OP06GJ

DATASHEET SEARCH SITE | WWW.ALLDATASHEET.COM

Document overview

• Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
• PDF pages: 5

Technical content

LP DEVICES Operational Amplifier FEATURES Superior DC input characteristics include very low offset © Low Offeet Voltage and Offest Current and wideband noise, and low “popcorn” noise. Low offset © Low Drift va. Temperature voltage driftis improved by a nulling technique that optimizes (TOV 05) oeeccsccsescscecsseseseseses O.8MW/°C Max TCVos performance when Vos is nulled to zero. Very high © Low Input Voltage and Current Noise common-mode and power supply rejection enable accurate © Low Offset Voltage Drift with Time performance in noisy environments. © MIL-STD-883 Processing Avaliable bility with MIL-STO-883 processing, make the OP-06 an © Available in Die Form process control and aerospace applications; including strain gauge and thermocouple amplifiers, low-noise audio ampli- t fiers, and instrumentation amplifiers. The OP-O6 is a direct QRDERINGINFORMATION’ reptacement for all 725 types providing superior OC and

142250 PACKAGE OPERATING wales pariormance plus the unique teat ct complete Input

Vog MAX 10-08 CERDIP TEMPERATURE rential voltage and owiput short Protection. (mv) OPIN 8PIN RANGE

02 OPOBAS* - mit, PIN CONNECTIONS

13 PoeG) __oPOGZ_ COM eg

• For davices processedin otal compliance to MIL-STD-883, add /683 after part ve uw of 15) vos rane number. Consul tactory for 883 data sheet. vor os t Burn-in is avaiable on commercia) and industrial temperature range paris in win 2 sour “Gy fv cerdip, plastic dip. and TO-can packages. in Oh +} our vf 3) cow mw ‘cow wens GENERAL DESCRIPTION The OP-06 monolithic instrumentation operational amplifier @-PIN HERMETIC DIP is designed for accurate high-gain amplification of low level TO-99 (J-Sutfix) (Z-Suttix) signals. High common-mode rejection reduces signal degradation when large common-mode voltages are present. SIMPLIFIED SCHEMATIC — $v —- . py — 20 | aie a3 gre | Jot And em | | a ion ~ FEO an | ct a | ! ni ae ST = i +--+ —F | ( av . r a a f Lew ga Sao os a2 J ( | Ue |i 6 oH pa FY 4h wy. Kan! Lat our op a Kos rh) ore ~ oa | Resi os ow pow boy | we) i | 1027, 028, R24, R22, COM ry | ae | jn ae) | | Peuck sag mrcrrenaree, eh ay tr #2021, 078, R19, A20.COM- - . _ ae

ABSOLUTE MAXIMUM RATINGS (Note 3) ——— OY Peet = Diterentia Inout Votage vannneuunennnnunnennninnnnn® ON “TOR 700 ry “ow Input Voltage (NOt6 1) .ncseenenmunnnnnnnannnnnennnt22V—epinHermete DIP SSSCNSSSSSSC Storage Temperature Range nn severe 65°C to +150°C 1 Fore tees fan 222V, the absolute wm Inout * Operating Temperature Range ‘equal lo the supply volage. OP-06A, OP-06B .stnninssenennnmnnnn 66°C 10 +125°C 2.0, in specified for worst cane mounting conditons, |2., @,, 8 specited for OP-08F, OP-08G «.nrnrnnrenennnnsen °C 10 470°C abies i soceat or TO and Cer0AP packages. ELECTRICAL CHARACTERISTICS at Vs = + 15V, Ts = 25°C, unless otherwise noted. OP-06A OP-068/F OP-06G PARAMETER SYMBOL_ CONDITIONS: win TYP MAK MIN TYP MAX MIN TYP MAK UNITS: Input Otfest Vottage Vos. Rig 5 20k2 (Note 2) = 006 02 = o2 os - oe 13 mv input Ottset Current tos - os 20 — 0% 50 = z 3 nA ‘put Bis Current bp =» 7 =» = 0 Wo 7 fo™ YO (Note 1) - 99 60 = 0 60 - 90 so Input Noise Voluge fo= 10Ht (Note 1) ao 80 - so 90 = 80 80) a Deveity fo 1000tHe (Note 1) - 10 8 = 70 78 - m0 8 Tom 1oHe (Note 1) = 0s 12 = 0s =o 1 wpa Nowe Curent sy fo 1OHe (Note 1) - 03 08 = 0 08 = 03 07 patie ‘v fo 1000Hs (Note 1) = 01 028 = OSS = 02 oo apt Resistance Boe (Note 3) oe o7 we os ua Large-ignat eon oun No een ‘sco ammo = tame ame 0 3000 vimw

