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_ TEXAS INSTRUMENTS INCORPORATED Bietieaneecter Group
Control Circuits Data B
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q TEXAS INSTRUMENTS | F INCORPORATED ‘
~GENERAL INFORMATION
THERMAL INFORMATION
ORDERING INSTRUCTIONS AND MECHANICAL DATA OPERATIONAL AMPLIFIERS
~ VOLTAGE COMPARATORS
SPECIAL FUNCTIONS
MILITARY PRODUCTS
TI Sales Offices
ALABAMA: Huntsville, 4717 University Or., Suite 101, Huntsville, AL 35805, (205) 837-7530.
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TI Distributors
ALABAMA: Huntsville, Hall-Mark (205)837-8700.
ARIZONA: Phoenix, Kierutff Electronics (602) 243-4101, R.V Weatherford (602) 272-7144: Tempe, Marshall Industries (602) 968-6181.
CALIFORNIA: Anaheim, R.V. Weatherford (714) 634-9600. Canoga Park, Marshall Industries (213) 999-5001, Chatsworth, JACO (213) 998-2200: Costa Mesa, T! Supply (714) 979-5391: El Monte, Marshall Industries (213) 686- 0141: Et Segundo, Ti Supply (213) 973-2571. Glendate, R.V Weathertord (213) 849-3451, Goleta, RPS (805) 964-6823. Inine, Marshall Industries (714) 556-6400: Los Angeles, Kierulff Electronics (213) 725-0325: RPS (213) 748-1271. Mountain View, Time Electronics (415) 965-8000; Palo Alto, Kierulff Electronics (415) 968-6292: Pomona, R V. Weather- tord (744) 623-1261, San Diego, Arrow Electronics (714) 565-4800. Kierultf Etectronics (714) 278-2112, Marshall In- dustries (714) 278-6350. R.V Weatherford (714) 278-7400, Santa Barbara, R.V. Weatherford (805) 465-8551; Sun- nyvale, Arrow Electronics (408} 739-3011; Marshall Indus- tries (408) 732-1100; Tl Supply (408} 732-5555: United Components (408) 737-7474: Torrance, Time Electronics (213) 320-0880; Tustin, Kierulft Electronics (714) 731-5711
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GEORGIA: Doraville, Arrow Electronics (404) 455-4054; Norcross, Wilshire Electronics (404) 923-5750
ILLINOIS: Artington Heights, Tl Supply (312) 640-2964. Bensonville, Hall-Mark/Chicago (312) 860-3800: Elk Grove Village, Kierulff Electronics (312) 640-0200: Chicago, Newark Electronics (312) 638-4411: Schaumburg, Arrow Electronics (312) 893-9420.
INDIANA: Ft. Wayne, Ft. Wayne Electronics (219) 423-3422: Indianapolis, Graham Electronics (317) 634-8202.
IOWA: Cedar Rapids, Deeco (319) 365-7551
KANSAS: Lenexa, Component Specialties (913) 492-3555. Shawnee Mission, Hall-Mark/Kansas City (913) 888-4747.
MARYLAND: Baltimore, Arrow Electronics (202) 737-1700. (301) 247-5200: Hall-Mark/Baltimore (301) 796-9300: Col- umbia, Diplomat/Maryland (301) 995-1226: Gaithersburg, Cramer/Washington (301) 948-0110; Rockville, Milgray/Washington (301) 468-6400
MASSACHUSETTS: Billerica, Kierulff Electronics (617) 667-8331. Burlington, Wilshire Electronics (617) 272-8200. Newton, Cramer/Newton (617) 969-7700: Waltham, TI Supe at) 890-0510. Woburn, Arrow Electronics (617)
MICHIGAN: Ann Arbor, Arrow Electronics (313) 971-8220. Oak Park, Newark Electronics (313) 967-0600. Grand Rapids, Newark Electronics (616) 241-6681
MINNESOTA: Edina, Arrow Electronics eye 830-1800. Ply- mouth, Marshall Industrials (612) 559-221
MISSOURI: Earth City, Hall-Mark/St Louis (314) 291-5350: Kansas City, Component Specialties (913) 492-3555. LCOMP-Kansas City (816) 221-2400. St. Louis, LCOMP-St Louis (314) 291-6200
NEW HAMPSHIRE: Manchester, Arrow Electronics (603) 668-6968.
NEW JERSEY: Camden, General Radio Supply (609) 964- 8560. Cherry Hill, Miigray/Delaware Valley (609) 424-1300. Clark, Tl Supply (201) 382-6400. Cliften, Wiishire Elec- tronics (201) 340-1900: Fairfield, Kierultf Electronics (201) 575-6750; Moorestown, Arrow Electronics (609) 235-1900: Saddlebrook, Arrow Electronics (201) 797-5800.
NEW MEXICO: Albuquerque. Arrow Electronics (505) 243- 4566. International Electronics (505) 262-2011. United Components (505) 345-9981
NEW YORK: Endwell. Wilshire Electronics (607) 754-1570, Farmingdale, Arrow Etectronics (516) 694-6800: Freeport, Milgray Electronics (516) 546-6000. N.J. (800) 645-3986. payepeege: Arrow Electronics (516) 231-1000: JACO (516) 273-5500: Liverpool, Cramer/ Syracuse (315) 652-1000: New York, Wilshire Electronics (212) 682-8707: Rochester, Cramer/Rochester (716) 275-0300; Rochester Radio Supply (716) 454-7800: Wilshire Etectronics (716) 235-7690. Woodbury, Diplomat/Long Island (516) 921-7920.
OHIO: Beachwood, 23408 Commerce Park Rd., Beachwood, OH 44122, (216) 464-6100. Dayton, Kingsley Bidg., 4124 Linden Ave., Dayton, OH 45432, (513) 258-3877.
OKLAHOMA: Tulsa, 3105 E. Skelly Or., Suite 110, Tulsa, OK 74128, (918) 749-9548.
OREGON: Beaverton, 10700 S.W. Beaverton Hwy., Suite 565, Beaverton, OR 97005, (503) 643-6759.
PENNSYLVANIA: Ft. Washington, 575 Virginia Dr., Ft. Wash- ington, PA 19034, (215) 643-6450.
TENNESSEE: Johnson City, P.O. Drawer 1255, Erwin Hwy., Johnson City, TN 37601, (615) 282-1100
TEXAS: Dallas, 13531 N. Central Expressway, Suite 2700, Dallas, TX 75243, (214) 238-6531; Houston, 9000 Southwest Frwy., Suite 400, Houston, TX 77036, (713) 776-6511.
UTAH: Salt Lske City, 3672 West 2100 South, SaltLake City UT 84120, (801) 973-6310.
VIRGINIA: eles abe Crystal Square 4, 1745 Jetferson Davis
Hwy., Suite 600, Arlington, VA 22202, (703) 553-2200,
fe mond, 3930 Beulah Rd., Richmond. VA 23234, (804) 5- ‘
WASHINGTON: Bellevue, 700 112thN.€., Suite 10, Bellevue, WA 98004, (206) 455-3480.
CANADA: St. Laurent, 945 McCaffery St.. St. Laurent H4T1N3, Quebec, Canada, (514) 341-3232; Richmond Hill, 280 Centre St. E.. Richmond Hill L4C0181, Ontario, Canada, (416) 884-9181. 0
NORTH CAROLINA: Kernersville, Arrow Electronics (919) 966- 2039; Raleigh, Hall-Mark (919) 832-4465
OHI0: Cleveland, TI Supply (216) 464-2435: Cotumbus, Hall- Mark/Ohio (614) 846-1882; Dayton, ESCO Electronics (513) 226-1133: Marshall Industries (513) 236-8088: Kettering, Arrow Electronics (513) 253-9176: Reading, Arrow Elec- pees 3) 761-5432; Solon, Arrow Electronics (216)
OKLAHOMA: Tulsa, Component Speciatties (918) 664-2820: Hall-Mark/Tulsa (918) 835-8458: Tl Supply (918) 749-9543.
OREGON: Beaverton, Almac/Stroum Electronics (503} 641- 9070 Milwaukie, United Components (503) 653-5940
PENNSYLVANIA: Huntington Vatley, Hail-Mark/Philadelphia a a Pittsburgh, Arrow Electronics (412) 1-4
TEXAS: Austin, Component Specialties (512) 837-8922. Hall-Mark/Austin (512) 837-2814: Dallas, Component Spe- Cialties (214} 357-6511: Hall-Mark/Dallas (214) 234-7400: International Electronics. (214) 233-9323, Tl Supply (214) 238-6821: El Paso, International Electronics (915) 778- 9761. Houston, Component Specialties (713) 771-7237. Hall-Mark/Houston (713) 781-6100: Harrison Equipment (713) 652-4700: Tl Supply (713) 776-6511.
UTAH: Salt Lake City, Diplomat/Altatand (801) 486-4134. Kierulff Electronics (801) 973-6913.
WASHINGTON: Redmond, United Components (206) 885, 1985: Seattle, Atmac/Stroum Electronics (206) 763-2300. Krerultf Electronics (206) 575-4420; Tukwila, Arrow Elec- tronics (206) 575-0907.
WISCONSIN: Oak Creek, Arrow Electronics (414) 764-6600: Hall-Mark/Milwaukee (414) 761-3000: Waukesha, Kieruitf Electronics (414) 784-8160.
CANADA: Calgary, Cam Gard Supply (403) 287-0520. Downs- view, CESCO Electronics (416) 661-0220. Edmonton, Cam Gard Supply (403) 426-1805. Halifax, Cam Gard Supply (902)454-8581. Kamloops,Cam Gard Supply (604) 372- 3338, Moncton, Cam Gard Supply (506) 855-2200. Montreal, CESCO Electronics (514) 735-5511: Future Etectronics (514) 731-7441. Ottawa, CESCO Electronics (613) 729-5118. Future Electronics (613) 820-8313. Quebec City, CESCO Electronics (418) 687-4231. Regina, Cam Gard Supply (306) 525-1317. Saskatoon. Cam Gard Supply (306) 652-6424. Toronto, Future Electronics (416) 663-5563. Vancouver, Cam Gard Supply (604) 291-1441. Future Electronics (604) 438- 5545: Winnipeg, Cam Gard Supply (204) 786-8481 S
TEXAS INSTRUMENTS
INCORPORATED
L_CC4781
Tne Linear Control Circuits
Data Book |
~ for Design Engineers.
Second Edition l|
TEXAS INSTRUMENTS
INCORPORATED
IMPORTANT NOTICES
Texas Instruments reserves the right to make changes at any tme in order to improve design and to supply the best product possible.
Ti cannot assume any responsibility for any circuits shown or represent that they are free from patent infringement.
Information contained herein supercedes previously published data on linear integrated circuits from TI, including data books CC415 and LCC4241.
ISBN 0-89512-104-2 Library of Congress No. 79-92000
Copyright © 1980 Texas Instruments Incorporated
cemcccccncncnc ncn ccc ccmcnnnnnnn meneame errr e reece INTRODUCTION
In this 416-page data book, Texas Instruments is pleased to present important technical information on a broad line of linear control integrated circuits that includes operational amplifiers, voltage comparators, analog switches, timers, analog-to-digital converters, Hall-effect devices, and many others.
You will find specifications on device types initiated by TI (TL series) and on plug-in replacements for many competitive types. The functional indexes and selection guides provide the designer with rapid access to data sheets for specific applications, and the interchangeability guides show both direct and nearest replacement devices for many competitive parts. There are margin tabs to guide you quickly to general circuit categories, and the alphanumeric index lets you locate particular type numbers quickly.
The section on military products describes process and screening requirements for JAN, JAN-processed, /883B Class B, and standard device types.
This volume offers design data and specifications only for linear control integrated circuits, but complete technical data on any Texas Instruments semiconductor component is available from your nearest TI field sales office or authorized distributor and from: Marketing and Information Services, Texas Instruments Incorporated, P.O. Box 225012, MS 308, Dallas, Texas 75265.
i a
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
General Information
TABLE OF CONTENTS
PAGE
Section 1 General.IniGrmatlon 434-826 :sip ete ae 34g eee Soe a we a OS a el aE ee ee 7 ALDMANUMENICTNGCX” 676 2.5.5 Sw he eee Se BA ae eS eee @ eee oe a a ee oh ee eS 10 PURCUONE NGO «apd Gao iecn ste 625 decelerate ao nce AR age wR a! ics en Ge BL ae Dae tas tn es as 11 IMTerehangeaOll ty Gee. sc, teen ye dita en edad vee, a Ble a Ste sh se Braces ot Se TOR Re Sons oS Maw Sn ase ered 22 SECTION 2>. ENEMA IMTOUMAUION: ocala GS die evan ee ae Aw iow aera sco aed Ww: ea Aen See ae eat ee eae erate 2/7 MATEF Mal GONSIOCKALIONS? oss tem. rau tera e cack mor Gena s Boe ean One 2. BG Ci ie ed ere ee Be Rtas a) ae. Gerken 28 Thermal Resistance of Integrated Circuit Packages 2.1... ec ee eee eee ees 29 Power Dissipation Derating Curves for Integrated Circuit Packages «©. 1... ee ee tt ee ees 30 Section 3, Ordering Instructions and Mechanical Data 2... . te ee ee te eee ee tee 35 Ordering Instructions: a. 5 bo ere tae Se 2 ae et Se 2 aS ee do BE SE Me a ewe ee 37 Mechanical Datavand Package: Outline ec.<a Atevsaws fe eS atedaale a d.5, ewe DS ew Pe Ae als Fee eae aS 38 SECON Operational AMpDITIEIS:. .4)4:¢.440s We ee ek We ea es ee Oe SRA Ee are Wee ee ewe acatee 47 OPICCHIONGUIGG? ve $v sed cna, oe ee a SA a eee ee he LG wd, Eien ee BSE PRESSE ce SEES 48 Glossary-ot Perms and: DeiNitiONS: 2.02 emote eG arate ee eee oe eee eee be ob ee we ee ok 55 INGIVIGU@dl :Dataoneets: osha wee ee Bee Oe wees Oe eee Sos a Wa ea he eee ed Bw e Ee 59 section:5, Differential - Comparators: ..5.<408 60. 090k 66-4. ww wh es he ee ho 2 we OSG ew OE 189 SEIECTION GUIGR® Sica. cp Sx Wan ait oe eis, Wie Be Aa dar ww ae gat abe K Aste a raat dake ated Se wae 190 Glossary of Terms and Definitions:< <<..-ce eco a Bx £ eink dS Si ee ie Sie wie Se eS ee deere bm ete 192
Me iwiddal Data SMeets. + <p. 8ie, ea aad & Sieciee a oe reek CG Geta Berl eS. wibows Bre ena diae we Oren se 195 Section 6, Special Functions ......... 0.000 ee ee veanee BNA Be eee cat taste ty Ghh caceuee es a) Rae Geta eee Gt mone Sok 267 SEICECTION CQUIGOS <skigecac etek uu es eae Pa ceeveas aE pn bares Re oe I A eee Io RN eo chk GA eo areler ce 8 bok 268 lnGividtial Data SHEETS). .c.cier % dcad ete hw ae Shi Brees kee OS he Scar Me ee te we Oe: Make S aaa Raw 270
Section 7, Military Products .......... Sade seen Sas Fane br tesagheh Ger atc tas a Ge Bs Gnd ante RL ae Be EE gs - 407
10
ALPHANUMERIC INDEX
PAGE PAGE PAGE ADCO808 ....... 270 MC1545 ........ 277° TLOTIB: bc Sé-w acd 131 ADCO809 ....... . 270 MC1558 ........ 85 TUOI2” is betes & ae al 131 ADCO816 ....... 272 MC3303 ........ 89 TO72A: . & gies Sa 131 ADCO817 ....... 272 MC3403. ........ 89 TLO72B ........ 131 LM10iA._ www. 59 MC3423 ........ 279 TLO7T4 1.0... 131 LM106 ........ 195 MC3503 ........ 89 TLO74A ........ 131 LM107. ........ 62 MC3523. ........ 279 TLOV4B 1... 131 SEMA: 2 oe ew: 201) 2. INESSS) s.-25.4) ta64 281 TLOTS . ve ae 131 LM124. ........ 65 NE556 ......... 291 TLO80. 24 oc eu des 139 LM139 «www. 209 NE5532 ........ 93 TLOSOA ........ 139 LM148 6... 67 NE5532A ....... 93 TOSI. cud even ese 139 LM158 ........ 71 NE5533 ........ 97 TOR IA>. medinbe, eos 139 LM193. ........ 211 NE5533A ....... 97 TUOBIB® Seige ses 139 LM201A ....... 59 NE5534 ........ 105 WUOS? ed aks. teh 139 LM206 ........ 195 NE5534A ....... 105 TLO82A ........ 139 LM207. ........ 62 RC4136 ........ 101 TLO82B ........ 139 EM211: 2 eos Ss ae 201 RC4558 ........ 103 TLO83 ..... LL. 139 LM218 ........ 73 RM4136 ........ 101 THOSSA>. gies os 139 LM224 «1... 65 RM4558 ........ 103 TEOS4: £2 e2 fekws 139 LM239 ........ 209 SE555 1... 1... 281 TLOB4A ........ 139 LM248 ........ 67 SE556 .....0... 291 TLO84B ........ 139 LM258 ........ 71 SE5534. «ww. 105 TOSS os, ce ed-aatad 139 LM293. ........ 211 SE5534A ow... 105 TOS? acer Pee kK 147 LM301A_ www wk 59 TOD: « Geshe ty te xg 109 TLOBS «ee weev.b ob 147 LM306 ........ 195 TLO44 2... 112 TEV, ose ee 219 LM307. ........ 62 TLOGO ......... 115 THAGO: x ores a en 293 LM311........ 201 TLOGOA ........ 115 a ee ee 295 UMS18. da:cefe ee 73 TROGT. eine es ak 115 WAS! 3 ete de a 297 LM324 ........ 65 TWOGIAS osdou ca 115 TIS” site coe cos 299 LM339 ww... ee. 209 THOGIB: fescue en 115 VII? ca eto 301 LM348 6... 67 TLOG2 ......... 115 ALAG2: abst ae hows 303 LM358 «www, 71 TLOG2A ........ 115 TUBS i en Bede S 306 LM393 1... we. 211 TEOGIB: . dads coho oe 115 TAGS. cao Geeta 309 LM1900 ........ 77 TLOG4 .. 2. le. 115 WIG, -xs6:246 vee 312 LM2900 ........ 77 TLOG4A ........ 115 jg ed: a 147 LM2901 ........ 213 TLOG4B ........ 115 TOBE: «5% aryte low os 147 LM2902 ........ 81 TLOGG ......... 123 TEGIM: feet sols 219 LM2903 ........ 215 TLOGGA ........ 123 TESIAA. pines 2G 219 LM2904 ........ 83 TLOG6B ........ 123 E321 oboe odes 151 LM3302 ........ 217 TLOVO ......... 131 22 host ated 153 LM3900 ........ 77 TLOVOA ........ 131 ro ic 223 MC1445 ........ 277 TLO71 7.2... ee 131 T3936" sbacdebuks 225 MC1458 ........ 85 TLOVIA~ 4 4-24505 131 TL37G: ova eeedas 315
PAGE TL440 1.0.00... 319 TL441 2... 325 TUARD oo dng 333 TL480 ......... 339 TRARY: co aceedeeens 341 oi |: a ere 343 TEASG*. art wie ew 345 TL490 ........ 349 0: re 353 TEGOO. jour a 6S alee 357 TC504t eect aes 357 V502- Beek eeede 357 ThG09 ii gots 357 TL505 ......... 369 TL506 ow... wee 227 TL5O07 . 2... 0. 377 TUBIO) nahn wees 233 TUBA 26. Sa tak oe 237 TL560 1... 381 TL6EO1 .. 2. ee 387 TEGOR: Acar Shea 387 TL607 ......... 387 TLE10 2.0.0... 387 TIO? inch eter 157 TUPAOs 8 heed as Bex 239 TEIQ0® <6 hens 9h 243 TL810 «ww eee 245 TUSID <n ce hens x 249 MCC 20r 42,3 ecsaceaetg 255 WAIO2. swag ep ecsie ea 163 uA709 ......... 167 UA709A ........ 167 UATI0 ......00 259 UA7I1 ......4.. 263 WAISS hss Gala teats 393 UAT41 .. 2... wee 173 UAIAT : Que ealeoy ox 177 uA7T4B ..... 00. 181 UAT77. owe ee ee 185 WAPDAO®: 5.54053 401
For information on other linear and interface integrated circuits manufactured by Texas Instruments, see the ‘Linear and Interface Circuits
Master Selection Guide,” ‘‘The Interface Circuits Data Book,” and ‘‘The Voltage Regulator Handbook.”
