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ISL28236SOICEVAL1Z Intersil Corporation Evaluation Board for ISL28236 Operational Amplifier visit Intersil
HFA11XXEVAL Intersil Corporation 850MHz, Low Distortion Current Feedback Operational Amplifiers; visit Intersil
CA5260E Intersil Corporation DUAL OP-AMP, 15000uV OFFSET-MAX, PDIP8 visit Intersil
CA5260M Intersil Corporation DUAL OP-AMP, 15000uV OFFSET-MAX, PDSO8 visit Intersil
HS9-3530ARH-Q Intersil Corporation OP-AMP, CDFP10, CERAMIC, DFP-10 visit Intersil
HA2-5127/883 Intersil Corporation OP-AMP, 100uV OFFSET-MAX, MBCY8 visit Intersil

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Part : OPAMPEVM-SOIC Supplier : Texas Instruments Manufacturer : Chip1Stop Stock : 2 Best Price : $8.28 Price Each : $8.28
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Part : EVAL-PRAOPAMP-4RUZ Supplier : Analog Devices Manufacturer : element14 Asia-Pacific Stock : - Best Price : $25.1360 Price Each : $25.1360
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Part : EVAL-HSOPAMP-1CPZ Supplier : Analog Devices Manufacturer : Farnell element14 Stock : 4 Best Price : £20.65 Price Each : £20.65
Part : EVAL-PRAOPAMP-1RZ Supplier : Analog Devices Manufacturer : Farnell element14 Stock : 1 Best Price : £17.31 Price Each : £17.31
Part : OPAMPEVM-SOIC Supplier : Texas Instruments Manufacturer : Farnell element14 Stock : - Best Price : £4.04 Price Each : £4.88
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OP/AMP Datasheet

Part Manufacturer Description PDF Type
OPAMP1EVB On Semiconductor Op Amp Evaluation Board Manual SOT23, SC70, and SOIC8 Package Original
OPAMP3EVB On Semiconductor Op Amp Evaluation Board Manual TSSOP-16 Package Original
Op Amp Circuit Collection 1978 National Semiconductor Op Amp Circuit Collection Original

OP/AMP

Catalog Datasheet MFG & Type PDF Document Tags

op amp transistor current booster circuit

Abstract: LM324 AUDIO OP AMP Chapter 18 Designing Low-Voltage Op Amp Circuits Literature Number SLOA090 Excerpted from Op Amps for Everyone Literature Number: SLOD006A Chapter 18 Designing Low-Voltage Op Amp , dB of dynamic range from the op amp. These engineers were willing to take a considerable risk , op amp didn't seem important. When the power supply was 30 V the typical circuit designer could , saturation or cutoff). The transistors in the op amp need enough voltage across them to operate correctly
Texas Instruments
Original
op amp transistor current booster circuit LM324 AUDIO OP AMP op amp current booster using transistors LM324 op amp parameters Widlar working for ic lm324

op 07 op amp

Abstract: comparator circuit using op-amp voltage range of the op amp is limited. And op amp outputs are rarely compatible with logic. Yet many , , many times the results are not satisfactory. Not all of the issues involved with using an op amp as a comparator can be resolved by reference to the op amp data sheet, since op amps are not intended for use as , using an op amp as a comparator? A comparator is designed to be used with large differential input , feedback. When an op amp is over-driven, sometimes by only a few millivolts, some of its stages may
Analog Devices
Original
MT-084 op 07 op amp comparator circuit using op-amp driver using op-amp BASIC COMPARATOR CIRCUITS analog devices transistor tutorials ISBN-10 ISBN-13

LMV851

Abstract: LMV852 currents might interfere with the op amp and jeopardize proper behavior. The fact that disturbances arrive mainly in a conductive way implies that, when determining the EMI robustness of an op amp, it is , interfere with op amps via the non-linearity of the op amp circuitry. The highest non-linearity is obtained for signals with a frequency that falls outside the band of the op amp circuit, i.e. for frequencies , the op amp circuit. As an example Figure 1 shows the equivalent input offset voltage of an op amp
National Semiconductor
Original
LMV851 LMV852 LMV854 AN-1698

transistor A726 pnp

Abstract: UA726 Op Amp Applications Seminar W orldw ide H eadquarters 3000 One Technology Way P.O. Box , www.analog.com OP AMP APPLICATIONS SEMINAR ANALOG DEVICES ©Analog Devices, Inc., 2002 All Rights , appropriate. H is t o r y , B a s i c s , D e s i g n A i d s , F il t e r s OP AMP APPLICATIONS , . 13, No. 1, January 1934 Op Amp Applications, Chapter H 1.1 1.1 OP AMP APPLICATIONS , , issued July 11, 1946 Op Amp Applications, Chapter H 1.2 1.2 H i s t o r y , B a s i c s , D
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OCR Scan
transistor A726 pnp UA726 transistor equivalent book FOR A 1941 uA726 equivalent transistor A726 error budget analysis incircuit using op amp AD811 AD817 OP482 AD712 OP249 AD629

LM301 EQUIVALENT

Abstract: UAF771 CROSS REFERENCE GUIDE INDUSTRIAL TEMPERATURE RANGE FUNCTION General Purpose OP Amp. NEC uPC55D , LM741CJ LM741CN LM725CJ LM308J-8 LM301AJ LM301 AN LM318J-8 - General Purpose OP Amp. MA741 RC MA741TC - Instrumentation OP Amp. Super Beta OP Amp. iiA725RC _ LM308U LM301AJ LM301 AN LM318JG LM301AJG LM301AP General Purpose OP Amp. MA301 AT High Speed Wide Band OP Amp. Micro Power OP Amp. {Programmable) Instrumentation OP Amp. Instrumentation OP Amp. J-FET Input OP Amp. Micro Power OP Amp
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OCR Scan
MA78L05AWC MA7912UC MC7805CP MC7808CP MC7812CP MC7815CP LM301 EQUIVALENT UAF771 mpc1042c MPC319C mPC339c PC55D PC151D PC151C PC151G PC154D PC156D

smd code pa

Abstract: ap* op amp Buffer High-Speed Quad Buffer General Purpose Wideband Op Amp General Purpose High Gain Op Amp Fast 14bit Settling Op Amp Large-Signal Bandwidth Op Amp Low Power Op Amp with Disable Professional Video Op Amp Programmable Gains of ±1, +2 Very Low Power, High Drive Op Amp Very Low Distortion Op Amp Wideband Op Amp w/Disable Low Crosstalk, Wideband Op Amp General Purpose Quad Op Amp General Purpose Quad Op Amp Dual Video Op Amp Dual Video Op Amp w/Prog. Gains ±1, +2 Dual Low Power, High Drive Op
National Semiconductor
Original
CLC109 CLC111 CLC114 CLC115 CLC400 CLC401 smd code pa ap* op amp op power amplifier wideband op amp

CA3084

Abstract: LM 358 opamp 4 Channel Programmable Amp 4 Channel Programmable Amp High Slew Rale Op Amp High Slew Rate Op Amp High Slew Rate Op Amp Very High SlewRate Wideband Op Amp Very High SlewRate Wideband Op Amp High Slew Rate Op Amp High Slew Rate Op Amp Wideband, Fast Settling Op Amp 1 Amp Power Op Amp Fast Op Amp ELH0002/ELH0002C 0.1 Amp Op Amp 2 Amp Power Op Amp Precision 2 Amp Power Op Amp High Gain Fast FET Input Op Amp Precision High Gain Fast FET Input Op Amp 50 MHz Current Feedback Amp 165 MHz Current Feedback Amp 0.01% 200
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OCR Scan
EHA2520 CA3084 SP2541 LM 358 opamp MAX9698 PMI OP AMP CTS0032 lm 3906 EHA2400/EHA2400A EHA2405/EHA2405A EHA2500/EHA2502/EHA2505 EHA2510/EHA2512/EHA2515 EHA2520/EHA2522/EHA2525 EHA2539

8 pin op amp ic only

Abstract: j246 BYPASS - 5 16 IF OUT RSSI 6 Vcc 7 14 LIMITER IN OP AMP Gnd 8 13 BYPASS + OP AMP IN + 9 OP AMP IN - 10 · POWER SAVE FUNCTION The UPC8116GR is a Si MMIC Wideband , , on-chip oscillator, IF amplifier, limiter amplifier, OP amp, and built-in RSSI and power save functions , reliability and performance. 18 LO (E) IF AMP 15 GND RSSI LIMITER + AMP OP AMP 12 BYPASS 11 OP AMP OUT ELECTRICAL CHARACTERISTICS (TA = 25°C, Vcc = Vps = 3 V, unless otherwise specified
NEC
Original
UPC8116GR-E1 C8116G 8 pin op amp ic only j246 nec C8116g 10,7 MHz Filter RF mixer 433 Mhz 2500/R

MLM107

Abstract: MC1456 -125°C) MC1536 High Voltage Op Amp .02 5 10 3 100 K 1 2.0 ±15 ±40 601 MC1556 High Performance .015 4 10 2 100 K 1 2.5 ± 3 ±22 601, 632 Op Amp MC 1733 Differential Wideband 20 - - 3000 90 90 -  , ,606 Op Amp 632,693 MC1741S High Slew Rate .5 5 15 200 50 K 1 10 ± 3 ±22 601,632 Op Amp 693 MC1741N Low Noise Op Amp .5 5 15 200 50 K 1 .5 ± 3 ±22 601, 606 632, 693 MCI 776 jUPower Programmable .0075 5 15 3 200 K 1 .2 ±1.5 ±18 601, 632 Op Amp MC3572 Low Drift, Low
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OCR Scan
MC1741 MLM107 MLM110 MLF155A MLF155 MLF156A MC1456 MC1741NC MC3476 op amp differential

E100

Abstract: 747 op amp Single EPAD Op Amp w/cable Dual EPAD Op Amp w/cable EPAD MOSFETs Used with the EA101 and EA102 Part , EA103 Single EPAD Op Amp Adapter Module with Cable The EA103 adapter module is an interface for the connection of any EPAD op amp to the E100 programmer. It is designed for the measurement and programming of Single EPAD Op-Amps Vos Adjustment. EA104 Dual EPAD Op Amp Adapter Module with Cable The EA104 , ALD1726SA EPAD Op Amp, Micropower, Vos Prog. Range ±10 mV, PDIP EPAD Op Amp, Micropower, Vos Prog. Range
Advanced Linear Devices
Original
EA100 E100 747 op amp Epad Product 1722M OP AMP 11XX ALD1721EPA/ALD1721PA ALD1721ESA/ALD1721SA ALD1722EPA/ALD1722PA ALD1722ESA/ALD1722SA ALD1726EPA/ALD1726PA

ma1458

Abstract: A1458 mA301A General Purpose Op Amp 7.5 30 50 250 ±12 2 mA302 Voltage Follower 15 30 â'" 30 ±10 3 MA307 General Purpose Op Amp 7.5 30 50 250 ±15 4 mA308 Super Beta Op Amp 7.5 30 1.0 7.0 ±13.5 5 mA308A Super Beta Op Amp 0.5 5.0 1.0 7.0 ±13.5 6 mA310 Voltage Follower 7.5 â'" â'" 7.0 ±10 7 mA318 High Speed Op Amp 10 â'" 200 500 ±11.5 8 mA324 Quad Op Amp 7.0 â'" 50 250 +13,-VS 9 mA348 Quad Op Amp 6.0 â'" 50 200 ±12 10 mAF355 FET Input Op Amp 10 â'" 0.05 0.2 ±10 11 mAF356 FET Input Op Amp 10 â'" 0.05
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OCR Scan
MA702C ma1458 A1458 MA702 ma747c mA776C A776C A798C MA1458 L-OA11 A4558 L-OA12

AP4310AMTR-E1

Abstract: AP4310 Preliminary Datasheet DUAL OP AMP AND VOLTAGE REFERENCE AP4310 General Description , levels of switching battery chargers and power supplies. Op Amp · Input Offset Voltage: 0.5mV · Supply Current: 75µA per Op Amp at 5.0V Supply Voltage · Unity Gain Bandwidth: 1MHz · Output Voltage , reference. Op Amp 1 is designed for voltage control with its non-inverting input internally connects to the output of the shunt regulator. Op Amp 2 is for current control with both inputs uncommitted. The
BCD Semiconductor
Original
AP4310AMTR-E1 AP4310AM-E1 dual op amp op 725 op amp 725 AP4310AP

CP103

Abstract: CP103G CP103 Dual OP Amp And Voltage Reference General Description Features The CP103 is a , chargers and power supplies. Op Amp · Input Offset Voltage: 0.5mV · Supply Current: 75µA per Op Amp at , device contains two Op Amps and a 2.5V precision shunt voltage reference. Op Amp 1 is designed for , : www.ceramate.com.tw Page 1 of 9 Rev 1.1 Oct. 28,2004 Fax:886-3-3521052 CP103 Dual OP Amp And Voltage Reference , 8 Op Amp 1 - + 7 + - Vref Op Amp 2 6 5 VCC OUTPUT 2 INPUT 2INPUT 2
Ceramate Technical
Original
CP103G

circuit diagram of OP amp based circuits

Abstract: AN1698 ICs that are resistant to electromagnetic waves, National has developed several op amp families that , RF signal transmitted by the cell phone. As a result, the output of Op Amp 2 will show a voltage , robustness of the op amps. R1 1.5 k V DD Pressure Sensor + Op Amp 1 - + V DD R2 100 Op Amp 2 + V OUT VS Figure 1. Pressure Sensor Application The experiment is performed with a typical standard dual op amp and with the LMV852 dual EMI-hardened op amp. The resulting
National Semiconductor
Original
AN-1874 circuit diagram of OP amp based circuits AN1698 rf op amp 4 mhz dual op amp OP MHZ LMV851/52/54 LMV861/62 LMV831/32/34

OP AMP

Abstract: EK-SA50 Limit Shutdown Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp PWM Full Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp PWM Full PWM Full PWM Full Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp PWM Full PWM Full PWM Half Op Amp Op Amp Op Amp Op Amp Op Amp Op Amp Booster PWM Full PWM Full PWM Half Op Amp Op Amp Op Amp Op Amp Booster Booster Op Amp Op Amp Op Amp Op Amp , MO-127 2 30 NA Amplifier Type Current Thermal Limit Shutdown Op Amp Op Amp Op Amp Op Amp Op
Apex Microtechnology
Original
EK-SA50 546-APEX PA21A PA21M PA25A PA09M PA51A

digital blood pressure circuit diagram

Abstract: circuit diagram blood analyzer Effect of EMI on op amp performance ­ EMIRR parameter ­ Measuring EMIRR · Application examples · , Interference Enter the Data Acquisition System? Sensor Op Amp ADC Interference can be picked up by: Components: · Sensor · Op amp · ADC Wiring · Sensor ~ Op amp · Op amp ~ ADC · ADC ~ DSP , . Interfering device 7 Wiring: Sensitivity 1 Sensor Op Amp 2 3 ADC 1. Sensor ­ Op amp , interference 2. Op amp ­ ADC (Moderately Sensitive to EMI) Analog signals Higher signal levels Wiring
National Semiconductor
Original
LMV861 LMV862 LMV831 LMV832 digital blood pressure circuit diagram circuit diagram blood analyzer touch sensitive alarm circuit of touch sensitive alarm circuit diagram of touch sensitive alarm op amp measurement LMV834

1429dbm

Abstract: resistor carbon composition noise for an op amp, or in the conversions between the different descriptions of noise. Considerable , contributed to this confusion. A thorough description of the op amp noise model will be developed here with a , . Another useful view of op amp noise is to consider the input voltage and current noises to be the time , 2005 Noise Analysis for High-Speed Op Amps 1 www.ti.com Op Amp Noise Model To analyze , