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‘ovsozig024, 07:24 onsemi. PDF js viewer DATA SHEET Single Supply Quad Operational Amplifiers LM324, LM324A, LM324E, LM224, LM2902, LM2902E, LM2902V, NCV2902 ‘The LM324 series are low-cost, quad operational amplifiers with ‘uve differential inputs. They have several distinct advantages over standard operational amplifier types in single supply applications. The quad amplifier can operate at supply voltages as low as 3.0 V ot as, high as 32 V with quiescent currents about one-fifth of those associated with the MCL741 (on a per amplifier basis). The common ‘mode input sange includes the negative supply, thereby eliminating the necessity for external biasing components in many applications. The output voltage range also includes the negative power supply voltage Fe tures ‘Short Citeuited Protected Outputs ‘True Differential Input Stage ‘Single Supply Operation: 3.0 V to 32 V Low Input Bias Currents: 100 nA Maxinnum (L? Four Amplifiers Per Package Internally Compensated ‘Common Mode Range Extends to Negative Supply Industry Standard Pinouts ESD Clamps on the Inputs Increase Ruggedness without Affecting Device Operation ‘© NCV Prefix for Automotive and Other Applications Requiring Unique Site and Control Change Requirements; AEC-Q100 Qualified and PPAP Capable ‘© These Devices ase Pb-Free, Halogen Free/BER Free and aze RoHS Compliant i : cam ee PIN CONNECTIONS oui} —~ Tous woe {ED>) LTE woe vel Hv. vena (LED) <<) vows oni} fous. (op View) ORDERING INFORMATION ‘See deta cdg ana siping formato nie package |-][sots]-|[s1=]-|s|™]-|o|] >] Tas Tie Toe =] = fof = = fas f=] = foo] =] = Jao] = | = | 20 tee) Henge Tmpeae [amaT}-]}o]-1-}ofml-fe]-]-fo]-]-|=]- [ao ‘Geel or reat (feet Curent Tih Tin thoes 4 era Tap fies Goren a ee Th © Tn ee ee ee =| [oe] = | | seo ee) otage Rare ues) Veo=20¥ ese o} - 0} - fass}o] - Jass}o]} - Jas] o |] - | as Tas Tigh Toe of - Jato} -fafo}-]aefo}-]axfo] - | 2 Dire out ves |-|-|=}-|-]e}-|-]|el-}-]el-]|- =| © Yotage Range Tame saraonen | Ave va ‘oop vorage Gan aa totes ]-felo]-lela|-|=|~|-la}o|-|a Power Sunpy ra fefm]|-j=|™|-j=|m]-j=|m|—lo;m)— |e 4 LMBBE: Ti = 25°, Trgn = 18°C. MR 4/LEZAAILNEDDEE Thay = O°, Thgh = =TO°C LM2O02ILMOGOZE: Tioy = “80°C, Tag = 2 105°C Liw2a02v & NOVE002" Toy = 40°C, Tigh = «125°C NeVz002 is quate fr Sttomowve use. 5. The input commen mode vllage or ether input sana voltage should not be allowed to go negative by more than 0.3 V. The upper end of tha commen mode voltage range Is Veo ~1.7V, but either or both inputs can go to +32 V without damage, independent ofthe magnitude ofVoo, 9, Guaranteed by design. |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html anr ‘ovsozig024, 07:24 PDF js viewer L324, LM324A, LMS24E, LM224, LM2902, LM2902E, LM2902V, NCV2902 ELECTRICAL CHARACTERISTICS (Vn== 50 Vex = GND, Ta =25°C, unloss athorwise noted) conaractriaice | symaat [win] oe [mex [min] Te [Mex [wn] Oe [wm [mn] Oe [Mex [mm] DP | Mex | Une Caan erage Vou v High it Veo = 80V, A. as] - fas es] - Jas] as] - Jas] os] - fasfos] - (a= Trent Te) 07) Satpal vonage va |-;=t=}-l=|=>1-l=1>1-l=]=1-1= |=] eof] - fal] - fal] - fafa] - ja} | - ofa] -|wfa]-|wofea|- [ofa] - |i] ao} - ofa] - [ofa] - fol a] - a | - fafa] - eta] -|ulea]-|elo|-]-]-]-]-]-]-]a Danson |e [-;"}a]|-|=la|]-]s]|a|]-j= la]-[s]a|~ toGround e = =| - ]oo}-]ssfoo}-]- [oof-] - Joof-] - | 2 T. LMB24: Ti = 25°C, Tgp = 18570. vee NROAATLNEROEE Thaw M202] MZGOZE: Thay $°0, Tag = 105°C °C, Th = 470°C LLMBQ02V & NCV2002" Toy = 40°C. Trign = «125°C NOV2002 is quad for Sctomadve uss '8, The input common mode votage or eer input signal votage should not be allowed to go negative by more than 02 V. The upper end of tna comman moda voltage range is Veg ~1-7V, but einer ofboth inputs can go to +22 V without damage, independent of he magnitude of Vox, Preduct parame performance may nat be inciested bythe Electrical Characterisica ft operated under aiferert condtions, |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html petformance is indicated inthe Electrical Characteristics forthe listed test conditions, unless otherwise noted. Product an ‘ovsozig024, 07:24 PDF js viewer L324, LM324A, LMS24E, LM224, LM2902, LM2902E, LM2902V, NCV2902 Bas Grny (Common a Fut an, oro (One-Fourth of Circuit Shown) |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html jepresentative Ciroult Diagram sn7 ‘ovsozig024, 07:24 PDF js viewer L324, LM324A, LMS24E, LM224, LM2902, LM2902E, LM2902V, NCV2902 CIRCUIT DESCRIPTION ‘The LM324 series is made using four internally compensated, two-stage operational amplifiers. The first stage of each consists of differential input devices Q20 and QI8 with input buffer transistors Q21 and Q17 and the differential to single ended converter Q3 and Q4. The first stage performs not only the first stage gain function but also performs the level shifting and transconductance reducti functions. By reducing the transconductance, a sp ‘compensation capacitor (only 5.0 pF) can be employed, this saving chip area, The transconductance reduction is accomplished by splitting the collectors of Q20 and QL8, Another feature of this input stage is thatthe input common, ‘mode range can include the negative supply or ground, in soviow pa 30,0 Figure 2. Large Signal Voltage Follower Response single supply operation, without saturating either the input Each amplifier is biased from an intemal-voltage devices or the differential to single-ended converter. The regulator which has a low temperature coefficient thus second stage consists of a standard current source load giving each amplifier good temperature characteristics as amplifier stage ‘well as excellent power supply rejection, 30 10Vecin Vee Single Supply = Vex/6ND = 15VwVecinay = 15VoVexinay Split Supplies » ; » 5 1 woes ge 2 ea 3 i 5 Zz” "@ ‘Gain Margin 5 & ml 1 : po Figure 4. Gain and Phase Margin |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html on ‘ovsozig024, 07:24 PDF js viewer L324, LM324A, LMS24E, LM224, LM2902, LM2902E, LM2902V, NCV2902 12 _ mmm cor 8 = 32°C i 2 gs ain 5 tie IK E a8 Ms = 25 a <2 5 o 0 = 1 a 4) 80 as 12 0100 10k On tok 10M + Vege POWER SUPPL VOLTAGES ‘FREQUENCY i) Figure 5. Input Voltage Range Figure 6. open Loop Frequency 1 - 7 E so a = hat io ge 2a ope # oa] 2 z E wn sa] 4a) 3 5 2a VU = 20 m= - JU} oe 19 ® 10 100 719293049 sa 60 7980 1 FREQUENCY UME ti) Figure 7. Large-Signal Frequency Response Figure 8, Small-Signal Voltage Follower Pulse Response (Noninverting) 24 gn z z” = al z 5 5 Bo g Sof | Lt 8 Be : aa| 2 3B, n a 24d 808d ‘ec, POE SUPPLY VOLTAGE ‘ee POWER SUPPLY VOLTAGE W) Figure 8, Power Supply Current versus Figure 10. input Bias Current versus Power Supply Voltage Power Supply Voltage |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html amt ‘ovsozig024, 07:24 PDF js viewer L324, LM324A, LMS24E, LM224, LM2902, LM2902E, LM2902V, NCV2902 te 4 re a Figure 12. Wien Bridge Oscillator ey=C(1+a+b) (@-0) Figure 13. High Impedance Differential Amplifier ve ot i Ves Where Ty = Canter Fequany ain TW = Pastband Noch Gan Figure 18. BI-Guad Filter |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html an7 ‘ovsozig024, 07:24 PDF js viewer L324, LM324A, LMS24E, LM224, LM2902, LM2902E, LM2902V, NCV2902 ‘ang Wave Fe ut Sate Wave Rte Re aomar "Resi Figure 18. Function Generator Figure 17. Multiple Feedback Bandpass Filter ‘Given: t, = eater tequeney ‘NU) = pan at comer roquoney one vate, © a Tren: ra 25 3 Be Dat a1 wate Fores han 10% err es cram pera amp, 01 where, nd BW are expressed in Hz ‘source mpatance varios, or may bo prosdod wih vage flower bul to staize Me parameters |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html sanz ‘ovsozig024, 07:24 PDF js viewer L324, LM324A, LMS24E, LM224, LM2902, LM2902E, LM2902V, NCV2902 (ORDERING INFORMATION Device Operating Temperature Range Package Shipping? M2240 REG _ S010-T4 P-Free 2500Tape & Rest M2240 BROS erase TSSOP-14 Pb-Free) 2500Tape & Rest Mae4O RAG: 3010-14 (Pb-Free) 25007Tape & Reel LAR2HEDRRG SOIC=T4 Pb-F} 2500 Tape & Rest LMa24DTERAS oto +700 TSSOP-18 P-FreO) 2500Tap0 & Reet LMa24ADR2G SOIC 14 PFO) 25007ape & Reet TMS24ADTERIG TSSOP-18 PFs) 2500rTape & Rest LMea0eDReS BOO (Pb-Free) 2500 Tape & Rest LM2a02EDRZG “4710 10556 3010-14 R-Fr 2500 Tape & Rest LMeo02 TERS “TSSOP-14 Pb-Free) 2500rTape & Reel T2002VOR2G SOIG=T4 Pb-Free} 2500 Tape & Rest LooeVOTERES TSSOP-14 P-Free) 2500 Tape & Rost Naveoo2DRaG* “Aeorenese SOIC 14 PFO) NOV2S02D ERAS TSSOP-1¢ PoP snampans +fFor information on tape and real apectiations, Icuding par arentafon and tape Sizes, please reler fo our Tape and Reel Packaging ‘Speciteations Brocture, BRDEO11/D. *NOV Prec for Automative and Other Aplications Requiring Unique Site and Cont Change Requirements; AEC-C100 Qualified and PPAP Capable |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html ‘wwwwensemi.com 10 s0n7 ‘ovsozig024, 07:24 PDF js viewer L324, LM324A, LMS24E, LM224, LM2902, LM2902E, LM2902V, NCV2902 MARKING DIAGRAMS soic-14 D SUFFIX CASE 7514, “ER AHARBA “BARABAR “BR RRARBR “AAR AE La24a0e Uwea0G Lwzo0206 LwzacavDe | [o_ AWWW ANLYWW Jo AWLYWW lo AMLYWW WOeTETE WEEEEEE THEue WUUEEE VARA ARAR “BARRA Lae Lwesc2es AW LTA AWLYWW Weeaee TEeee tssoP-14 TB SUFFIX ‘CASE 9486 4 1 a8 2002 aLwe AL lon on 1 1 203 