FUNCTIONAL INDEX
SINGLE UNCOMPENSATED OPERATIONAL AMPLIFIERS
DESCRIPTION DEVICE PAGE
High Performance LM101A J, JG, U, W
Military Temperature Range (-55°C to 125°C)
Vio AvD SR_ | Icc Vcc mV VimV Vius | mA V | MAX [max | MAX | min |[TYP| TYP | MAX | MIN MAX _ 75 0 | 50 1 +5
1 0.5 | 3 +22
0.1 1 +18 |BIFET, Low Power TLOG6OM JG 0.05 3 +18 | BIFET, Low Noise TLO7OM JG 1 3 +18 BIFET, General Purpose TLO80M JG 2,000 0.5 —7, +14| General Purpose TL702M J,U,W 500 0.5 —7, +14} General Purpose uA702M J,JG,U,W 50 1 +18 | General Purpose uA709AM | J, JG, U 200 1 +18 General Purpose uA709M J, JG 200 1 +2 +22 General Purpose uA748M J,JG,U,W
250 0.4 0.2 0.4 0.2 0.2 0.4
15,000 1,500
500
100
mimetic Nn ee
High Performance BIFET, Low Power BIFET, Low Noise BIFET, General Purpose
High Performance BIFET, Low Power BIFET, Low Power ‘BIFET, Low Noise BIFET, Low Noise BIFET, General Purpose BIFET, General Purpose General Purpose
a
General Purpose General Purpose
= —-§ -=&§ OFF W WW Wo -| | =
High Performance
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
LM201A TLO6OI TLO7OI TLO801
LM301A TLOG6OC TLO60AC TLO7OC TLO7ZOAC TLO80AC TLO8O0C TL702C uA709C uA748C uA777C
J,JG,N,P JG,P JG,P JG,P
J, JG,N,P JG,P JG,P JG,P JG,P JG,P JG,P
J, JG,N J, JG,N,P J,JG,N,P J,JG,N,P
11
12
FUNCTIONAL INDEX
SINGLE INTERNALLY COMPENSATED OPERATIONAL AMPLIFIERS
Military Temperature Range (—55°C to 125°C)
Vio AvD SR loc Vcc mV Vimv Vius| mA Vv DESCRIPTION DEVICE MAX [Min [T¥P| TvP [Max | MIN WAX 75 10 3 +2
50 1 0.5 +22 | High Performance J, JG, U,W
50 6.5 z Low Noise
Vn = 4nV/J/Hz Typ SE5534 JG 50 6.5 ‘ Low Noise
Vn =4.5nV/\/Hz Max | SE5534A | JG
4 1 ‘ 0.2 +1. BIFET, Low Power TLO61M JG, U
50 2.5 £3, BIFET, Low Noise
Vq= 18 nV//Hz Typ TLO71M | JG 50 2.8 : BIFET, General Purpose TLO81M JG 50 2.8 BIFET, Low Vig TLO88M JG,U 50 ; 1.0 General Purpose, TL321M JG 50 , 2.8 General Purpose uA741M J, JG, U,W
High Performance LM207 High Performance LM218} BIFET, Low Power TLOG1I BIFET, Low Power TLOG6G6I BIFET, Low Noise TLO7I1I BIFET, General Purpose TLO811 BIFET, Low Offset TLO87! BIFET, Low Offset TLO88! General Purpose TL3211
NW WOAARMA AN on
—_
=-WWWW += Oo A=
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
SINGLE INTERNALLY COMPENSATED OPERATIONAL AMPLIFIERS
Commercial Temperature Range (0°C to 70°C)
Vio Avb SR ie mera VimV Vius DESCRIPTION
max | max | min | TvP [Tye | MAX | MIN MAX
High Performance High Performance Low Noise
Vn = 4 nV//Hz Typ Low Noise
Vn = 4.5 nV/\/Hz Max BIFET, Low Power BIFET, Low Power BIFET, Low Power BIFET, Low Power
with Power Control BIFET, Low Power
with Power Control BIFET, Low Power
with Power Control BIFET, Low Noise
Vn = 18 nV/J/Hz Typ BIFET, Low Noise
Vn = 18. nV//Hz Typ BIFET, Low Noise
Vn= 18 nVi/Hz Typ BIFET, General Purpose BIFET, General Purpose BIFET, General! Purpose BIFET, Low Vig BIFET, Low Vig
General Purpose, Genera! Purpose
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
FUNCTIONAL INDEX
DEVICE
LM307 LM318
NE5534
NE5534A TLO61AC TLO61BC TLOG6G1C
TLO66AC
TLO66BC
TLOG6EC
TLO71AC
TLO71BC
TLO7I1C TLO81AC TLO8tBC TLO81C TLO87C TLO88C
TL321C uA741C
14
FUNCTIONAL INDEX
DUAL OPERATIONAL AMPLIFIERS |
Military Temperature Range (—55°C to 125°C)
Vio AvD SR mV Vimv aes
ES ECO Be
Automotive Temperature Range (—40°C to 85°C)
500 j10 | 50 | 100 {1 [03] 06 | +3 +26 | General Purpose | M2904 | JG,P,U | 83 _|
Industrial Temperature Range (—25°C to 85°C)
wWwWooaannan
DESCRIPTION
Min Max | __ Purpose General Purpose High Performance Low Power BIFET, Low Power BIFET, Low Noise
Vn = 18nV//Hz Typ BIFET, General Purpose BIFET, General Purpose General Purpose General Purpose
General Purpose, General Purpose BIFET, Low Power BIFET, Low Noise
BIFET, General Purpose BIFET, General’ Purpose BIFET, Low Offset
BIFET, General Purpose
TEXAS INSTRUMENTS
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DEVICE
LM158
MC1558 RM4558 TLO22M
_ TLO62M
TLO72M TLO82M TLO83M TL322M uA747M
LM258 TL322I TLO62! TLO72I TLO821 TLO83i TL2871 TL288!
DUAL OPERATIONAL AMPLIFIERS
Commercial Temperature Range (0°C to 70°C)
Vio Avpb SR mV VimV V/us a
a a | ax | [tye [rv | wax
= = WWW WwW Ww WwW
Sa I Ta aE a TE TIE TN TE I TS EE TT IS I TE I I A OA II INTREST
DESCRIPTION
SS ee Purpose General Purpose Low Noise
Vy =5nV//Hz Typ Low Noise
Vn = 5 nV//Hz Typ Low Noise
Vn=4 nV/\/Hz Typ Low Noise
Vn = 3.5 nV//Hz Typ High Performance Low Power BIFET, Low Power BIFET, Low Power BIFET, Low Power BIFET, Low Noise
Va = 18 nV//Hz Typ BIFET, Low Noise
Vn = 18 nV/\/Hz Typ BIFET, Low Noise
Vn= 18 nV/\/Hz Typ BIFET, Genera! Purpose BIFET, General Purpose BIFET, General Purpose BIFET, General Purpose BIFET, General Purpose BIFET, Low Offset BIFET, General Purpose General Purpose General Purpose
TEXAS INSTRUMENTS
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DEVICE
LM358 MC1458
NE5532
NE5532A
NE5533
NE5533A RC4558 TLO22C TLO62AC TLO62BC TLO62C
TLO72AC
TLO72BC
TLO72C TLO82AC TLO82BC TLO82C TLO83AC TLO83C TL287C TL288C TL322C uA747C
FUNCTIONAL INDEX
PACKAGES
15
16
FUNCTIONAL INDEX
QUADRUPLE OPERATIONAL AMPLIFIERS
Military Temperature Range (—55°C to 125°C)
Avp SR VimV ae aA DESCRIPTION
| MAX | MAX | ema in ee TYP | TYP | MAX |
General Purpose High Performance Low Power BIFET, Low Power BIFET, Low Noise
Vn = 18 nV/\/Hz Typ BIFET, General Purpose General Purpose General Purpose General Purpose
General Purpose General Purpose General Purpose
General Purpose, General Purpose BIFET, Low Power BIFET, Low Noise BIFET, General Purpose
Haaren rere eee ee eee eee a ET I I IIT TE IS ET TERE EI EEA I TE I EIT Et ETD
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
DEVICE
LM124
RM4136 TLO44M TLO64M
TLO74M TLO84M LM148
LM1900 MC3503
LM2900 LM2902 MC3303
LM224 LM248 TLOG41 TLO74I TLO84\
FUNCTIONAL INDEX
QUADRUPLE OPERATIONAL AMPLIFIERS
Commercial Temperature Range (0°C to 70°C)
Vio Avp SR Icc Vcc mV V/mV Vi/us| mA Vv DESCRIPTION DEVICE | PACKAGES
Tmax [max [max [min [tye tye [max | MIN MAX | 250 7 50 25 1 0.5 0.5 +3 +32
General Purpose LM324 General Purpose LM348 General Purpose LM3900 General Purpose MC3403 High Performance RC4136 Low Power TLO44C BIFET, Low Power TLO64AC BIFET, Low Power TLO6G4BC BIFET, Low Power TLO64C BIFET, Low Noise
Vn = 18nV//Hz Typ TLO74AC BIFET, Low Noise
Vy = 18 nV/J/Hz Typ TLO74BC BIFET, Low Noise
V_ = 18 nV/J/Hz Typ TLO74C BIFET, Low Noise
Vy = 18 nV/J/Hz Typ TLO75C BIFET, General Purpose TLO84AC BIFET, General Purpose TLO84BC BIFET, General Purpose TLO84C BIFET, General Purpose TLO85C
a Na NT EN STE REST ET Teach ea
TEXAS INSTRUMENTS 17
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
18
FUNCTIONAL INDEX
VOLTAGE COMPARATORS
Military Temperature Rangei(—55°C to 125°C)
pA mV LA Avp mA MAX MAX MAX MIN 45 7
RESPONSE TIME ns
POWER SUPPLIES | DEVICE | PACKAGE
3 40,000 TYP | 16 40 MAX 12 V, -3 V to—12 V} LM106
4 0.02 [200,000 TYP } 8 140 TYP 15V,—-15V LM111
4 0.02 {200,000 TYP } 8 210 TYP 1iSV,—-15V TL111 J, JG,N, P| 219
5 0.025] 200,000 TYP | 6 1300 TYP 2V to 36 V TL331M
3. 10,000 MIN | 0.5 80 MAX 12V,-6V TL510M
6 500 MIN | 1.6 40 TYP 12V,-6V TL710M 239
30 10,000 MIN | 0.5 80 MAX 12V,—-6V TL810M 245 20 2 1250 MIN | 2 12V,-6V uA710M 259
0.1 5 6 1300 TYP 2V to 36V LM193T JG, U 211
45 3 7 40,000 TYP | 16 40 MAX 12V,—-3Vto-12V| TL506M } J,W 227 25 3 7 10,000 MIN | 0.5 80 MAX 12V,-6V TL514M | J,W 237 25 3 10,000 MIN | 0.5 12V,-6V TL820M | J 255
7 Dual- 30 5 8,000 MIN 80 MAX 12V,-6V TL811M J,U 249 Paved [oa [8 | 0025[00p00Tvr | 6 | isooTve [| 2Vrsev[ummaer | Ww | 200
Automotive Temperature Range (—40°C to 85°C)
0.25 7 100,000 TYP 1300 TYP 2Vt036V LM2901T| J,N 213 0.5 20 1300 TYP 2Vto28V LM3302T| J,N 217
30,000 TYP tCapable of operating with a single 5-volt supply.
SL a a a ET IT ED UT TC DS NO OT RS I EET
TEXAS INSTRUMENTS
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FUNCTIONAL INDEX
VOLTAGE COMPARATORS
Industrial Temperature Range (—25°C to 85°C)
SHR Ee LA mV LA AVD mA MAX MAX MAX MIN 45 7 40,000 TYP | 16 em 0.15 0.2 |200,000 TYP 0.1 6 0.1 0.025 | 200,000 TYP 6 Dual |
[028] 5 | 0.005|200.000Tve | 6 | 1300TvP | aVvosev | uwaoat | icp | 211
15 | 0.025] 200,000 TYP 1300 TYP 2 V to 36 V TL336IT | JN
RESPONSE TIME
POWER SUPPLIES
DEVICE | PACKAGE rece
12 V,-3 V to—12 V} LM206 J,JG,N,P} 195
140 TYP 15V,—15V LM211T J, JG, P 201 1300 TYP 2V to36V TL3111T JG,P 223 1300 TYP 2V to36V TL3311T JG,P 223
12V,-3Vto—12V| LM306
40,000 TYP J, JG,N,P
200,000 TYP 165 TYP 15V,-15V LM311t J, JG, N, P 200,000 TYP 210 TYP 15 V,-15V TL3117T N,P 200,000 TYP 210 TYP 15V,—-15V TL311AT] N,P 200,000 TYP 1300 TYP 2Vto36V TL331CT| JG,P 8000 MIN 80 MAX 12V,-6V TL510C J, JG,N,P 500 MIN 40 MAX 12V,-6V TL710C J, JG, N, P 8000 MIN 80 MAX 12V,-6V TL810C J, JG, N,P
40 TYP J,JG,N,P 1300 TYP
28 TYP
12V,-6V uA710C 2V to36V LM393T 12 V, -3 Vto-12 VV] TL506C 8000 MIN 80 MAX 12V,-6V TL514C 8000 MIN 80 MAX 12V,-6V TL820C 255
J,N 5000 MIN 33 TYP 12V,-6V TL810C J,JG,N,P] 245 500 MIN 40 TYP 12V,-6V uA711C J, N 263
1000 MIN 200,000 TYP 40,000 TYP
J,N
1200 TYP imazot | aN | 209 | 1300 TYP 2 V to 36 V TL3z6ct} N — | 225 |
- TCapable of operating with a single 5-volt supply.
NNN TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
19
FUNCTIONAL INDEX
EE TR ee I PO TT a EI IL EIT TO DIET ETI NTE TITIES TIE TT SE TIO ODN BITTE STR IE TESTES
SPECIAL FUNCTIONS
PAGE Timers SE555 : General-purpose timers adjustable from 1 microsecond to 1 second . 2... ee ce te te ee ee te es 281 NE555 : Commercial-temperature version of SE555 2.1 1. ee ee we tee ee ee we we te ee ee 281 SE550. + «Duaglwversign Gt SE559 vc sis oe gh cas ee ek oy So Seri eee ae oh teat eae: lew eke aes Pa ie ee Sg Ew og 291 NE556 : Commercial-temperature version of SE556 2... ee te ee te ee ee ee ee et 291 vA2240 : Programmable timer and 8-bit counter specially designed for delays greater than 1 second ...........2.008 401 “Amplifiers MC1445 : 2-channel-multiplexed video amplifier 2... 0... ee ee ee et ee ee ee ee ee ee ee ees 277 TL441 : Logarithmic amplifier with 80-dB inputrange 6. ke ee ee te eee teens 325 uA733 : Differential video amplifier with 200-MHz bandwidth 1.2... 1. eee ee ee ee ee ee ee 393 Voltage-Level Detectors TL480 : = 10-level logarithmic converter in the Jor Npackage 2... 1... ce ee te et eet ee ee ee ee tt es 339 TL481 : 10-level logarithmic converter in the Jor N package .. 1... . et te ee ee we ee ee eee es 341 TL487 : 5-level linear converter in the Por JG package 2.1 1. ee ee ee te ee ee ees 343 TL489 : _ S-level logarithmic converter in the Por JG package .. 1... eee te te et et te em et tt te et ee 345 TL490 : = 10-leve!l linear converter inthe Jor Npackage 1... ee ee ee ee te ee ens 349 TL491 : 10-level linear converterinthe Jor N package 2.1... ce te tt eee ee ee ee ee eee 353 Analog-to-Digital Converter Components ADCO0808: Successive-approximation converter 1... ke ee ee ee ee ee es 270 ADCO809: Successive-approximation converter . 2... ce te ew wt te ew ee ee ee 270 ADCO816: Successive-approximation converter 1... ee ee ee ee ee et es 272 ADC0817: Successive-approximation converter with 8-bit resolution oo... 0... ee te te ee ee ees 272 TL500 : # Dual-slope-converter analog processor with 14-bit resolution 2... 0... te ee te ee ee ee 357
TL501 : Dual-slope-converter analog processor with 13-bit resolution 2... 0... 2 ee et te tte ett ee et ee 357 TL502 : Dual-slope-converter digital processor with 4%-digit capability, seven-segment-display outputs TLS503 : Dual-slope-converter digital processor with 4%4-digit capability, BCD outputs TL505 : Dual-slope-converter analog processor with 10-bit resolution ........0 02. eee ee ee et ete ee 369
TL507 : = Pulse-width modulator with 7-bit resolution . 2... ee tt ee ee ee te et ee ee ee 377 Zero-Crossing Detector
STON cs by ee teste as tee tats Beas gg Geet ac ecole ear ses de ia aden Gch LAREN ae OOS AEG ete en leak ee 319 Doubly-Balanced Mixer
MAA ayes ah ee auiias erst hs BOs teen ts Ven ATS eae hy et ear ca atn ar aNd. Ale Bs ec aien Pea 333 Precision Level Detector
TUSGOss 46 acon iets sg what ete GE be eh asa, & SI oie RO de ace God A hk a eh ee tere woe io 381 Overvoitage Sensing Circuits
[occ kc SA a ee PRE ne Tn Pa Dome ER Pa ae RE ee ee ORC NPE aN Ero ee 279
NCIS 2S” oe lak dd Und anaa SP Oe Ae SOS Me: DE WES Rae CULE Etre 279 3-Channel Stepper-Motor Controller
TSI G se etna ag ce Si A Ae Rote s Geth Eeorns Na See a Soo Dacha RA Sie eae a erat URS 315
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FUNCTIONAL INDEX
SPECIAL FUNCTIONS Analog Switches With 30-mA Capability (Bi-MOS)
ANALOG DEVICE FUNCTION he RANGE SUPPLIES
Twin SPST
Twin DPST
Dual Complementary SPST Twin Dual Complementary SPST
Analog Switches With 10-mA Capability (P-MOS)
ANALOG DEVICE FUNCTION pest RANGE SUPPLIES
SPDT Complementary SPST SPDT SPST
Hall-Effect Devices
General purpose switch >+350 G <—350 G Normally-off switch >+600 G <+100 G Latch >+350 G <—350 G
Normally-off switch >+500 G <+100 G
(Automotive Temp. Range)
TEXAS INSTRUMENTS 21
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
INTERCHANGEABILITY GUIDE (ALPHABETICALLY BY MANUFACTURERS)
Direct replacements were based on similarity of electrical and mechanical characteristics as shown in currently published data. Interchangeability in particular applications is not guaranteed. Before using a device as a substitute, the user should compare the specifications of the substitute device with the specifications of the original.
Texas Instruments makes no warranty as to the information furnished and buyer assumes all risk in the use thereof. No liability is assumed for damages resulting from the use of the information contained in this list.
: FAIRCHILD ORDER INFORMATION EXAMPLE OF ORDER CODE:
XXX oD c Package Type
D=C-DIP F = FLAT PACK P = PLASTIC DIP T = MINI DIP
H = METAL CAN
C = Commercial/Industrial Consumer M = Military O°C to 70°C or 75°C —55°C t0 125°C
FAIRCHILD Ti DIRECT Tt CLOSEST . FAIRCHILD TI DIRECT TI CLOSEST REPLACEMENT REPLACEMENT pare nee eee REPLACEMENT REPLACEMENT HAIOIA LM101A uA710 uA710 “A107 LM107 uwA711 uA711 BA111 LM111 uA733 uA733 wA139 LM139 wA734 LM111 LnA201A LM201A uA741 uA741 A207 LM207 uwA742 TL440 BASOIA LM301A uA747 uA747 A304 LM304 ywA748 uA748 #A307 LM307 “A776 uA777 HA311 LM311 uA777 uA777 uASSS SE555 wA2240C uA2240C uwASSEC NE556 HA3302C LM3302 HASSEM SE556 pA3403 MC3403 HAT02 uA702 uA4136C RC4136 A709 uA709 pA4136M RM4136 uAT09A uA709A
22
MOTOROLA ORDER INFORMATION
EXAMPLE OF ORDER CODE:
Mc XXX P
Different Numbers F = Flat Package Are Used For Variations G = Metal Can In Operating Temperatures L=C-DIP P = Plastic
MOTOROLA TI DIRECT Tl CLOSEST MOTOROLA Tt DIRECT Tl CLOSEST REPLACEMENT REPLACEMENT REPLACEMENT REPLACEMENT MLM101A LM101A MC1545 MC1545 MLM107 LM107 MC1539 LM101A MLM111 LM111 MC1555 SE555 MLM201A LM201A MC1558 MC1558 MLM207 LM207 MC1709 uA709 MLM211 LM211 MC1710 uA710 MLM301A LM301A MC1711 uA711 MLM307 LM307 MC1i712 uA702 MLM311 LM311 MC1733 uA733 MC1414 TL514 MC1741 uA741 MC1420 uA733 MC1747 uA747 MC1430 uA702 MC1748 uA748 MC1431 uA702 MC3302 LM3302 MC1433 LM301A MC3302P LM339 MC1439 LM301A MC3303 MC3303 MC1445 MC1445 MC3403 MC3403 MC1455 NE555 MC3423 MC3423 MC1458 MC1458 MC3503 MC3503 MC1514 TL442 MC3523 MC3523 MC1530 uA702 MC4558 RM4558 MC1531 uA702 MC4558C RC4558 MC1533 LM101A
23
NATIONAL ORDER INFORMATION
EXAMPLE OF ORDER CODE:
24
LM 1 XXXX N 1or7=55°C to 125°C D=C-DIP F = Flat Pack LM, LH = Linear H = Metal Can DM = Line Ckts N = Mini-DIP NATIONAL TI DIRECT TI CLOSEST NATIONAL TI DIRECT TI CLOSEST REPLACEMENT REPLACEMENT REPLACEMENT REPLACEMENT
ADC0808 ADC0808 LM348 LM348
ADC0809 ADCO809 LM358 LM358
ADC0816 ADC0816 LM393 LM393
ADCO817 ADCO0817 LM555C NE555
DS5534 NE5534 LM555M SE555
LM101A LM101A LM556 SE556
LM102 LM102 LM556C NE556
LM106 LM106 LM709 uA709
LM107 LM107 LM709A uA709A
LM110 LM110 LM709C uA709C
LM111 LM111 LM710 uA710
LM112 LM112 LM710C uA710C
LM118 LM218 LM711 uA711
LM124 LM124 LM711C uA711C
M139 LM139 LM733 uA733
LM148 LM148 LM733C uA733C
LM158 LM158 LM741 uA741
LM193 LM193 LM741C uA741C
LM201A LM201A LM747 uA747
LM206 LM206 LM747C uA747C
M207 LM207 LM748 uA748
LM211 LM211 LM748C uA748C
LM218 LM218 LM1414N TL514C
LM224 LM224 LM1458 MC1558
LM239 LM239 LM1514 TL514M
LM248 LM248 LM1558 MC1558
LM258 LM258 LM1900 LM1900
LM293 LM293 LM2900 LM2900
LM301A LM301A M2901 LM2901
LM306 LM306 LM2902 LM2902
LM307 LM307 LM2903 LM2903
LM311 LM311 LM2904 LM2904
LM318 LM318 LM3302 LM3302
LM324 LM324 LM3900 LM3900
LM339 LM339 LM3905 NE555
RAYTHEON ORDER INFORMATION EXAMPLE OF ORDER CODE:
R M XXX L
DC = C-DIP DP, ND = Plastic DIP Q,J = Flat Pack
TO = Metal Can
Temperature Range
M = Military C = Consumer
RAYTHEON TI DIRECT TI CLOSEST RAY THEON TI DIRECT TI CLOSEST | REPLACEMENT REPLACEMENT REPLACEMENT REPLACEMENT LM101A LM101A RC556 NE556 LM106 LM106 RC702 uA702C LM107 LM107 RC709 uA709C LM111 LM111 RC710 uA710C LM118 LM218 RC711 uA711C LM124 LM124 RC733 uA733C LM139 LM139 RC741 uA741C LM158 LM158 RC747 uA747C LM201A LM201A RC748 uA748C LM206 LM206 RC1458 MC1458 LM207 LM207 RC3302 LM3302 LM211 LM211 RC3403 Mc3403 LM218 LM218 RC4136 RC4136 LM224 LM224 RC4558 RC4558 LM239 LM239 RM555 SE555 LM258 LM258 RM556 SE556 LM301A LM301A RM702 uA702M LM306 LM306 RM709 uA709M LM307 LM307 RM710 uA710M LM311 LM311 RM711 uA711M LM318 LM318 RM733 uA733M LM324 LM324 RM741 uA741M LM339 LM339 RM747 uA747M LM358 LM358 RM748 uA748M LM1900 LM1900 RM1514 TL514M LM2900 LM2900 RM1558 MC1558 LM3900 LM3900 RM4136 RM4136 RC555 NE555 RM4558 RM4558
25
SIGNETICS ORDER INFORMATION
EXAMPLE OF ORDER CODE:
26
NE XXXX B
NE = 0°C to 70°C or 75°C: F,1 = C-DIP
SE = —55°C to 125°C A,B,N, V = Plastic DIP
Q, W = Flat Pack
SIGNETICS Tl DIRECT Ti CLOSEST SIGNETICS Ti DIRECT Ti CLOSEST
REPLACEMENT REPLACEMENT REPLACEMENT REPLACEMENT LM101A LM101A NE5533 NE5533 LM107 LM107 NE5533A NE5533A LM111 LM111 NE5534 NE5534 LM124 LM124 NES534A NE5534A LM139 LM139 SE532 LM158 LM201A LM201A SE555 SE555 LM207 LM207 SE556 SE556 LM211 LM211 SE5534 SE5534 LM224 LM224 SE5534A SE5534A LM239 LM239 SE5733 uA733M LM301A LM301A uA709 uA709 LM307 LM307 uA709A uA709A LM311 LM311 uA710 uA710M LM324 LM324 ~uA710C uA710C LM339 LM339 uA711 uA711M MC3302 LM3302 uA711C uA711C NE532 LM358 uA741 uA741M NE555 NE555 uA741C uA741C NE556 NE556 uA747C uA747C NE5532 NE5532 uA748 uA748M NE5532A NE5532A uA748C uA748C
Thermal Information
28
THERMAL INFORMATION
THERMAL CONSIDERATIONS
The power dissipation capability of semiconductor devices is limited by the maximum allowable virtual junction temperature, the ambient temperature, and the thermal resistance between the virtual junction and the ambient environment.
The temperature differance between the junction and the ambient environment is Ty— TA = Pp R@JA (1) where Ty = virtual junction temperature, °C TA = ambient temperature, °C Pp = power dissipated in the device, W R@JA = thermal resistance, junction to ambient, °C/W Solving for Ty,
Ty=TA+Pp REJA (2)
The rating curves that follow assume the ambient environment is still air, that no heat sink is used, and that the junction temperature should not exceed 150°C.
R@JjJA may be reduced by the use of a heat sink.
Rasa = Rasc t+ R@Cca (3)
where R@jc = thermal resistance, junction to case, and Rgca = thermal resistance, case to ambient. Rgca is a function of the heat sink, mounting technique, and air velocity.
Substituting equation (3) into equation (1) and solving for Pp, (4)
TJ-TA ReJC + ReCA
TEXAS INSTRUMENTS
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THERMAL INFORMATION
JUNCTION-TO-CASE JUNCTION-TO-AMBIENT
THERMAL RESISTANCE THERMAL RESISTANCE . THERMAL RESISTANCE
eee Rec (CMW) Rosa (C/W) Jce ic dual-in-line
ramic dual-in im ade 6 122 (glass-mounted chips) J ceramic dual-in-linet
: oe 14 thru 20 29t git (alloy-mounted chips)
JG ceramic dual-in-line
(alss-mounted chips) ae JG ceramic dual-in-linet t t j 26 119 (alloy-mounted chips) CP plastic usin dre ee 14 thru 20 ae eee (| NG plastic dual-in-line ae
P plastic dual-in-line
T 1n addition to those products so designated on their data sheets, all devices having a type number prefix of ‘SNC’ or “SNM,” or a suffix of “*/883B"' have alloy-mounted chips.
J PACKAGES JG LP PACKAGE PACKAGE
N PACKAGES NE PACKAGE
16-PIN
PACKAGE
TEXAS INSTRUMENTS 29
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
30
THERMAL INFORMATION
These curves are for use with the continuous dissipation ratings specified on the individua) data sheets. Those ratings apply up to the temperature at which the rated level intersects the appropriate derating curve or the maximum operating free-air temperature.
Maximum Continuous Dissipation—mW
| | | | tt ty} TAY pt ft | tt ty AT
1200
1100
1000 900 800 700 600 500 400 300 200
100
25
30
35
pt tt | EE eT eZ i tt tt yA AT A
40
PLASTIC PACKAGES
DISSIPATION DERATING CURVE
y,
et tt tt AL YY AL pi tt tte PTAA
45 50 55 60 65
TA—Free-Air Temperature—C
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
THERMAL INFORMATION
PLASTIC PACKAGES (CONTINUED)
These curves are for use with the continuous dissipation ratings specified on the individual data sheets. Those ratings apply up to the temperature at which the rated level intersects the appropriate derating curve or the maximum operating free-air temperature.
DISSIPATION DERATING CURVE 2100
2000
1900
1800
TALL
700
600
i ol
- Oe ee ee ah cael a PRL] wtb PPG ae £ aS ae 5 1300 — — : awh ae —t | | Pp ARYL TN © 1100 in >. 5 1000 = |} | | | [| ff | PAN -_ et tt Tt tT tt tS %
500
400 300
200 5 40 45 50 55 60 65 70 75 80 85
T ,j—Free-Air Temperature—C
25 30 3
TEXAS INSTRUMENTS 31
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
THERMAL INFORMATION
CERAMIC DUAL-IN-LINE PACKAGES
These curves are for use with the continuous dissipation ratings specified on the individual data sheets. Those ratings apply up to the temperature at which the rated level intersects the appropriate derating curve or the maximum operating free-air temperature.
DISSIPATION DERATING CURVE
Maximum Continuous Dissipation—mW
rVitf FLU
Y;
300
\ ‘ i
5 50 75 100
Ta—Free-Air Temperature—° C
YY | | [Agi A | | | tf ft tl
200
100
2
T In addition to those products so designated on their data sheets, all devices having a type number prefix of “SNC” or “SNM”, or a suffix of
“1883B" have alloy-mounted chips.
32 TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
THERMAL INFORMATION
FLAT PACKAGES
These curves are for use with the continuous dissipation ratings specified on-the individual data sheets. Those ratings apply up to the temperature at which the rated level intersects the appropriate derating curve or the maximum operating free-air temperature.
DISSIPATION DERATING CURVE
SEE \ . UNG EEE EEE ELLA EEE EEE SNELL NEE LLPNELEEN EEE TWENTE ALELEE EAN = \ = TTP AULT TTA NS HR
Ta—Free-Air Temperature—C
1000
900
800
700
600
500
400
Maximum Continuous Dissipation—mW
300
200
100
2 5
TEXAS INSTRUMENTS 33
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
Ordering Instructions i
and Mechanical Data
36
ORDERING INSTRUCTIONS AND MECHANICAL DATA
ORDERING INSTRUCTIONS
Electrical characteristics presented in this data book, unless otherwise noted, apply for the circuit type(s) listed in the page heading regardless of package. The availability of a circuit function in a particular package is denoted by an alphabetical reference above the pin-connection diagram(s). These alphabetical references refer to mechanical outline drawing shown in this section.
Factory orders for circuits described should include a four-part type number as explained in the following example. EXAMPLE: TL 022M JG /883B
ine 7
MUST CONTAIN TWO OR THREE LETTERS
TL Ti Linear Contro! Products SN Tl Interface Products SNM Mach IV, Level 1 JM38510 JAN Productt
STANDARD SECOND-SOURCE PREFIXES
LF or LM National MC Motorola NE or SE Signetics uA Fairchild RM or RC Raytheon
2. Unique Circuit Designator Including Temperature Range
MUST CONTAIN THREE TO SEVEN CHARACTERS
(From Individual Data Sheets)
Examples: 022M 1414 101A 75450B 107 78LO05AC
MUST CONTAIN ONE OR TWO LETTERS
J, JG, LP, N, NE, NG, P, U, or W (From Pin-Connection Diagram on Individual Data Sheet)
4. MIL-STD-883B, Method 5004, Class B
NOT USED WITH PART NUMBERS HAVING AN SN PREFIX
Circuits are shipped in one of the carriers shown below. Unless a specific method of shipment is specified by the customer (with possible additional costs), circuits will be shipped in the most practical! carrier.
Dual-In-Line (J, JG, N, NE, NG, P) Plug-In (LP) Flat (U, W) —Slide Magazines —Barnes Carrier —Barnes Carrier ~—A-Channel Plastic Tubing —Sectioned Cardboard Box —Milton Ross Carrier —Barnes Carrier —Individual Cardboard Box
—Sectioned Cardboard Box —Individual Plastic Box
TFor ordering instruction on JAN Products, see Section 8, page 409.
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38
ORDERING INSTRUCTIONS AND MECHANICAL DATA
J ceramic dual-in-line package
These hermetically sealed dual-in-line packages consist of a ceramic base, ceramic cap, and a 14-, 16-, or 20-lead frame. Hermetic sealing is accomplished with glass. The packages are intended for insertion in mounting-hole rows on 0.300 (7,62) centers (see Note-a). Once the leads are compressed and inserted, sufficient tension is provided to secure the package in the board during soldering. Tin-plated (bright-dipped) !eads require no additional cleaning or processing
when used in soldered assembly.
14-PIN J CERAMIC
0.025 (0,63) R NOM
0.310 (7,88) 0.290 (7,36) 0.280 (7,11) 0.245 (6,22)
0.020 (0,51) MIN 0.050
(1,27) NOM
0.785 (20,0) 0.755 (19,1)
©O® OO OO®
O®MOOOO®
0.070 (1,78) MAX 14 PLACES
GLASS
- SEATING PLANE
14 PLACES
0.014 (0,356} 0.008 (0,203) 14 PLACES
0.130 (3,30)
0.200 (5,08) SEALANT
MAX
0.030 (0,76) MIN 14 PLACES 0.023 (0,584) >| PaEXOREIT 015 (0,381) TS EACES MIN 0.100 (2,54) 0.070 (1,77) PIN SPACING 0.100 (2,54) T.P. 4 PLACES (See Note b)
Falls within JEDEC TO-116 and MO-001AA Dimensions
0.310 (7,88) 0.290 (7,36)
0.280 (7,11) 0.245 (6,22)
0.050 (1,27) NOM
- SEATING PLANE 16 PLACES a 0.014 (0,356) 0.008 (0,203) 16 PLACES
NOTES: a.
16-PIN J CERAMIC
0.785 (20,0) 0.755 (19,1)
aaa
0.025 (0,63) R NOM
VW®@OOOOD®O
0.070 (1,78) MAX 16 PLACES
GLASS
0.200 (5,06) SEALANT
MAX. } 0.030 (0,76) MIN 12 PLACES
0.130 (3,30) 0.023 (0,584) 46 pi aces MIN 0.015 (0,381) 0,012 (0,304) MIN 4 PLACES
PIN SPACING 0.100 (2,54) T.P. (See Note b)
0.050 (1,27)
0.015 (0,38) eERAUES
All dimensions are in inches and parenthetically in millimeters. Inch dimensions govern.
b. Each pin centerline is located within 0.010 (0,26) of its true longitudinal position.
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J ceramic dual-in-line packages (continued)
20-PIN J CERAMIC
0.975 (24,8)
| 0.930 (23,6) |
2 © S98 OOO Ow
0.025 (0,63) R NOM
0.310 (7,88) 0.290 (7,36)
0.300 (7,62)
0.245 (6.22) OO OOOOOOO®
0.020 (0,51 0.050 (1,27) NOM (0,51) 0.070 (1,78) MAX 20 PLACES
GLASS SEALANT
0.030 (0,76) MIN 20 PLACES 16 PLACES
\ 0.014 (0,356) 0.02 0.008 (0,203) 0.012 (9,304) MIN Al 20 PLACES
20 PLACES 4 PLACES 0.015 (0,381) 0.050 (1,27)
0.015 (0,38) 4 PLACES
PIN SPACING 0.100 (2,54) T. P. (See Note b)
JG ceramic dual-in-line package
This hermetically sealed dual-in-line package consists of a ceramic base, ceramic cap, and 8-lead frame. Hermetic sealing is accomplished with glass. The package is intended for insertion in mounting-hole rows on 0.300 (7,62) centers (see Note a). Once the leads are compressed and inserted, sufficient tension is provided to secure the package in the board during soldering. Tin-plated (bright-dipped) leads require no additional cleaning or processing when used in soldered assembly.
8-PIN JG CERAMIC
0.400 (10,2) f 0.355 (9,0) 0.025 (0,63) R NOM t 0.310 (7,88)
0.290 (7,36) 0.280 (7,11) ® @) 3) @)
0.245 (6,22)
| 0.050 (1,27) NOM 0.070 (1,78) MAX 8 PLACES i GLASS 0.200 (5,08) SEALANT MAX y - SEATING PLANE 105 0.020(0,51) av 0.030 (0,76) MIN 8 eiaces 0.014 (0,356) 8 PLACES wi F008 (0,203) 0.130 (3,30) 0.023 (0,584) 8 PLACES MIN 0.015 (0,381 381) 8 PLACES 9.065 (1,65) 0.015 (0,38) 4 PLACES
PIN SPACING 0.100 (2,54) T.P. (See Note b)
NOTES: a. All dimensions are in inches and parenthetically in millimeters. Inch dimensions govern, b. Each pin centerline is located within 0.010 (0,26) of its true fongitudinal position.
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LP Silect? plastic package
The Silectt package is an encapsulation in a plastic compound specifically designed for this purpose. The package will withstand soldering temperature without deformation. The package exhibits stable performance characteristics under high-humidity conditions and is capable of meeting MIL-STD-202C, Method 106B requirements.
SEATING PLANE 0.165 (4,19) 0.050 (1,27) 0.125 (3,17) | (see Note b) 0.105 (2,67) 0.105 (2,67)
= 0.080 (2,03) 0.080 (2,03)
0.205 (5,21) 21) 0.135 (3,4 0.175 (4,44) DIA. , =
, *%+— 0.100 + 0.005
0.210 (5,34) (2,54 + 0,13) 0.170 (4,32) 0.500 (12,7) MIN 0.050 + 0.005
(1,27 + 0,13) Falls Within JEDEC TO-226AA Dimensions 0.015 + 0.001 THICK (TO-226AA Replaces TO-92) (0,43 +0 3 —0.03 WIDE 0,38 + 0,03 THICK) (see Note c)
3 LEADS 0.017 + 0.005, —0.001 WIDE
ETrade Mark of Texas Instruments |ncorporated, NOTES: a. Dimensions are in inches and parenthetically in watitimeters: Inch dimensions govern, b. Lead dimensions are not controlled in this area. c. Beyond 0.100 (2,54) below seating plane, tolerance on lead width reduces to +0.001 (0,03).
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N, NE, and NG plastic dual-in-line packages
These dual-in-line packages consist of a circuit mounted on a 14-, 16-, 18-, 20-, or 40-lead frame and encapsulated within an electrically nonconductive plastic compound. The compound will withstand soldering temperature with no deformation, and circuit performance characteristics will remain stable when operated in high-humidity conditions. The packages are intended for insertion in mounting-hole rows on 0.300 (7,62) centers (see Note a). Once the leads are compressed and inserted, sufficient tension is provided to secure the package in the board during soldering. Tin- plated (bright-dipped) leads require no additional cleaning or processing when used in soldered assembly. The NE package is available only in a 14-pin version and has internal metal tabs connecting the center three leads on each side for better heat dissipation. The NG package is available in either 14- or 16-pin versions and is intrinsically similar to the N package but provides better heat dissipation.
14-PIN N, NE, AND NG PLASTIC
0.770 (19.6) 0.710 (18,0)
OO®D OOOO
0.093 (2,36) R NOM 0.300 + 0.010 0.110 (2,79) NOM (7,62 t 0,26)
eo eae 0.080 (2,03) NOM
| 0. 070 (1,78) MAX 14 PLACES
a © f 0.020 (0 a 0.010 (0,25) NOM (0,25) 0.200 (5,08) MAX aa — SEATING PLANE 105° 0.033 (0,83) MIN 90° 14 PLACES
14PLACES .\ lg 0.011 0.003
(0,279 + 0,076) 0.125 (3,17) MIN > os + 0.003 57 + 0,076 a EER GES 0.075 + 0.020 SLAC ER (1,90 + 0,51) 4 PLACES PIN SPACING 0.100 (2,54) T.P.
(See Note b)
Falts Within JEDEC TO-116 and EIA MO-001AA Dimensions
16-PIN N AND NG PLASTIC
0.870 (22,1) MAX
OOO OOOOO
0.300 + 0.010 (7,62 + 0,26)
0.093 (2,36} R NOM 0.166 (4,06) NOM
0.250 + 0.010
{6,35 + 0,26)
0.080 (2,03) NOM YO@®O OO OO® | f= 0.070 (1,78) MAX 16 PLACES
0.020 (0,51)
0.200 (5,08) MAX
0.010 (0,25) NOM
—— SEATING PLANE
105 0.033 (0,83) MIN 16 PLACES is PLACES : ae| Le 0.011 # 0.003 | ke 0.018 + 0.003 (0,279 0,076) 0.125 (3,17) MIN (0,457 + 0,076) P 16 PLACES 0.095 (2,41) 16 PLACES 0.015 (0,38) PIN SPACING 0.100 (2,84) T.P. A4PLACES (See Note b)
ALTERNATE SIDE VIEW —>| [#-0.070 (1,78) MAX 16 PLACES
Package configuration of 16-pin N package (see alternative sideviews) is at the option of Tl.
0.020 (0,51 0.200 (5,08) MAX
>| 0,033 (0,83) MIN 12 PLACES 0,125 (3,17) MIN —»| |e 0.018 +0,003 (0,457 # 0,076) DCs 2 Ai 16 PLACES perry PIN SPACING 0.100 (2,54) T.P. (See Note b)
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N plastic dual-in-line packages (continued)
18-PIN N PLASTIC
0.920 (23,4) MAX
OMOOOO OOOO
0.093 (2,36) R NOM 0.300 + 0.010 (7,62 + 0,26) 0.160 (4,06) NOM
0.275 (6,99) MAX . on
0.080 (2,03) NOM Sns0 56 [to 035 (0,76) MAX 18 PLACES
L oo10 (0,25) NOM 0. baa an 0.200 (5,08) MAX : —SEATING PLANE xr 0.035 (0,76) MIN 18 eURGER 18 PLACES
ole 0.01120,003 0.125 (3,17) MIN —| |a— 0.018 + 0.003
(0,279 + 0,076) (0,457 + 0,076) 18 PLACES 18 PLACES
0.075 (1,91) PIN SPACING 0.100 (2,54) T.P. 0.009 (0,22) (See Note b) 4PLACES
20-PIN N PLASTIC 1,070 (27,2) 0.920 (23,3)
OOOOOOOOO®
0.093 (2,36) R NOM
.300 ¢ 0.010 cee 0,160 (4,06) NOM
(7,62 + 0,26)
0.275 (6,93) MAX ADOOOOOOOM
0.080 (2,03) NOM
' >| le 0.070 (1,78) MAX 20 PLACES L 0.010 (0,25) NOM ozo toe)
0.200 (5,08) MAx MIN
—— SEATING PLANE =
>| be-0. 033 (0,83) MIN
20 PLACES o\« 0.011 + 0.003 0.155 (3,94) | be— 0.018 + 0.003 (0,279 + 0,076) 0.125 (3,17) (0,457 + 0,076) 20 PLACES» 20 PLACES
0.075 (1,91) PIN SPACING 0.100 (2,54) T.P. 0.009 (0,22) (See Note b) 4 PLACES
ALTERNATE SIDE VIEW i 0.070 (1,78) MAX 20 PLACES 0.020 (0,51) 0.200 (5,08) MAX MIN
Package configuration of >| 0.033 (0,83) MIN 20-pin N package (see 16 PLACES alternative sideviews) is
tt ion of: 0.018 + 0.003 at the option of TI. 0.155 (3,94) -»| *
(0,457 + 0,076} 20 PLACES
0.325 (3,17)
0.075 (1,91) 0.009 (0,22) PIN SPACING 0.100 (2,54) T.P.
4 PLACES (See Note b)
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N plastic dual-in-line packages (continued) 40-PIN N PLASTIC
€ 0.600 + 0.010 € (15,24 + 0,28)
ee ee eT
+ TTT obo ts.00 max
: YY YY YY YY A fron 0.031 + 0.003 se
(0,279: ore" erieme lt Seen
PIN SPACING 0.100 (2,54) T.P. 9.095 (2,42)
0.055 (1,39) (See Note b) 0.060 (1,52) NOM
' NOTES: a. All dimensions are in inches and parenthetically in miilimeters. Inch dimensions govern.
b. Leads are within 0.005 (0,127) radius of true position (TP) at maximum material condition.
seem mm
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ORDERING INSTRUCTIONS AND MECHANICAL DATA
P plastic dual-in-line package
This dual-in-line package consists of a circuit mounted on an 8-lead frame .and encapsulated within a plastic compound. The compound will withstand soldering temperature with no deformation and circuit performance characteristics remain stable when operated in high-humidity conditions. The package is intended for insertion in mounting-hole rows on 0.300-inch (7,62) centers (see Note a). Once the leads are compressed and inserted, sufficient tension is provided to secure the package in the board during soldering. Tin-plated (bright-dipped) leads require no additional cleaning or processing when used in soldered assembly.
8-PIN P PLASTIC 0.400 (10,2) MAX
OOO ®
INDEX DOT
q 0.300 (7,62) T.P.
(See Note b) @) @) G) @)
0.250 + 0.010 0.070 (1,78) MAX (6,35 + 0,026) 8 PLACES
0,200 (5,08)
A eeatine PLANE 0.033 (0.84) MIN AUGE PLAN Oss 0, GAU e 0.020 (0,51) | 8 PLACES me 0.030 (0,76) MIN 8 PLACES 0.000 (0,00)
\ . be 0.018 + 0.003 A 0.011 ¢ 0.003 r¥) | fe core t 0,076} (0,279 + 0,076} 8 PLACES 8 PLACES 0.100 (2,54) T.P.
6 PLACES (See Note b)
NOTES: a, Ail dimensions are in inches and parenthetically in millimeters. Inch dimensions govern, b. Each pin is within 0.005 (0,127) radius of true position (TP) at the gauge plane with maximum material condition and unit installed,
NT 6 BR aw i OE Te ETT
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U ceramic flat packages
These flat packages consist of a ceramic base, ceramic cap, and 10- or 14- lead frame. Circuit bars are alloy-mounted.
Hermetic sealing is accomplished with glass. Tin-plated (bright-dipped) leads require no additional cleaning or processing when used in soldered assembly.
10-PIN U CERAMIC 14-PIN U CERAMIC
GOK X@ X76) “Tr tesa SSE = oo aaa OQOOQOOOO®
10 LEADS (See Note b PIN SPACING 2006 (ASS) 14 LEADS 0.060 (1,27) TP. - : (See Note b)
0.350 (8,89) 0.200 (5,08)
1.000 (25,4) ae : a! ‘ 0.265 (6,73) 0.750 (19,0) " 0.235 (5,97) ALTERNATE : : ALTERNATE INDEX POINTS INDEX POINTS
0.080 (2,03) 0.080 (2,03)
—i—
0.060 (1,27) 0.060 (1.27)
0.350 (8,89) 0.200 (5,08)
3 0.060 (1,27) 0,060 (127)_,] [= my] be 9:925.10,64) comin | -o| fo 9.019 10,889) 14 Leaps
.01 1 0.005 (0,12) 0.250 (6,35) 0.000 (0,00) 0.015 (0,381)
OGOEX) OOOOOOO
Falls Within JEDEC MO-OO4AE Dimensions Falls Within JEDEC MO-004AA Dimensions
NOTES: a. All dimensions are in inches and parenthetically in mijlimeters. Inch dimensions goven. b. Leads are within 0.005 (0,127) radius of true position (TP) at maximum material condition. c. This dimension determines a zone within which all body and lead irregularities lie.
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ORDEING INSTRUCTIONS AND MECHANICAL DATA
A RT RT TE a TE I TE DO EA le A aI TS OTS SEE LG OT I RII ES FIT I EIS EIT W ceramic flat packages
These hermetically sealed flat packages consist of an electrically nonconductive ceramic base and.cap and a 14- or 16-lead frame. Hermetic sealing is accomplished with glass. Tin-plated (bright-dipped) leads require no additional cleaning or processing when used in soldered assembly.
