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Part Manufacturer Description Datasheet BUY
TL061ACPS Texas Instruments OP-AMP, 7500uV OFFSET-MAX, 1MHz BAND WIDTH, PDSO8, PLASTIC, SOP-8 visit Texas Instruments
TL061MU Texas Instruments OP-AMP, 9000uV OFFSET-MAX, 1MHz BAND WIDTH, CDFP10, FP-10 visit Texas Instruments
TL061Y Texas Instruments OP-AMP, 15000uV OFFSET-MAX, 1MHz BAND WIDTH, UUC7, DIE-7 visit Texas Instruments
TL061CPSRG4 Texas Instruments OP-AMP, 20000uV OFFSET-MAX, 1MHz BAND WIDTH, PDSO8, GREEN, PLASTIC, SOP-8 visit Texas Instruments
TL061ACPSR Texas Instruments OP-AMP, 7500uV OFFSET-MAX, 1MHz BAND WIDTH, PDSO8, GREEN, PLASTIC, SOP-8 visit Texas Instruments
TL061ACPSRE4 Texas Instruments OP-AMP, 7500uV OFFSET-MAX, 1MHz BAND WIDTH, PDSO8, GREEN, PLASTIC, SOP-8 visit Texas Instruments

IC OP AMP tl061

Catalog Datasheet MFG & Type PDF Document Tags

TL08

Abstract: Instrumentation Amplifier IC l l l UNIVERSAL OP AMP EVALUATION MODULE SELECTION GUIDE (SLOU060, 10 KB - Updated: 02/15/2000) UNIVERSAL OP AMP SINGLE, DUAL, QUAD (SOIC) EVALUATION MODULE WITH SHUTDOWN (SLOU061, 1160 KB - Updated: 10 , (SZZA017A - Updated: 09/10/1999) User Manuals l l l l l UNIVERSAL OP AMP EVALUATION MODULE SELECTION GUIDE (SLOU060, 10 KB - Updated: 02/15/2000) UNIVERSAL OP AMP SINGLE, DUAL, QUAD (SOIC) EVALUATION , l l l UNIVERSAL OP AMP EVALUATION MODULE SELECTION GUIDE (SLOU060, 10 KB - Updated: 02/15/2000
Texas Instruments
Original
SLOS078F TL08 Instrumentation Amplifier IC IC OP AMP tl064 tl061 equivalent design "notch filter" TL061 TL061A TL061B TL061Y TL062 TL062A

IC OP AMP tl064

Abstract: TL08 ) User Manuals l l l l l Universal Op Amp Evaluation Module Selection Guide (SLOU060, 10 KB - Updated: 10/22/1999) Universal Op Amp Single, Dual, Quad (SOIC) Evaluation Module With Shutdown (SLOU061, 1160 , Bridge Sensors (SLOA034 - Updated: 09/27/1999) User Manuals l l l l l Universal Op Amp Evaluation Module Selection Guide (SLOU060, 10 KB - Updated: 10/22/1999) Universal Op Amp Single, Dual, Quad (SOIC , Updated: 09/27/1999) User Manuals l l l l l Universal Op Amp Evaluation Module Selection Guide
Texas Instruments
Original
Wheatstone Bridge operational amplifier SOT-23 AAAA TL062B TL062Y TL064 TL064A TL064B TL064Y

tl064d

Abstract: IC OP AMP tl064 R M A T IO N Op Amp Function Device TL061CD, ACD TL061CP, ACP Single TL061VD TL061VP TL061MJG , LINEAR'INTERFACE DEVICES 2-362 TL061, TL062, TL064 T Y P IC A L P E R FO R M A N C E C U R V E S FIGURE 1 - , MOTOROLA SEMICONDUCTOR TECHNICAL DATA TL061 TL062 TL064 LOW POWER JFET INPUT OPERATIONAL , and output swing. The TL061 device provides for the external null adjustment of input offset voltage , ilita ry devices are a v a ila b le in C eram ic dual in -lin e packages. · Low Supply Current - 200
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tl064d TL064 IC equivalent ic IC TL064 IC OP AMP tl061 TL062CD TL062CP TL062VD TL062VP TL062MJG TL064CD