Assembly Location Water Lot Yeat Yaw. W = Work Week Gor =Po-Frea Package (Note: Meroaot may be in shor location) “This marking diagram also apaias to NC2002. |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html wr ‘ovsozig024, 07:24 POF} woner MECHANICAL CASE OUTLINE cit eeateennetted® @ PACKAGE DIMENSIONS. poie-14 case 646-06 Issues DATE 22 APR 2015 " scaue tt sores _ ho i Baad al Re mae r Ele Giparsan seb; cutoteumsee ae 1 es «Searels 2 + t Seta veow Ney seeroieneceree me ware ee a Pe, mm sam Sarco ou ae ae og = + eee ‘\ oe ‘ q u a oF ord be ebb ERP P(e EE a. ee sexb END VIEW oe swevew [#0010 @[C[AB]BG] wore GENERIC MARKING DIAGRAM* WARAAAAA 23000000000 380000000000 0 Aww STYLES ON PAGE 2 WVVVVVY “This information is generic. Poase refer to devin data set fr actual part mang. Pb-Fro9 fate.“ o& mibvode" = ‘may oF may nat be present DOCUMENT NUMBER:| 98asB42428B Sonal eons So ncotciat anton aaneed SoD eee DESCRIPTION: PDIP-14 PAGE 1 OF 2 Assia ss ‘Re satiny te procs or ary parca purpecs, er oes ON Semeorsae aie ay lably arePa OF he sppleon o ee ot any NSIT OF CFs. a seo ace aa siaty nbn en paca Consent ret aes, Gh sea Ss cs ey aes epee eS Soe tere |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html san7 ‘ovsozig024, 07:24 PDF js viewer PoIP-14 CASE 646-06 ISSUES, DATE 22 APR 2015 DOCUMENT NUMBER: 984sB424268 Prin sotoe soureavons scxpursranrped Somes core ns DESCRIPTION:| POIP-14 PAGE 2 0F 2 Sideaereicts wan rantrne stipe naa onc oan neaes one on toate hacnro wae wast oiscnn rons ‘Se smabiy fe begs ay pancuar papas or aes ON Semester asovs a eb errg ct h apesien sean poke Cesk sa oece ‘sda sya nity nce wens sp cna et cana ag Ow Seno es a oy ae Pe ie ‘tse © Serkonanc Compare orien, LE. 2018 ‘wiva.onsemiscom |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html san7 ‘ovsozig024, 07:24 PDF js viewer MECHANICAL CASE OUTLINE onsemi. PACKAGE DIMENSIONS. solc-14 NB i case 7310-08 . iseue seate 11 DATE 03 FEB 2016 j+-—— 0 ——+p—a} ores . a " emwenoraumnarn ye fA Ae r si 4 6 E | ima 4 OO ‘ab ae “it SKS B® tas GENERIC ‘SOLDERING FOOTPRINT* MARKING DIAGRAM* + a0 1% “AAARAD te 100000008 1 lo ANLYH 30000 = Specie Device Code ] co wuueee Co a ‘Assembly Location “Thi information fa generic. Please refer to ‘dovice data shoot for actual part marking. Pores indicator, "Gor microgat "may ‘or may not be present. Some products may nol flow the Ganats Maron. U0 t | Ww = Work Weak *For agonal ntmaton an our P-Ftea evategy ae soldering ‘deta, please downioad the ON Semiconductor Soldoring anc ‘Mounting Tecrniques Reference Manual, SOLDEFFIMD. STYLES ON PAGE 2 DOCUMENT NUMBER: 98ASB425658 Prin sotoe soureawns scxpursranrped Somes core ns DESORIPTION:| SOI0-14NB PAGE 1 OF 2 ‘Purpose or Ses ones asus any tatty arg eu ote eppearen or use cay reo oF eat a ancgrre any and af bbMny NOON wo MACE ‘SSR coeagnsa ones cone aot Os ces a ten ads peter n ee, |ntips:ifpatalldatashoot.com/datashootdtview1454698/0NSEMULMS24 html san ‘ovsozig024, 07:24 PDF js viewer solo-14 CASE 7514-03, ISSUEL, DATE 03 FES 2016 DOCUMENT NUMBER: 98ASB425658 Prin sotoe soureavons scxpursranrped Somes core ns DESORIPTION:| SOI0-14NB PAGE 2 0F 2 ‘rae ns ONSET we sera of Sorarsans Conger rants LO ce nae sda ihe Unease onde che ies anaes ‘Seg sts nrg utara eestn ay seas en nua mass wary openness suonn te tno amy aa ‘uors. no cos oneomssure yas erty oe sean so ay Peo ak ara eecenly Burges Sy 2s tNY RCO WO SO [SpE comscor er nscsa conage ono oes cote an resin We pae rs rents cee © Serkonanc Compare orien, LE. 2018 ‘wiva.onsemiscom |ntips:ifpatalldatashoet.com/datashootdtviow1454698/0NSEMULM24 html ssn7 ‘ovsozig024, 07:24 PDF js viewer MECHANICAL CASE OUTLINE onsemi PACKAGE DIMENSIONS a T380P-14 WE. CASE 0486, w ISSUE DATE 17 FES 2016 1 SCALE 2:1 101K ner nore ap eicoms ness) Bigempagorassmoans Le od (Gloss wooalT[ US) in| T —F =4 eae cisoomlT US) La ee setae onae dy ee a vat ee FFEPEREFPEP ER! allo al be od 7 Pete iii re ete MARKING DIAGRAM* SOLDERING FOOTPRINT “ 000 708 ALYWe cc: ci Tt co co ih oo ' | L SS. — |} -- % Cc a : =a 1 f=} -L PICH (Note: Mierodot may bein either location) aL “*This information is generic. Please refer to — — Se ene ca pao ot as PerFrsomicnan Go macular soa DIMENSIONS: MILLIMETERS ‘or may not be present. Some products may fot olow to Gone Marking. DOCUMENT NUMBER: 98ASH702464 Prin sotoe soureawone scopursranrpe! Smee core nme DESCRIPTION:| TSSOP—14 WE PAGE 1 OF 1 ‘urns or des neem asus any tatty ag eu othe sopoaren or use ay regu oF CCAR and sPeCRETY actarT By nd af MDM VAING WMO MACON ‘SSR coeagnsa ones cone aot Os ces a ten ads peter n ee, |ntips:ifpatalldatashoet.com/datashootdtviow1454698/0NSEMULM24 html s6n7 ‘ovsozig024, 07:24 PDF js viewer ‘ose AGE and ane ara rata anderen a egzad and cane mv viata Saraaion Congo wana Lod omen oa alas ‘our ssomes ioe ures ace on ce coves enw omrs signs sranow eps tesa, copy Ye sts a oe ela GoDeny ‘tng tones posuctsen covrope oy be ents & tsar eaakehaiPaen ting ensem eens Oe ito mee cenge yo 2) Paucar tren ren waa cel The'marssen mes red a a rae res mat penn fers rg ea of ‘Sima, putin say ncaa uy ol ras ypu supe el oe onset ne ny a oang sac eee se ‘an psu ot rata oteare yang iy nes winad Urano been coesnan near satape™ Soars eens roms ‘Seapecmon amg onemt pone naga coer wl ia apuore aa sat eauanarm waa entonos apor ot splabre em eo eam "ype rameter aoe pouonav ens aba ee ard spachners on ora ay) ac plea ec perry {yoni sopetcrg peas nny peas rst te vate ean cre spon by core succes teem cos econ oy arse sel decease trate denen snags pes tt ase ct ore eo Sef proes sn rap sve ry in rar ramones ary oon ne cs empyce cadre ie ‘Be anrtucr rere apa a cove, seu Jarans an arse aa enue tory an arty aC ey 9 Pac Cort Soha My ea, ‘Elcom ou neces a auovas ine stn Sa soge at ou wa eget ane enon ata ne pa ooo 2 Ee) Spoaunasntorane Sse crocye Ths tae eecto a aca ogni arta eu 2) ae PUBLICATION ORDERING INFORMATION EtetRcenstocccnstsoenicon Mar Ameen eo pmo: op il Ee ad Acero Sup nse Weitere oe Prone Ot 522702510 vores asshonel nme ene cova yo cl ns Pesce ° |ntips:ifpatalldatashoet.com/datashootdtviow1454698/0NSEMULM24 html amr

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