TL091 TI | Alldatasheet
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TYPES TLOS1, TLOS2, T1p pS SUINEAR Fone “Y* T OPERATIONAL AMPLiFigst INTEGRATED “~~ JFET-INPU resco og SRS @ Short-Circuit Protection @ Wide Range of Supply Voltages -Mode Range Includes v, Single Supply:--3V to 36V @ Input Common: cc or Dual Supplies e Low Input Offset Current---50 pA typical @ Class AB Output Stage @ Low Input Bias Current---200 pA typical © High-impedance N-Channel-JFET Input Stage---10'*2 typical @ internal Frequency Compensation
description
. ” i ilar i nce to the MC3403 family but with Tho TLO91 JFET input operational amplifier fun gerd crete i put-stagerallows!s connie Neher wens eae ras peal again BOON voiaes ‘and offers a typical input impedance of 1012 ohms y input voltage range that inclu , x i 8 f bias current of 200 picoamperes The T1991 typical input offset current of 50 picoamperes, and 2 typical input family is designed to operate from 2 single supply over a range of 3 to 36 volts. Operationfrom split supplies i aap possible provided the difference between the two supplies is 3 to 36 volts. Output voltage range is from Vcc_to 1.5 volts less than Vi, /ith a load resister to VCC—. Device types with an ‘suff are characterized for operation over the full military temperature range of — 55°C to 125°C, those with an “I” suffix are characterized for operation from ~ 25°C to 85°C, and those with 3 “C* sutfr are characterized for operation from O°C to 70°C Thos TLo92 JG OR P DUAL-IN-UINE JG OR P DUAL-IN-LINE PACKAGE (TOP VIEW) PACKAGE (TOP VIEW) our Man” my NOM t NC Vecs PUT IN Voce PUT bur input fell7elfs] (el{7}felfs] e | [ Cd? | [ Pu | onmH tev oe Se Ui 2 TL094 J OR N OUALIN-LINE OR W PACKAGE (TOP View) currant a NET mens <_] im AMPLIRER NO. 4 AMPUFIER NO. 2 AMPLIFIER NO. AMPURERNO 3 a oun baggy LETTS Teh] i i i " Yeating RAT Oureur rT) Texas INSTRUMENTS
JFET INPUT ER IATIONAL nag Ions SR SCHEMATIC (EACH AMPLIFIER) LF | JJ “ INPUT ° | | INVERTING = INPUT ° a: 4 hy Cc —Looureur = rh i NULL (N)) Wes. TT ameuirier TLOS1 ONLY ik rare 3 CSET A oes absolute maximum ratings over operating free-air temperature range (unless otherwise noted) - Tuosim | TLosTt Twsic | TLos2M =} TLOS2I Tuoszc | sUNIT “Supply voltage Vcc, (see Note 1) 18 18 we | CU “Supply voltage Vcc - (see Note 1) =18 718 18 Vv Supply voltage Voc 4 with respect toVec— 3 [| 3% ° 3 | V Differential input voltage (see Note 2) +36 +36 Tr36 v Input voltage (see Notes 1 and 3) : : +18 718 S, Continuous total dissipation at (or below) 26°C “TT Package 1735 1a74 1028 | a m free-nir temperature (soe Note 4) N Package _ 1150 1150 “Operating free-aw tenperature range $5 to 125 | 4010 8S 20085. C Strong temperature range — ; 6510150 | 65%0150! 