emir ey ee ELANTEC INC 44 pe sne9ss7 oo003% i Tt T=-279 -O2-70 EHA2500 Series High Slew Rate Operational Amplifier - Features - :. High slew rate100V/ys *.. Fast settling200ns * Wide power bandwidth * High input impedance * Low offset current25nA : @ Compensated versions available : Applications. * Data acquisition systems * RE amplifiers - Video amplifiers . Signal generators Pulse amplification High speed sample and holds HIGH PERFORMANCE ANALOG INTEGRATED CIRCUITS General Description Elantecs EHA2500 Series of monolithic high slew rate amplifiers is designed and optimized for high slew rates and wide bandwidths. Three different types are offered. The EHA250X series is unity gain stable and low cost. The EHA251X series has twice the bandwidth and slew rate of the EHA250X series and is also unity gain stable. For the best AC performance choose the EHA252X series which has the highest slew rate -120V/ysand the widest bandwidths avail- able. The EHA252X series is stable with closed loop gains as low as three. These devices are fabricated using Elantecs DInamic Dielectrically Isolated process that has excellent PNPs and NPNs that allow higher bandwidths than standard junction isolated process. Elantecs high speed amplifiers are widely used in military, video and medical applications. They are especially suited for high speed video amplifiers, pulse detectors, and wide bandwidth filters. Elantecs facilities comply with MIL1-45208A and other applicable quality specifications. For information on Elantecs military proc- essing, request our brochure: Elantecs Military Processing Monolithic Products. Connection Diagrams eat 1 XQ tL EHA3-, EHA7- 466 6 WT B OUT V+ EHA4- COMP BAL EHAQ- TOP VIEWS 13 0OS?VHa 40" 8861 ATVONWLroped eee ELANTEC INC 98 def} 3zeqss? oooo3s3 3 Wf 0 T-74-07-/0 EHA2500 Series Ee High Slew Rate Operational Amplifier Fe ae tS Selection Guide elo : oe Vos Istas Tos Gaw PBW Se tszr PSRR, CMRR Rw Minimum a (Max) (Max) (Max} (Iyp) (Min) = (Min) ~s (Typ) (Min) (Min) Stable PartNumber Temp. mV sonA nA MHz kHz Vips Hs dB MQ Gain - EHA2500 M 5 200 25 12 350 25 0.33 80 25 1 EHA2502 M 8 250 50 12 300 20 0.33 4 20 1 _ EHA2505 Cc 8 . 250 50 12 300 20 0.33 4 20 1 -EHA2510 M 8 200 25 122 750 50 0.25 80 50 1 EHA2512 M 10 250 50 122 600 40 0.25 7 40 i EHA2515 Cc 10 250 50 12 600 40 0.25 4 40 1 EHA2520__ . M 8 200 25 20 1500 100 0.20 80 50 3 EHA2522 M 10 250 50 20 1200 80 0.20 74 40 3 EHA2525 Cc 10 250 50 20 1200 80 0.20 4 40 3 Ordering Information Dice 14-Pin DIP. 10-98 8-Pin DIP LCC 8-Pin DIP 10-Pin Flat-Pack (Note 1} Ceramic Metal Can Plastic 20-Pin Cerdip (EHAO-) (EHA1-) (EHA2-) (EHA3-) (EHA4-) (EHA7-} (EHAS-) EHAO-2500-6 EHA22500/883B EHA4-2500/883B EHA7-2500/883B EHA9~2500/883B . EHA2~-2500-2 EHA7-2500-2 EHA0-2502-6 EHA2-2502/883B EHA4-2502/883B EHA7-2502/883B EHA9-2502/883B a : EHA2-2502-2 EHAT7-2502-2 EHA0-2505-6 EHA2-2505-5 EHA3-2505-5 EHAT-2505-5 ~EHAO-2510-6 