RGA Solid State Linear Integrated CircuitsRCA Linear Integrated Circuits ‘This DATABOOK contains complete Table of Contents ae ae ca ce a RCA tener open tney ,Indrot 3 transistors for both industrial and con- "ackage . . ees bth na apd eg Caco Char on Hl BE, Oa ie St Sprang anni Cnicon : Bozen ere £CuPiS Meg of Opera en if Bese Sow aaa Fre oF coe en SONI va et icity floving he ine nepal Cea fonts hoplcaises cai Bupierpianetuey clone Ge Uesrnercd Coat fx Cousne sptenion Tetuial Des, 23 irrigate Renita wegiacsta tases teaneus ets fama weg ACA Me MOS Fe ie Tranor—Tecnkal Dt “a pretrial " mete a I Ateaon Noe a siderations, alist of special terms and RCA Sales Offices, Manufacturers’ Representatives, and symbols used in the characterization of “Authorized Distributors 359 RCA linear integrated circuits and MOS/FET's, ‘and a cross-reference directory that indicates RCA types recommended as direct replacements for other manufacturers’ types. ‘Three separate data sections provide definitive ‘ratings and electrical characteristics for (1) Linear Integrated Gireuits for Industrial Applications, @) Linear Integrated Circuits for Concumer Applications, and @) MOS Ficld-Effect’ Transistors (MOS/ FET's). Data pages for individual devices are included as nearly as pos- sible in alpha-numerical sequence of type numbers. Because some devi are grouped together to show similarity of function or data, individual type rhumbers may be out of sequence. If you don’t find the data on a specific iype where you expect it 10 be, check the Index to Devices. ‘The DATABOOK also includes dimen- sional outlines forall currently avallable packages and Selected RCA i ee ee TAM sis tegrated Circuits and MOS/FET's. State Bruel Buenos Aires Homa “Madrid “Mexico City Milan ‘Sunbury on-Thames: Taipei Tehran” TokyoInformation furnished by RCA is believed to be accurate and reliable However, no responsibility is assumed by RCA for its use; nor for any infingements of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of RCA. ‘The device data shown for some types are indicated as preliminary. Preliminary data are intended for guidance purposes in evaluating devices for equipment design. Such data are shown for types currently being designed for inclusion in our standard line of commercially available produets, For current information on the status of preliminary programs, please contact your local RCA sales office Copytight 1978 by RCA Corporation (AlLrights reserved under Pan-American Copyright Convention) ‘Trademark(s) ° Registered Marcas) Registada(s) Printed in USAJI1-78Index to Devices — Linear IC’s Daw Typ0 ackage Tee Butea Number Sut Page| | Number Fils Mo.| Paas | ca | TTS] =| =] =] = 78 casoor Pa] =] -] -| —] =] 12 | 12 cain} tr] | a] =| =] = 8 casos | 2] =] =] =] =] =) aie | 74 car | t| s| ef} =] =| = 2 casooeal a] =| =] =] =] =) 30 | 7a cans | t] s{ a] =| =] = 26 casor0. I} =] =] =] =] ase | 3 cae | el a | =} =] =] = 20 casoioal a] =| =] =] =] =] ato | ze care |e] e | —]} =] =] = 3 casos fa] —| =| =] =| =) tas | ae carssa| ee] @ | =} =] =| = 3 casorz fa} H| =| =| =] =) 26 | 82 cass | tT] s| ef} =] =] = 35 casois fa} —| =| =| =| =) i20 | ee cats t| s |e} =] =] = 38 casos fe] =| =| =| =] =) x20 | ee enor |r| s {2} =] =) = 8 casos tc] wf] =] =] =] ate | saor |r} s|e| —| =| = 2 a] 2] =) =] =} 2] ae | carr |r| s |e} =] =| = 3 2] =] =] =] =] =] ato | 7 cazea |e] o | 2} 2] =] = 2 a] cl a] =] =] =] sss | a case |e] c |=} =| =] = 2 =| =} =] =] =) soe | er cagsoa |e] o | =} =] =| = 2 w| =] =] =] =] 238 | 80 case |r| s| oa} =] =| = 35 sw] =] =] =] =] ae | oe caassa| t| s |e] =| =| = 35, a] =| =] =] =] | se | & caro |w| =| 2} 2] =) = 292 