2 TEN vas 20 - fis e300 20 gD

‘Outout Vonage Vo m2 2120 228 = 220 2280 — ans 288 = v Swioo Renn amo ss — eo ews a Input Voltage Range IVR. 218 240 2135 240 — 205 240 — v come cura on a, a moos = fry roe oO rern Lorna - 0s 20 - 9 80 - 2 9 wy Power Conaumprion Py re) = 0 = W010 mw ‘A, 2 $000, (Note 31 tae sone v0 Yo 205 a a om = viv _vonwee versmv Power Conaumetion Pa Vy= 23 - 4 6 = «8 = + 8 mw woTes: 1, Sample tested. 2. Thermoelectric voltages generated by dissimilar metais at the contacts to the input terminals can degrade drift pertormance. Both sides of the contacts should be kept at approximately the same temperature. All temperature gradients should be minimized. 3. Guaranteed by design

ELECTRICAL CHARACTERISTICS at Vs = + 15V, -55°C < T, < + 125°C, unless otherwise noted. ‘OP-06A OP-06B PARAMETER SYMBOL CONDITIONS: MIN TYP) (MAX MIN TYP) MAX UNITS Input Offset Voltage Without externa! og Rg = 20001 Note — 008 028 03 oF ow tim Average Input Ottset ‘Voltage Orift (With- TCVos, Rig = SOM (Notes 1. 2) - os os =- or 20 wee out external tm: _ ‘Average Input Ottset Rg 501 Notes 2,3) Voltage Drit (with TCVogq “RET 8O8 29 - 02 06 = 0% 0 wee Ap 2000 external trim: Ta MAX — 0% 10 - 06 40 i Ofteet ” 1” np Current los T)MIN - 08 40 - 20 wo ”“ ‘Average input Offset 4 pemenien TCigs Note 1» - 3 w - 8 parc TAMAX - 2 © - 8 input Bias Current tg aon - 32 = 3 on oA” Common-Mode Vow"? 138¥ ; own sm mw om = oo Power Supply Vg= 23V 10218 ° - - ee io ssa 1 8 > 8 ~ Vo #10V. A, = 2x01 eso wo TAMAX 1000 3500 ~~ 3,000 3800 = vm won T)MIN 700 200 — 700 380000 = m Output votage to + eng Yo Azan +20 226) — to tes v ELECTRICAL CHARACTERISTICS at Vs = + 15V, 0°C < Ty < 70°C, unless otherwise noted. —— See OP-06F 0P-06G PARAMETER ‘syMBOL CONDITIONS mu TYP (MAX Min TYP) MAK UNITS Input Otteat Vonage (warout external Vos Rg s 200 (Note 2) - 0% os - 0s 18 mv wm | ‘Average Input Otieet Voltage Orin wath TeVog ig = 500 (Notes 1,2) = or 20 - “4s wee ut external tim) ‘Average input Orteet Votuage Drin cwnen TC¥o8n ee — 02% 19 - os 1s wee external tin) TaMAX ~ 08s 80 - 2 {out Orteet Current os ThMIN - 20 0 - 20 ma Average input Offset carat pet Telos (Note 1) - 8 w - «4 wo pare TaMax - » w - 8 10 curren ' {input Bias " bd T).MIN- = “as 100 = 4s 100 ha ‘Common-Mode Vou" 21350 Ra fous = - - cml Rss 109 We 8 190 cy Power Supply Ve" 13V10218¥ SAR - - o on recom 1s 70 sos vn Vo=#i0v; Azan ‘oor ia Avo TAMAX 1000 3800 — mo 37000 — vimy Vonege MIN 0 1000 wo 17000 m Ousout Votage Yo Dery 120 26 = sno s6 0 = v NOTES: 1 Sample testes, Contacts should be Kept at approximately the tame temperature. All 2. Thermoelectric voilayes generated by dissimilar metals at ine contacts to temperature gradients should be minimized. the input terminals can degrade drift performance. Both sides of the 3. Guaranteed by input bias current