EHA2-2510/883B EHA4-2510/883B EHA7-2510/883B EHA9-2510/883B on . EHA2-2510-2 EHA7-2510-2 EHAO-2512-6 EHA2~2512/883B EHA4-2512/883B EHA7-2512/883B EHA9-2512/883B EHA2~2512-2 EHA7-2512-2 EHAO-2515-6 - EHA2-2515-5 EHA3~2515-5 EHAT~2515-5 EHA0-2520-86 Consult Factory EHA2~2520/883B EHA4-2520/883B EHA7-2520/883B EHA9-2520/883B : o EHA2-2520-2 EHA7-2520-2 EHA0-2522-6 EHA2-2522/883B EHA4-2522/883B EHA7-2522/883B EHA9-2522/883B - EHA2-2522-2 EHA7-2522-2 EHAO-2525-6 EHA2-2525-6 EHA3-2525-5 EHA7-2525-5 Note: Dice are available in waffle packs, Consult factory for more information. Note 2: Consult factory for special packaging or temperature range requirements. PREFIX SUFFIX P. ~1 0C to 200C EHA2- TO-99MetalCan.......... MDP0004 -2 ~55C to 125C EHA3- 8-Pin PlasticDIP........... MDPO0006 -3 EHA4- Leadless Chip Carrier (LCC) ..MDP0007 4 -25C to 85C EHAT- 8-Pin CERDIP.......,...... MDPO0010 -5 OC to 75C EHAQ- Flat-Pack..........5....0005. MDP0020 -6 100% 25C Probe (Dice Only) EHAO- Dice -7 /883B See Elantecs Military Processing - Monolithic Products. -9 14a . EFFA2500 Series =. High Slew Rate Operational Amplifier Test Level Descriptions TestLevel Test Procedure 100% production tested and QA sample tested per QA test plan QCX0002. 100% production tested at T, =25C, and QA sample tested at T, =25C, Tyax and Tuy Per QA test plan QCX0002. QA sample tested per QA test plan QCX0002. Parameter is guaranteed (but not tested) by Design and Characterization Data. Parameter is typical value for information purposes only. <dh ew pre es SE oy ey ar Pr: ys ie wie rs # - ACTest Circuits. LEE USE ES co : 43930 . - Sed : AY - so : : SpF BL : : 6s7o a oouTPUT tL \o output INPUT - - : = INPUT paKQ : > . : = sopr EHAZ50X AND EHAZSIK . EHA252K Burn-In Circuit eee Die Layout gene my OV+= +15.0V mena agen S Rt 1MQ CLK= -.0VpcO~"y : V~ = -15: PIN NUMBERS ARE FOR METAL CAN PACKAGES. wav ALL PACKAGES USE THE SAME SCHEMATIC. o2 TOP VIEW = OIE SIZE: 66 x 61 MILS 15 ELANTEC INC 4& ve ff su29ss7 0000394 5 I. T-19.07-/0 ooSszVHade etreitaner nantes: ELANTEC INC 44 pe ane9ss7 go000g3595 ? Bt-79-07-10 EHA2500/2502/2505 High Slew Rate Operational Amplifier _ Absolute Maximum Ratings ; Supply Voltage +20V T, Operating Temperature Range: Differential Input Voltage +15.0V : EHA2500/02 -55C to +125C Maximum Power Dissipation See Curves EHA2505 0C to +75C Peak Output Current : 50mA Tsr Storage Temperature 65C to +150C : Lead Temperature (soldering, 5 seconds) 300C All parameters having Min./Max. specifications are guaranteed. The Test Level column Indicates the specific device testing actu- ally performed during production and Quality Assurance inspection. Elantec performs most electrical tests using modern high- speed automatic test equipment, specifically the LTX 77 Serles system. Unless otherwise noted, all tests are pulsed tests, therefore - os _eTe= Ty . DC Electrical Characteristics Vg= +15 V, Rg=50Q, Ry, = 100k, Vom =O0V, Vour=0V, Tun $ Ta < Tmax, unless otherwise specified. * : . EHA2500 EHA2502 EHA2505 - Parameter .. Test Conditions i Test Test Test. Units : : Min. Typ. Max. <8) Min. Typ. Max. :o4 Min. Typ. Max. Level Bie et Ta=25C 2 5 I 4 8 I 4 8 I mv : Vos Offset Voltage - 8 I 10 I 10 lm mV Offset Voltage : AVos/AT F 08: : 20 Vv 20 v 20 vooywviec to Ip Bias Current Ta =25C 100 =. 