a] =] =] =] =] =] 2 | 96 cagora | T) ste} a] x] 18 2] =] =] =] =] =] 24 | 8 caer |r] sle| oe] x] — 2 a] «| -| -| -| -| 20 | 26 cast | tT] sle| a} “| = 2 a] a] =] =] =] =] ase | se case |e] a |u| cu) —| = 2 a] s| ic] =] #| =] 382 | 103 casso |e] | w| cu) | = 32 a] s} =) =] =] =] See | tos cassa fe | o | |S) =] = 2 =} 2] =) 5] =] are | xe casss || $ | a| | ax — 35 casozea] 2} =| =] =] =] =] ato | 7a cassea || s | a) |S) = 35 easoso |} =| =] =] =] =] aie | 7 cases |r] sle| 6 = 2 Gasoooa} 3} =| =] =] =] =] ato | 7a cassso || s |e | 6] a] — 2 casos fa} w| a] —| =| =| ar |ave cas |r] e || 2] 2) = 6 casose fa} “| “} =| =) =! 75 | 108 carzsc |r| | w| — | — 4 casoor |] - | -] —| -| -| are | 7 ca |r] sle| ofc] — 50 casosral | =| 2] 5] =] =] aio | 78 eaaic |t | s fe] a] a] an 50 casose |} =| =] =| =] =] Sie | 7 oar || eto] =| =| 2 50 casosea} } =| =] =] =] =] ato | 7a care |t | € |S] | om] — 50 casose fa | C} aw] =] =| =] 3a3 | s00 care |t | s fe] oa] =| = 50 ‘6a3040 5 I} I] 2] sea fan caracc |t | s fe} a | a] an 50 ‘casoat ZI] IP =] =o] =] se | azo caves fe | — |] 2] 2) zos | | casoa2 ZS] Z} =] =] =] ae |e casio Ja faw |=] =] =} = 208 | |casoas fo} w | =| =| =| =| oar | S26 easton | fom |=] =] =] = zoe | |exsoas fa} w | =] =| =| =| ao | aes cao |e | - |-| -| - 301 casas ft | gt [ang ERG | 6 | = Soo} EN FP] ELL) BP) =] 8a pus caso fe | = |=} =] =] = sos | |easoas |e | = LZ} I) i] an jar caisse fe | = |=] =] =] = g00 | foasos || |e) =} =| =} en |iz0 carsor fe | — |} oO] =] = 310 | feasoso ft | < | =| =} =| = | ger | se earaea es | — [=] =] =] = aro | feasosy Je | =] =] 2) =] = | ge | sae catase fe | — |=] =] =| = a2 | |easos2 |3] >] =] =] =] =| ger fase caress |t| s le | a | m| an 0 casoss Ja | s | — | =| =| = | Sez | tos cases fo | x [=] = | A] O 5 casosa |] tC |e | =] =| = | See | oe casa |? | $ fe] af} =| = 50 casose J} ] |“) =) =] = | f90 | iar cazoo2 Jo | wm |- | -]-| - su | |oasose Je | | —| — | - | - | 490 | 127 crzooa fo | wm |] > fo] = air | feasoso Jo] © |e | =| =| = | sar |ise caate | 8 [=] =] = 37 casoson (0 | = | “| =| =| = | sar [tae cazsoa fo | = |=] => |=] = 35 casosoa {0 | — | =| =] =| = | sar [tae ‘cas000 w f=}= fr} 5 59 casose fe | — |} =| =| = | 306 [335 casoor Ja |e ||] =] = et casos [6] — |=} =] 5] =] a2 [ar casoor Ja |e |] |=] = ee casoss [8] =] 5} 5] =] = | tes [Sto casos fa | we |=] f=] = ee casosr JS} = |} | =] = | tee [300 casos Ja fw |=} = |] = 6 casos [$8] = |=] =| =] = | ter [oes casos Ja | |} o |] o 6 cago fe | > |=] =] = > 345Index to Devices — Linear IC’s Dew Det Tye0 Package atten Type Package pute Number ‘ute Fe ne.| page| — | Number ‘ute File Na. | Page | casorr |» ] =] -] =] =] =] «8 | 5 casiss TE] —] -] -]—] =| 1188 | ae casore | ¢ | =| = |=] =| =] dee | Ses casiar fe | —| =| =| =] =] 970 | 36 faaore aii] foo | 338 caaras || au =) stor | 80 casore Ja | | =] =] 0 | ia casissafa | “| | — | = | =] stat | 226 oxsora | Tt] s} = |u| =| =| sas | tae casiza fe | a | —| —| =| =| 05 | 50 casore} t} 8] — | "| =) =] Sas | ta casio |r| |e) w|—| =| gsr | 250 casore |e} =| = |=] =) =] feo | ter casiaoalt | s |e] ~|— | =| o57 | 230 easoso fa }es| s |u| =| =] ars | i46 casiaoa}t | s | —| =| =] =} os7 | 230 casosoa} wf ees] s || =| =] ars | tas casa fe | =| =] 2] =| =) S00 | 2ae casos} | | mw |= =| =| ago | ise casiaz fe | =| =] =| =] =] sor | 56 casoz fe} er | mf —| | —| aso | s52 casias fe | — | —| — | - | -| 115 | 303 casos fs for] tC fH | |X| fer | tes oasis fo | =| =] =] = | =] ater | aos casos fe} ct] wh || | =| fee | tes casias fe | w | =| =| =| =| faz | 20 casos fate! s |u| | =| aor | te castaeate | “| =] =] = | =| 832 | 20 casossa a | s |e || | —| for | 160 oasis fo | =| =] =] = | =| reo | 300 casossal e | s | — |—| =| =| aor | to casiss fo | =| =] =] =] =} sae | soz casos} s | F | — |= | =| =| aaa | tee casisa fo | —| =| — | = | =| i136 | tos. casos | E} ~| = |= | =| =] S00 | ase castigo |T | se) x |= | =| ore | 20a casos fe} =| = }o | =| =] ser | See Gasteoa}T | S| e| |= | =| sre | 204 Gasovon} a | = | — |= | =| =] oa | 367 castes} | s | —| — |= | =| ore | 2a casos fo | x | — |- | | -| soe | v0 caster fe | —} -| - | - | - casos Je | | — |=] =] =] saa | 30 caste fe} — | =] 2 [=] > casos | | 3 |e lw || —] soe | 73 cases fo | =] =] =| =] = casosaa] t | |e |- | =| =] see | a7 gases fe | —} =] 2] =] > easosaa] t | s |= |=] =| =] sea | 373 castes fe | —} =] [=] = casos |e | iw |S = in gases fe | —} =| — |=] = casos |e | | = |=] =) = 186 cave fe) =} =] 2 [=] = Saaosesl € | * | = |=] 2] = 188 case fo | —} =] [=] = casosec} © | — | — |= | =| = 188 castes fe | w || = [= |= ror fe | a | = {>} o| = 193, caseate | ~} =] =] =] > casos |r | s |e fn || - 199 caso fe | -] -| - | - ] - casos fe fw | f= f=] = 203 oasezi fo | — | =] = |= |= castoo | | s |e fw || = 208 easzeo fe: | evs] =] = |= |= gasioz Jef | 2 2 Po) = 0 caseaoale- [ers] =| — |= | > care |r| a |= fo} =] = 240 ‘caso. |T | “8 | e | erg} — | — casieal T | | = Jo |] 210 caszsoa|T | s |e fers | — | > caso fe | =| = Jo po) = 30 caseooa | | 8 | — |] = | = casir fe | $= I} =] = aes casaor |e] 6 | Hw] on |= | = casas Je | =] = |= |=] = 267 easooo Je} = |“) 2) = |= Or ee 368 cass [6] an] =] = |= |= casi6 Jo > 270 caaras |o | ou | — == esr fe |=] = JI) =I] = 28 saeorea|t |S |v] = |= |= casa a |] = [=] =] = 372 caerar|t | s. eso |t | ste fa |=] = 26 casigoal t | s [es [= | =] = 218 casizos| r | s | [= |=) = 28 casist few] — |= Jo] |= 73 casisz few] — | = fo] =] = 373 casiza |G | aa | cou] — | = | = ar casiss (a {SPST | |= 378 l8N0 designated suf otor fr this ype in TO-S-s package (No designated sux lotr fortis ype In quan ne plastic -ANo designated su eter for is pein ceraric at package peckage ‘*No designated suff eter fortis fe Fs datin-ne pase + hb dustin. Mink OP package package in eed dulinin paste package {1 No designated ut aterfor hi type in dustin. ceramic «No designates suff eter for he type In TO-220-ae package package, ‘wh vertel mounted frmIndex to Devices — MOS/FET’s Dae a Typ0 Butatn Type uta Number Package | _ File No. Numbar ckage | Fla Wo. Page SuIz8 TOT2 308 ‘wate Tore a5 388 3N138 Tore 283 3n213 To72 875 3ui30 T0172 bee foaara To72 324 a2 aay Tore 28s fosson To78 323 63 antaz yore 26 ‘0800. Tore 333 aoe ans To1? 508 0801 Tore 333 ae antsz Tor aia ‘40802 T0172 333 fea aNi53 Tor? 320 40603 qo72 336 485 anise To7 335 ‘0608 Tore 334 aes ante? qo72 326 0819 to72 Ger 3x200 Tor? 36 0820 To78 65 azoe Tor? 50 ‘oees Tore a8 3205 ro-72 958 sose2 Tore 470 aN206. Tor 958 40823 T0712 a0 snait To? 278 ao8es Tore an Packages D suttix E Suttix Suffix Duslin-Line Welded-Sea! Duatin-Line Plastic Package Power Stud Plastic cc Dualn-Line Package war | | 7 14 and 16-ead versions 8, 14, and 16-ead versions ‘CAI194 only Moditied 16lead Oust InnLine Plastic Package ba CAata4EM only Moaitied 16lead Oust Inne Plastic Package yh (CASYSIEM, CAa1a2EM only Duatin-Line Fit Seal ‘Ceramic Package 908Packages 0 Sutti. Quad.inine Plastic Package (QUIP) 14 and 16-10d versions Sat 5 Moats teieed Vensa.y Toto sy _ with Vordeat Mount ead Form ‘ s . ‘cA8100, casr0Aa, aurea, cnsion. ‘cA2002, CA2004 only ‘om K Sulix CCoramic Flat Package (tat wing tb ver (eratons tn Honsontat Mount Sul is igo avaiable Tor tne | Lead FormCAz002M and CAZ004M Eaoto, caBIOA ste alo svaiabl) 5 Suttx T Suttix 05 style Package with Toss Siyis Package ‘DualinLine Formed swith Straight Leads ends (LAN) gl ; ps with Radial Formed Leads Ye \ ven 14nd vrton ead version and 12nd vesons Vi Sut Tsui gut 105 sive Package osama én 8,10, and 12Aead versions i 1299) 41. Some types may have an additional “M" suffix following the package designation suffix, ie. GASISTEM. The additional “M" sutiix simply indicates that the device Is a mechanical variant of the basic. package type. 2. ACA Linear integrated circults are provided in chip {form to allow customer design of special and complex Circuits to sult individual needs. Linear chips are electrically identical to and offer the features of their ‘counterparts, sealed in ceramic, TO-5, and plastic packages.Product Classification Chart Industrial Circuits ‘OPERATIONAL AMPLIFIERS DIFFERENTIAL ARRAYS "AMPLIFIERS ‘General Purpove Amite! Genera Purpose earl Poro% | variable moti Transistor Segui] Dale Sire une [an curene | caanoo Jamon | cnaowa | _caaoos ator case | Eaoone azose | Gazor nove | caanae | caaooe enor case | caso10 | airopower | Gazvoe cant | caanes | cazoor cam came crore ‘casooo | Gazoos caooar | caamae | Gaara enor ever coe cazore | caro | caroas | cnaoeo | cnarzr eager caress chon eazooo, | Eaavor none | cam | casas caaor eats cazo00 cAsoree | cazoze | cazose | cram | caaras cua cnzvoe chow cater | caooo | caso | castes Sara | omeunr cam casos | casvoz | Gnaona | Gnaeooe! enone catze canon cago foie cnaose | came enaze camo caaoer ‘caso | cazone | cares cae canoe cazosa | cazoas | caaons chavo: caateo™ caome | eaanat ‘easzeo* VOLTAGE PEROVOLTAGE ] VOLTAGE SPECIAL FUNCTION Rarer REGULATORS| swircHEs._|comPanaTons| cincuTs eas cAaose See One AID Game Tage Gus] Oars cnons cass east ‘castea sures | ano cron can 5.0 nme Decoder aie | ania aati caster ain | ahs asin ary So Aor aniez | mone casos cata ania | owns tune For cun apr anne | "ater pon canon anes | ana ou Une Tit anise | doote Sais Casts cae Promaemale Shnt ee cae eaaom Consumer Circults BROADBAND] amie (video). fcommunicarions| (AUDIO. | EME TV RECEIVER MosiFer's JAMPLIFIERS: CIRCUITS JACUITS: IRCUITS: eaaooe cana | Pewnptts [Rate | Torre ‘ror Sytem | Sele ate | Dut Ge eater eaaor cas? Sanna” | cases | Gaooes | doasen | “azoe caaoat caaors ovis cago | cates cazoer | essen | anos, caso22 cA3014 A394 cagzoag | AFT CA3070 Dust Gate 3N206 canes | Earoea | rou amatine | casore | cA caaort | Pscgoo” | anats cao | caaore camo nam | 9A20ee gas | focor | anata enaore azoe2 names | 5c cast | eco | anata MULTIPLEX | Caome chzoee — osintae | "Eilon Sze | foes | Soars ehooes eaatat Gasorr | aatisa | caatas | Sosoe | stezo ‘carse canes cata cago | Gnanet caster toons iso cae cnaore | Samer castro ‘osez Exon | Gani caa0es | Laninance ‘ean ‘70 Sana eaiose Stns adoes | ronan Share | Satene ramarecowat | 8X20 aso cataoe vasa’ Geste | Ga0200 caso cae eaniae easin * Low-noise versions of CA741 and CA3078* BIMOS types “CMOS type.Operating and Handling Considerations Solid state devices are being designed into an increasing variety of electronic equipment because of their high standards of reliability and performance. However, it is essential that equipment designers be mindful of good engineering practices in the use of these devices to achieve the desired performance. ‘This Note summarizes important operating recommen- dations and precautions which should be followed in the interest of maintaining the high standards of performance of linear integrated circults and MOS field-effect transistors. The ratings included in RCA data bulletins are based fon the Absolute Maximum Rating System, which is defined by the following Industry Standard (JEDEC) Absolute Maximum Ratings ae limiting values of opera ting and environmental conditions applicable to any electron device of 2 specified type as defined by its published data, and should not be exceeded under the worst probable conditions “The device manufacturer chooses these values to provide acceptable serviceability of the device, taking no responsi bility for equipment variations, environmental variations, and the effects of changes in operating conditions due to variations in device characteristics. ‘The equipment manufacturer should design so that initially and throughout life no absolute-maximum value for the intended service is exceeded with any device under the worst probable operating conditions with respect to supply- voltage variation, equipment component variation, equip- ment control adjustment, load variation, signal variation, environmental conditions, and variations in device charac- teristics. tis recommended that equipment manufacturers consult RCA whenever device applications involve unusual electrical, ‘mechanical or envizonmental operating conditions. GENERAL CONSIDERATIONS “The deny Mealullty provided by lntegeated ceils at MOS/FET’s makes possible their use in 2 broad range of applications and under many different operating conditions. When incorporating these devices in equipment, designers should anticipate the rare possibility of device failure and make certain that no safety hazard would result from such ‘The small size of these devices provides obvious ad- vantages to the designers of electronic equipment. How- ever, it should be recognized that these compact devices usually provide only relatively small insulation area between adjacent leads and the metal envelope. When these devices fare used in moist or contaminated atmospheres, therefore, supplemental protection must be provided to prevent the evelopment of electrical conductive paths across the relatively small insulating surfaces Devices should not be connected into or disconnected from circuits with the power on because high transient voltages may cause permanent damage to the devices. ‘TESTING PRECAUTIONS In common with many electronic components, solid-state devices should be operated and tested in circuits which have reasonable values of current limiting resistance, or other forms of effective current overload protection. Failure to ‘observe these precautions can cause excessive internal heating ‘of the device resulting in destruction ndjor possible shattering ofthe enclosure MOUNTING Intégeated citcuits are normally supplied with eadtin plated leads to facilitate soldering into circuit hoards. In those relatively few applications requiring welding of the device leds, rather than soldering. the devices umy be ‘obtained with gokd or nickel plated Kovar leads* Ht should be recognized that this ype of plating will ot provide complete protection sgainst lead corrosion in the presence of high humidity snd mechanical stress. The aluminum foiMined cardboard “sandwich puck” employed for stlie protection fof the Mat-pack also provides some additional protection against lead corrosion, and it is recommended that the ‘devices be stored in this package until used When integrated circuits ure welded onto printed circuit boards or equipment, the presence of moisture between the closely spaced terminals ean result in conductive paths that tay impair device performance in highmpedance appli ‘ations, IL is therefore recommended that conformal coatings ‘or polling he provided as an added measure of protection against moisture penetration In any method of mounting integrated circuits which involves. bending or forming of the device leads. it is extremely important thatthe ead be supported and clamped between the bend and the package sel, and that bending be done with care to avoid dimage to lead plating. In no ease should the radius ofthe bend be les than the diameter of the lead, or in the case of rectangufar leads, sch as those used in RCA I4lead and 16-lead flat-puckages, les than the lead thickness. Its abo extremely important thatthe ends of the bent leads be straight to assure proper insertion through the holes inthe printed-ireuit boar MOS FIELD-EFFECT TRANSISTORS Insulated-Gate Metal OxideSemiconductor Field-Effect Transistors (MOS FETS), like bipolar high-frequency Uansistors, are susceptible to gate insulation damage by the lectrostatic discharge of energy though the devices Enectrostatic discharges can oocur in an MOS FET if'a type with an unprotected gate is picked up and the static charge, built inthe handier’s body capacitance is discharged through the device. With proper handling and applications procedures, however, MOS transistors ate currently being ‘extensively used in’ production by numerous equipment manufacturers in military, industrial, and consumer appica- + MIL38510A, paragraph 3.5.6.1(a), lead material.tions, with virtually no problems of damage due to clectrostaic discharge. In some MOS FETs, diodes are electrically connected between each insulated gate and the transistor's source ‘These diodes offer protection against static discharge and Incireuit transients without the need for external shorting mechanisms, MOS FETs which do not include gate- protection diodes can be handled safely ifthe following basic precautions ae taken 1. Prior to assembly into a circuit, all leads should be kept Shorted together either by the use of metal shorting springs attached to the device by the vendor, or by the {nsertion into conductive material such as “ECCOSORB* 1LD26” or equivalent. (NOTE: Polystyrene insulating “SNOW” is not suffi ciently conduetive and should not be used.) 2 When devices are removed by hand from their eariers, the hand being used should be grounded by any suitable means, for example, with a metallic wristband, 43. Tips of soldering irons should be grounded, 44. Devices should never be inserted into or removed from circuits with power on ‘Fivade Mark: Emerson and Cumming, Ine, Operating and Handling Consid tions SOLID STATE CHIPS Solid state chips, unlike packaged devices, are non- hermetic devices, normally fragile and small in physica size, and therefore, require special handling considerations as follows 1. Chips must be stored under proper conditions to insure that they are not subjected to a moist and/or contam- inated atmosphere that could alter their electrical, physial, or mechanical characteristics. After the shipping. container is opened, the chip must be stored under the following conditions: |A. Storage temperature, 400 max. B,_ Relative humidity, 50% max. C. Clean, dustree environment. 2 The user must exercise proper cate when handling chips to prevent even the slightest physical damage to the chip, 3. During mounting and lead bonding of chips the user must use proper assembly techniques to obtain proper ele: trical, thermal, and mechanical performance 4. Afier the chip has been mounted and bonded, any necessary procedure must be followed by the user to insure that these non-hermetic chips are not subjected to ‘moist oF contaminated atmosphere which might cause the development of electrical conductive paths across the relatively small insulating surfaces. In addition, proper consideration must be given to the protection Of these devices from other harmful environments which could conceivably adversely affect their proper performance