Hello,
I want to include the Spice model for the OPA1632 in my design schematic but it's not available on its page under Models: http://www.ti.com/product/opa1632 Can the file be attached here if it's around? Thank you.
Hussam
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Hello,
I want to include the Spice model for the OPA1632 in my design schematic but it's not available on its page under Models: http://www.ti.com/product/opa1632 Can the file be attached here if it's around? Thank you.
Hussam
Hi, Hussam,
I am moving your post to our modeling e2e forum.
-d2
Hello Hussam,
Are you looking for a PSpice, or TINA-TI model?
David
Webench Design Center
Hussam,
Thank you for the heads-up on the model missing from the product folder.
The OPA1632 Pspice and TINA models can be found in the SpiceRack, our comprehensive list of Spice models at URL: http://www.ti.com/spicerack
Not sure why the model is mssing from the product folder; it should be there.
Regards,
John
Any time Hussam.
Please let us know if you have any more questions.
Regards,
John
Hi John,
I looked inside the spicerack and could not find the model for the OPA1632, is it still available? as the part is already in a design and would like to simulate it.
Kind regards
Loek
Hello Loek,
I still have the model for OPA1632 on my PC. It is attached.
Hussam
* OPA1632 - Operational-amplifier SPICE MODEL * * Classification: High-performance, precision, differential-in/ differential-out * * Model Definition by Precision Analog, Linear Products group (tek) - Texas Instruments Inc. * * OPA1632 MODEL (Netlist Editor format) *************************************************************************** ** (C) Copyright 2009 Texas Instruments Incorporated. All rights reserved. ** This model is designed as an aid for customers of Texas Instruments. ** TI and its licensors and suppliers make no warranties, either expressed or implied, ** with respect to this model, including the warranties of merchantability or fitness ** for a particular purpose. The model is provided solely on an "as is" basis. The entire ** risk as to its quality and performance is with the customer. *************************************************************************** * Rev. A - 15 January 2005, by W.K. SANDS * Rev. B - 20 March 2009, by W.K. SANDS * a) improved convergence * b) improved voltage and current noise vs. frequency * c) added closed-loop output impedance vs. frequency * d) added PSRR vs. frequency * * This macromodel has been optimized to model the AC, DC, noise, and transient response performance within * the device data sheet specified limits. Correct operation of this macromodel has been verified on * MicroSim P-Spice ver. 8.0, DesignSoft TINA, and on PENZAR Development TopSPICE ver. 6.82d. For help * with other analog simulation software, please consult your software supplier. * *************************************************************************** * BEGIN MODEL OPA1632 * MODEL OPERATES FROM -40 TO +125 C * SOME PARAMETERS DO NOT TRACK THOSE * OF THE REAL PART VS TEMPERATURE * MODEL FEATURES INCLUDE: * OPEN LOOP GAIN, CLOSED LOOP BANDWIDTH, SLEW RATE, * INPUT VOLTAGE NOISE WITH 1/F, * INPUT CURRENT NOISE WITH 1/F, * VOCM FUNCTION, OUTPUT SWING VS CURRENT * CMRR, PSRR, VOS, TCVOS, OUTPUT CURRENT LIMIT * OUTPUT CURRENT IS DRAWN THROUGH SUPPLY RAILS * OUTPUT IMPEDANCE, INPUT CAPACITANCE * INPUT BIAS CURRENT, QUIESCENT CURRENT, * SHUTDOWN, QUIESCENT AT SHUTDOWN, * AND SHUTDOWN ENABLE AND DISABLE TIME DELAYS. * END FEATURES * PINOUT ORDER VIN- VOCM V+ VOUT+ VOUT- V- EN VIN+ * PINOUT ORDER 1 2 3 4 5 6 7 8 .SUBCKT OPA1632 1 2 3 4 5 6 7 8 R51 6 2 30E3 R52 2 3 30E3 C3 5 9 1E-15 C4 9 4 1E-15 C8 8 10 4E-12 C9 1 11 4E-12 R62 0 10 0.1 R63 0 11 0.1 Q18 6 12 13 QOP Q22 3 14 13 QON R176 0 5 1E6 D6 5 3 DD D7 6 5 DD D8 15 0 DIN D9 16 0 DIN I9 0 15 0.1E-3 I10 0 16 0.1E-3 E5 17 0 6 0 1 E6 18 0 3 0 1 D10 19 0 DVN D11 20 0 DVN I11 0 19 0.1E-3 I12 0 20 0.1E-3 E7 8 21 19 20 0.163 G3 22 21 15 16 1.5E-22 I13 3 6 1E-6 R178 6 3 1E8 E8 23 0 18 24 1 E9 25 0 17 24 1 E10 26 0 27 0 1 R179 23 28 1E5 R180 25 29 1E5 R181 26 30 1E5 R182 0 28 10 R183 0 29 10 R184 0 30 10 E11 31 1 30 0 0.31 R185 32 27 1E3 R186 27 33 1E3 C18 23 28 1E-12 C19 25 29 0.25E-12 C20 26 30 1E-12 E12 34 31 29 0 -0.06 E13 35 34 28 0 0.06 Q29 18 36 12 QON Q30 17 36 14 QOP G7 37 24 38 24 0.1 G8 36 24 37 24 0.1 R187 24 37 10 R188 24 36 10 C22 37 24 2E-10 C23 36 24 2E-14 R191 13 5 5 E19 32 0 21 24 1 E20 33 0 22 24 1 Q34 6 39 40 QOP Q35 3 41 40 QON R197 0 4 1E6 D22 4 3 DD D23 6 4 DD E21 42 0 6 0 1 E22 43 0 3 0 1 I24 3 6 1E-6 R199 6 3 1E8 Q40 43 44 39 QON Q41 42 44 41 QOP G11 45 24 46 24 0.1 G12 44 24 45 24 0.1 R208 24 45 10 R209 24 44 10 C31 45 24 2E-10 C32 44 24 2E-14 R212 40 4 5 G22 43 41 47 0 0.55E-3 G23 39 42 47 0 0.55E-3 G25 18 14 47 0 0.55E-3 G26 12 17 47 0 0.55E-3 G29 3 6 48 0 11.65E-3 E54 49 0 47 0 1 V31 49 48 0 M44 50 7 17 17 NEO L=3U W=300U M45 51 52 17 17 NEN L=3U W=3000U R306 50 18 1E4 R307 51 53 1E6 V52 53 17 1 C62 7 0 1E-12 E55 54 0 55 17 1 V53 51 56 1.111E-6 R308 17 56 1E12 C63 18 50 3E-15 C64 53 51 2.5E-15 M50 57 50 17 17 NEN L=3U W=300U M51 52 57 17 17 NEN L=3U W=300U R309 57 53 1E4 R310 52 53 1E4 C65 53 57 160E-12 C106 53 52 300E-12 V54 47 54 0.07U R312 0 54 1E12 R313 0 47 1E12 R314 0 47 1E12 R315 47 0 1E12 R316 47 0 1E12 R317 48 0 1E12 R318 48 0 1E12 E56 9 4 5 4 0.5 E60 58 59 47 0 45 E61 60 38 47 0 -45 V57 61 60 22.5 V58 62 58 -22.5 R328 58 24 1E12 R329 60 24 1E12 M52 38 62 59 63 PSW L=1.5U W=15000U M53 59 61 38 64 NSW L=1.5U W=15000U R330 63 24 1E12 R331 64 24 1E12 E62 24 6 3 6 0.5 R332 46 59 0.1 Q42 65 66 67 QIN Q43 68 21 69 QIN R338 70 67 15 R339 70 69 15 Q44 71 72 65 QIP Q45 73 72 68 QIP Q46 71 74 75 QIN Q47 73 74 76 QIN R340 17 75 333 R341 17 76 333 I39 77 78 2.1E-5 I40 79 65 2.1E-3 I41 79 68 2.1E-3 V63 79 72 1.67 Q48 80 81 82 QCP Q49 74 74 83 QCN Q50 74 2 84 QCP R342 82 85 200 R343 84 85 200 I42 3 85 1.05E-3 Q51 80 80 86 QCN R344 6 86 666 R345 6 83 666 C109 87 71 19.5E-12 C110 73 88 19.5E-12 R346 24 87 60 R347 24 88 60 R348 71 73 7E5 R349 55 51 1E8 C111 55 0 1.5E-14 Q53 70 78 77 QSN V64 18 79 1.2 V65 77 17 1 I44 0 89 1E-3 D36 89 0 DD V66 89 90 0.6551 R351 89 0 1E9 E68 22 35 90 0 140E-6 R352 0 90 1E9 V69 66 22 50E-6 V70 81 91 16.15E-3 E69 91 9 90 0 -0.0285 R353 35 22 1E9 R354 34 35 1E9 R355 31 34 1E9 R356 1 31 1E9 R357 6 24 1E9 R358 9 91 1E9 R359 9 4 1E9 R360 7 18 5E4 D37 92 18 DD D38 93 18 DD D39 17 94 DD D40 17 95 DD V71 92 46 2.14 V72 93 38 2.14 V73 46 94 2.18 V74 38 95 2.18 I45 22 0 1.48E-6 I46 21 0 1.48E-6 G35 3 6 3 6 -15E-6 I47 6 3 0.242E-3 R361 21 8 1E9 V75 38 73 0.55 V76 46 71 0.55 .MODEL PSW PMOS KP=200U VTO=-7.5 IS=1E-18 .MODEL NSW NMOS KP=200U VTO=7.5 IS=1E-18 .MODEL QSN NPN .MODEL QCN NPN .MODEL QCP PNP .MODEL QON NPN VAF=90 RE=3 BF=150 .MODEL QOP PNP VAF=90 RE=3 BF=150 .MODEL QIN NPN BF=2000 RB=12.1 KF=3E-16 .MODEL QIP PNP BF=2000 RB=12.1 KF=3E-16 .MODEL DVN D KF=1.5E-15 .MODEL DIN D KF=9E-16 .MODEL DD D .MODEL NEN NMOS KP=200U VTO=0.5 IS=1E-18 .MODEL NEO NMOS KP=200U VTO=0.8 IS=1E-18 .ENDS * END MODEL OPA1632