200 I 125 =250 I 125 250 I nA Boe : ote 1 > . i ) 400 I 500 I 500 HI nA t Tye 25C 10025 20 50 I 20 #50 I na z Ios Offset Current A : 50 I 100 100) 6M E . Ry Input Resistance Ta=25C 25 50 Vv 20 50 Iv 20 50 WV MQ : Co . : ; Voma common-Mede +100 I +100 I +100 mm Vv 5 Range : Common-Mode CMRR Rejection Ratio AVow= 10V 8&0 90 I 74 90 I 4 90 Il dB {Note 2) Power Supply PSRR Rejection Ratio AVs= 5V 80 390 I 7% 8690 I 4% 690 0 dB (Note 3) Large Signal R, =2kQ, Vopr= 109, 20 30 3 , I 15 25 1 15 25 1 Vv E Avo. VoltageGain _ T,=25C vim = (Note 4) ; RL =2kQ, Voyr= 10V 15 1 10 1 10 im = Vimv Output Volta - Vour ean ge Ry=2kQ +10.0 412.0 I #10.0 +12.0 1 10.0 +12.0 too iS Vour= 10V, Ta =25C +10 +20 I +10 +20 1 #10 +20 I mA Igy; Output Current on A Voyr= 10V 2.58 1 #75 1 475 1] oma lec Supply Current T,=25C 4 6 I 4 6 I 4 6 I oma (Note 5) 65 I 7 I 7 Il mA 16ELANTEC INC 48 pe i snesss? goooo3s4t 4 J> T-19-07-10 [0 EHA2500/2502/2505 High Slew Rate Operational Amplifier AC Electrical Characteristics COST VHA/ZOSTVHA/ 00ST VHA Vs= +15V, Ay=1, Rg=50Q, RL=2kQ, C_=50pR Vopr = +200 MV, Tyan Ta < Tmax, unless otherwise specified (See AC test circuit) & , EHA2500 EHA2502 EHA2505 F Parameter Test Conditions Test Test Test, Units : Min. Typ. Max. Level Min. Typ. Max. Level Min. Typ. Max. Level i trty Rise and Ta 25 25 S50 1 25 50 I 25 =-50. I ns Fall Times . - 6 1: 6 | 6 Mm ns 5 - = = o : SR. slew Rate Vour= 5V, Ta =25C +25 30 I 20 30 I 20 +30 1 Vins = Vour= #5V +20 I 15 I 15 mm Vips Gain Bandwidth : : GBW . 210,T.=25C | 2 Vv: 12 Vv 2 Vv MHz Products Ay a L . Bo Full Power = : = 10V, Th =25 Iv 500 Iv 300 500 IV kz : FEW ndwidth Vour= 10V, Ty =25C 350 500 300 : (Note 6) . Ty=25C . 2 40 I 2 50 I 25 50 I z OS. Overshoot = : 50 6 I 60 oll : t, SettlingTimeto0.1% Voyr= 5V,T,=25C 0.33 v 0.33 v 0,33 vous Notel: Both input currents, ly, and Iy_. are tested individually. Note2: For CMRR#. V4,~0 10 410V and for CMRR-, Vix 0 to 10V. : Note3:; For PSRR#, V5, = +10 V to +20V with Vs_ = -15V. : For PSRR-, V5. = -10V to 20V with Vo, = +15 V, Note 4: For Ags. Vour=0 to +10V and for Aygy _. Vout =0 to -10V. Note 5; Both positive and negative supply currents, I; and Inc... are tested, Note 6: The Full Power Bandwidth Is guaranteed by testing slew rate, FPBW =SR/(2n Vp). 17ELANTEC INC 44 pe Bj siessse o00039? 0 EB T-19-07-/8 EHA2Z500/2502/2505 cece en Yee or ny OPEN -LOOP VOLTAGE GAIN (dB) GAIN (dB) Input Bias and Offset Current vs Temperature 97 95 93 91 83 87 85 0 Q +50 +100 TEMPERATURE (C) Open-Loop Frequency and Phase Response PN | 80 Ta i a Open-Loop Voltage Gain i tn Uh, EE: h iN IEE Te TE Td TSS 1k 100k = 10M FREQUENCY (Hz) vs Temperature -50 0 +50 +100 TEMPERATURE (C) High ! Slew Rate Operational Amplifier PHASE ANGLE (DEGREES) "Typical Performance Curves ' Equivalent Input Noise Voltage ve Frequency EQUIVALENT INPUT NOISE VOLTAGE 1000 1k) = 10k: 400k FREQUENCY (Hz) Normalized AC Parameters vs Supply Voltage at 25C a1 NORMALIZED PARAMETERS REFERRED TO VALUES AT +15V 0.8 +10V +15V SUPPLY VOLTAGE (V) +20V Output Voltage Swing vs Frequency at +25C 0 fVg= 215-1 15 EH 10 HEN PEAK TO PEAK VOLTAGE SWING (V) 10k 100k wD 10M FREQUENCY (Hz) 18 NORMALIZED PARAMETERS REFERRED TO VALUES AT OPEN -LOOP VOLTAGE GAIN (dB) Normalized AC Parameters vs Temperature 141 425C 5 z o o 2 & 50 9 50 100 TEMPERATURE (C) Open-Loop Frequency Response For Various Compensation 8 8 > o a 10 tk 100k oon FREQUENCY (Hz) Power Supply Current vs Temperature 5.6 Vg= 120 a tw > o CURRENT (mA) 4.4 60 Qo 50 100 TEMPERATURE (C)Voltage Follower Pulse Response | g : z 5 @ 2 3 a Po = : & ae VERTICAL=5V/DIV z HORIZONTAL=200ne/DIV 8-Lead TO-99 Metal Can Maximum Power Dissipation vs Ambient Temperature : 5.0 T T T : s Ty MAX = 175C = = 4.0 Oy = 55CAW > 3 Bya = 190C/W Ee { | 3.0 a GNFINITE a HEAT SINK & 2.0 LP FREE AIRS NO HEAT \Q : wi SINK : z 1.0 \ i a 0 25 25) 75128 175 TEMPERATURE (C) Typical Performance Curves - (continued) 8-Lead CerDIP Maximum Power Dissipation va Ambient Temperature 5.0 Ty MAX = 40 yc = 40C Bya= 125C/W 3.0 HEAT SINK 2.0 1.0 NO HEAT SINK 0-25 2578128 175 TEMPERATURE (C) 5.0 = 40 ze = 30 8 5 20 c Ww 3 1.0 0 19 8-Lead Plastic DIP Maximum Power Dissipation ve Ambient Temperature 5.0 T T Ty MAX = 150C = 40 yc = 50C W_] & 8ya = 95C | J & 3 INFINITE % HEAT SINK B 2.0 t \ FREE AIR e VNO HEAT 5 1.0 AT SINK GO 425 25 75 125 4175 TEMPERATURE (C) 20-Pad LCC Maximum Power Dissipation vs Ambient Temperature Ty MAX = 175C 8yc = 55C _] ean = toorcn INFINITE HEAT SINK > FREE AIR NO HEAT SINK L 1 L +25 25 75 125 TEMPERATURE (C) 175 ELANTEC INC 54 pe sneass? 00003948 e I. t-79-07-0 pe EHA2500/2502/2505 Po ae High Slew Rate Operational Amplifier COSCVHA/ZOSZVHA/00Sc VHAa ELANTEC INC 98 def aue9ss7 ooooas9 4 Ef, +.49-07-70 EHIA2510/2512/2515 ee ve High Slew Rate Operational Amplifier | Absolute Maximum Ratings Vs Supply Voltage +20V Ta Operating Temperature Range: Vin Differential Input Voltage +15.0V EHA2510/12 ~55C to +125C r Py Maximum Power Dissipation See Curves EHA2515 OC to +75C ib Iovr Peak Output Current 50mA Tsr Storage Temperature ~-65C to +150C & . Lead Temperature b (soldering, 5 seconds} 300C Be ee ee Important ll parameters having Min./Max. specifications are guaranteed. The Test Level column indicates the specific device testing actu- Note: ally performed during production and Quality Assurance inspection. Elantec performs most electrical tests using modern high- speed automatic test equipment, specifically the LTX 77 Series system. Unless otherwise noted, all tests are pulsed tests, therefore T,=To=T, y= Tc=Ta- * DC Electrical Characteristics Vg= 15 V, Re=502, Ry =100kQ, Voy =0V, Vour=0V, Ta $ Ta < Tmax, unless otherwise specified. EHAZ5i0 EHA2Si2 EHA2S15 : Paramet Test Conditions ; Test Test Test Units . . arameter est Con Min, Typ. Max. poo) Min. Typ, Max. yoo, Min. Typ. Max. vy Tan25C 4 8 #1 5 0 1 5 10 | .mv Vos Offset Voltage = 0. 1 ot 4 TM mv < AV gglar Offset Voltage 20 vi 25 v 30 vo pvEC . Drift . fg Blas Current - T,=25C 100 200 +1 25 260 I 5 250 | nA : (Note 1) 400 I 500 Od 500 Tl onA - Ty=25C 1 025) 20 50 I 20 50 - nA Ips Offset Current - 501 oo 6 : foo WW 7A Riy Input Resistance Tr=25C 50 100 IV 40-100 IV 40 100 IV Mg - Veyp Common-Mode 100 1 100 I #100 1 ov L Range : Common-Mode . : EMR Rejection Ratio AVem= 10V 80 90 1 % 90 1 7 90 nN - aB ; {Note 2) . i F Power Supply PSRR Rejection Ratlo AVe=5V 80 90 I % 90 1 % 90 1 dB (Note 3) Large Signal Ry =2kQ, Vour= #10, 0 1 86C 2S HS 1 75 15 1 Vimv AVOL - Voltage Gain Ty=25C . (Note 4} Ry=2k@, Vour= 10 TS 5 1 5 i V/mv Vour Output Voltage R=2ko +10.0 120 I 10.0 +120 I #100 #120 1 Vv Swing Vour= # 10V,T, 25C +10 +20 1 #10 20 1 #10 20 1 oma Ipyy Output Current Voure 10V 75 1 #75 1 75 m= mA Jee Supply Current Th=28C 4 6 1 4 6 1 4 6 FT oma (Note 5) 651 7 1 7 I ma 20ELANTEC INC 98 DE} 3ze5557 oooo4o0 7 UT t-3-07-10 EHA2510/2512/2515 _ AC Electrical Characteristics oe Ve= 15V, Ay=1, Rg=50Q, R= 2kQ, C,=50pE Vour= +200 MV, Tym <Ta<Tyax, unless otherwise specified (See AC test circuit) So EHA2510 EHA25i2 EHA2515 Parameter Test Conditions Test Test Test. Units Min. Typ. Max. Level Min. Typ. Max. Level Min. Typ. Max. Level th ty - Rise and Ty 25C . 2 50 1? 25 500COdT Ce 25 50 #1 ns Fall Times go 1: oo 1: 6 Il ns SR Slew Rate Vour= 5V, Ty =25C +50 +65 - I +40 +60 I +40 +60 I Vius Vour= 5V +45 1. 35 I #35 Um Vips Gain Bandwidth - . : . Prod Ta e25 oo. 3 12 : Vv GBW ucts Ay > 10mV,T, 25C 12 vi Vi: 12 MHz Full Power : Vout= 10V, Ta=25 750 1000 FPEW - ndwidth fours S10V,Tn25C 1000 v 600 Iv, 600 1000 IV kHz (Note 6) , . < / - Th=25C 2 40 | 2 so 1 - 25 50 I : OS. Overshoot 50 ot 60 60 Wi ts SettlingTime to 0.1% Voyr= 5V 0.25 Vv 0.25 vO 0.25 7 ov ps Notel: Both input currents, y, and Iy_, are tested individually. Note 2:\ | For CMRR+, Vix, 20 to +10 V and for CMRR-, V4) =0 to -10V. Note3: For PSRR+, Vc, = +10V to +20V with Vs_ =-15V. For PSRR-, Vs_ =~ 10V to -20V with V., = +15V. Noted: For Aun: Vour=0 to 410-V and for Avg), Vout = to - 10. Note $:. Both positive and negative supply currents, Ipc, and foc... are tested. Wenn gyi ma Note6: The Full Power Bandwidth is guaranteed by testing slew rate, FPBW =SR/{2n Vp}. Fe reeneene mI ine 21 STSTVH4/21Sc WHA /OTSc WHAkeene rns cee ep me ELANTEC INC 498 > pe Bszeass? oooouo1 9 ff T-20-07% EHA2510/2512/2515 High Slew Rate Operational Amplifier Le demeruny pererayn n OPEN -LOOP VOLTAGE GAIN (dB) Typical