65150) c ‘eae Sno 116 TO ea COME J Package | 300 300 | __ 300° ca Lead temperature 1/16 inch (1.6mm) from case for 10se conds) N Package | 260 260 i NOTES. 1. These vonage veluess are with respect to the midpoint betwen Ver , and Vor 2 Orferental voltages are at the noninverting imput terminal with respect to the mverting snout termine! 4 For operation above 26°C free-air tamperature. refer to Dissipation Dorsting Table In the J pack age, TLOO4M chips are alioymountes. TLOO41 and TLOB4C chips are glase-mounted DISSIPATION DERATING TABLE came POWER DERATING ABOVE PACKAGE RATING FACTOR Ta WiAloy-Maunted Chip) 1375mW 11.0mw7C 26°C JtGiuss-Mounted Chips) 1025mW B.2mWFC 25°C N 1150mW —-9.2mWPC 25°C IG{Alloy-Mounted Chip) 1050mW — B.4mW/C 25°C JG(Glase-Mounted Chip) 825MW 6.BmWC26"C ° 1000mw —_B.OmwrC 28°C ST an Texas INSTRUMENTS INCORPORATED ral
dhiifmotaristios, VCC + = BV, Vcc- = OV, Ta = 25°C(unless otherwise noted) TLOSIM TLOOTI TLO8TC PARAMETER Test conoimionst a meee Lessord TLOS4M TLOS4i TLOs4C MIN TYP _MAX|MIN TYP MAX| MIN TYP MAX | TY wou. eee Vo=2.8v Rg = 500. 8 9 5 9 5 9 Input offset ~ i 0 Vo+2.8V 50 200 50 200 50 200 |» | Input baa —— - vom Pa outa Ao. 7 33 35 3.3 36 33 35 fom vottage swings R= 10K. - Voce=17 Vecy-17 Voce-17 Large-signal - yo “rani aVo- 1.6V 20 200 20 200 20 2000 | voltage Ry + 2ko. ) sae amplification KSVA_ rection ratio edie, i 75 | as | 7 Ve. +3 Vito +15V | S {aVec/aVioy ] | ae a ‘Supply current Vo+ 2.5V. { ir 5 kc ; Resa 1s 25] 16 25] 15 26] ma VorMag Crone! fe tkHe to 20kHz | 120 120 | 120 a8 separation a | 4 TAM charecteratica are specified under open-loop conditions input bias currents of @ FET.Input operations! amplifier are normal junction revere currants, which srw tamparenire sensitive. Pulse techiques must de used thet will maintain the junction temperature ax close to the ambment tamperatura ws is possible ‘YThe output will swing essentisily to ground provided that loed, RL. = connected trom output ta ground __ PARAMETER TEST CONDITIONS [MIN TYP MAX] UNIT TW sto, CL= 100pF. AL. 2k, SR : 06 Vu ‘Stew rate at unity gain ' See Figure 1 7 nas! id W Reems — pe 02 Lo Fm No: ste GL» 100nF, ae Fas | Svennaot estore - zo Vine Sov Worn av rei a Vo — Rg = 1002, f+ TkHz Ey Noise voltage —E PARAMETER MEASUREMENT INFORMATION 4. 1009" Pe) ‘ S-4TY-Oaln AMPLIFIER ene ne.
loctrical characteristics at epecified free-air tamperature, VCC © 7° ___ ~~ at aaa \\ TL032M Tho921 TLoszc a ‘TLoS4t Losac UI PARAMETER TEST CONDITIONS’ tuosam | __TL09 Lom Nr | Min Typ MAX|MIN TYP MAX/ MIN TYP max