14-PIN W CERAMIC 16-PIN W CERAMIC
OOOOOOO st OOOOOOOO
0.006 (0,352) 0.050 (1,27) TP leo}. 0.060 (1,27) TYP 0.003 (0,076) : : 14 PLACES 12 PLACES 16 LEADS (See Note b}
(See Note b)
0.350 (8,89)
a ; : 0.310 (7,87) 0.019 (0,483) ; 0.079 (0,483)
0.015 (0,381} pa Bake 14 LEADS BASE AND 0.015 (0,381) SEATING PLANE 16 LEADS
3 0. zi {7,62) cmoua “ } o.960(74,4) ~ none aol i ote o288 aa ' 0.940 a 8) 0.285 (7,24) Ns B 0. earaai (6,27}
0.080 (2,03) 0.315 (8,00) 0.050 {1,27}
0.270 (6,85) 0.350 (8,89)
0.310 (7.87)
0.025 (0.64
0,040 (4,02) | 0.350 (8,89) = 0.010 (0,25)
0.020 (0,81) 0.337 (8.58) aecacts 0.025 (0,64)
— O@OOOOO COMO gt oaoo.ioie __ *1)* 010,025
0.371 {9,42}
OOOOOOOO
Falls Within JEDEC MO-004AA Dimensions: . Falls Within JEDEC MO-004AG Dimensions
NOTES: a. All dimensions are in inches and parenthetically in millimeters. Inch dimensions govern. b. Leads are within 0.005 (0,127) radius of true position (TP) at maximum material condition. c. This dimension determines a zone within which all body and lead irregularities lie. d. !tndex point is provided on cap for terminal identification only
SS aa I Ba a a I TE TRIPE IETS I A AE I TTS Fi EIT TESS
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Operational Amplifiers
48
SELECTION GUIDE
SINGLE UNCOMPENSATED OPERATIONAL AMPLIFIERS
Military Temperature Range (—55°C to 125°C)
DESCRIPTION
High Performance BIFET, Low Power BIFET, Low Noise BIFET, General Purpose General Purpose General Purpose General Purpose General Purpose General Purpose
High Performance
BIFET, Low Power BIFET, Low Noise BIFET, General Purpose
High Performance BIFET, Low Power BIFET, Low Power BIFET, Low Noise BIFET, Low Noise BIFET, General Purpose
DEVICE
LM101A TLO6O0M TLO7OM TLO80M TL702M uA702M uA709SAM uA709M uA748M
LM201A TLO6O!I TLO7OI TLO8Ol
LM301A TLO6OC TLO60AC TLO7OC TLO7OAC TLO80AC
J, JG,U,W JG
JG
JG
J,U,W
J, JG, U,W J,JG,U
J, JG
J, JG, U,W
J, JG JG,P JG,P JG,P JG,P JG, P
BIFET, General Purpose TLO8OC JG,P General Purpose TL702C J, JG,N General Purpose uA709C J, JG,N,P General Purpose uA748C J, JG,N,P High Performance uA777C J, JG,N,P
=F -=§ OW WWW |] = an
SSS aL a I LE aT a ST TP a a i SO RS APOE
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Military Temperature Range (—55°C to 125°C)
| MAX | 10
75
Vio mV | MAX |
2
NQwWOoAAAA AN ol
SELECTION GUIDE
SINGLE INTERNALLY COMPENSATED OPERATIONAL AMPLIFIERS
AvD VimV
| MIN | 50
SR Vi/us
P| ea 05| 3
">a WWW Ws =| a-—
Vcc Vv DESCRIPTION
High Performance
Low Noise
Vy =4nV//Hz Typ Low Noise
Vn = 4.5 AV//H2 Max
BIFET, Low Power BIFET, Low Noise
Vy = 18 nV//Hz Typ BIFET, General Purpose BIFET, Low Vion
General Purpose, General Purpose
High Performance
High Performance BIFET, Low Power BIFET, Low Power BIFET, Low Noise BIFET, General Purpose BIFET, Low Offset BIFET, Low Offset General Purpose
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SE5534
SE5534A TLO61M
TLO71M TLO81M TLO88M TL321M uA741M
LM207
LM218! TLO611 TLO66I TLO71I TLO811 TLO87I TLO88! TL3211
J, JG, U,W
JG
JG
JG;U
JG
J, JG, U,W
49
50
SELECTION GUIDE
SINGLE INTERNALLY COMPENSATED OPERATIONAL AMPLIFIERS
Commercial Temperature Range (0°C to 70°C)
Vio Avp SR era V/mV Vi/us DESCRIPTION
wax [wax [wane | nn [re [ve [max [in WAX
High Performance High Performance
Low Noise Vy = 4nV//Hz Typ Low Noise
Vp = 4.5 nV/\/Hz Max
BIFET, Low Power _BIFET, Low Power
BIFET, Low Power BIFET, Low Power
with Power Control BIFET, Low Power
with Power Control BIFET, Low Power
with Power Control BIFET, Low Noise
Vn = 18 nV/J/Hz Typ BIFET, Low Noise
Vn = 18 nV//H2 Typ BIFET, Low Noise
Vn =18 nVv//Hz Typ BIFET, General Purpose BIFET, General Purpose BIFET, Genera! Purpose BIFET, Low Vio BIFET, Low Vig
General Purpose, General Purpose
DEVICE
LM307 LM318
NE5534
NE5534A TLO61AC TLO61BC TLOG1C
TLO66AC
TLO66BC
TLO66C
TLO71AC
TLO71BC
TLO71IC TLO81AC TLO81BC TLO81C TLO87C TLO88C
TL321C uA741C
JG,P
JG, P
JG,P
JG,P
JG,P
JG,P JG,P JG,P JG,P JG,P JG,P JG,P J, JG, N,P
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SELECTION GUIDE
DUAL OPERATIONAL AMPLIFIERS
General Purpose LM158 MC1558 RM4558 TLO22M TLO62M
Military Temperature Range (—55°C to 125°C)
fae eee V/imV oer
General Purpose
High Performance
Low Power BIFET, Low Power BIFET, Low Noise V_ = 18 nV/J/H2 Typ BIFET, General Purpose BIFET, General Purpose General Purpose
TLO72M TLO82M TLO83M TL322M uA747M
General Purpose
Automotive Temperature Range (—40°C to 85°C) foo [10 | 60 | 100] 1 | 03] 06 | #3 26 | GeneralPurpose | iM2004 | JGP,u | 83 _|
Industrial Temperature Range (—25°C to 85°C)
General Purpose, LM258 General Purpose TL3221 BIFET, Low Power TLO62I BIFET, Low Noise TLO72I BIFET, General Purpose TLO82I BIFET, General Purpose TLO83! BIFET, Low Offset TL287I BIFET, General Purpose TL288I1
5 8 6 6 6 6 0. 3
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52
SELECTION GUIDE
DUAL OPERATIONAL AMPLIFIERS
Commercial Temperature Range (0°C to 70°C)
Vio Avp SR aa V/imV Vius
ian [ve Pr i |
=~ = WWW W WwW WwW WwW
a a Rr eT
DESCRIPTION
General! Purpose General Purpose Low Noise
Vn=5 nV/./Hz Typ Low Noise
Vn=5 nV/./Hz Typ Low Noise
Vy = 4 nV/JHz Typ Low Noise
Vp = 3.5 nV/J/Hz Typ High Performance Low Power BIFET, Low Power BIFET, Low Power BIFET, Low Power BIFET, Low Noise
Va = 18nV//Hz Typ BIFET, Low Noise
Vn=18 nV//Az Typ BIFET, Low Noise
Vn = 18nV/JHz Typ BIFET, General Purpose BIFET, General Purpose BIFET, General Purpose BIFET, General Purpose BIFET, General Purpose BIFET, Low Offset BIFET, Genera} Purpose General Purpose General Purpose
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DEVICE
LM358 MC1458
NE5532 NE5532A NE5533
NE5533A RC4558 TLO22C TLO62AC TLO62BC TLO62C
TLO7Z2AC TLO72BC
TLO72C TLO82AC TLO82BC TLO82C TLO83AC TLO83C TL287C TL288C TL322C uA747C
SELECTION GUIDE
QUADRUPLE OPERATIONAL AMPLIFIERS
Military Temperature Range (—55°C to 125°C)
AvD SR VimV Vips DESCRIPTION
un | TYP [TYP | MAX | MIN MAX
DEVICE
Genera! Purpose LM124
High Performance Low Power BIFET, Low Power BIFET, Low Noise Vn = 18 nV/\/Hz Typ
RM4136 TLO44M TLO64M
TLO74M
TLO84M LM148
LM1900 MC3503
BIFET, General Purpose Genera! Purpose Genera! Purpose General Purpose
LM2300 LM2902 MC3303
General Purpose General Purpose
General Purpose
Industrial Temperature Range (—25°C to 85°C)
LM224 LM248 TLO64! TLO74I TLO841
General Purpose, General Purpose BIFET, Low Power
BIFET, Low Noise BIFET, General Purpose
a I RT a a eS ee
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SELECTION GUIDE
QUADRUPLE OPERATIONAL AMPLIFIERS
Commercial Temperature Range (0°C to 70°C)
a AvD SR V/imV me ae DESCRIPTION
ae ae ae
General Purpose General Purpose General Purpose General Purpose High Performance Low Power BIFET, Low Power BIFET, Low Power BIFET, Low Power BIFET, Low Noise
Vn = 18 nV//Hz Typ BIFET, Low Noise
V_= 18nV//Hz Typ BIFET, Low Noise
V_ = 18 nV//Hz Typ BIFET, Low Noise
Vn = 18 nV//Hz Typ BIFET, General Purpose BIFET, Genera! Purpose BIFET, General Purpose BIFET, General Purpose
a I a RT ee een ee ee
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DEVICE
LM324 LM348 LM3900 MC3403 RC4136 TLO44C TLO64AC TLO64BC TLO64C
TLO74AC TLO74BC TLO74C TLO75C TLO84AC TLO84BC
TLO84C TLO85C
GLOSSARY OPERATIONAL AMPLIFIER TERMS AND DEFINITIONS
Input Offset Voltage (Vio)
The d-c voltage that must be applied between the input terminals to force the quiescent d-c output voltage to zero. NOTE: The input offset voltage may also be defined for the case where two equal resistances (Rs) are inserted in series with the input leads.
Average Temperature Coefficient of Input Offset Voltage (ay}o)
The ratio of the change in input offset voltage to the change in free-air temperature. This is an average value for the specified temperature range.
(Vio @ Ta(1)) — (Vio @ TaA(2))
where TA(1) and TA(2) are the specified temperature extremes. TA(1) — TA(2)
avid =
Input Offset Current (1jo) The difference between the currents into the two input terminals with the output at zero volts. Average Temperature Coefficient of Input Offset Current (aj}O)
The ratio of the change in input offset current to the change in free-air temperature. This is an average value for the
specified temperature range. 4
lo @T —(lo@T aio = (Ho @ Tata) = (Ho @ Taia)) where T A(1) and T (2) are the specified temperature extremes. TA(1) — TA(2)
Input Bias Current (1)pB)
The average of the currents into the two input terminals with the output at zero volts. Common-Mode Input Voltage (Vic) The average of the two input voltages. Common-Mode Input Voltage Range (VicR) The range of common-mode input voltage that if exceeded will cause the amplifier to cease functioning properly. Differential Input Voltage (Vip) The voltage at the noninverting input with respect to the inverting input. Maximum Peak Output Voltage Swing (Von)
The maximum positive or negative peak output voltage that can be obtained without waveform clipping when the quiescent d-c output voltage is zero.
Maximum Peak-to-Peak Output Voltage Swing (Vopp)
The maximum peak-to-peak output voltage that can be obtained without waveform clipping when the quiescent d-c output voltage is zero.
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GLOSSARY OPERATIONAL AMPLIFIER TERMS AND DEFINITIONS
Large-Signal Voltage Amplification (Ay) The ratio of the peak-to-peak output voltage swing to the change in input voltage required to drive the output. Differential Voltage Amplification (Ayp) The ratio of the change in output voltage to the change in differential input voltage producing it. -Maximum-Output-Swing Bandwidth (Bory) The range of frequencies within which the maximum output voltage swing is above a specified value. Unity-Gain Bandwidth (B71) The range of frequencies within which the open-loop voltage amplification is greater than unity. Phase Margin (¢m)
The absolute value of the open-loop phase shift between the output and the inverting input at the frequency at which the modulus of the open-loop amplification is unity.
Gain Margin (A)
The reciprocal of the open-loop voltage amplification at the lowest frequency at which the open-loop phase shift is such that the output is in phase with the inverting input.
Input Resistance (rj) The resistance between the input terminals with either input grounded. Differential Input Resistance (rjq)
The small-signal resistance between the two ungrounded input terminals. Output Resistance (rg)
The resistance between the output terminal and ground. Input Capacitance (Cj)
The capacitance between the input terminals with either input grounded. Common-Mode Input Impedance (zj¢-)
The parallel sum of the small-signal impedance between each input terminal and ground. Output Impedance (Zo)
The small-signal impedance between the output terminal and ground.
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GLOSSARY OPERATIONAL AMPLIFIER TERMS AND DEFINITIONS
Common-Mode Rejection Ratio (kcjjR, CMRR)
The ratio of differential voltage amplification to common-mode voltage amplification. NOTE: This is measured by determining the ratio of a change in input common-mode voltage to the resulting change in input offset voltage.
Supply Voltage Sensitivity (kgys, AVjO/AVcc) The absolute value of the ratio of the change in input offset voltage to the change in supply voltages producing it. NOTES: 1. Unless otherwise noted, both supply voltages are varied symmetrically. 2. This is the reciprocal of supply voltage rejection ratio. Supply Voltage Rejection Ratio (ksvR, AVCC/AVi¢) The absolute value of the ratio of the change in supply voltages to the change in input offset voltage. NOTES: 1. Unless otherwise noted, both supply voltages are varied symmetrically. 2. This is the reciprocal of supply voltage sensitivity. Equivalent Input Noise Voltage (Vp) The voltage of an ideal voltage source (having an internal impedance equal to zero) in series with the input terminals of
the device that represents the part of the internally generated noise that can properly be represented by a voltage source.
Equivalent Input Noise Current (1,) The current of an ideal current source (having an internal impedance equal to infinity) in parallel with the input
terminals of the device that represents the part of the internally generated noise that can properly be represented by a current source.
Average Noise Figure (F) The ratio of (1) the total output noise power within a designated output frequency band when the noise temperature of the input termination(s) is at the reference noise temperature, To, at all frequencies to (2) that part of (1) caused by the noise temperature of the designated signal-input termination within a designated signal-input frequency band.
Short-Circuit Output Current (Ios)
The maximum output current available from the amplifier with the output shorted to ground, to either supply, or to a specified point.
Supply Current (Icc) The current into the Vcc or Vcc+ terminal of an integrated circuit. Total Power Dissipation (Pp)
The total d-c power supplied to the device less any power delivered from the device to a load. NOTE: At no load: Pp = Vcc+° !cc++ Vec—° Icc--
Channel Separation (V91/Vo2)
The ratio of the change in output voltage of a driven channel to the resulting change in output voltage of another channel.
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58
GLOSSARY OPERATIONAL AMPLIFIER TERMS AND DEFINITIONS
Rise Time (t,)
The time required for an output voltage step to change from 10% to 90% of its final value.
Total Response Time (Settling Time) (teo¢)
The time between a step-function change of the input signal level and the instant at which the magnitude of the output signal reaches for the last time a specified level range (te) containing the final output signal level.
Overshoot Factor
The ratio of (1) the largest deviation of the output signal value from its final steady-state value after a step-function change of the input signal, to (2) the absolute value of the difference between the steady-state output signal values before and after the step-function change of the input signal.
Slew Rate (SR)
The average time rate of change of the closed-loop amplifier output voltage for a step-signal input.
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LINEAR TYPES LM101A, LM201A, LM301A INTEGRATED | HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
CIRCUITS “BULLETIN NO, DL-S 11432, JANUARY 1971—REVISED OCTOBER 1979
Low Input Currents e Designed to be Interchangeable with
Low Input Offset Parameters National Semiconductor LM101A and LM301A
@ Frequency and Transient Response . No Latch-Up Characteristics Adjustable @e Wide Common-Mode and
® Short-Circuit Protection Differential Voltage Ranges ¢ Offset-Voltage Null Capability e Same Pin Assignments as uA709 description
The LM101A, LM201A, and LM301A are high-performance operationa! amplifiers featuring very low input bias current and input offset voltage and current to improve the accuracy of high-impedance circuits using these devices. The high common-mode input voltage range and the absence of latch-up make these amplifiers ideal for voltage-follower applications. The devices are protected to withstand short-circuits at the output. The external compensation of these amplifiers allows the changing of the frequency response (when the closed-loop gain is greater than unity) for applications requiring wider bandwidth or higher slew rate. A potentiometer may be connected between the offset-null inputs (N1 and N2), as shown in Figure 7, to null out the offset voltage.
The LM101A is characterized for operation over the full military temperature range of —55°C to 125°C, the LM201A is characterized for operation from —25 C to 85°C, and the LM301A is characterized for operation from O°C to 70°C.
terminal assignments
J OR N DUAL-IN-LINE . JG OR P _ OR W FLAT PACKAGE DUAL-IN-LINE U FLAT PACKAGE (TOP VIEW) PACKAGE (TOP VIEW) (TOP VIEW)
OFFSET OUT- NULL OFFSET COMP Voce PUT (N2} NULL
PuT
NC OFFSET INV WNON- VYoec- — - oe vee NULL? INPUT INV OFFSET NON= Vee. Cc OFFS
COMP INPUT NULL/ INPUT INV NULL/ INPUT INV iN} comp INPUT COMP INPUT {NI} {N1)
NC—No internal connection
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
| emio1a | tmzoia | LM301a | UNIT Supply voltage Vcc+ (see Note 1) | 22 fl Supply voltage Vcc— (see Note 1) a ee ee a ee ee Differential input voltage (see Note 2) | +30 | #80 | 80] Input voltage (either input, see Notes 1 and 3) a ee se ee ee Voltage between either offset null terminal (N1/N2) and Vec— | -0.5to2 | -05to2]| -05to2] Vv | Duration of output short-circuit (see Note 4) | unlimited | unlimited | unlimited {| | Continuous total power dissipation at (or below) 25°C free-air temperature (see Note 5) | 600 | 500 | 500 | mw [Operating fee-irtemperaturerange —SSSCSC*~<“t*‘“‘;*d CCD TV | ~~ VSG] ODO | “C [Storage temperawrerange—SSSCSSCSCSC~“S~“~S~SCS~*~*~S*S*S*dS CB to 150 | 85 to 150] G5 10 150 | C
| Lead temperature 1/16 inch (1,6 mm) from case for 60 seconds| J,JG,U,orW package | 300 | 300_—|| 300 | °C
[Lead temperature 1/16 inch {1,8 min) from case for 1Oseconds|N or P package | ———+(| 260 | 260 ~+| *c |
NOTES: 1. All voltage values, unless otherwise noted, are with respect to the midpoint between Vcc; and Voc_.
2. Differential voltages are at the noninverting input terminal with respect to the inverting input terminal.
3. The magnitude of the input voltage must never exceed the magnitude of the supply voltage or -15 volts, whichever Is less.
4. The output may be shorted to ground or either power supply. For the LM101A only, the unlimited duration of the short-circuit applies at (or below) 125°C case temperature or 75°C free-air temperature. For the LM201A only, the unlimited duration of the short-circuit applies at (or below) 85°C case temperature or 75°C free-air temperature.
5. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. In the J and JG packages, LM101A chips are alloy-mounted; LM201A and LM301A chips are glass-mounted.
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Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS
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59
TYPES LM101A, LM201A, LM301A HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
DISSIPATION DERATING TABLE POWER DERATING ABOVE RATING FACTOR J (Atloy-Mounted Chip) 500 mw 11.0 mw/C J (Glass-Mounted Chip) 500 mW 8.2 mW/C JG (Alloy-Mounted Chip) 500 mW 8.4 mW/C
PACKAGE
JG (Glass-Mounted Chip) 500 mW 6.6 mW/C 500 mW 9.2 mwW/C 500 mW 8.0 mW/°C 500 mw 5.4mwWPC 500 mw 8.0 mwW/C
Also see Dissipation Derating Curves, Section 2.
electrical characteristics at specified free-air temperature, Cc = 30 pF (see note 6)
PARAMETER TEST CONDITIONSt MIN TYP MAX MIN TYP MAX 25°C VIO Input offset voltage Rs = 50k Full range Average temperature coefficient eVviOo : Full range of input offset voltage 25°C ho Input offset current Full range
Ta = —55°C to 25°C 0.02 0.2
3
z > = 5 < < S > < = i@)
Average temperature coefficient Ta = 25 C to MAX of input offset current TaA=0Cto25C Ta =25 Cto70C
iB nput bias curren Ruane | Full range 300 Common-mode input voltage range
3 >
+15 Vcc: = 215V, 24 28 | 24 28 | oer output voltage swing CC+ = +15V, 20 26 20 26
V =+15V, Large-signa!l differential cc ice Bete Vo =210V, voltage amplification RL > 2ka Full range
ksvR
Oo oO u
25 Cc 25°C 80 98 70 90 CMRR Common-mode rejection ratio | Rs = 50k2 25°C | | Fullrange | 800 | pply voltage rejecti seeeora 80 98 70 96 laVec/AVio) Fulrange| 80 ——SS~dLSSCSCS~S Supply current No signal,
Tall characteristics are specified under open-loop operation. Ful! range for LM101A is —55°C to 125°C, for LM201A is 25°C to 85°C, and for LM301A is O°C to 70°C. NOTES: 6. Unless otherwise noted, Vcoc+ = +5 V to +20 V for LM101A and LM201A, and Voc+ = +5 V to +15 V for LM30TA. All typical values are at Voc+ = +15 V. 7, For LM101A and LM201A, Voc: = +20 V. For LM301A, Voc+ = +15 V.