TL08

Abstract: SLOS078F Updated: 07/27/1999) Back to Top q Back to KB Universal Op Amp Single, Dual, Quad (SOIC) Evaluation , ) Back to Top q Universal Op Amp Single, Dual, Quad (SOIC) Evaluation Module With Shutdown (SLOU061 , (SLOA024A USER MANUALS Updated: 07/27/1999) Back to Top q Back to KB Universal Op Amp Single, Dual , TL061, TL061A, TL061B, TL061Y, TL062, TL062A TL062B, TL062Y, TL064, TL064A, TL064B, TL064Y , Frequency Compensation Latch-Up-Free Operation High Slew Rate . . . 3.5 V/µs Typ TL061, TL061A, TL061B D
Texas Instruments
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14 pin TL08 TL064MFKB TL064MJ TL064MJB TL064MWB 8102303CA 8102303DA

ad5461

Abstract: ad546 A N ALO G D E V IC E S FEATURES Enhanced Replacement for LF441 and TL061 DC Performance: 200|tA , commercial, industrial and military temperature ranges. The AD548 is recommended for any dual supply op amp , -bit linearity in high impedance, buffer applications. The AD548 is pinned out in a standard op amp configuration , of -40°C to + 85°C. The Precision, Low Power BiFET Op Amp AD548 CO N N EC TIO N DIAGRAM S Plastic , the ideal op amp for high-performance, low-power applications. 2. The AD548 is pin compatible with
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ad5461 ad546 AD548C AD548CJ EIA-481A MIL-STD-883B AD648

ad548t

Abstract: A N A LO G D EV IC E S FEATURES Enhanced Replacement for LF441 and TL061 DC Performance: 200 , BiFET Op Amp AD548 CONNECTION DIAGRAMS Plastic Mini-DIP (N) Package, Cerdip (Q) Package and SOIC , recommended for any dual supply op amp appli­ cation requiring low power and excellent dc and ac performance , pinned out in a standard op amp configuration and is available in seven performance grades. The AD548J , standard op amps such as the LF441, TL061, and AD542, enabling designers to improve performance while
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ad548t

tl068

Abstract: TL060CP Differential Amplifier 3.1.2 Two Op Amp Instrumentation Amplifier 3.1.3 Three Op Amp Instrumentation , most cases the circuit performance limitations are not directly related to the op amp performance in , significant effects caused by the op amp itself are comprehended in the re-worked design equations The , signals. 3.1.1 Fig 3.1. shows the classical op amp circuit for a differential amplifier. In this example, as in those which follow, a TL066 adjustable low power BIFET op amp has been used. These allow the
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tl068 TL060CP tl0828 TL068C TL087 TL088 TL287 TL288

tl081 equivalent ic

Abstract: TL081CP Application Hints The TL081 is an op amp with an internally trimmed input offset voltage and JFET input , 3 dB frequency a lead capacitor should be placed from the output to the input of the op amp. The , backwards in a socket as an unlimited current surge through the resulting forward diode within the IC could , JFET rather than MOSFET input op amps they do not require special handling. As with most amplifiers , input capacitance C1 (3 pF for TL061 plus any additional layout capacitance) interacts with feedback
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TL081CP TL081C tl081 equivalent ic equivalent diode for R2C LM741 application note 83580 LM741 LF356 TL/H/8358-10

TL061

Abstract: Instrumentation Amplifier 3.1.1 Simple Differential Amplifier 3.1.2 Two Op Amp Instrumentation Amplifier 3.1.3 Three Op Amp Instrumentation Amplifier 3.1.4 Variable gain Instrumentation Amplifier 3.2 Low Noise , op amp performance in terms of bias currents, input impedance, speed etc., as is usually the case , to see that significant effects caused by the op amp itself are comprehended in the re-worked design , classical op amp circuit for a differential amplifier. In this example, as in those which follow, a TL066
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TL060 TL070 TL072 TL074 TL075 TL080

PWM generator TL084

Abstract: LM224 PIN CONFIGURATION ) Max. lib m le© ' QBP (nA) (mA) (MHz) (V/|iS) (nVÑ H z) Tÿp. Typ/amp Typ. Typ. Typ. SIN G LE O P-AM , TL061 AC TL061BC TL071C TL071AC TL071BC TL081C TL081AC TL081BC Note : CMOS CMOS CMOS JFET JFET JFET , ("A) Icc (mA) GBP SR (MHz) (V/(iS) (nVhk&) Typ. Typ. £ lyp. Typ/amp Typ. SINGLE OP-AMPs (0 to , P Min. Max. Max. TVP- r Typ/amp Typ. Typ Typ. DUAL OP-AMPs (0 to +70°C) (continued) TS902BC , 15 15 15 15 40 40 Vcc Vio iTx. S S ih» (nA) GBP ice (mA) m m W S ) (nVAÏiz) lyp/amp fW
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PWM generator TL084 LM224 PIN CONFIGURATION xxww TDA2320 equivalent UA741A k 105 jfet TSH150C TSH151C TS271C TS271AC TS271BC LF351

548JN

Abstract: 548KR Op Amp AD548 CONNECTION DIAGRAMS Plastic M ini-D IP (N) Package, Cerdip (Q) Package and SOIC (R , ANALOG DEVICES FEA TU R ES Enhanced Replacem ent for LF441 and TL061 DC Performance: 200 (¿A m ax , low pow er, precision m on o lith ic operational am plifier. It offers bo th low bias cu rren t (1 0 , reco m m en d ed for any dual supply op am p appli cation requiring low pow er and excellen t dc and ac , jectio n (8 6 d B , m in on the " C " grade) and high op en -loo p gain ensures b e tte r than 12
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548JN 548KR s48j AD54k TIL76 AD548A AD548S AD548K AD548B AD54KJR

ES7R

Abstract: RMS-to-DC Converter ES7R external AC to DC converter. Negative input of internal AC to DC OP Amp. Output of internal AC to DC OP Amp. Frequency input under voltage/current mode, offset to AGND. Output of internal independent OP Amp. Positive input terminal of on-chip independent OP Amp. Negative input terminal of on-chip independent OP Amp. Power-down enable for on-chip independent OP Amp. Output of band-gap voltage reference , 1 2 3 4 5 6 7 2 14 13 12 11 10 100 9 8 4 TL061 3 +Vs 1 100K 6 5
Cyrustek
Original
ES7R RMS-to-DC Converter ES7R ptc 995 Vrms measurement ic 1-1000uf capacitor clamp meter circuit diagram ES51918 RS232 1000KH

lm393 equivalent

Abstract: CMOS NE555 80ns) LM319 (dual, bipolar) LOW POWER ( , -5) (dual, CMOS) (quad, CMOS) MICROPOWER ( , TL071 TL072 TL074 TL081 TL082 TL084 TL061 TL062 TL064 LM336 TL431 (2.5V fixed, shunt, 2 , % ,1.4mA) Housekeeping Ic - Full SMPS secondary supervisor RAIL TO RAIL OP-AMPS INPUT & OUTPUT , Icc(typ)/op Vcc range Vio(max) Resp time Comparators Comments Note 2 5mA 8mA 5/30V 5/30V 3mV
STMicroelectronics
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lm393 equivalent CMOS NE555 DC MOTOR DRIVE WITH LM324 NE556 PWM tsm103 application LM358 replacement TSSOP14 DIP14 TSSOP16 DIP16 DIP20 SO14/16

ES51969

Abstract: clamp meter schematic DC converter. Negative input of internal AC to DC OP Amp. Output of internal AC to DC OP Amp , TL061 3 +Vs 1 100K 6 ACVH 5 N2 N1 1.5K -Vs 1K +Vs +Vs 1M 100K , component value. For INRUSH function, an external true RMS-to-DC ES636 IC must be required. v2.61 20 , 11 10 100 9 8 10K 7 2 TL061 1 100K N2 N1 1.5K -Vs 1K +Vs +Vs 1M
Cyrustek
Original
ES51969 clamp meter schematic 45-3-44 660V 100L digital AC clamp meter schematic
Abstract: internal AC to DC OP Amp. Output of internal AC to DC OP Amp. Frequency input under voltage/current mode, offset to AGND. Output of internal independent OP Amp. Positive input terminal of on-chip independent OP Amp. Negative input terminal of on-chip independent OP Amp. Power-down enable for on-chip independent OP Amp. Output of band-gap voltage reference. Typically â'"1.23V Reference input voltage , 4.7u ES636 -Vs 14 13 12 11 10 9 8 3 +Vs AGND TL061 10 AGND 6 5 Cyrustek
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ES51911 SEG01 SEG02 SEG03 SEG04 SEG05

UP 6000 LCD METER

Abstract: ES51928 output of external AC to DC converter. Negative input of internal AC to DC OP Amp. Output of internal AC to DC OP Amp. Filter capacitor connection for resistance mode Filter capacitor connection for , unprotected pins have to be soldered on board before the IC is soldered. 2. All the zener diodes above are used for IC protection. These protections are needed and these zener diodes must be soldered on PCB , U3 TL061 R27 1K R25 10K 1.5K VR4 100K A Title 50K SW_lock SW23 Size
Cyrustek
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ES51928 UP 6000 LCD METER Cyrustek SEG06 SEG07 SEG08 SEG09 SEG10

Buzzer

Abstract: Two Digit counter diagram output o external AC to DC converter. Negative input of internal AC to DC OP Amp. Output of internal AC to DC OP Amp. Frequency input under voltage/current mode, offset to AGND. Output of internal independent OP Amp. Positive input terminal of on-chip independent OP Amp. Negative input terminal of on-chip independent OP Amp. Power-down enable for on-chip independent OP Amp. Output of band-gap voltage , 6 5 3 1K +Vs 500K 3.3u + TL061 1.5K -Vs N2 AGND 30K ACVH 10K AGND
Cyrustek
Original
Buzzer Two Digit counter diagram Cyrustek es519 RMS-to-DC Converter 5 DIGIT SINGLE CHIP DIGITAL MULTIMETER PTC 15K

Cyrustek

Abstract: ES51927 to DC converter. Negative input of internal AC to DC OP Amp. Output of internal AC to DC OP Amp , board before the IC is soldered. 2. All the zener diodes above are used for IC protection. These , ADO BUZIN SLEEP R22 9K VZR9 J5 U3 TL061 R27 1K R25 10K 1.5K VR4 100K , these unprotected pins have to be soldered on board before the IC is soldered. 2. All the zener diodes above are used for IC protection. These protections are needed and these zener diodes must be soldered
Cyrustek
Original
ES51927 es5192 BZ1 zener diode 24 v to 48 v dc-dc converter ic SEG11 SEG12 SEG13 SEG14 SEG15

Two Digit counter diagram

Abstract: PTC 15K to DC converter. Negative input of internal AC to DC OP Amp. Output of internal AC to DC OP Amp. Frequency input under voltage/current mode, offset to AGND. Output of internal independent OP Amp. Positive input terminal of on-chip independent OP Amp. Negative input terminal of on-chip independent OP Amp. Power-down enable for on-chip independent OP Amp. Output of band-gap voltage reference , 3.3u + TL061 1.5K -Vs N2 AGND 30K ACVH 10K AGND +Vs 0.1u 1M 14 13 12 11
Cyrustek
Original

Buzzer

Abstract: Two Digit counter diagram to DC converter. Negative input of internal AC to DC OP Amp. Output of internal AC to DC OP Amp. Frequency input under voltage/current mode, offset to AGND. Output of internal independent OP Amp. Positive input terminal of on-chip independent OP Amp. Negative input terminal of on-chip independent OP Amp. Power-down enable for on-chip independent OP Amp. Output of band-gap voltage reference , 6 5 3 1K +Vs 500K 3.3u + TL061 1.5K -Vs N2 AGND 30K ACVH 10K AGND
Cyrustek
Original
11000V 11000a ES51916
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