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V10 Input offset voltage Tan hil rang, Rg 600 = 2 : ke “Tea rl | 10 10 . wig Teroerens costicent TT age 10 ° ; ve “ se iO 50 200° 80 20° 11 Input offset current ar ro are! Sa ~ ~_ 20] _ 10. eo we |r ———-—-+ 300 400 | 200 400 200 400° gm hie Input bias current BSS "| aS oo Ta. full range iy Ae : em. ~ a ~~ oO | Yoc- Vee Vec- Voc Yec- Yee Vien COmman-mede mu | oe | w a os ©» ¥ voltage range | | az 13 12 «13 2 13 ale Pap tox Tac2ec[-t2 2095 212 2185 12135 _ Vous: Tmmowert TR ae, Ta 25 230 213 “e109 218 +10 +13 v gina as AL ze. ‘Ta fillrenge [+10 = 10 10 _ i Large-signal differential RL 2k Ta 26C | 50_200 ~ 29 200 20 200 - VO voltage amplficanon | Vg. 2 10V Ta full ange | 26 18 5 pee ~ Vopr 20V. Ay» 2k Manmum-output- 8 Avo} Ta 28°. 8 ) 4 he | OM swing bandwidth aed A THOS 5% : | Ry 10k: Vo 50mv, . . By Unity-gain bandwidth 1 wer | Ta 25C = SL i - sas CL 200pF RL kw im PI 80" 60 80 have margin lege 7 ta Input resstance 1 20Hz Ta 26 1012 1912 sort a (to Output resistance TY 20H: Ta 28¢ 6 . 76. ‘ 2 a ‘Common-mode Tvie Vie fs 50), : coun ic VICR, is 70 90 70 90 * Py # Letasectiain! 2) | eee eons Supply voltage reecton =| Voc +3 V tot 15V. . ‘SVR 7 1s 3 ratio(sVec Vio Rs 50. Ta 25C m a0 76 80 3 re Short-circut output ' i ° tos Ta 25C +10 40 - 84 to 40 gf oto 4 as mA current | = Total supply current | No load, | areas f : . lee { Vo Ov. | 15 25] 15 25 15 25 ™ ae AR b — TAI charactenstice are specified uncer open-loop Conditions untans otherwise noted. Full range for Taw —S5°C for TLD Mac Ww BET tor 09-1, and O'C to 70°C for TLOO-C The Vic heiee are diractty linked voit-for-vott to supply voltage, I.a., the positive lit 3 volts loss than Voc. ‘input bies currents of a FET-Input operational amplitier are normal junction raverse currents, which are temperatore saritiw Pulse tecnanes be used thet will maintain the junction tamperaturn 98 close to the ambient temperature us is poss Texas INetRu EL RUMENTS
TYPES TLO91, TLO92, TLO94 IFET_INPUT OPERATIONAL AMPLIFIERS 1cS TYPICAL CHARACTERIST UNITY GAIN VOLTA AMPLIFICAT ANO PHASE -TO-| TPUT VOLTAGE vs Wading etAETO A ov FREQUENCY FREQUENCY T j
35 UNITY GAIN VOLTAGE | {i
Hl | il Heer scauey ! a me il ga TT tet ee TT eerie ge) | UL 52 a5 h s8 A ie Tamil ml soe “2 ” = F = 20 t zk | PHASE SHIFT TW & 7 i il | I 23 sb-—+THimcwr scarey Hie 2) 15 an | Vy! | Hh iim an 207 (IM [NTT EF oboe 35 10 rl $ I ' iff | alll Littl tg Mi gs ! SS AT em COTS Tec uil NUM | | Hs a OTK 10K 100% 1M { (HME LAL NAL sag FREQUENCY(H@) 10K 00 10m FIGURE 2 FREQUENCY (Haz) FIGURE 3 MAXIMUM: ear Sees, QUTPUT VOLTAGE OUTPUT CURRENT SOURCING
5 LOAD RESISTANCE ourpur’ tox oneE
¥ uy STS LIL CoM $s Veco =+15V ce teed. eae + Ho @530}-Vvec- = -18V— + sce oo | Ta-25¢ I iil 5. ES > op Ven: =e 4225 - com a 2 raed by wt inaneet ath fz . oo Oa SSD PA Brom 4s 3°20 — SS cectal gq cancioa— A
2 Ul lll 8 Coco jcc Rea
ap f HR reso | once 72 10) f 5 . cy stn Siguecuagiie m
5 IV 3 Sete tpt
E mn gn igewerarame ms (Le . 8 See tp Hatt Lea i aa 01 1 =e =| NH RL-LOAD RESISTANCE (Ku) " ot Titi ist no cou fi ee 'O-OUTPUT SOURCE CURRENT (mA FIGURE S Be Texas | MAETRUMENTS