Ww
60 TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES LM101A, LM201A, LM301A HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
o-—Input Offset Current—nA
Ayvp-—Differential Volatage Amplification—V/mV
INPUT OFFSET CURRENT vs FREE-AIR TEMPERATURE
oO -75 -50 -25 oO 25 §0 75 100 125
Ta—Free-Air Temperature—C
FIGURE 1
OPEN-LOOP LARGE-SIGNAL DIFFERENTIAL VOLTAGE AMPLIFICATION vs -. SUPPLY VOLTAGE
AL =2k2
EREes Ta = 25°C
A 7 aes Za Ce CT
za (LES
PELE (Tt oe LLL a “a
-8 10 12 14 #16 18 20
400
200
100
ee I —Supply Voltage—V
FIGURE 4
TYPICAL CHARACTERISTICS MAXIMUM PEAK-TO-PEAK —
INPUT BIAS CURRENT OUTPUT VOLTAGE (WITH vs SINGLE-POLE COMPENSATION) FREE-AIR TEMPERATURE vs FREQUENCY
N Ta = 25°C
at ee a i CERIN |THE UT
Co=3pF
SUN TT ess2ee UT mu NL
= | RL=10k2 |
Ijg—lInput Bias Current—nA
Vopp — Maximum Peak-to-Peak Output Voltage — V m
eT NUL 4 CLUE ENS Itt TH re) {tJ ih -75 -80 -25 0 25 50 75 100 125 1k 10k: 100 k 10M Ta—Free-Air Temperature—"C f — Frequency — Hz FIGURE 2 FIGURE 3
OPEN-LOOP LARGE-SIGNAL DIFFERENTIAL VOLTAGE AMPLIFICATION
vs VOLTAGE-FOLLOWER
FREQUENCY LARGE-SIGNAL PULSE RESPONSE 4
8
8 >
= 1
Qa o
E z
< =
rt) o
< >
8 3
> 5
‘s re)
5 z
£
a
>
f
ae 10 100 1k 10k 100k 1M 10M 100M 0 10 20 30 40 50 60 70 80 90
f—Frequency—Hz t-Time—zs FIGURE 5 FIGURE 6
TYPICAL APPLICATION DATA
Vo R2 V\ R1 R1-°30 pF RL> Cc 2 oer R1+R2 R1°R2 R3 = R1+R2
FIGURE 7—INVERTING CIRCUIT WITH ADJUSTABLE GAIN, SINGLE-POLE COMPENSATION, AND OFFSET ADJUSTMENT
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62
LINEAR | | INTEGRATED TYPES LM107, LM207, LM307
CIRCUITS HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
BULLETIN NO. DL-S 11426, DECEMBER 1970—REVISED OCTOBER 1979
@ Low Input Currents @ Short-Circuit Protection ~@ No Frequency Compensation Required @ No Latch-Up @ Low Input Offset Parameters @ Wide Common-Mode and
Differential Voltage Ranges
description
The LM107, LM207, and LM307 are high-performance Operational amplifiers featuring very low input bias current and input offset voltage and current to improve the accuracy of high-impedance circuits using these devices.
The high common-mode input voltage range and the absence of latch-up make these amplifiers ideal for voltage- follower applications. The devices are short-circuit protected and the internal frequency compensation ensures stability without external components.
The LM107 is characterized for operation over the full military temperature range of —55°C to 125°C, the LM207 is characterized for operation from —25°C to 85°C, and the LM307 is characterized for operation from 0°C to 70°C.
terminal assignments
JOR N DUAL-IN-LINE | JG OR P . OR W FLAT PACKAGE DUAL-IN-LINE U FLAT PACKAGE
(TOP VIEW) PACKAGE (TOP VIEW) (TOP VIEW)
OFFSET
out. NC NC NC Vcc. Put wc NC
= N ac NC. wel. INV ONON-. Veco- NC NC INV NON- Voc anaes inPUr INV. Vec-
INPUT = —INV INPUT INV (INPUT INPUT an wren
NC—No internal connection
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Supply voltage Voc+ (see Note 1)
| a ee Supply voltage Voc— (see Note 1) 22 | 22) | 18 | Differential input voltage (see Note 2) +30 Input voltage (either input, see Notes 1 and 3) +15
Duration of output short-circuit (see Note 4) unlimited | unlimited | unlimited _ Continuous total dissipation at (or below) 25°C free-air temperature (see Note 5) | 500 | 500 | 500 | Operating free-air temperature range /-55to 125 | —25to85 | Oto70 | r | Storage temperature range 85 to 150 | ~65 to 150| 6510 180 | °C | Lead temperature 1/16 inch (1,6 mm) from case for 60 seconds | J, JG,U,orWpackage| 300 | 300 | Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds | NorPpackage |_| S260
NOTES:
° io)
. All voltage values, unless otherwise noted, are with respect to the midpoint between Vcc 4 and Vcc_.
. Differential voltages are at the noninverting input terminal with respect to the inverting input terminal.
. The magnitude of the Input voltage must never exceed the magnitude of the supply voltage or 15 volts, whichever is less.
. The output may be shorted to ground or either power supply. For the LM107 only, the unlimited duration of the short-circuit applies at (or below) 125°C case temperature or 75°C free-air temperature. For the LM207 only, the unlimited duration of the short-circuit applies at (or below) 85°C case temperature or 75°C free-air temperature.
5. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. In the J and JG packages, LM107 chips are
alloy-mounted; LM207 and LM307 chips are glass-mounted. _ |
hOAN =
Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES LM107, LM207, LM307 HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
DISSIPATION DERATING TABLE
POWER DERATING ABOVE PACKAGE
RATING FACTOR Ta J (Atloy-Mounted Chip) 500 mW 11.0 mw/C 105°C J (Glass-Mounted Chip) 500 mw 8.2 mW/C 89°C JG (Alloy-Mounted Chip) 500 mw 8.4 mwW/C 90°C
JG (Glass-Mounted Chip) 500 mW 6.6 mW/C 74°C 500 mW 9.2 mW/C 96°C 500 mw 8.0 mwW/C 87°C 500 mW 5.4 mw/C 57°C 500 mw 8.0 mW/C 87°C
Also see Dissipation Derating Curves, Section 2.
electrical characteristics at specified free-air temperature (see note 6)
LM107, LM207 — PARAMETER TEST CONDITIONSt MIN TY Vv Input offset volt Rs = 50 kQ aes : ut orTset voltage = 10 ‘ e . : Fulf range
Average temperature coefficient
LM307 —
ba © | = > x
=| < ~~ = > *
=) ron) wiry = 2 nN _ on
30
©)
; Full range VIO of input offset voltage :
25°C ho Input offset current Full range
00
| lig Input bias current Full range _| VICR coer See Note 7 Full range +15
. input voltage range -
Voc: = #15 V, 2 Ri = 10 k2 Full range 2
RL =2k2 Full range Vo =2+10V,
CMRR Common-mode rejection ratio | Rg = 50 k2 Full range
Supply voltage rejection ratio x
if) es On
Average temperature coefficient
a110 : of input offset current
NS Oln NTO
Ww © ~ or
o =)
&
fee) A+ nN _ NO WwW
i wn ol NO oOo NO io) = 5
Maximum peak-to-peak
Vopp
NO ion] N oO
output voltage swing
Large-signal differential Avo ae bet cam VimvV voltage amplification ;
nN o
9
f Se Ol1o i<e) ©
4 4
25
80
80
i ap © oO
2 k Rg = 50k mi (AVcc/AVI0) : | eeu _80
No signal,
See Note 7 TAIl characteristics are specified under open-loop operation. Full range for LM107 is —55°C to 125°C, for LM207 is —25°C to 85°C, and for LM307 is O°C to 70°C. . | NOTES: 6. Unless otherwise noted Voc. = +5 V to +20 V for LM107 and LM207, and Vcc: = #5 V to £15 V for LM307. All typical values are at Voc+ = +15 V, 7. For LM107 and LM207, Vec+ = $20 V. For LM307, Vec+ = +15 Vv.
2 9
_ eo GO
icc Supply current
nm | © ~ m1 W
TEXAS INSTRUMENTS 63
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES LM107, LM207, LM307 HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
TYPICAL CHARACTERISTICS
INPUT OFFSET CURRENT vs
FREE-AIR TEMPERATURE
100
Vec: = 215 V
4 u y : § 3 t 60 Oo 3 ~ oO 2 8 o o = 3 q 40 a c c = 7T ! Q @
0 0 -~75 -S0 -25 0 25 50 75 100 125 Ta~Free-Air Temperature—C FIGURE 1
MAX!MUM PEAK-TO-PEAK OUTPUT VOLTAGE VS FREQUENCY
Vec: = 215 V RL = 10kk
Vopp—Maximum Peak-to-Peak Output Voltage—V Input and Output Voitages—V
7 10 f~—Frequency—kHz
FIGURE 3
OPEN-LOOP LARGE-SIGNAL DIFFERENTIAL VOLTAGE AMPLIFICATION vs SUPPLY VOLTAGE
rage ke cae ee (a (a (eH) RECO ) > 200 = | 2 : ee = PELL Ler i 2 100 p—j}——f ff = q GES (ee ee es Ge Ge Se ee ee g AMR (Eke fess pe, ee) ar ea Gem Mm OE RE 5 3 ae aS Pe a = cee 9 ee a ae a € Poses 3 - a
14 16 18 20
Voces | -Supply Vottage—v ¢
FIGURE 5 Data for free-air temperatures below—25°C and above 85°C is applicable for LM107 only. Data for supply voltages greater than 15 V is applicable to LM107 and LM207 circuits only.
64
INCORPORATED
INPUT BIAS CURRENT vs
FREE-AIR TEMPERATURE
eile} ces Nici] She Meeeea te:
ReE oe A
La
ACE aSEEG
L|
Rae ee EraeZe zine
-§0 -25 i?) 25 50 75 100 125 Ta—Free-Air Temperature—C FIGURE 2
VOLTAGE-FOLLOWER
Vee: = #18 V RL=2k2 Cy = 100 pF
0 10 20 3 460 560 60 76 80 90
t-Time—us
FIGURE 4
OPEN-LOOP LARGE-SIGNAL DIFFERENTIAL VOLTAGE AMPLIFICATION
vs
FREQUENCY
1 10 100 1k 10k 100k 1M 10M 100M
f—Frequency—Hz
FIGURE 6
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LINEAR | TYPES LM124, LM224, LM324 INTEGRATED QUADRUPLE OPERATIONAL AMPLIFIERS
CIRCUITS BULLETIN NO, OL-S 12248, SEPTEMBER 1975 — REVISED OCTOBER 1979
e Wide Range of Supply Voltages e Low Input Bias and Offset Parameters Single Supply ... 3 V to 30 V Input Offset Voltage ...2mV Typ or Dual Supplies Input Offset Current ...3nA Typ (LM124) © Low Supply Current Drain Input Bias Current...45 nA Typ Independent of Supply Voltage e Differential Input Voltage Range ...0.8mA Typ Equal to Maximum-Rated © Common-Mode Input Voltage Supply Voltage... +32 V Range Includes Ground Allowing e Open-Loop Differential Voltage Direct Sensing near Ground | Amplification ... 100 V/mV Typ schematic (each amplifier) e Internal Frequency Compensation
ee JOR N DUAL-IN-LINE OR W FLAT PACKAGE (TOP VIEW)
AMPLIFIER NO. 4 AMPLIFIER NO. 3 DOUTPUT ‘ INVERT- NONIN- *‘ NONIN- INVERT- ING VERTING VERTING ING OUTPUT INPUT INPUT GND INPUT INPUT OUTPUT
=6 = 100A CURR CURRENT REGUL. REGULATOR
ENT ATOR
INVERTING INPUT
NON- INVERTING O INPUT
w60-p A CURRENT REGULATOR
TO OTHER AMPLIFIERS
description
These devices consist of four independent, high-gain, frequency-compensated operational amplifiers that were designed specifically to operate from a single supply over a wide range of voltages. Operation from split supplies is also possible so long as the difference OUTPUT INVERT- NONIN- Vcc NONIN- INVERT- OUTPUT between the two supplies is 3 volts to 30 volts and INPUT INPUT. ‘INPUT INPUT
Pin 4 is at least 1.5 volts more positive than the input
common-mode voltage. The low supply current drain is independent of the magnitude of the supply voltage.
AMPLIFIER NO. 1 AMPLIFIER NO. 2
Applications include transducer amplifiers, d-c amplification blocks, and all the conventional operational amplifier circuits that now can be more easily implemented in single-supply-voltage systems. For example, the LM124 can be Operated directly off of the standard five-volt supply that is used in digital systems and will easily provide the required interface electronics without requiring additional + 15-volt supplies.
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Supply voltage,-Vec-(see: Note 4). ci ee we Sate ia eed: s asin Mae whee ee Been Be ae 32 V Differential input voltage (see Note 2)... kk te ee eee eee ee ee ee ee ee eee ees +32 V [Input Voltage range {ether input): 4 eetbs dasa oes awe RAMA ie order Si ee A ah oe ee eee —0.3 V to 32 V Duration of output short-circuit (one amplifier) to ground at (or below) 25°C free-air temperature (VCC < 15 V) (see Note 3) 1. ee ee ete ees _ unlimited Continuous total dissipation at (or below) 25°C free-air temperature (see Note4) ... 2. eee eee eee 900 mW Operating free-air temperature range: LM124 2... 1... ee te ee ee ee eens —55°C to 125°C M294 og GAs ede ap Saeed dann ane, oe —25°C to 85°C EMBD4. “bok ah cele eh danas igen ht anne a ae 0°C to 70°C Storage temperature range 6... ee ee ce ee eee eee eee e ee ee eee en nens —65°C to 150°C Lead temperature 1/16 inch (1,6 mm) from case for 60 seconds: JorW package ........ 2.00 ce ee ees 300°C Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds: N package ........0 000 e eee neers 260°C
NOTES: All voltage values, except differential voltages, are with respect to the network ground terminal.
1.
2. Differential voltages are at the noninverting input terminal with respect to the inverting input terminal.
3. Short circuits from outputs to Vcc can cause excessive heating and eventual destruction.
4. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. In the J package, LM124 chips are alloy-- mounted; LM224 and LM324 chips are glass-mounted.
Copyright © 1979 by Texas Instruments |ncorporated
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @® DALLAS, TEXAS 75265
65
66
TYPES LM124, LM224, LM324 QUADRUPLE OPERATIONAL AMPLIFIERS
electrical characteristics at specified free-air temperature, VCC = 5 V (unless otherwise noted)
TEST CONDITIONSt it a Voc =5 V to 30 V lB
Vo = 1.4V, 25°C Input bias current oO | 28°C SeeNoreS | Fullange
Common-mode input V Vcc =30V 7 ii
Veoc = 30 V High-level output voltage S
‘
Ry >= 10 ko
Low-level output voltage Ri_<10k2 Full range
Large-signal differential Vo =1Vtoi1V,
voltage amplification RL > 2k2 Full range
CMRR Common-mode rejection ratio | Rg < 10 k2 ksyvR* Supply voltage rejection ratio Rg < 10 k2 ie
2 7
Voi /Vo2 Channel separation f=TkHeto Weel 28 | ~COSC~SCi‘“‘C;C‘N'CO™WC#*#*dé;C«® Output current | asc | 10
Supply current (four amplifiers)
*ksvr = AVcc/AVI9
tAll characteristics are specified under open-loop conditions. Full range is —55°C to 125°C for LM124, ~25°C to 85°C for LM224, and o°C to
70°C for LM324. NOTE 5: The direction of the bias current is out of the device due to the P-N-P input stage. This current is essentially constant, regardless of the state of the output, so no loading change is presented to the input tines. ;
THERMAL INFORMATION
DISSIPATION DERATING TABLE POWER DERATING ABOVE RATING FACTOR Ta J (Alloy-Mounted Chip) 900 mW ss 11.0 mW/C 68°C 0 OUTPUT B J (Glass-Mounted Chip) 900mW = 8.2 mW/°C 40°C ) N 900mW =s- 9.2 MW/°C 52°C Ww 900mW 8.0mWSC 37°C
© OUTPUT A PACKAGE
AUDIO INPUT
Also see Dissipation Derating Curves, Section 2.
O OUTPUT C
100 uF
AUDIO DISTRIBUTION AMPLIFIER
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
LINEAR TYPES LM148, LM248, LM348 INTEGRATED QUADRUPLE OPERATIONAL AMPLIFIERS
Cl R C U ITS BULLETIN NO. OL-S 12723, OCTOBER 1979
e uA741 Operating Characteristics @ Low Supply Current Drain. ..0.6 mA Typ LM148...J LM248, LM348...J ORN e Low Input Offset Voltage DUAL-IN-LINE PACKAGE (TOP VIEW) e Low Input Offset Current e Class AB Output Stage AMPLIFIER NO. 4 AMPLIFIER NO. 3 e Input/Output Overload Protection INYNG VERTING VERTING ING OUTPUT INPUT INPUT VYoec— INPUT INPUT OUTPUT description
The LM148, LM248, and LM348 are quadruple, independent, high-gain, internally compensated oper- ational amplifiers designed to have operating characteristics similar to the uA741. These amplifiers exhibit low supply current drain, and input bias and offset currents that are much less than for the uA741.
The LM148 is characterized for operation over the
eae oO Oo ; . - a full military temperature range of —55 C to 125 C, OUTPOTINING VERTING “°°' VERTING ING the LM248 is characterized for operation from —25 C INPUT INET ANEGT INPUT
to 85°C, and the LM348 is characterized for operation AMPLIFIER NO. 1 AMPLIFIER NO. 2 from 0°C to 70 °C.
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
ee te umzag | _uw3as_—|u
[Supply voltage Vecs (seeNote1) ——C—‘LCSC(‘i Ot Supply voltaue Voc eeNotet)——SOSCS~—SC“—SCS~—~—‘—CS*—C—~—CSC‘C~‘CSCSC~‘dCSC id iY Ct
2
—22
[Differential input voltage (seeNote 2)
[Duration of output short-circuit (see Note4) unlimited | untimited_| unlimited _| 00
<|<|<|<|2 =
‘Continuous total power dissipation at (or below) 1375 1025 1025 ‘ag m
25°C free-air temperature (see Note 5) | Npackage CT 50 | 50
Operating free-air temperature range -—55 to 125 —25 to 85 :
Storage temperature range | —65 to 150 | —65 to 150
| =65 to 150_| c Lead temperature 1/16 inch (1,6 mm) from case for 60 seconds J package | 300 | 300 +=+| 300 ~*| °C Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds | Npackage | = | 260 +2x-| 260 | °c |
Ali voltage values, except differential voltages, are with respect to the midpoint between Voc; and Vcc_.
Differential voltages are at the noninverting input terminal with respect to the inverting input terminal.
The magnitude of the input voltage must never exceed the magnitude of the supply voltage or 15 volts, whichever is less.
The output may be shorted to ground or either power supply, Temperature and/or supply voltages must be limited to ensure that
oO
NOTES:
ae
the dissipation rating is not exceeded. 5. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. Jn the J package, LM148 chips are alloy-
mounted; LM248 and LM348 chips are glass-mounted, DISSIPATION DERATING TABLE
POWER DERATING ABOVE
PACKAGE RATING FACTOR TA
J (Atloy-Mounted Chip) 1375mW = 11.mW/C 25°C J (Glass-Mounted Chip) 1025 mW 8.2 mW/C 25°C N 1150 mw 9.2mW/C 25°C
Also see Dissipation Derating Curves, Section 2,
Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
67
68
TYPES LM148, LM248, LM348 QUADRUPLE OPERATIONAL AMPLIFIERS
electrical characteristics, VCC+ = +15 V
LM148 LM248 LM348 PARAMETER TEST CONDITIONST MIN TYP MAX |MIN TYP MAX |MIN TYP MAX V Input offset voltage Rs <
10
aor ; Ta = 25°C er ee, ee nput oftset curren
; Ta=28C
IB T
UNIT
° x + > N) ot ° ©
Common-mode +12 +12
VICR TA = full range +
input voltage range
A A 75 : Ta =25C 30 =6100 30 200 3 Input bias current Tasfullrange TH 800 R R
NO
= 12 L=10k2, Ta=25°C | 24 26 | 24 26020=—0| Maximum peak-to-peak L 2 10 k2, Ta = full range = = 25° 4 2
VoppP
NO
Output voltage swing
ALa2kR, __Ta=25°C 2024 ALS DK, Ta= full range
N
mV nA nA V V M2 MHz mA
Large-signal differential RE 22kQ, | Ta =25°C 25 160 25 16 Avp tes VimV voltage amplification [Vo=+10V | Ta=fullrange( 25 ‘| 18 —=«dt SSCS Ti ___Inputresistance___—‘( Ta=28°C Pos 28 [os 25 [08 25 [wa By Unitygain bandwidth [Ayp=1, Tasos | 1~~*4| 1 Sid St *d mPhase margin Avp=1._Ta=aec_ | om | om —idTsCi | Common-mod Ta = 25°C 70 ~=90 70 90 MRR OC Rs<10k2 LA Supply voltage rejection Ta = 25°C 77 «96 77 (96 ksvr Lec Rg < 10k A [os Shortcircuit output current Ta = 25°C Suppl t No load, No signal, lec ienlaasiae oO ee Oo signa 24 36 24 45 24 (four amplifiers) Ta 25 C
7.5
0 200 6 4 0 0 6 5
‘ 4.5 20
; f = 1 Hz to 20 kHz, Vo1/Vo2 Channel separation : 120 Ta = 25°C
TAIN characteristics are specified under open-loop conditions unless otherwise noted. Full range for Ta is —55°C to 125°C for LM148, —25°C to 85°C for LM248; and 0°C to 70°C for LM348,
= NO oO :
operating characteristics, Vcc+ = + 15 V, TA = 25°C
PARAMETER TEST CONDITIONS SR Slew rate at unity gain RL =2kQ, CL = 100 pF, See Figure 1
PARAMETER MEASUREMENT INFORMATION
MIN TYP MAX | UNIT
10 kQ
Avpb = 100
FIGURE 1—UNITY-GAIN AMPLIFIER FIGURE 2—INVERTING AMPLIFIER
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES LM148, LM248, LM348 QUADRUPLE OPERATIONAL AMPLIFIERS
TYPICAL CHARACTERISTICS"
INPUT BIAS CURRENT COMMON-MODE INPUT VOLTAGE LIMITS MAXIMUM PEAK-TO-PEAK OUTPUT VOLTAGE vs vs vs FREE-AIR TEMPERATURE SUPPLY VOLTAGE SUPPLY VOLTAGE
RL = 10k2
Vect = £15 V TaA=25°C
Ijg—tnput Bias Current—nA Common-Mode Input Voltage Limits—V
Vopp—Maximum Peak-to-Peak Output Voltage—V
0 -75 -50 -25 0 25 S0 75 100 125
Ta—Free-Air Temperature~C Neoct L-Supply Voltage~V Nec++Supply Voltage—V FIGURE 3 FIGURE 4 FIGURE 5 MAXIMUM PEAK-TO-PEAK OUTPUT VOLTAGE MAXIMUM POSITIVE PEAK OUTPUT VOLTAGE SWING MAXIMUM NEGATIVE PEAK OUTPUT VOLTAGE SWING vs vs vs FREQUENCY OUTPUT CURRENT OUTPUT CURRENT
= an
SN ci a CUA CCTM HU CUNT ALI A CUE IM UT
10
Vopp—Maximum Peak-to-Peak Output Voltage—V an
Vom+—Maximum Positive Peak Output Voltage Swing—V
r=) ae A | VoOM——Maximum Negative Peak Output Voltage Swing—V
0 0 1k 10k 100 k 1M 10M Qo -5 ~10 -15 -20 -25 -30 -35 i) 5 10 15 20 25 30 35 f—Frequency—Hz [9—Output Current—mA lo—Output Current—mA FIGURE 6G FIGURE 7 FIGURE 8 LARGE-SIGNAL DIFFERENTIAL VOLTAGE AMPLIFICATION and PHASE SHIFT UNITY-GAIN BANDWIDTH COMMON-MODE REJECTION RATIO vs vs vs FREQUENCY FREE-AIR TEMPERATURE FREQUENCY
—_ Oo o
Vect = £15 V RL =10kQ
CUE TTT UT cos = 215 Vil
Vect = 215 V
: oe F : 2 TT Tas I 3 i eameg EL ST : | Ch & = e rea s a 8 8 50 3 z é 2 TT A E 2 E20 pa ti a ra Soo HUM CM MIT Mt Ut : 2 °C CEN ‘ SLLLUM LUT CUI LUI | Tt 10 100 1k 10k 100k 1M 10M -—75 -50 -25 OO 25 S0 75 100 125 10 100 1k 10k 100 k 1M f—Frequency—Hz Ta~—Free-Air Temperature—C f~Frequency—Hz FIGURE 9 FIGURE 10 FIGURE 11
TData at high and low temperatures are applicable only within the rated operating free-air temperature ranges of the various devices,
TEXAS INSTRUMENTS 59
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES LM148, LM248, LM348 QUADRUPLE OPERATIONAL AMPLIFIERS
TYPICAL CHARACTERISTICS*
SUPPLY CURRENT SLEW RATE. EQUIVALENT INPUT NOISE VOLTAGE vs vs vs SUPPLY VOLTAGE FREE-AIR TEMPERATURE FREQUENCY
ATE TTI ETT tl 80 F-7 4 CUPS CT UT
60
Icc+—Supply Current—mA SR-Siew Rate—V/ps
Vn-—Equivalent Input Noise Voltage—nV\/Hz
CE ATT 0 0 4 6 8 10 12 14 16 -75 -50 -25 0 25 50 $75 100 125 10 100 1k 10 k
Necs-Supply Voltage—V Ta—Free-Air Temperature—°C f—Frequency—Hz
FIGURE 12 FIGURE 13 FIGURE 14
OUTPUT VOLTAGE VOLTAGE-FOLLOWER INVERTER vs LARGE-SIGNAL PULSE RESPONSE LARGE-SIGNAL PULSE RESPONSE ELAPSED TIME
Vect = £15 V RL=2kQ Ta = 25°C CL = 100 pF
Input and Output Voltages—V Input and Output Voltages—V Vo—Output Voltage—mV
Q 20 40 60 80 100 120 0 20 40 60 80 100 120 0 05 17 1 5 2 2.5 t-—Time—ps t—Time—ps t—Time—s FIGURE 15 FIGURE 16 FIGURE 17
schematic (each amplifier) OUTPUT IMPEDANCE
FREQUENCY Vecy 1k p= api ay Saiiitieemee fSSeeitn: TA CoC INVERTING, 100 be A Pe hie
INPUT
—— —— ——I aad = Ll —— ——
rrr Ss 74 Ol
PAST Lar
q4il
Z9—Output Impedance-2 =
an ae soto él
Saari rcSatii oes eesati oa PAC A
oC LET CTU TTT |
"100 1k 10k 100 k 1M
f—Frequency—Hz
FIGURE 18
Components values shown are nominal
tData at high and low temperatures are applicable only within the rated operating free-air temperature ranges of the various devices,
SLT TAM Th CU TT TTT
s
TEXAS INSTRUMENTS
70 INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
LINEAR | TYPES LM158, LM258, LM358 INTEGRATED DUAL OPERATIONAL AMPLIFIERS
CIRCUITS BULLETIN NO. DL-S 12413, JUNE 1976 — REVISED OCTOBER 1979 e Wide Range of Supply Voltages e Low Input Bias and Offset Parameters Single Supply ...3 V to 30 V Input Oftset Voltage ...2mV Typ or Dual Supplies Input Offset Current...3 nA Typ (LM158)
e Low Supply Current Drain Input Bias Current...45 nA Typ
Independent of Supply Voltage e Differential Input Voltage Range ...0.5 mA Typ Equal to Maximum-Rated
e Common-Mode Input Voltage Supply Voltage... +32 V
Range Includes Ground Allowing e Open-Loop Differential Voltage Direct Sensing near Ground Amplification ... 100 V/mV Typ e Internal Frequency Compensation schematic (each amplifier) JG OR P U DUAL-IN-LINE FLAT PACKAGE
overs - PACKAGE (TOP VIEW) (TOP VIEW)
mwopA CURRENT REGULATOR
AMPLIFIER NO. 2 AMPLIFIER NO, 2
NON- OUT- INV INV Vec+ PUT INPUT INPUT
INVERTING InpuT *
~=6-uA 100A CURRENT CURRENT REGULATOR REGULATOR
= 50a CURRENT REGULATOR
NON- INVERTING O INPUT
“(OR Vcc) TO OTHER NC OUT INV NON
AMPLIFIERS PUT INPUT INV OUT- INV NON- GNO INPUT
PUT INPUT INV
INPUT
AMPLIFIER NO. 1
description ibaduibers NC—No internal connection
These devices consist of two independent, high-gain, frequency-compensated operational amplifiers that were designed specifically to operate from a single supply over a wide range of voltages. Operation from split supplies is also possible so long as the difference between the two supplies is 3 volts to 30 volts and Pin 4 is at least 1.5 volts more positive than the input common-mode voltage. The low supply current drain is independent of the magnitude of the supply voltage.