Performance Curves 3 CURRENT (nA) eo 88 6 8B GAIN (dB) " Input Bias and Offset 3 8 Current vs Temperature +100 50 0 TEMPERATURE (C) +50 Open-Loop Frequency and Phase Response 420 7 : ; H ae f I : i iy 80 i tj 3 i fi I i S38 [LPHASE IIE E Ee Sey Ty | [Il 40 f i 1M ra Yaa Nl : a GAIN FTEMI 0 F i i 5 A a | ki 10 1k 100k 10M 90 88 86 82 78 FREQUENCY (Hz) & 8 PHASE ANGLE (DEGREES) 8 Open-Loop Voltage Gain _ vs Temperature Vg= 420 50 0 +50 +100 TEMPERATURE (C) NORMALIZED PARAMETERS PEAK TO PEAK VOLTAGE SWING () EQUIVALENT INPUT NOISE VOLTAGE (nVNNFiz) REFERRED TO VALUES AT +15 1.4 1.0 0.9 08 10V 6 30 25 20 15 10 5 Q 10k 1 Cn Cn Cn 10 100 %* Equivalent Input Noise Voltage vs Frequency 10k FREQUENCY (Hz) 100k Normalized AC Parameters vs Supply Voltage at 25C t15V SUPPLY VOLTAGE () t20V Output Voltage Swing vs Frequency at +25C I Vg= 207 ah Vg= 415444 | Vg= 10] aN 100k 1M 10M FREQUENCY (Hz) NI OT 22 Normalized AC Parameters ve Temperature NORMALIZED PARAMETERS REFERRED TO VALUES AT 50 TEMPERATURE (C) -50 0 100 Open-Loop Frequency Response For Various Compensation nay ! Al dt Aik ail 5 I | 300pF at it 1k 100k FREQUENCY (Hz) 120 a So OPEN -LOOP > so VOLTAGE GAIN (dB) = o 10M Power Supply Current vs Temperature > @ CURRENT (mA) 44 100 ~60 Q 50 TEMPERATURE (C)EE EE EE ~ ~ ee ae a ee soc s femme - ELANTEC INC 44 ve Sf aieqss7 oo0g040e O Bo T-19. 07-10" . EHA2510/2512/2515 -.. High Slew Rate Operational Amplifier " Typical Performance Curves wong * Voltage Follower ~~. 8-Lead CerDIP Maximum 8-Lead Plastic DIP STSCZWHA/2IScWHa/OISzVHa Bile Pulse Response . Power Dissipation Maximum Power Dissipation bo oe ve Ambient Temperature vs Ambient Temperature E 5.0 T t 5.0 T T : > Ty MAX = 175C Ty MAX = 150C E = uc = 40C = 8ye = 50C/W_| z= 40 4.0 E 3 Oyaz 125CW 3 Oya = 95C/W en E E | | cy < 3.0 < 3.0 ~ a INFINITE AN a INFINITE 2 8 HEAT SINK 8 HEAT SINK B 20 a 2.0 t & \ ra \ ree ain 2 10 = 10 NO HEAT 9" FREE AIR 7 , SINK : = NO HEAT SINK =" & | i . . i \ 1 pose VERTICAL=SV/DIV OQ -25 25 75) 125175 O -25 25 675 125478 : HORIZONTAL=100 ns/QW - TEMPERATURE (C) TEMPERATURE (C) Py " 8-Lead TO-99 Metal Can 20-Pad LCC Ba Maximum Power Dissipation Maximum Power Dissipation ae vs Ambient Temperature vs Ambient Temperature po . .0 T T T 5.0 T T : Ty MAX = 175C Ty MAX = 175C = 40 Qc = 55CAW_4 = 4.0 8Jc = S5C/W_] s Oya = 190C 3 @ya = 100C E30 |__| E 30 |__| . ao. INFINITE a. INFINITE g HEAT SINK 8 HEAT SINK @ 2.0 |-- FREE AIRY a 2.0 Ni c NO HEAT x ; u SINK \ = g 10 \ 9 1 PE FREEAIA : : pees] NO HEAT SINK J 1 i | 0 -25 25) 75)125175 0 +298 25 76 125 175 TEMPERATURE (C) TEMPERATURE (C) 23ELANTEC INC 18 DE 3129557 oooo4nS 2 B +-49-09-0 EHA2520/2522/2525 High Slew Rate Operational Amplifier . Absolute. Maximum Ratings - , "Vs Supply Voltage +20V T, Operating Temperature Range: Vin _ Differential Input Voltage - +15.0V EHA2520/22 -55C to +125C Py . Maximum Power Dissipation See Curves EHA2525 0C to +76C Iout Peak Output Current 50mA Tsr Storage Temperature ~65C to +150C . : . Lead Temperature Larue ye / (soldering, 5 seconds) 300C Important All parameters having Min. [Max. specifications are guaranteed. The Test Level column indicates the specific device testing actu- Note: ally performed during production and Quality Assurance Inspection. Elantec performs most electrical tests using modern high- speed automatic test equipment, specifically the LTX 77 Series system. Unless otherwise noted, all tests are pulsed tests, therefore Ty=Te= Ta, . DC Electrical Characteristics Vs + 15V, Rg=50Q, R= 100k8, Vom=0V, Vour=0V, Tain < Ta < Taax, unless otherwise specified. EHA2520 EHA2522 EHA2525 = Parameter Test Conditions Min. Typ. Max. est - Min. Typ. Max. est, Min, Typ. Max. pest, > Units = : - )=25C 4 8 I 5 10 1 5 0 - mv . Vos Offset Voltage | 4 1 oo mv . Offset Voltage , : Vv AVosfAT 20 Vv 25 v 30 Ws c J, . BiasCurrent T=25C 100 200 1 225 250 1 1225 250 I oA (Note 1) . 400 500 I 500 I nA T,=25C a 20 50 =I 20 50 TI nA Igg Offset Current 501 100 OI oo 3M nA Ry Input Resistance T=25C 50 100 IV. 40 100 IV 40100 Iv. Mg Veug Common-Mode +10.0 I 100 I 100 r Vv Range Common-Mede CMRR Rejection Ratio AVem= +10V 80 80 I % 90 I 4 90 1 a i {Note 2) i Power Supply . : PSRR Rejection Ratio AVg= 5V 80 80 I % 90 1 4 90 nu dB : (Note 3} Ae, ree Signal R,.=2kQ, Vour 10, 10 5 175 25 1 75 18 1 vimv VOL Voltage Gain Taxn25C (Note 4) RL =2k9, Voyr= 10V 15 I 5 I 5 1 = Vimv Vour Output Voltage R,=2ke 10.0 12.0 1 +100 #120 1 100 +120 o Vv Swing " Voyr= 10V,T)=25C +10 +20 I #10 +20 I #10 +20 I omA Ioyr Output Current Vout= 10V +7.5 1 75 I 475 Wo omA log Supply Current Ta=25C 4 6 I 4 6 I 4 6 I mA {Note 5) 65 1 7 1 7 il mA 24EETA2Z520/2522/2525 High Slew Rate Operational Amplifier Ie . . e 2 e _ AC Electrical Characteristics , Vg= +15V, Ay=3, Rs=50Q, Rp=2kQ, C,=50pF, Voyr= + 200mV, Tain Ta <Tmax Unless otherwise specified (See AC test circuit) EHA2520 EHA2522 EHA2525 Parameter Test Conditions Test Test Test, Units Min. Typ. Max, Leve! Min. Typ. Max. Level Min. Typ. Max. Level tott Rise and Ta=25C 25 = =50 I. 25 50 1 25 50 I ns Fall Times _ 55 OI 6 1: 6 ol - ns - =m 25 + SR Slew Rate Vour= + 5V, Ta = 25C +100 +120 I +80 +120 I +80 +120 I Vins : , Vour= 5V +84 I +60 1 +60 IW Vis : Gain Bandwidth , - : E GBW 2 10mV,T, =25C 10 20 Iv 10 20 WV: 10 20 IV MHz i Products ay : . FPBW Pull . t Vout= 10V, Ta=25C 1500 2000 IV 1200 1600 IV 1200 1600 IV kHz Bandwidth (Note 6) : Ta=25C 25 40 | 25 50 I 25 50 1 OS. Overshoot 45 I 60 I 60 III %. ts SettlingTimeto0.1% Voyr= 5V,T,=25C 0.20 v 0.20 Vv 0.20 vous Note fl: Both input currents. ty, and iy are tested Individually. Note2: For CMRR+, V,-,;=0 to +!0V and for CMRR-, Vea 20 to - (OV. Note3: For PSRR+. Vs, = +10 V to +20V with Vy = -15V, For PSRR-. Vs; = -10V to -20V with Vx, 5 +15V. Note 4: For Aun... Voey=0to #10V and for Aggy. Vogy 0 (0 ~10V. . Note 5: Both positive and negative supply currents, Kg: and hy:. are tested. Note6: The Full Power Bandwidth fs guaranteed by testing slew rate, FPBW=SR 1 {2a Vp). 25 ELANTEC INC 4& pe sne9ss7 googgyo4 4 iE T-79.07-/0 SSCVHA/7cSZVWHaA/O7cSTVHaELANTEC INC 98 Def 3ne9ss7 cooovos & ff > T-74-07-0 EHA2520/2522/2525 Input Blas and Offset Current vs Temperature 88 BIAS CURRENT CURRENT CURRENT (nA) o 8 8&8 8 8 be -50 0 +50 +100 : " "TEMPERATURE (C) arenes rmen penne! Open-Loop Frequency and Phase Response 8 OPEN -LOOP , . gs = 80 z 2 aw g 40 5 3 > : 0 16 1k 100k 10M : FREQUENCY (Hz) ' Open-Loop Voltage Gain , vs Temperature 89 88 Fy 87 = z < 3 3 8 & 8 50 0 +50 +100 TEMPERATURE (C} PHASE ANGLE (DEGREES) NORMALIZED PARAMETERS High Slew Rate ve Operational Arp ifr oe . Typical Performance Curves Equivalent Input Noise Voltage vs Frequency & 100 < 5 Oo > Z =f Bs zs z cet s , CCH TTT i 10 100 0 tk) ~s10k = (100k FREQUENCY (Hz) Normalized AC Parameters vs Supply Voltage at 25C 11 RATE % 2 9 [BANDWIDTH al 5 e: RA a H # os ec b w ez 0.8 +10 15V +20V SUPPLY VOLTAGE (V) Output Voltage Swing vs Frequency at +25C i 30 = Th Nil 25 aa tN f 18 CTU PEAK TO PEAK VOLTAGE SWING (V) 8 0 10k 100k 4 M ~ FREQUENCY (Hz) 26 NORMALIZED PARAMETERS REFERRED TO VALUES AT OPEN -LOOP VOLTAGE GAIN (dB) Normalized AC Parameters vs Temperature BANDWIDTH BANDWIDTH SLEW RA SLEW RA 50 6 60 100 TEMPERATURE (C) Open-Loop Frequency Response For Various Compensation 10 1k 100k 10M FREQUENCY (Hz) Power Supply Current vs Temperature Vg= a i CURRENT (mA) > am 44 50 0 50 100 TEMPERATURE (C)ELANTEC INC 98 Defaie9ss? cooovoL a ff 0 T-79-01-1 " EFHA2520/2522/2525 es High Slew Rate Operational Amplifier ars a 38 Pulse Response, Ay = +3 * Typical Performance Curves - (continued) PSRR vs Frequency 8-Lead CerDIP Maximum Power Dissipation ve Ambient Temperature : 100 : y . Tt E Ta=+25C, EU 50 Ty MAX = 175C : 18Y oo CUTEST TE TIC ze. aye = OW E Til A | Tsel-Psre ff Bill z O az 125C/W | te Ul : = E o INFINITE : E ao UNE TSS Bo | nero : CU TE TT Te TTT & \ : oo Hg TTI TIME TATT = 10 : INPUT: I TEE TM eT 2 FREE AIR ; BMD) ; NO HEAT SINK : OUTPUT: SV/DIV oq CLM TMI Tila TT TT es : HORIZONTAL=100na/DIV 100 1k 10k 100k 1M 0 -25 (28 675 )~=425 (175 : FREQUENCY (Hz) TEMPERATURE (C) 8-Le d Plastic DIP 8-Lead TO-99 Metal Can 20-Pad LCC Maximum Power Dissipation Maximum Power Dissipation Maximum Power Dissipation ve Ambient Temperature vs Ambient Temperature vs Ambient Temperature - 5.0 7 .0 T max i c 5.0 Ty MAX T5C t J = J = is = = 40 Suc = 50C. = 4.0 8yc = 55CW_1 = 4.0 Bye = 55C/W_| 3 Oya = 95CW 3 By = 190C/W g "uA = rower E E | E a 30 x 30 INFINITE g 30 INFINITE B HEAT SINK q HEAT SINK 8 HEAT SINK 5 20 G 20 | 4+FREE AIR 20 \ & AIR x NO HEAT = HEAT g SINK \ = : 1.0 SINK 1.0 6 1 I rREE AIR 2 2 i penal NO HEAT SINK L 1 1 i O 8-25 25 75) 125-175 0-28 25 (75125178 O -25 25 75 )(125 175 TEMPERATURE (C) TEMPERATURE (C) TEMPERATURE (C) % 27 SCSCWHA/CCScWHa/O7STWHa G