Pe p —l f 2. INVERTING INPUT |) Sue — I 3, NONINVERTING INPUT fel Seco all tom ii aT [= ll eLA 7. Ve e 1 Tr - oo! DIE SIZE 0.095 x 0.051 inch, 4845 9q. mils (2.41 X 1.30 mm, 3.13 24. mem) WAFER TEST LIMITS at Vs = + 15V, Ta = 25°C for OP-06N, OP-06G and OP-O6GR devices; Ty = 125°C for OP-O6NT and OP-O6GT devices, unless otherwise noted. (Note 2) OP-O6NT — OP-O6N OP-06GT OP-08GOP-08GR PARAMETER ‘SYMBOL CONDITIONS uaeT user inet _ ust ust ‘UNITS Input Otfeet Voltage Vos. Aig 5 20K 03 02 or os __ 13 mV MAX Input Offset Current tos + 2 4 _ 5s 13 nA MAX Input Bis Current Ip 6 70 10 E 10 nAMAX waa Fasitance Rw (ete 1) - os - 07 05 Ma MIN "Diora ode PM mm Input Voltage Range IVA 180 £135 £190 £135, 2135, vMIN Common-Mode Vem = 2135 Raj Ratio CMAR Re < 20k ‘108 4 8 m4 0 OB MIN Power Supply Vg=23V10 218 Rejection Ratio PSRR ys 20 ; co 2 8 s w WIV MAX RL 2 10K - 2125, - 2125 $120 Output Voltage Swing Vo ern $120 2120 £120 +120 208 vMIN Azo - 211.0 - 210 = Large-Signat R2an wraps out Avo wet Ov 000 000 200 1000 500 V/mV MIN Dimorendit input + 10 +” +30 +0 VMAX Moe Power Consumption Norm NOTE: Electrical tests are pectormed at water probe 10 the imits shown. Due to variations in assembly methods and normal yield 1oxs yield after packaging is not ‘quaranteed for standard product dice. Consult factory to negotlate specifications based on dice lot queifcetion through sample lot assembly and esting TYPICAL ELECTRICAL CHARACTERISTICS at Vs = + 15V, Ta = +25°C, untoss otherwise noted. Ba entre iercrann u DSSS OP-O6NT OP-06N OP-06GT OP-06G OP-06GR PARAMETER syusou CONDITIONS: TYPICAL TYPICAL TYPICAL TYPICAL TYPICAL ‘UNITS: ‘average input Ofteet on Too, Reston 8 03 07 o7 “ wee Nulled input Otteet Rs <SoKn Vonage Dit TVoan Ry = 2040, 02 02 028 028 os arc Average input Otfaet ‘Current Drift Tllos. 3 3 8 8 4 parc NOTEE —— + Guaranteed by input bias current 2. For +25°C specifications of OP-O6NT and OP-O6GT, see OP-O6N and OP-08G respectively.

TYPICAL PERFORMANCE CHARACTERISTICS: SLEW RATE CLOSED-LOOP FREQUENCY OPEN-LOOP RESPONSE FOR USING RECOMMENDED RESPONSE FOR VALUES OF ‘VALUES OF COMPENSATION COMPENSATION NETWORKS COMPENSATION 1 10 en ” == z ary sep CESS Py |. PN Nee NSN LE aad | (Bae PAN r <=} rat iemat 2° (eremrm-ar Tl NI ° EE PHEEH sc comrnasrion mtoeo ~ — heey 5) = 0.680. RY <0 i 1 jj | ys-tBy -s| esti. tis a | oes CUTTY | ULL USN ” jaime veo. om ry cy oo & om ne 620 600% 008 I ™ So wont ae FREQUENCY COMPENSATION COMPENSATION VALUES: derch Ly cy R, Cr (a) (oF) (a) (uF) 1000 470 0.001 = = 100 47 0.01 _ = 10 27 0.05 270 0.0015 1 10 0.05 300.02 COMPENSATION CIRCUIT (J or Z PACKAGE) ee SSSR ESSE Tees Selec ceeeane ss 7. ite eee ne bemoan = cine egoatae Bi gore Be saad nee ee aa