Applications include transducer amplifiers, d-c amplification blocks, and all the conventional operational amplifier circuits that now can be more easily implemented in single-supply-voltage systems.
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Supply voltage, VEE (seeINOte Ty dacai-siwrire eee dale ays wae we Ed A ee toe SA ee Re ea Ga 32 V Differential input voltage (see Note 2) ow ee eee ee ee ne ee eee eee eens +32 V Input voltage range (either input) oo... . ce ee ee ee eee eee eee —0.3 V to 32 V Duration of output short-circuit (one amplifier) to ground at (or below) 25°C
free-air temperature (VCC S15 V) (seeNote 3) 2... ee ee ee ens unlimited
Continuous total dissipation at (or below) 25°C free-air temperature (see Note 4): LM258JG, LM358JG .. 825 mW LM158JG, LM258P, LM358P .. 900 mW LM158U, LM258U, LM358U .. 675 mW
Operating free-air temperature range: LM158 ........ . ct ee ee ee ee eee —55°C to 125°C
EMZ58. tre deetek ste ea.o) ewes ti ee een ea —25°C to 85°C
EMO56> Sito h4et he ewe pened Caan Siig 0°C to 70°C
Storage temperatire range: 2: dc c's od 3 G4 eee he kd bk BRO we PH ESS See —65°C to 150°C
Lead temperature 1/16 inch (1,6 mm) from case for 60 seconds: JG or Upackage ...........00e ees 300°C
lead temperature 1/16 inch (1,6 mm) from case for 10 seconds: Ppackage .........0 00 cee eee auee 260°C NOTES: All voltage values, except differential voltages, are with respect to the network ground terminal.
Az
2. Differential voltages are at the noninverting input terminal with respect to the inverting input terminal.
3. Short circuits from outputs to Vcc can cause excessive heating and eventual destruction.
4. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. In the JG package, LM158 chips are alloy- mounted; LM258 and LM358 chips are glass-mounted.
Copyright © 1979 by Texas Instruments Incorporated TEXAS INSTRUMENTS ”
INCORPORATED POST OFFICE BOX 225012 @® DALLAS, TEXAS 75265
720
TYPES LM158, LM258, LM358 DUAL OPERATIONAL AMPLIFIERS
electrical characteristics at specified free-air temperature, Vcc = 5 V (unless otherwise noted)
LM158, LM258 PARAMETER TEST CONDITIONST
M TYP MA MIN TYP MAX VIO Input offset voltage Vec=5Vto30V |Fullrange | 7
N ~ 2/8 <
LM358 UNIT
N Average temperature coefficient ‘ avio : J Full range 7 uV/iC of input offset voltage se dinamo MONTES [Furrange [107 Average temperature coefficient Eull : a ull ran 0 of input offset current 7 i | Vo=14V, | asc | = 45 ~150 | 45 _—250 iB Input bias current 25°C vies Vec—1.5 Vcec-—1.5 Vcc = 30 V = —2
3
+ oO
Common-mode input
V ICR voltage range
0 Full range Vcc Vcc—2 Vec = 30 V, ce Full range 2 RL =2k2 | 7
Oo - o)
26 High-level output voitage 27
NO ©
Vcc = 30 V ce Full range Rp_ = 10k2 VOL Low-level output voltage R_ <10kQ Full range
[ t 6 7 Vv Maximum peak-to peak B wid 55°C J ee Orr output voltage swing L CC AvD Vo'=1 Vto11 V, : 0
Vec—1.5
—_
0
OQ
Large-signal differential
voltage amplification
ol ©
ioe) on
7
fe) CMRR Common-mode rejection ratio | Rg < 10k . . °
Koyp” Supply voltage rejection ratio Rs < 10k | 25°c | 65 100 ~~ ‘| Vot/Vo2 _ Channel separation f= 1 kHz to 20 kHz
C : : os Cr ac
Vint oly
ID 25°C. 12 50 12 Vo = 200 mv
NQ < 1°) = > 3 < |2 < < >|s | >
— NS >]
0
| L om)
x
2 5
7 .
3 30 28
5 20 100 85 40 —20
0 0
NO ©
Output current 2
° i oo) | >
on ro) >
Supply current No load, (two amplifiers) Full range
! ce No signal
oO 3 ‘= >
*ksvp =AVcc/AVIo
TAI characteristics are specified under open-loop conditions, Full range is —55°C to 125°C for LM158, 25°C to 85°C for LM258, and O°C to ° 70 C for LM358. NOTE 5: The direction of the bias current is out of the device due to the P-N-P input stage. This current is essentially constant, regardless of the state of the output, so no loading change is presented to the input lines, DISSIPATION DERATING TABLE POWER DERATING ABOVE RATING FACTOR Ta JG (Alloy-Mounted Chip) 900 mW 8.4mWLC
PACKAGE
JG (Glass-Mounted Chip) 825 mW 6.6 mwW/C P 900 mw 8.0 mW/C U 675 mW 5.4 mW/C Also see Dissipation Derating Curves, Section 2.
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LINEAR
INTEGRATED CIRCUITS
TYPES LM218, LM318 HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
BULLETIN NO, DL-S 12410, JUNE 1976 — REVISED OCTOBER 1979
Small-Signal Bandwidth ... 15 MHz Typ e Internal Frequency Compensation e Slew Rate...50 V/us Min e Input and Output Overload Protection e Bias Current. ..250 nA Max (LM218) e Same Pin Assignments as General Purpose e Supply Voltage Range...+5 V to +20 V Operational Amplitiers description:
The LM218 and LM318 are precision, high-speed operational amplifiers designed for applications requiring wide band-
width and high slew rate. They feature a factor-of-ten increase in speed over general purpose devices without sacrificing dc performance.
These operational amplifiers have internal unity-gain frequency compensation. This considerably simplifies their application since no external components are necessary for operation. However, unlike most internally compensated amplifiers, external frequency compensation may be added for optimum performance. For inverting applications, feed-forward compensation will boost the slew rate to over 150 V/us and almost double the bandwidth.
Overcompensation may be used with the amplifier for greater stability when maximum bandwidth is not needed. Further, a single capacitor may be added to reduce the settling time for €< 0.1% to under 1 us.
The high speed and fast settling time of these operational amplifiers make them useful in A/D converters, oscillators, active filters, sample and hold circuits, and general purpose amplifiers.
The LM218 is characterized for operation from —25°C to 85°C, and the LM318 is characterized for operation from 0°C to 70°C.
terminal assignments:
JG OR P DUAL-IN-LINE PACKAGE
N DUAL-IN-LINE (TOP VIEW)
PACKAGE (TOP VIEW)
compe OUT- BAL/ Comp OUT- BAL/ 2 Vec+ PUT COMP3 NC NC 2 Vec+ PUT COMP3 NC
BAL/ INV NON- Vcc_ NC NC BAL/ INV NON- Vec_ nc COMP 1INPUT INV COMP1 INPUT INV INPUT INPUT
NC—No internal connection
DISSIPATION DERATING TABLE
POWER DERATING ABOVE PACKAGE
RATING FACTOR
Ta JG (Glass-Mounted Chip) 500 mw
6.6 mW/°C 74°C N 500 mW 9.2mwW/c 96°C P 500 mw 8.0 mW/C 87°C
Also see Dissipation Derating Curves, Section 2,
Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS 3 INCORPORATED
POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES LM218, LM318 HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Supply voltage, Vcc+ (see Note 1) | 2~—Cti«d ‘asa at] lv Supply voltage, Vcc_ (see Note 1) | -200—— sf 20 | Input voltage (either input, see Notes 1 and 2) | tts ft fl Differential input current (see Note 3) Duration of output short-circuit (see Note 4) | unlimited | unlimited [| | Continuous total power dissipation at (or below) | 00 fo] mw 25°C free-air temperature (see Note 5) -
Operating free-air temperature range Storage temperature range | -65to150 | -—65to150 | °c | Lead temperature 1/16 inch (1, 6 mm) from case for 60 seconds [Jor JGpackage | 300 | 300 | °c | Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds [NorPpackage | 260 | 20 | °c |
NOTES: 1. All voltage values, unless otherwise noted, are with respect to the midpoint between Vcoc+ and Vcc_. 2. The magnitude of the input voltage must never exceed the magnitude of the supply voltage or 15 volts, whichever is less. 3. The inputs are shunted with two opposite-facing base-emitter diodes for over voltage protection. Therefore, excessive current will
flow if a differential input voltage in excess of approximately 1 V is applied between the inputs unless some limiting resistance is used,
4. The output may be shorted to ground or either power supply. For the LM218 only, the unlimited duration of the short-circuit applies at (or below) 85°C case temperature or 75°C free-air temperature.
5. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. In the J and JG packages, LM218 and LM318 chips are glass-mounted.
electrical characteristics at specified free-air temperature (see note 6)
LM LM318
Ss Fullrange |
26°C 30_200 lig Input bias current
Fullrange | _—-s00. | —S~SD
Vv a V 15V |Fullrange | +11.5 +11.5 Vv = + ull ran +11, +11, ICR input voltage range CC: Maximum peak-to-peak Vec: = +15 V, VopP Se rene KP - CC Full range 24 26 24 26 Vv Output voltage swing RL =2k2 V =+15V, ji cS 50 200 25 200 Vo = +10 V, Vv/mV Full range
:
Bi Unity-gain bandwidth Vecr=215v joe | 18 —*+| SO SC~*d
CMRR Common-mode rejection ratio Full range 80 100 70 100 | dB | 70~=— 80
Supply voltage rejection ratio | KSVR (AVcc/AVio) Fult range 65 80 0 loa ;
TAI! characteristics are specified under open-loop operation, Full range for LM218 is —25° to 85°C and for LM318 is O°C to 70°C.
NOTE 6: Unless otherwise noted, Vecs+ = $5 V to +20 V. All typical values are at Vec+ = $15 V. Throughout this data sheet, supply vo!tages are specified either as a range or as a specific value. A positive voltage within the specified range (or of the specified value) is applied to Vec+, and an equal negative voltage is applied to Vcc_.
TEST CONDITIONSt
25°C
Large-signal differential
A ve voltage amplification
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES LM218, LM318 HIGH-PERFORMANCE OPERATIONAL AMPLIFIERS
operating characteristics, Vcc+ = 15 V, VcC— = —15 V, Ta = 25°C
PARAMETER TEST CONDITIONS MIN TYP MAX |] UNIT |
parameter measurement information 2kQ
10V INPUT 2kQ2 INPUT --OV OUTPUT ---10V 100 pF OUTPUT } 1kQ ee, | z - an (eee " : |
TEST CIRCUIT
VOLTAGE WAVEFORMS FIGURE 1—SLEW RATE
schematic
BALANCE COMPENSATION-3
BALANCE COMPENSATION-1 COMPENSATION-2 O )
252 ae _ INVERTING | an 3a INPUT 28 pF r 17 = ee AI
: 12kQ2
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
OVoc
Component values shown are nominal.
75
76
LINEAR TYPES LM1900, LM2900, LM3900 INTEGRATED QUADRUPLE OPERATIONAL AMPLIFIERS
CIR CU ITS BULLETIN NO, DL-S 12682, JULY 1979—REVISED DECEMBER 1979
J OR N DUAL-IN-LINE PACKAGE e Wide Range of Supply Voltages, Single or (TOP VIEW)
Dual Supplies Wide Bandwidth INV. INV. INV. OUT- OUT. INV
Voc INPUT INPUT INPUT PUT PUT INPUT
NON- NON-
Large Output Voltage Swing Output Short-Circuit Protection Internal Frequency Compensation Low Input Bias Current
Designed to be Interchangeable with National Semiconductor LM1900, LM2900, and LM3900, Respectively
NON
description INV INV
INPUT INPUT
These devices consist of four independent, high-gain, frequency-compensated Norton operational amplifiers that were designed specifically to operate from a single supply over a wide range of voltages. Operation from ep ailes split supplies is also possible. The low supply current Sennen drain is essentially independent of the magnitude of
the supply voltage. These devices provide wide bandwidth and large output voltage swing.
schematic (each amplifier)
The LM1900 is characterized for operation over the O OUTPUT full military temperature range of —55°C to 125°C, INVERTING the LM2900 is characterized for operation from —40°C to 85°C, and the LM3900 is characterized for operation from 0°C to 70°C.
INVERTING O INPUT J 1.3mA
operating characteristics
Norton (or current-differencing) amplifiers can be used in most standard general purpose op-amp applications. Performance as a dc amplifier in a single-power-supply mode is not as precise as a standard integrated-circuit operational amplifier operating from dual supplies. Operation of the amplifier can best be understood by noting that input currents are differenced at the inverting input terminal and this current then flows through the external feedback resistor to produce the output voltage. Common-mode current biasing is generally useful to allow operating with signal levels near (or even below) ground.
Internal transistors (see Note 5) clamp negative input voltages at approximately —0.3 volt but the magnitude of current flow has to be limited by the external input network. For operation at high temperature, this limit should be approxi- mately —100 microamperes.
Noise immunity of a Norton amplifier is less than that of standard bipolar amplifiers. Circuit layout is more critical since coupling from the output to the noninverting input can cause oscillations. Care must also be exercised when driving either input from a low-impedance source. A limiting resistor should be placed in series with the input lead to limit the peak input current. Current up to 20 milliamperes will not damage the device but the current mirror on the noninverting input will saturate and cause a loss of mirror gain at higher current levels, especially at high operating temperatures.
Copyright © 1979 by Texas Instruments incorporated
TEXAS INSTRUMENTS 7
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
78
TYPES LM1900, LM2900, LM3900 QUADRUPLE OPERATIONAL AMPLIFIERS
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
LM1900 LM2900 LM3900 UNIT a mW
32 Duration of output short circuit (one amplifier) to ground ie biiperhte-o) Unlimited Unlimited Unlimited at (or below) 25°C free-air temperature (see Note 2) 60
Continuous total dissipation at (or below) 25°C | JPackage | 1375 | 1025 | 1025 |
Operating free-air temperature range
Storage temperature range | -65to 150 | -65t0150 | -65t0150 | °C |
Lead temperature 1/16 inch (1,6 mm) from case for 60 seconds fe = 900. -| 300. ] 8G A
00 Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds N Package a ee ee ee
NOTES: 1. All voltage values, except differential voltages, are with respect to the network ground terminal. 2. Short circuits from outputs to Vcc can cause excessive heating and eventual destruction. 3, For operation above 25°C free-air temperature, refer to Dissipation Derating Table, In the J package, LM1900 chips are alloy- mounted; LM2900 and LM3900 chips are glass-mounted.
electrical characteristics, Vcc = 15 V, Ta = 25°C (unless otherwise noted)
{inverting input) | |
B ee ee | > n lj4 = 20 HA to 200 nA, ae o + D
LM3900
3s 2 a < v = > x iB
Ta = full range, See Note 4 Change in mirror gain A
See Note 4 Large-signa! differential Vo =10V, Ry = 10 kQ, A ee o L 2 3 12 28 voltage amplification f = 100 Hz
—_ ra) on ° o .s3
>
w
| | | V i
Input resistance (inverting input)
x| = BE
r ro Output resistance
B Unity-gain bandwidth ae 1 (inverting input) e z 13.5 14.2
NO o1 Ss x N
Supply voltage rejection
k SVR /AVi0)
~J
. ~~! Oo
ratio (AV
Vou High-level output volt Vec = 30 V, No load
y+ = 0, |, = 10 vA, VoL Low-level output voltage ai ‘ 0.09 0.2 0.09 ‘ 0.09 RE =2k2 foes Sterecircals output current 1j4=0, 1; =0, 10 15 6 418 (output internally high) Vo=0
Pull-down current po ts 8 lo_ Low-level output current? Wy = 5A, VoL=1V Za ee lcc Supply current (four amplifiers) 6.2 12
TAIl characteristics are specified under open-loop conditions. Full range for Ta is —55°C to 125°C for LM1900, —40°C to 85°C for LM2900, and 0°C to 70°C for LM3900.
The output current-sink capability can be increased for large-signal conditions by overdriving the inverting input.
