmod sn 6 5 17 5 snmod g1 11 5 13 5 938u g2 21 5 23 5 938u .model dmod d .model spmod vswitch ron=3 roff=2meg von=1 voff=1.5 .model snmod vswitch ron=4 roff=2meg von=3 voff=2 .ends * .subckt And-gate/M7144 inp1 inp2 out-A Vss-A e1 out-A Vss-A table {v(inp1)*v(inp2)} = (0,3.2) (3.2,0) Rout-a out-a vss-a 10meg rinpa inp1 vss-a 10meg rinpb inp2 vss-a 10meg .ends * .subckt comp1/M7144 out inp inm vss e1 out vss table {(v(inp)-v(inm))*5000} = (0,0) (3.2,3.2) Rout out vss 10meg Rinp inp vss 10meg Rinm inm vss 10meg .ends *$ ******************************************************************************* *EL7212 Macromodel *Revision A, January 1996 *Connection In * | Gnd * | | Vcc * | | | Out .subckt M7212/EL 2 3 6 7 * V1 12 3 1.6 R1 13 15 1k R2 14 15 5k R5 11 12 100 C1 15 3 43.3pF D1 14 13 dmod X1 13 11 2 3 comp1/M7212 X2 16 12 15 3 comp1/M7212 sp 6 7 16 3 spmod sn 7 3 16 3 snmod g1 11 0 13 0 938u .model dmod d .model spmod vswitch ron=3 roff=2meg von=1 voff=1.5 .model snmod vswitch ron=4 roff=2meg von=3 voff=2 .ends * .subckt comp1/M7212 out inp inm vss e1 out vss table {(v(inp)-v(inm))*5000} = (0,0) (3.2,3.2) Rout out vss 10meg Rinp inp vss 10meg Rinm inm vss 10meg .ends *$ ******************************************************************************* * EL7242 Spice Model *Revision A, January 1996 *Connection In+ * | In- * | | Gnd * | | | Out * | | | | Vcc .subckt M7242/EL 1 2 5 7 8 * V1 12 5 1.6 R1 13 15 1k R2 14 15 5k R5 11 12 100 C1 15 5 43.3pF D1 14 13 dmod X1 13 11 1 5 comp1/M7242 X2 16 12 15 5 comp1/M7242 V2 22 5 1.6 R6 23 25 1K R7 24 25 5K R8 21 22 100 C2 25 5 43.3pF D2 24 23 dmod X3 23 21 2 5 comp1/M7242 X4 26 25 22 5 comp1/M7242 X5 16 26 17 5 And-gate/M7242 sp 8 7 17 5 spmod sn 7 5 17 5 snmod g1 11 5 13 5 938u g2 21 5 23 5 938u .model dmod d .model spmod vswitch ron=3 roff=2meg von=1 voff=1.5 .model snmod vswitch ron=4 roff=2meg von=3 voff=2 .ends * .subckt And-gate/M7242 inp1 inp2 out-A Vss-A e1 out-A Vss-A table {v(inp1)*v(inp2)} = (0,3.2) (3.2,0) Rout-a out-a vss-a 10meg rinpa inp1 vss-a 10meg rinpb inp2 vss-a 10meg .ends * .subckt comp1/M7242 out inp inm vss e1 out vss table {(v(inp)-v(inm))*5000} = (0,0) (3.2,3.2) Rout out vss 10meg Rinp inp vss 10meg Rinm inm vss 10meg .ends *$ ******************************************************************************* *EL7243 Macromodel * Revision A, January 1996 *Connection Gnd * | Inp+ * | | Inp- * | | | out * | | | | Vcc * | | | | | .subckt M7243/EL 1 2 3 8 10 * V1 12 1 1.6 R1 13 15 1k R2 14 15 5k R5 11 12 100 C1 15 1 43.3pF D1 14 13 dmod X1 13 11 2 1 comp1/M7243 X2 16 12 15 1 comp1/M7243 V2 22 1 1.6 R6 23 25 1K R7 24 25 5K R8 21 22 100 C2 25 1 43.3pF D2 24 23 dmod X3 23 21 3 1 comp1/M7243 X4 26 25 22 1 comp1/M7243 X5 16 26 17 1 And-gate/M7243 sp 10 8 17 1 spmod sn 8 1 17 1 snmod g1 11 1 13 1 938u g2 21 1 23 1 938u .model dmod d .model spmod vswitch ron=3 roff=2meg von=1 voff=1.5 .model snmod vswitch ron=4 roff=2meg von=3 voff=2 .ends * * AND Gate Subcircuit* .subckt And-gate/M7243 inp1 inp2 out-A Vss-A e1 out-A Vss-A table {v(inp1)*v(inp2)} = (0,3.2) (3.2,0) Rout-a out-a vss-a 10meg rinpa inp1 vss-a 10meg rinpb inp2 vss-a 10meg .ends * * Comparator Subcircuit * .subckt comp1/M7243 out inp inm vss e1 out vss table {(v(inp)-v(inm))*5000} = (0,0) (3.2,3.2) Rout out vss 10meg Rinp inp vss 10meg Rinm inm vss 10meg .ends *$ ******************************************************************************* * EL7661 spice macro model * a-input * | b-input * | | a lo-side output * | | | b lo-side output * | | | | a hi-side output * | | | | | b hi-side output * | | | | | | a hi-side neg supply * | | | | | | | b hi-side neg supply * | | | | | | | | lo-side neg supply * | | | | | | | | | a hi-side pos supply * | | | | | | | | | | b hi-side pos supply * | | | | | | | | | | | lo-side pos supply * | | | | | | | | | | | | .subckt EL7661/EL ina inb alo blo ahi bhi lxa lxb vss vhia vhib vdd * * top level subcircuit calls xdela ina outa vss delay1 xdelb inb outb vss delay1 xalo alo outa vdd vss vss outstg xblo blo outb vdd vss vss outstg xahi ahi outa vhia lxa vss outstg xbhi bhi outb vhib lxb vss outstg .ends * put in value of rset resistor here .param rset=50e3 * * comparator subcircuit .subckt comp10 out inp inm vss e1 out vss table {(v(inp)-v(inm))*5000} (0,0,15,15) rout out vss 10meg rinp inp vss 10meg rinm inm vss 10meg .ends * * input, delay, and level shift subcircuit .subckt delay1 vin compout vss vinref vinref vss 1.8 x1 n1 vin vinref vss comp10 rslow n1 n5 {rset} rnom n5 n2 25k cdelay n2 vss 7.5p ddelay n4 n1 modd rfast n4 n2 110k rdiv1 vddint n3 1k rdiv2 n3 vss 1k x2 compout n3 n2 vss comp10 vddint vddint vss 15 .model modd d is=1e-7 .ends * * 5 ohm output stage subcircuit .subckt outstg out gate vhi lx vss sp vhi out gate vss spmod sn out lx gate vss snmod .model spmod vswitch ron=5 roff=2meg von=2.5 voff=4.5 .model snmod vswitch ron=5 roff=2meg von=7.5 voff=5.5 .ends *$