MC1709

MC1709 MOTOROLA | Alldatasheet

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= SEMICONDUCTOR yyy MC1709A TECHNICAL DATA MC1709C MONOLITHIC OPERATIONAL AMPLIFIER OPERATIONAL AMPLIFIER _.. designed for use as a summing amplifier, integrator, or amplifier back components. © High-Performance Open Loop Gain Characteristics Avol = 45,000 typical PIN CONNECTIONS © Low Temperature Drift — +3.0 uV/°C typical (MC1709) ‘anue izes Freq. Comp © Large Output Voltage Swing — +14 V typical @ +15 V Supply comp. (1) Vee © Low Output Impedance — zo = 150 ohms typical Inv. Input a> dourput Non-tnv.o3 SOuwur input “2A@)S2) grea, Comp Vee (Top View) MAXIMUM RATINGS (Ta = +25°C unless otherwise noted.) [Rating =| Symbot | value | Unit_| > Power Supply Voltage vée ATi Vee =18 ty iy, G SUFFIX Input Differential Voltage Range Vink Volts hii METAL PACKAGE Input Common-Mode Range +10 (| Volts ° 0 q CASE 601 Output Short-Circuit Duration [ts | so | s | Power Dissipation (Package Limitation) Metal Can 680 mw Derate above Ta = +25°C 46 mwrc \\ pLagti Seecenae Plastic Dual In-Line Packages (MC170SC only) 625 mw 7 CASE 628 Derate above Ta = +25°C 5.0 mwec 8 (MC1709C Only) Ceramic Dual In-Line Package 750 mwerc 1 Derate above Ta = +25°C 60 mWec Operating Ambient MC1709A, MC1709 Ta - 55 to +125 °c Temperature Range MC1709C Oto +70 Storage Temperature Range Tstg °c Metal and Ceramic Packages - 65 to +150 U SUFFIX Plastic Packages —55 to +125 CERAMIC PACKAGE 8 q CASE 693 FIGURE 1 - EQUIVALENT CIRCUIT SCHEMATIC vec? 9 INPUT COMPENSATION ~ ~ Input Frea. Input Freq. 10K 10K Come. D4 [2] comp . inv. tnpur [24> [7] vee a dase ~ Noninv. Input [3 +47 S] Ourpur COMPENSATION [fT 4 ~~ | ouTPUT Comp NONINVERTING 7 cr] | (Top View) PUT © te wt COMPENSATION UL E PX ORDERING INFORMATION —, |__ Device Temperature Range | Package TOE MC1709CG Metal Can 18k 16 MC1709CU OC to + 70°C Ceramic DIP MC1709CP1 Plastic DIP 24k J MC1709G,AG Metal Can vee c1709aU =85C10 +125 | Ceramic OP _| ee, MOTOROLA LINEAR/INTERFACE DEVICES 2-158

MC1709, MC1709A, MC1709C ELECTRICAL CHARACTERISTICS (unless otherwise noted, +9.0 V < Vec = 15 V, -9.0 V = Veg = -15 V, Ta = 26°C) Sc Characteristic | “min [tye [Max [Min [tye [Max | Pragcous™ TT ee ee (Rg < 10 k2) ad _ [360 [700 [= [iso Pao ea] Power Supply Currents Teo lee 25 36 mA Power Consumption —— Po 75 708 |” | po] (Vee = 15 V, Vee = -15 VI Transient Response ~ ~ - Risetime 'TLH - 15 03 us Overshoot os - 30 - 10 % ELECTRICAL CHARACTERISTICS (unless otherwise noted, +9.0 V < Vec = 15 V, -9.0 V = Veg * ~ 15 V, Ta = — 55°C to + 125°C) a Characteristic Symbol Typ Max Typ ae] une | (Rg < 10 ki2) Average Temperature Coefficient of input Offset Voltage | aVig/aT BEN (Rg = 50 2, Ta = 25°C to 125°C) - 18 10 (Rs = 50 2, Ta = -55°C to 25°C) 18 10 - {Rg = 10kQ, Ta = 25°C to 125°C) 2.0 15 - {Rg = 10 kQ, Ta = -55°C to 25°C) - 43 25 - Input Offset Current no - fe fale [ele (Ta = 125°C) - 35 50 20 200 Average Temperature Coefficient of Input Offset Current | “lig/aT RAC ees Tela er (Ta = 25°C to 125°C) - 0.08 Os (Ta = -55°C) (Tp = -55°C) (Voc = 15 V, Vee = -15 V) | Common Mode Rejection Ratio CMRR 80 110 70 (Voc = 15 V, Veg = -15 V, Rg S10 ks2) | Large Signal Voltage Gain 45 f*] * i] 70 Vimv (Vec = 15 V, Veg = -15 V. Ry 2.0k2. | |] Vo= 215) i (Vec = 15 V, Veg = -15 Vv) (RL 210 kay | 212 +14 #12 £14 (RL > 2.0 ko) +10 213 #10 £13 Power Supply Currents Teclee mA (Vcc = 15 V, Veg = -15 Vb (Ta = -55°C) 27 (Voc = 15, Veg = -15 Vv) oo SSS MOTOROLA LINEAR/INTERFACE DEVICES 2-159

MC1709, MC1709A, MC1709C ELECTRICAL CHARACTERISTICS (unless otherwise noted, Vcc — +15 V, VeE = —15V, Ta = 25°C) symbot_[—Win [Tye [Max | _unit Input Offset Voltage Vio 2.0 7.5 mv (Rg < 10 kt, 9.0V < 15V, -9.0V > Vee > -15V) [aput Offer Current Po sn [inpor gies Gurren Pf 88080 GC <c Power Consumption — [Pc so 200 Large Signal Voltage Gain Ay Vim IRL > 2.0k2, Vo = =10V) Output Voltage Range VOR Vv (Ry 210k) £12 414 [Taper Common Wade Vorame Rone cr 8 sto Common Mode Rejection Ratio CMRAR (Rg S10 kQ) Supply Voltage Rejection Ratio 25 V/V (Rg 10 kQ) Transient Response See Figure 8 Rise Time ‘TLH Overshoot os ELECTRICAL CHARACTERISTICS (uniess otherwise specified, Voc = +15 V, Vee = — 15 V. Ta = 0°C to 70°C) = Pe eee Input Offset Voitage Vio mv (Rg < 10 2, 9.0V < Veg < 15 V. -9.0V > Veg > 1S) input Offset Current _ [tig so na [input Bis Cureent ig Large Signa! Voltage Gain Ay 12 Vimv {Ry > 2.0 kM, Vo = =10V) A TYPICAL CHARACTERISTICS FIGURE 2 — TEST CIRCUIT (Vee = +15 Vdc, Veg = -15 Vd = +25% ~ ~ ee, ca ieee c. Ta = +28°C) Fi, | Cue N Test Conditions a2 2 ‘urve No. ~ No. Ry (2) [Ry (2) |C, (PF) | Ca(pF) 3 1 10k Wk | 15k /5.0k 200 > 2 10k 100k | 15k 500, 20 Ry | 3 10k 1.0M/ 15k 100 3.0 ° y _| 4 10k] 10M] 0 10 3.0 © 4 | 1 10k] LOM[ oO 10 3.0 2 tok | 10M] 15k | 100 3.0 ° ¢ AL 3 10k | 100k | 1.5k | 500 20 i 4 _| 10 wk} 15k] 5.0% | 200 t2 = 5 1 0 @ [isk] 5.0« | 200 4 2 t) 2 15k | 500 20 3 oO band 15k 100 3.0 i 4 0 Ld ) 10 3.0 en MOTOROLA LINEAR/INTERFACE DEVICES 2-160

MC1709, MC1709A, MC1709C FIGURE 4 —- CLOSED LOOP VOLTAGE FIGURE 3 — LARGE SIGNAL SWING versus FREQUENCY GAIN versus FREQUENCY COLAC na TL = Tl zg Resa ETAT aan aon i \\ | TT Hien , aan ian | ae H = t+ 3 60 2 \\ } $C oT IN a | a [Ty og nel 3 | \\ VN 3 I 5 8.0 | \\ | En z= iy Th z SI Be A | : Z A [NN HH COOEG ICT Ss vty * LL | NL NESS aL Lill PET OTN iI 100 10k Wk 100 « 10M 10M 100 10k 1k 100 k 10M 10M ft, FREQUENCY (Hz) 1, FREQUENCY (Hz) FIGURE 5 — OPEN LOOP VOLTAGE FIGURE 6 — VOLTAGE GAIN versus GAIN versus FREQUENCY POWER SUPPLY VOLTAGE “Coes Ps St = 90 = os F =" ssiii “RC ij 3 so NA SNIN TIN. | Zz

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• PISARR > CONCHA * aac) 10k 10k 700 k 10M 10M °y 3.0 10 5 20 1, FREQUENCY (Ha) VCC and Vee. POWER SUPPLY VOLTAGE (VOLTS) FIGURE 7 — SLEW RATE versus CLOSED LOOP GAIN USING RECOMMENDED COMPENSATION NETWORKS FIGURE 8 — TRANSIENT RESPONSE TEST CIRCUIT SS ose HE vi = tv ==s2——— cover = t15V 10k

7 SSS Se Soe

3" SS Sesh eee remem ii = Se eth— eset Seeciil 1k R2= 500 ze Senin as Fie ovo Zo ney et sania zo ttt Ht in ay 2th ee eee Lie 1 ay AL =: = = tt ci CL < 100 pF Sa cite 100 pF 15k 20k 0s PH te aia 5000 oF scatter eettieeeail Zao

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al Ie oo - Ci = = 1D 0 108 108 CLOSED LOOP GAIN (VOLTS) EEE MOTOROLA LINEAR/INTERFACE DEVICES 2-161