NOTE 4: These parameters are measured with the output balanced midway between Vcc and ground.
o NO
3 >
33 P| >
So N
2 >
cop) N = oO
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES LM1900, LM2900, LM3900 QUADRUPLE OPERATIONAL AMPLIFIERS
recommended operating conditions
iam ea ee
NOTE 5: Clamp transistors are included that prevent the input voltages from swinging below ground more than approximately —0.3 volt. The negative input currents that may result from large signa! overdrive with capacitive input coupling must be limited externally to vajues of approximately —1 mA. Negative input currents in excess of —4 mA will cause the output voltage to drop to a low voltage. These values apply for any one of the input terminals. If more than one of the input terminals are simultaneously driven negative, maximum currents are reduced. Common-mode current biasing can be used to prevent negative input voltages.
operating characteristics, Vcc+ = +15 V, TA = 25°C
PARAMETER TEST CONDITIONS MIN TYP MAX UNIT SR Slew rate at unity gain : : 0 = V/us
TYPICAL CHARACTERISTICSt
INPUT BIAS CURRENT (INVERTING INPUT) MIRROR GAIN SUPPLY VOLTAGE REJECTION RATIO
vs vs
vs FREE-AIR TEMPERATURE FREE-AIR TEMPERATURE FREQUENCY
vewtev| | [| | | |
14=10yA
See ian tte gE UT ret CUTIE LATE TTI UT SUIT IE UTA CIM TUTE CAE TIN CIM UM CATE oH LETT EET TUT o ELIT TAHT LUI VT
Voc=15V Vo=7.5V Beis: AN LM2900, LM3900 fae 4 IN
70 60 50 40 30 20
CONSETT eS CCT RRS CCPC
ty—/lj+—Mirror Gain
tip—Input Bias Current—nA
ksvR—Supply Voltage Rejection Ratio—dB
—75 -50 —25 0 25 50 75 100 125 -—75 -50 —25 0 25 50 75 100 125 100 400 1k 4k 10k 40k 100k 400k 1M
Ta—Free-Air Temperature—°C Ta—Free-Air Temperature—°C f—Frequency—Hz
FIGURE 1 FIGURE 2 FIGURE 3 LM2900, M3900
LARGE-SIGNAL LARGE-SIGNAL LARGE-SIGNAL
DIFFERENTIAL VOLTAGE AMPLIFICATION DIFFERENTIAL VOLTAGE AMPLIFICATION DIFFERENTIAL VOLTAGE AMPLIFICATION vs vs vs FREQUENCY SUPPLY VOLTAGE FREE-AiIR TEMPERATURE
104
= O55 SOND a Ges Gn) Se Ge Ow ae eenar P4411 rn
Sr RET HESE: Vicc = 15 V i yt ToT, = 25°c ff
11 SOT A
TT SNOT TTT
Ss at ete ee Soe oa: a a ss ss a we eee ss ene mane:
103
Titi tt. -t titi + Cth —— rst Crh ann ht oe
Ru = 2 ko Se ce PTT TN
SUT
waaas. See ae a ee
102 = maear Se SSS Settee eee ies Ath
ett eesti ard TELL ON ee eee metas CC CTS CEC
oO
iat St Sui, Shi WT TA Hit
sill “a SU CUTE |
1k 10k 100 k 1M 10M
Vcc= 15V Vo=10V Ri =10k2
Avp—Differential Voltage Amplification
Ayp—Differential Voltage Amplification Avyp-—Differential Voltage Amplification
—
_
—75 —50 —25 0 25 5O 75 100 125 f~Frequency—Hz Vec—Supply Voltage—V Ta—Free-Air Temperature—"C
FIGURE 4 FIGURE 5 FIGURE 6
TData at high and low temperatures are applicable only within the rated operating free-air temperature ranges of the various devices,
TEXAS INSTRUMENTS 79
INCORPORATED POST OFFICE BOX 225012 ® DALLAS, TEXAS 75265
80
TYPES LM1900, LM2900, LM3900 QUADRUPLE OPERATIONAL AMPLIFIERS
PEAK-TO-PEAK OUTPUT VOLTAGE vs FREQUENCY
CLUE I LT STM UT CUT UT
Voc? 18V Ry & 2k
Vopp—Peak-to-Peak Output Voltage—V
4
: penn | LURE LUT LTT 1k 10k 100 k 1M 10M
f--Frequency—Hz
FIGURE 7
PULL-DOWN CURRENT vs SUPPLY VOLTAGE
me eared
1.8
pe a er fate 5 1.2 HY esl = Lt Ta = 125 el a to a 2
0 5 10 15 20 25 30
Vcc—Supply Voltage—V
FIGURE 10
TYPICAL CHARACTERISTICS"
LM2900 SHORT-CIRCUIT OUTPUT CURRENT ' {OUTPUT INTERNALLY HIGH) vs ° SUPPLY VOLTAGE
loHs—Short-Circuit Output Current—mA
Vcc~Supply Voltage—V
FIGURE 8
PULL-DOWN CURRENT
vs FREE-AIR TEMPERATURE
Pull-Down Current—mA
0 -75 -50 ~25 0 25 50 75 100 125
Ta—Free-Air Temperature—C
FIGURE 11
loy.—Low-Level Output Current-mA
icc—Total Supply Current—mA
LOW-LEVEL OUTPUT CURRENT
vs SUPPLY VOLTAGE
0 0 5 10 15 20 25 30
Vcc—Supply Voltage—V
FIGURE 9
TOTAL SUPPLY CURRENT vs SUPPLY VOLTAGE
= ore es a ee
0 5 10 15 20 25 30 Voc—Supply Voltage—V
FIGURE 12
_TData at high and low temperatures are applicable only within the rated operating free-air temperature ranges of the various devices,
tg = 1mA per input volt
FIGURE 13-VOLTAGE-CONTROLLED CURRENT SOURCE
TYPICAL APPLICATION DATA
100 ks INPUT O
DISSIPATION DERATING TABLE
POWER
RATING 1375 mW 1025 mW
DERATING FACTOR 141.0 mwW/C 8.2mW/C 9.2mW/C
\ ABOVE PACKAGE
J {Alloy-Mounted Chip)
J (Glass-Mounted Chip} N 1150 mw
V+ O
FIGURE 14—VOLTAGE-CONTROLLED CURRENT SINK
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 ® DALLAS, TEXAS 75265
LINEAR INTEGRATED CIRCUITS
TYPE LM2902 QUADRUPLE OPERATIONAL AMPLIFIER
BULLETIN NO. DL-S 12291, MARCH 1976—REVISED OCTOBER 1979
e Wide Range of Supply Voltages e Low Input Bias and Offset Parameters Single Supply ... 3 V to 26 V Input Offset Voltage ...2mV Typ or Dual Supplies Input Offset Current ...5nA Typ
© Low Supply Current Drain | Input Bias Current. ..45 nA Typ Independent of Supply Voltage e Differential Input Voltage Range
. 0.8 mA Typ Equal to Maximum-Rated
e Common-Mode Input Voltage Supply Voltage... +26 V Range Includes Ground Allowing e Open-Loop Differential Voltage Direct Sensing near Ground Amplification ...100 V/mV Typ
schematic (each amplifier) e Maximum Peak-to-Peak Output Voltage Swing... Vcc—1.5 V Typ e Internal Frequency Compensation
=GuA CURRENT REGULATOR
=100-2A CURRENT canna REGULATOR canna
CURRENT REGULATOR
INPUT
TO OTHER AMPLIFIERS
description
This device consists of four independent, high-gain, frequency-compensated operational amplifiers that were designed specifically to operate from a single supply as in automotive systems. Operation from split supplies is also possible so long as the difference between the two supplies is 3 volts to 26 volts and Pin 4 is at least 1.5 volts more positive than the input common-mode voltage. The low supply current drain is independent of the magnitude of the supply voltage.
JOR N DUAL-IN-LINE OR W FLAT PACKAGE (TOP VIEW)
AMPLIFIER NO. 4 AMPLIFIER NO. 3
INVERT- NONIN- NONIN- INVERT- ING VERTING VERTING ING OUTPUT INPUT INPUT GND INPUT INPUT OUTPUT
OUTPUT INVERT- NONIN- Vcc NONIN- INVERT- OUTPUT ING VERTING VERTING ING INPUT INPUT INPUT INPUT
AMPLIFIER NO. 1 AMPLIFIER NO. 2
Applications include transducer amplifiers, d-c amplification blocks, and all the conventional operational amplifier circuits that now can be more easily implemented in single-supply-voltage systems. For example, the LM2902 can be operated directly off of the standard five-volt supply that is used in digital systems and will easily provide the required
interface electronics without requiring additional + 15-volt supplies.
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Supply voltage, Vcc (see Note 1) . 26V Differential input voltage (see Note 2) ane +26 V Input voltage range (either input) : —0.3 V to 26 V Duration of output short-circuit (one amplifier! to ground at for below) 25° °C
free-air temperature (Vcc < 15 V) (see Note 3) . a ds Si. Gree ot unlimited Continuous total dissipation at (or below) 25°C free-air temperature fsce Note 4) see ew we ew ew ew st ew GOOMW Operating free-air temperature range —40°C to 85°C
Storage temperature range
—65°C to 150°C
Lead temperature 1/16 inch (1,6 6 mm) from case for 60 ‘seconds: J or W package ~ . a 7 7 . Sides Ngee dee geet 2. 1OOLC Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds: N package oot oo at Be 2S -e -QEOS
NOTES: 1. All voltage values, except differential voltages, are with respect to the network ground <arrainal. 2. Differential voltages are at the noninverting input termina! with respect to the inverting input terminal. 3. Short circuits from outputs to Ve¢, can cause excessive heating and eventual destruction. 4. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. In the J package, the LM2902 chips are glass-mounted.
Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS 81
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
82
TYPE LM2902 QUADRUPLE OPERATIONAL AMPLIFIER
electrical characteristics at 25°C free-air temperature, Vcc = 5 V (unless otherwise noted)
y Common-mode input Ver =24V 0 to ICR voltage range ce ‘ ; Vcc = 24NV, RL =2kQ VOH High-level output voltage Veo 24 AL > 10 ka
VOL Low-level output voltage Ry < 10k
Large-signal differential
A Vee =15V, R, = 2kQ, Vo =1Vt0o 11 V Vb voltage amplification ce L 0
CMRR Common-mode rejection ratio | Rg < 10kQ KsyvpR* Supply voltage rejection ratio Rg < 10kQ | 00— esd] CT
< ° re)
UR
on
B <
V/imV
Voi | Voz Channel separation f= 1 KHz to 20 KHz Fe ao ae Voo=15V,Vip= 1, Vo=0V
a) —40 Output current Voc = 15V, Vip=-1V, Vo=25V mA Vip=-lV, Vo=5V 8 20 a ed
Supply current (four amplifiers)}| No load, No signal
*ksvr = AVec/AVIO
T All characteristics are specified under open-loop conditions.
NOTE 5: The direction of the bias current is out of the device due to the P-N-P input stage. This current is essentialty constant, regardless of the state of the output, so no loading change is presented to the input lines.
TYPICAL APPLICATION DATA
O OUTPUT A
O OUTPUT B
O OUTPUT C
100 uF
AUDIO DISTRIBUTION AMPLIFIER
THERMAL INFORMATION
DISSIPATION DERATING TABLE POWER DERATING ABOVE RATING FACTOR Ta J (Glass-Mounted Chip) 900 mw 11.0mWPC }§868°C
PACKAGE
N 900 mw 9,2 mw/C 52°C Ww 900 mW 8.0 mW/C 37°C
Also see Dissipation Derating Curves, Section 2.
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 ® DALLAS, TEXAS 75265
LINEAR INTEGRATED CIRCUITS
TYPE LM2904 DUAL OPERATIONAL AMPLIFIER
BULLETIN NO. OL-S 12402, JUNE 1976—REVISED OCTOBER 1979
e Wide Range of Supply Voltages e Low Input Bias and Offset Parameters Single Supply ... 3 V to 26 V Input Offset Voltage ...2 mV Typ or Dual Supplies Input Offset Current ...5nA Typ
© Low Supply Current Drain Input Bias Current. ..45 nA Typ independent of Supply Voltage e Differential Input Voltage Range ...0.5mA Typ Equal to Maximum-Rated
e Common-Mode Input Voltage Supply Voltage . . . +26 V Range Includes Ground Allowing @ Open-Loop Differential Voltage Direct Sensing near Ground Amplification ... 100 V/mV Typ
schematic (each amplifier) ¢ Maximum Peak-to-Peak Output Voltage Swing... Vcc—1.5 V Typ es e Internal Frequency Compensation
mGpA CURRENT REGULATOR
INPUT
mweuA w100-pA CURRENT CURRENT REGULATOR REGULATOR 3 =50-uA
CURRENT REGULATOR
JG OR P DUAL-IN-LINE PACKAGE (TOP VIEW)
AMPLIFIER NO. 2
SS
NON- OUT- INV INV Vec+ PUT INPUT INPUT
0 GND {OR Vec-)
TO OTHER
AMPLIFIERS
description
This device consists of two independent, high-gain, frequency-compensated operational amplifiers that were designed specifically to operate from a single supply as in automotive systems. Operation from split supplies is also possible so long as the difference between the two supplies is 3 volts to 26 volts and Pin 8 is at least 1.5 volts more positive than the input common-mode voltage. The low supply current drain is independent of the magnitude of the supply voltage.
OUT- INV NON- GND PUT INPUT INV INPUT
AMPLIFIER NO. 1
U FLAT PACKAGE
Applicati include tr cer amplifiers, d-c ampli- pplications include transdu amplifiers, p (TOP VIEW)
fication blocks, and all the conventional operational amplifier circuits that now can be more easily implemented in single-supply-voltage systems. For our ow NOW example, the LM2904 can be operated directly off of PUT INPUT INPUT the standard five-volt supply that is used in digital systems and will easily provide the required interface electronics without requiring additional +15-volt supplies.
AMPLIFIER NO. 2
DISSIPATION DERATING TABLE POWER DERATING RATING 680 mw P 680 mW U 675 mW
ABOVE FACTOR TA 6.6 mW/C 41°C 8.0 mwW/C 65°C 5.4 mW/C 25°C
PACKAGE
JG (Glass-Mounted Chip)
AMPLIFIER NO. 1
Also see Dissipation Derating Curves, Section 2. NC--No internal connection
Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS. 83
INCORPORATED POST OFFICE BOX 225012 @® DALLAS, TEXAS 75265
84
TYPE LM2904 OPERATIONAL AMPLIFIER
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Supply voltage, Vcc (see Note 1). ww we ke ee ee ee ke ee ee ee ee ee we) 626M Differential input voltage (see Note 2) Bi Age. hie 2G VAse tees ik sak «ok, Re a! TE hay tetera, Bee GBA WG i eee Input voltage range (either input) .. . woe ew ew ew ew we 60.3 V to 26 V
Duration of output short-circuit (one amplifier) to ground at (or below) 25°C
free-air temperature (VCC S15 V) (see Note3) ...... 2 ee ee ee ee ee unlimited Continuous total dissipation at (or below) 25°C free-air temperature (see Note 4): JG or P package ... . 680mW U package » .. . 675 mW
Operating free-air temperature range... 1 1 we ee ee ee ee ee ee —40°C to 85°C Lead temperature 1/16 inch (1,6 mm) from case for 60 seconds: JGorU package .......... . 300°C Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds: Ppackage ........ ++ seas 260°C
NOTES: 1. All voltage values, except differential voltages, are with respect to the network ground terminal. 2. Differential voltages are at the noninverting input terminal with respect to the inverting input terminal. 3. Short circuits from outputs to Vcc can cause excessive heating and eventual destruction. 4. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. In the JG package, the LM2904 chips are glass-mounted.
electrical characteristics at 25°C free-air temperature, Vcc = 5 V (unless otherwise noted)
TEST CONDITIONS TYP Max| UNIT
Common-mode input VICR Voc = 24V voltage range
; Vec = 24V, Rp =2k2 VOH High-level! output voltage Vec = 24V, Ri 2 10k
VOL Low-level output voltage RL <10k2
Large-signal differential A Vec=15V, Ry 22kQ, Vo =1Vto11V VD voltage amplification ce L 0
CMRR Common-mode rejection ratio | Rg < 10 kQ ksyp* Supply voltage rejection ratio Rs < 10 k2 Vo1/Vo2 ~~ Channel separation f = 1 kHz to 20 kHz
Vec =15V, Vip=1V, Vo=0V Output current Vcc =15V, Vip=-1V, Vg=2.5V Vip=-1V, Vo=5V
"*ksvr= AVcc/AVio Tall characteristics are specified under open-loop conditions. NOTE 5: The direction of the bias current is out of the device due to the P-N-P input stage. This current is essentially constant, regardless of the state of the output, so no loading change is presented to the input lines.
TYPICAL APPLICATION DATA
SELECT VALUES FOR: CALCULATE: Q R1 = R3 = R5 = — C1 and C2 woC where C1 = C2 R2 = R1 Wo = 2nfg eet eae K K:Q K ; R1-K-Q K is selected to R4 = ae optimize sensitivity 20 — and is typically R6E=K-RI
between 1 and 10.
MULTIPLE-FEEDBACK ACTIVE BANDPASS FILTER
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES MC1558, MC1458 LINEAR DUAL GENERAL-PURPOSE
tl hoa ED OPERATIONAL AMPLIFIERS
BULLETIN NO, DL-S 11457, FEBRUARY 1971—REVISED OCTOBER 1979
e Short-Circuit Protection e Low Power Consumption @ Wide Common-Mode and e No Latch-up Differential Voltage Ranges e Designed to be Interchangeable with e No Frequency Compensation Required Motorola MC1558/MC 1458 and Signetics $5558/N5558 description
The MC1558 and MC1458 are dual general-purpose operational amplifiers with each half electrically similar to uA741 except that offset null capability is not provided.
The high common-mode input voltage range and the absence of latch-up make these amplifiers ideal for voltage-follower applications. The devices are short-circuit protected and the internal frequency compensation ensures stability without external components.
The MC1558 is characterized for operation over the full military temperature range of —55°C to 125°C; the MC1458 is characterized for operation from O°C to 75°C. JG OR P DUAL-IN-LINE U FLAT PACKAGE PACKAGE (TOP VIEW) (TOP VIEW)
AMPLIFIER NQ. 2 AMPLIFIER NO. 2
NON NON. INV INV OUT INV INV
OUT- Vec+ PUT INPUT INPUT
PUT INPUT INPUT
- INV NON- Vcoc— PUT INPUT INV INPUT
AMPLIFIER NO. 1 AMPLIFIER NO. 1
NC—No internal connection
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Dmersss | _mcias8_| UNIT | Supply voltage Vcc+ (see Note 1) pees ie i Ae Supply voltage Vcc_. (see Note 1) | 220d Bl Differential input voltage (see Note 2) Input voltage (any input, see Notes 1 and 3) Vv Duration of output short-circuit (see Note 4) ——E— [Eechampliier ————~S~*dYCié SO er [SEER oo Ia Ya Total package ec
Continuous total dissipation at (or below) 25°C free-air temperature (see Note 5)
Operating free-air temperature range
Storage temperature range —65 to 150 —65 to 150 =C Lead temperature 1/16 inch (1, 6 mm) from case for 60 seconds JG or U package =C Lead temperature 1/16 inch (1, 6 mm) from case for 10 seconds P package ee ee eee °C
All voltage values, unless otherwise noted, are with respect to the midpoint between Vcc and Vcc_.
Differential voitages are at the noninverting input terminal with respect to the inverting input terminal,
The magnitude of the input voltage must never exceed the magnitude of the supply voltage or 15 volts, whichever is less,
The output may be shorted to ground or either power supply. For the MC1558 only, the unlimited duration of the short-circuit applies at (or below) 125°C case temperature or 75°C free-air temperature.
5. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. in the JG package, MC1558 chips are alloy-
NOTES:
ae ge
mounted; MC1458 chips are glass-mounted.
Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS 85
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES MC1558, MC1458 DUAL GENERAL-PURPOSE OPERATIONAL AMPLIFIERS
electrical characteristics at specified free-air temperature, VC¢C+ = 15 V, Vcc— = —15 V
Full range ho Input offset current
Full range
25°C y Common-mode Aas input voltage range a 25°C Full range 2c |_20 Full range
Ry 2 2kQ, | 25°C voltage amplification Vo =+10V
Cc é ar
a] =
N
+ <
= a pe = ; > Sal ole i <
N oO 3 >
N So
300 nA
+12 £13 +12
+12 +13 +12
o0 ° = on N oe) ro) oO 2 °
Le)
. oO S i
Maximum peak-to-peak Vopp
N i2)) i) Oo N Oo
Output voltage swing
N
me w ro) 8 N =)
2
oO oO
Large-signal differential
oO
A Vb Full range
NO ° N ° = 3 <
RL =2kQ, Bom per outer Vo21t10V, 25°C oe bandwidth (closed-loop) Avpb = 1, THD « 5% 25°C ae | dB
~ ao
~J on Pe
. = [Am —_Gainmargin _——S—S=«dtSCSCCSSC*id ig
Cc
i Vo = 0, Output resistance 25° See Note 6 i
4 m m [Gr Input capacitance ——i«dtSCSCSSC*dé Co on-mode input impedance . . 25°C 70 CMRR Common-mode rejection ratio | Rg < 10k2 Full range 0 k Supply voltage sensitivity . ae 25°C gS SVS (AVi9/AVcc) = Full range
Equivalent input
N = ~
o ww ro) on N
~J
+ NO + > o
wo Oo wi [~ oO © Oo
a QO —_
Ww
a 1 < ee,
E
Vin noise voltage 25°C
(closed-loop)
25°C (Both amplifiers) No signal (Both amplifiers) No signal
Voi/Vo2 Channel separation Sie 25°C
ol
+2
- oO _ ~~
© (~) a Oo i+ A») >] oO Oo <x
120
TAIL characteristics are specified under open-loop operation, unless otherwise noted. Full range for MC1558 is —55°C to 125°C and for MC 1458 is O'C to 75°C. NOTE 6: This typical value applies only at frequencies above a few hundred hertz because of the effects of drift and thermal feedback.
operating characteristics, Vcc+ = 15 V, Vcc— = —15 V, Ta = 25°C
PARAMETER TEST CONDITIONS
Vi=20mV, Ry =2ka, Overshoot factor Ci. = 100pF, See Figure 1
SR 3 ee . Vv); =10V, RL =2kQ, e e at uni ain se Le ik C,; = 100pF, See Figure 1
85 TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES MC1558, MC1458 DUAL GENERAL-PURPOSE OPERATIONAL AMPLIFIERS
DISSIPATION DERATING TABLE
POWER DERATING ABOVE RATING FACTOR Ta JG (Alloy-Mounted Chip) 680 mW 8.4mWSC 69°C
PACKAGE
JG (Glass-Mounted Chip) 680 mW 6.6 mw/C 47°C P 680 mW 8.0 mwW/C 65°C U 675 mW 5.4mwWLC 25°C
Also see Dissipation Derating Curves, Section 2.
schematic (each amplifier)
TO OTHER AMPLIFIER
INVERTING INPUT ° Vcc+
NON- INVERTING o INPUT
OUTPUT
1k2Q
° Vcc-—
TO OTHER
COMPONENT VALUES SHOWN ARE NOMINAL AMPLIFIER
PARAMETER MEASUREMENT INFORMATION
OUTPUT
INPUT
INPUT VOLTAGE WAVEFORM
Cy = 100 pF Rr =2kn
TEST CIRCUITS
FIGURE 1—RISE TIME, OVERSHOOT, AND SLEW RATE
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 ® DALLAS, TEXAS 75265
87
88
TYPES. MC1558,MC1458
DUAL GENERAL-PURPOSE OPERATIONAL AMPLIFIERS
INPUT OFFSET CURRENT vs
FREE-AIR TEMPERATURE
to— input Offset Current—nA
0 -60 -40 -20 0 20 40 60 80 100 120 140
Ta—Free-Air Temperature—'C
FIGURE 2 :
MAXIMUM PEAK-TO-PEAK OUTPUT VOLTAGE vs FREQUENCY vl
HUT Tce TMT ea" CTT a
| mec tH re foe ne fol AUT NCL ETT en fete Alde tg
il
il
.s Oo
N Ww Ww fe] US) om
NO Ss
_ _
—- © ‘4 [ee] Ls oO oS
AMT NTI CTT CAT CUTIE LAP JU EWU VUTIINOUT
00 1k 10k 100 k 1M
Vopp—Maximum Peak-to-Peak Output Voltage-—V nN
f=Frequency~Hz FIGURE 5
COMMON-MODE REJECTION RATIO VS
FREQUENCY
pT tT vccee iy
8
CMRRA—-Common-Mode Rejection Ratio-dB 8 § 8 8
f—Frequency—Hz
FIGURE 8
TYPICAL CHARACTERISTICS
INPUT BIAS CURRENT vs
FREE-AIR TEMPERATURE
Hee ab dea Vec+* us Vv
fe rs CELE “CNT ACC peieal eo eee etcd
Rhee Seee Pee eieee
-~60 -40 ~20 0 20 40 60 80 100 120 140
I1g—!nput Bias Current—nA
Ta—Free-Air Temperature— C
FIGURE 3
OPEN-LOOP LARGE-SIGNAL DIFFERENTIAL VOLTAGE AMPLIFICATION vs SUPPLY VOLTAGE
ee TEER i OE
Ayp—Differential Voltage Amplification—V/mV Avo-Differential Voltage Amptitication
10 12 14 #16 18 20
ees | Supply Voltage—Vv
FIGURE 6
OUTPUT VOLTAGE vs
ELAPSED TIME
NN Nn id o a ao
_ o>]
Vo—Output Voltage —-mV
t=Time—yus
FIGURE 9
Vopp—Maximum Peak-to-Peak Output Voltage—V
MAXIMUM PEAK-TO-PEAK OUTPUT VOLTAGE vs LOAD RESISTANCE
28 oe
eT La = ee MH Frente ny 6
A
ay 1 Sa AI
0.1 0.2 04 07 1 2 4 7 10
Ry —~Load Resistance—k2
FIGURE 4
OPEN-LOOP LARGE-SIGNAL DIFFERENTIAL VOLTAGE AMPLIFICATION VS FREQUENCY
Input and Output Voltages—V
1k 10k 100k 1M 1tOM 100M
f—F requency—Hz
FIGURE 7
VOLTAGE-FOLLOWER Fala SIGNAL PULSE RESPONSE
30 40 #50 60 70 8 90 t—Time—ys
FIGURE 10
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
LINEAR TYPES MC3503, MC3303, MC3403
INTEGRATED IRGLITS — QUADRUPLE LOW-POWER OPERATIONAL AMPLIFIERS
BULLETIN NO. OL-S 12676, FEBRUARY 1979-REVISED OCTOBER 1979
e Wide Range of Supply Voltages Single Supply ...3 V to 36 V
JOR N DUAL-IN-LINE PACKAGE
or Dual Supplies (TOP VIEW) e Class AB Output Stage e True Differential Input Stage AMPLIFIER NO. 4 AMPLIFIER NO. 3 e Low Input Bias Current WANG. VERTING VERTING ING.
OUTPUT INPUT INPUT VcCc— INPUT INPUT OUTPUT
e Internal Frequency Compensation e Short-Circuit Protection
e Designed to be Interchangeable with Motorola MC3503, MC3303, MC3403
description
The MC3503, MC3303, and the MC3403 are quad- ruple operational amplifiers similar in performance to the uA741 but with several distinct advantages. They are designed to operate from a single supply
over a range of voltages from 3 volts to 36 volts. OUTPUT INVERT- NONIN- Voc+ NONIN- INVERT- OUTPUT : . . : . . VER
Operation from split supplies is also possible provided pe pu ies INPUT
the difference between the two supplies is 3 volts to Pe Mn SNe
. AMPLIFIER NO. 1 AMPLIFIER NO. 2 36 volts. The common-mode input range includes
the negative supply. Output range is from the nega- tive supply to Vcc — 1.5 V. Quiescent supply cur- rents are less than one-half those of the uA741.
The MC3503 is characterized for operation over the full military temperature range of —55°C to 125°C. The MC3303 is characterized for operation from —40°C to 85°C. The MC3403 is characterized for operation from O°C to 70°C.
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
es [esses mesaes [unit | Supply voltage Vocy (seeNote1) ———i‘iTSs tt | Supply voltage Vec—(seeNotet) CEC T1818 [Supply voltage Voce with respect toVeg. —=Ss=“‘“‘*S*S*“‘*é‘“‘“dRSC*‘SSC*“‘(‘#T“=COC#NNS CSS [| Differential input voltage (seeNote2) iT | |e 00 260
36
+36 Input voltage (see Notes 1 and 3) +18 Continuous total dissipation at (or below) 25°C J Package 1375 300
+18
1025 1025
mw
36 36 + free-air temperature (see Note 4) [NPackage| | 1150 | 1150 | T ead temperature 1/48 inch (1.6 mm) from case for 6D seconds [JPackage | 300 | 300 | 900 Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds |NPackage| = «| = 260s 260
NOTES: 1. These voltage values are with respect to the midpoint between Voc4 and Vcoc_. Differential voltages are at the noninverting input terminal with respect to the inverting input terminal. Neither input must ever be more positive than Vcc or more negative than Vcc_. For operation above 25°C free-air temperature, refer to Dissipation Derating Table. In the J package, MC3503 chips are alloy- mounted; MC3303 and MC3403 chips are glass-mounted. DISSIPATION DERATING TABLE POWER DERATING ABOVE RATING FACTOR TA
J (Alloy-Mounted Chip) 1375mW 11.0mw/C 25°C
: ; ls] |<\-}e|s{ee
PON
PACKAGE
J (Glass-Mounted Chip) 1025mW 8.2mW/C 25°C N 1150mW 9.2mW/C 25°C
Also see Dissipation Derating Curves, Section 2.
Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS 89
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES MC3503, MC3303, MC3403 QUADRUPLE LOW-POWER OPERATIONAL AMPLIFIERS
electrical characteristics at specified free-air temperature: VCC+ = 14 V, Vcc— = 0 V for MC3303; Vcc: = +15 V for MC3403 and MC3503
PARAMETER TEST CONDITIONST TA=25C See Note 5 Vio Input offset voltage Ta = full range, See Note 5 Temperature coefficient aVvio F A=25C of input offset voltage
tT te ‘ TA=25 C, See Note 5 nput offset curre 19 ‘ ie Ta = full range, See Note 5 200 A ; Ta = 25 C 2 —0.5 —0.2 . ~ —0.2 —0.5 lip Input bias current Ta = full range
= fe] Temperature coefficient is a0 - ; ‘i Ta=25C of input offset current A= TA=25°C RL=10k2, Tpa=25°C +12 +13.5 RL=2k92, Tp =25°C #10 +13 Ry =2kQ, Ta = full range +10 Large-signal differential |RE = 2k, Ta = 25°C 50 200 voltage amplification Vo=+t10V Ta = full range 25
Vopp=20V, RL=2kQ, Avp = 1, Ta = 25°C, THD < 5%
: : RL =10k2, Vo=50mvV, By Unity-gain bandwidth i TA=25C Cy =200pF, Ry =2kQ, om Phase margin L 7 L TA=25C
io Outputresistance [f= 20He, Ta 26°C
Common-mode a
CMRR Rs <10k2, Ta =25°C 70 90 70 90 rejection ratio Supply voltage sensitivit -
ksvs Ta = 25°C 30 150 30 150 30 150 (AVi9/AVcc)
jeg: | eOeeireulboutout’ * | Tr eb6%C #10 430 #45/ +10 +30 +45/ #10 +30 +45] mA current 8
1 Total supply current eHoad: Ome 2.8 4 2.8 7 2.8
cc Ta = 28°C ,
TAI characteristics are specified under open-loop conditions unless otherwise noted. Full range for Ta is —55 C to 125°C for MC3503; —40°C to 85°C for MC3303; and 0°C to 70°C for MC3403.
The Vicr limits are directly linked volt-for-volt to supply voltage, viz the positive limit is 2 volts less than Vec+: Temperature and/or supply voltages must be limited to ensure that the dissipation rating is not exceeded,
NOTE 5: Vjo and !16 are defined at Vo = 0 V for MC3503 and MC3403, and Vo =7V for MC3303.
MC3503 MIN TYP MAX] MIN TYP MAX; MIN TYP MAX
UNIT
<
ol — j=)
i) ww! ol ie) i=)
—
oO ol -_ (o) N
>
= = 3 o>)
b N >
oO | nN j; jo on =lo Oo ce) > ™S ie)
Common-mode input
voltage range t
+12 +£13.5 +10 3 =+£13 +10
20
12 12.5
Peak output
voltage swing
200 VimvV
—= w = Ww o1
Maximum-output-
x = N
swing bandwidth
jo) WwW —_ oO wo = = fo) W — =
~
| ~ ol ~J OT
> 1
uV/IV
~J r=) A r=) 2 =
~ =
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
| TYPES MC3503, MC3303, MC3403 QUADRUPLE LOW-POWER OPERATIONAL AMPLIFIERS
electrical characteristics, Vcc+ = 5 V, Vcc— = 0 V, Ta = 25°C (unless otherwise noted)
| mc3so3_— | MC3303 Mc3403 PARAMETER TEST CONDITIONSt UNIT M TYP MAX | MIN TYP MAX{ MIN TYP MAX
lio Input offset current Vo=2.5V 30 50 30 50] nA | iig___Inputbies current | SS “02 05] —SsSSC~C~ -02 05] vA
IN RL =10k2 3.3 3.5 3.3 3.5 x, Hee | 3.5 Peak output y
VOM RL =10k2, | voltage swing § Vv — 1.7 V — 1.7 Vv — 1.7 eas Vec+=5Vto30v | oot eer os Large-signal differential AvpD aca ts RL =2k2,4VQ=2V 20 200 20 200 20 200 VimV voltage amplification
Power supply sensitivity ksvs 15 (AVi9/4Vcc:) iC Supply current | No Load, Vo = 25 257 Vo1/Vo2 Channel separation f = 1 kHz to 20 kHz
TAII characteristics are specified under open-loop conditions. Output will swing essentially to ground,
operating characteristics: Vcc+ = 14 V, Vec— = 0 V for MC3303; Vcc+ = +15 V for MC3403 and MC3503; Ta = 25°C, Ayp = 1 (unless otherwise noted)
See Figure 1
AVo = 50 mV, C. = 100 pF, Ry = 10 k2, See Figure 1
PARAMETER MEASUREMENT INFORMATION
FIGURE 1—UNITY-GAIN AMPLIFIER
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
91
TYPES MC3503, MC3303, MC3403 QUADRUPLE LOW-POWER OPERATIONAL AMPLIFIERS
TYPICAL CHARACTERISTICST
INPUT BIAS CURRENT INPUT BIAS CURRENT MAXIMUM PEAK-TO-PEAK OUTPUT VOLTAGE oe vs vs TEMPERATURE SUPPLY VOLTAGE SUPPLY VOLTAGE
250 > wr MeereeW Ts UN ee f ee ea elie has ia a ee ae aes : a De 6 E 150 = 5 150 x ms Be (ie ia ame Oe (ee : 7.) % a eee Sieh ine a (ea x : Pd : 100 x ape ee en eal a é T ] 7 =e me es E — §0 — 50 : aes a = ea es ea 0 3
—75 -50 —25 0 25 50 75 100 125 0 2 4 6 8 10 12 14 16 > 0 2 4 6 8 10 12 14 16
TA—Free-Air Temperature—°C Nec t Supply Voltage—V VcctlSupply Voltage—V FIGURE 2 FIGURE 3 FIGURE 4 LARGE-SIGNAL MAXIMUM PEAK-TO-PEAK OUTPUT VOLTAGE DIFFERENTIAL VOLTAGE AMPLIFICATION VS vs VOLTAGE-FOLLOWER FREQUENCY FREQUENCY LARGE-SIGNAL PULSE RESPONSE
30
COT TTT
CL=0
os) TID ane
CULMS 20 see Figure 1 | HCCC LT 10 P CM NI Ti
a Al LLIN LTT
0 tH
10
Pt veces = 215 Baee 2h OUTPUT /\ | ti\ See Figure 1 eae ae pes Ad ete ee Ll ay Ae ete us Tea Ne aan Po ise hs alcool sl esd eesecoaoe
a
{Input and Output Voltages—V °
ot Avp—Differential Voltage Amplification
—10
Vopp—Maximum Peak-to-Peak Output Voltage—V
1k Ak 10k 40k 100k 400k 1M 0 10 20 30 40 50 60 70 80 90 f—Frequency—Hz f—Frequency—Hz t—Time—ps FIGURE 5 FIGURE 6 FIGURE 7
tData at high and low temperatures are applicable only within the rated operating free-air temperature ranges of the various devices,
schematic (each amplifier) Fe Se ee
NONINVERTING} weruT
TO THREE OTHER AMPLIFIERS
- - O Vcec- All component values shown are nominal I ceases tie
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
LINEAR TYPES NE5532, NE5532A
INTEGRATED Nua OW a . PTREUITC UAL LOW-NOISE OPERATIONAL AMPLIFIERS
BULLETIN NO, DL-S 12733, NOVEMBER 1979
e Equivalent Input Noise Voltage... ashe ne er esta a P 5 nV/\/Hz Typ at 1 kHz Hons at e Unity-Gain Bandwidth ...10MHz Typ NON- e cee Rejection Ratio... siege COL enone yp
e High DC Voltage Gain... 100 V/mV Typ
e Peak-to-Peak Output Voltage Swing... 32 V Typ with Vcc+ = +18 V and Ri = 600 2
e High Slew Rate...9 V/us Typ e Wide Supply Voltage Range... +3 V to +20 V
e Designed to be Interchangeable with Signetics Sony ek Meee NE5532 and NE5532A INPUT
description
The NE5532 and NE5532A are monolithic high-performance operational amplifiers combining excellent dc and ac characteristics. They feature very low noise, high output drive capability, high unity-gain and maximum-output-swing bandwidths, low distortion, high slew rate, input-protection diodes, and output short-circuit protection. These
operational amplifiers are internally compensated for unity gain operation. The NE5532A has guaranteed maximum limits for equivalent input noise voltage.
The NE5532 and NE5532A are characterized for operation from O°C to 70°C. schematic (each amplifier)
NONINVERTING INPUT
INVERTING INPUT
OVecc-—
All component values shown are nominal.
SSS ge a a a a a a CRT a a a a a a a a eT AP Copyright © 1979 by Texas Instruments Incorporated
ADVANCE INFORMATION
This document contains information on
a new product. Specifications are subject to change without notice. POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TEXAS INSTRUMENTS 93
INCORPORATED
94
TYPES NE5532, NE5532A
DUA
L LOW-NOISE OPERATIONAL AMPLIFIERS
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
NOTES:
Supply voitade: V Ges: see Note 1): n.r0re cae eens 4b hae ule ee OOE ES Oe Gai Che ee em ee Se eee 22 V Supoly voltage, Vocu (see Note 1) cia ss carigiiees eee bw ee eee ea wee ON RTO aS —22 V Input voltage, either input (see Notes 1 and2) ............006- ss gs gle dn Ok ae Mecano Gt aka Vcct Input current {see NOtC 3)? seduce Ae oe we ee eke en eas Be Se ea eee +10 mA Duration of output short-circuit (see Note 4) 2... ke ee ee tees i ice ews unlimited Continuous total power dissipation at (or below) 25°C free-air temperature (see Note 5): |
OG PdCK ade: .. 225 hes eb eee Re Ew I et EW a ele el eS Baerererd 825 mW
POACKd0G. iw 5 Nw Be ei eek One w OT Aa ee Ue CREO ST OEE 1000 mW Operating free-air temperature range: NE5532, NE5532A 2.1. ee ens 0°C to 70°C Storage temperature range: << s,s Sos bee ees eas Ss Se SA ee ve oe eee o ee 4 —65°C to 150°C Lead temperature 1/16 inch (1,6 mm) from case for 60 seconds: JG package ....... 0... eee ee ee eee 300°C Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds: Ppackage ..........0 2 eee eee eves 260°C
1. All voltage values, except differential voltages, are with respect to the midpoint between Vcoc+ and Vcc_.
2. The magnitude of the input voltage must never exceed the magnitude of the supply voltage.
3. Excessive current will flow if a differential input voltage in excess of approximately 0.6 V is applied between the inputs unless some Jimiting resistance Is used,
4, The output may be shorted to ground or either power supply, Temperature and/or supply voltages must be limited to ensure the maximum dissipation rating is not exceeded,
5. For operation above 25°C free-air temperature, refer to the Dissipation Derating Table. In the JG package, chips are glass-mounted.
DISSIPATION DERATING TABLE
POWER DERATING ABOVE RATING FACTOR TA
PACKAGE
JG (Glass-Mounted chip) 825 mW 6.6 mwW/°C 25°C P 1000 mW 8.0 mW/C 25°C
Also see Dissipation Derating Curves, Section 2,
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES NE5532, NE5532A DUAL LOW-NOISE OPERATIONAL AMPLIFIERS
electrical characteristics, Vcc+ = +15 V, TA = 25°C (unless otherwise noted)
PARAMETER TEST CONDITIONS MIN TYP MAX meee TA = 25°C Vio Input offset voltage Ta =O°Cto 70°C Ta = 25°C lio Input offset current Ta =0°C to 70°C Ta = 25°C lB Input bias current Ta = 0°C to 70°C A ~ ‘ Common-mode input ICR voltage range
©
oO
3 ke
nA
—_ oO
~J Ww NO oO (on) on a1O N
Ol NO (on)
I+ GEN = oO}; + Nh
I+ WIN = No; oO Le)
y Maximum peak-to-peak Hh Se00'O Vec+ = +15 V Er output voltage swing ein Vcc+= +18 V Ry, 2 600 2, Ta = 25°C 50
Vo=+#10V Ta = 0°C to 70°C RL > 2kQ, Ta = 25°C Vo=110V Ta = 0°C to 70°C
Smalt-signal differential Avd Ree f = 10 kHz voltage amplification 5 Maximum-output-swing R_ = 600 2, Vo =+110V 2M bandwidth ; C+ By Unity-gain bandwidth R, = 600 2, Czy = 100 pF Lt Input resistance 300
Ayp=30d8, A= 6009, —_—~f= 10 kh CMRR Comm-mode rejection ratio
Supply voltage rejection k 80 100 SUE _ ratio (4Vces/4Vi0) Fe es a [oS Output short-ciruit current |__——=SSSSSCSCSCSCSSCSCCSCSCCSSCSSSC*idC
Vo1/Vo2 Channel separation Vo1=10V peak, f=1kHz
operating characteristics, Vcc+ = +15 V, TA =25°C
PARAMETER TEST CONDITIONS ma ae
MIN TYP MAX | MIN TYP MAX CRA. TTT TE SASSO SORE RA Sime SOO V,;=100mV, Ayp=1,
V Equivalent i t noi It Mee = 30 Hz _ : uivaient input noise voltage ee e | fet khe eee ee ee In Equivalent input noise current
Large-signal differential
AvD V/mvV
nt
voltage amplification '@)
VimV
kHz
x |
= Sj 1T
4
>| >
IR Ee a TI I a I FT NSF RE IEE IT FET SS TE a NTS IS TT
TEXAS INSTRUMENTS
tNCORPORATED 95 POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
96
LINEAR TYPES NE5533, NE5533A INTEGRATED DUAL LOW-NOISE OPERATIONAL AMPLIFIERS
CIRCUITS BULLETIN NO. DL-S 12734, NOVEMBER 1979
e Equivalent Input Noise Voltage...
3.5 nV//Hz Typ (NE5533A at 1 kHz) NE5533, NE5533A...J ORN e Unity-Gain Bandwidth ... 10 MHz Typ ee ns
Common-Mode Rejection Ratio... re eae
100 dB Typ ep e High DC Voltage Gain... 100 V/mV Typ SOM sap eign Weed icatbay genie. “eat
@ Peak-to-Peak Output Voltage Swing... 32 V Typ with Vcc+ = +18 V and Ri = 6002
e High Slew Rate... 13 V/us Typ e Wide Supply Voltage Range ...+3 V to +20 V . Low Harmonic Distortion INVERT- NONIN. BAL Vec— BAL NONIN- INVERT- e Designed to be Interchangeable with Signetics wear SineuT “WPUT INPUT NE5533 and NE5533A AMPLIFIER NO. 1 AMPLIFIER NO. 2 description
The NE5533 and NE5533A are dual monolithic high-performance operational amplifiers combining excellent de and ac characteristics. Some of the features include very low noise, high output drive capability, high unity-gain and maximum-output-swing bandwidths, low distortion, and high slew rate.
These operational amplifiers are internally compensated for a gain equal to or greater than three. Optimization of the frequency response for various applications can be obtained by use of an external compensation capacitor between the compensation terminals. The devices feature input-protection diodes, output short-circuit protection, and offset- voltage nulling capability. |
The NE5533A has guaranteed maximums on equivalent input noise voltage.
The NE5533 and NE5533A are characterized for operation from 0°C to 70°C, schematic (each amplifier)
BALANCE COMPENSATION/BALANCE COMPENSATION . J J
All component values shown are nominal.
Copyright © 1979 by Texas Instruments Incorporated
TEXAS INSTRUMENTS 97
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
98
TYPES NE5533, NE5533A DUAL LOW-NOISE OPERATIONAL AMPLIFIERS .
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Supply voltage, VCC+ (see Note i eos tathatae dint boston wees Se eneal ee rere 22 V Supply voltage, VcC— (see Note 1) 1. ee ee ee ee eee eee ee ae ene —22V Input voltage either input (see Notes Tand2) ...........-... seis ecie: ara aie goat Qs ae eae aaa are aes Vcct Input current (see Note 3) 6. ke ee ce cee eee eee eee teeta e eens fe eater +10 mA Duration of output short-circuit (see Note 4) ............000ee tne hinds ah Wieser ts Ree ea So aaa ae tele. e unlimited Continuous total power dissipation at (or below) 25°C free- -air temperature (see Note 5):
Jpackage ....... ip Ae he he yee ea ander ace Ne Aare Oe Raeraxe ae ea 1025 mW
Nipackdde~ <6 Shinde sales eee 6 Eee Aer deena A Beeees 1150 mW Operating free-air temperature range: NE5533, NE5533A 2... ee ee ee te eee 0Cto70C Storage temperature range 0... ce eee eet tee ete een eees veeaee —65°C to 150°C Lead temperature 1/16 inch (1,6 mm) from case for GO seconds: J package ..........-22+++00- .... 300°C Lead temperature 1/16 inch (1,6 mm) from case for 10 seconds: N package ......-... 0.0 cess eeeee 260°C
NOTES: 1. All voltage values, except differential voltages, are with respect to the midpoint between Vec+ and Vec—.
2. The magnitude of the Input voltage must never exceed the magnitude of the supply voltage.
3. Excessive current will flow if a differential input voltage in excess of approximately 0.6 V is applied between the Inputs unless some limiting resistance Is used.
The output may be shorted to ground or either power supply. Temperature and/or supply voltages must be limited to ensure the maximum dissipation: rating is not exceeded.
For operation above 25°C free-air temperature, refer to the Dissipation Derating Table. In the J Packed, these chips are glass- mounted,
DISSIPATION DERATING TABLE
POWER DERATING | ABOVE RATING - FACTOR Ta
PACKAGE
J (Glass-Mounted Chip) 1025 mW 8.2mW/PC 25°C N 1150 mW 92mwW/C 25°C
Also see Dissipation Derating Curves, Section 2.
TEXAS INSTRUMENTS
INCORPORATED POST OFFICE BOX 225012 @ DALLAS, TEXAS 75265
TYPES NE5533, NE5533A DUAL LOW-NOISE OPERATIONAL AMPLIFIERS
electrical characteristics, VcC+ = +15 V, TA = 25°C (unless otherwise noted)
| NES533, NESS33A | ad Ta =25°C | | : Ta =25°C . VICR voltage range
Maximum peak-to-peak V =+15V | Vopp : i‘ Ry = 600 2 cc
V ; V output voltage swing
as Large-signal differential R_ > 6002 Ta= 25°C | 25 100 | aay voltage amplification Vo=+110V Ta=O0Cto70C 1B a a ae
Smali-signal differential A Tend Te f= 10 kHz c VimV voltage amplification Co = 22 pF
Maximum-output-swing bandwidth
Vo = +10 V, Cc = 22 pF Vo =t14V,
B OM Vecs = 218 V,
Co = 22 pF
By Unity-gain bandwidth Cc = 22 pF C. = 100 pF
R,_ = 600 2,
+12 +13 70 ri A 30 dB, R, =600 2 Co = 22 pF, Zo Output impedance VD L C f = 10 kHz CMRR__Common-moderejectionratiol 100 Supply voltage rejection | ksvR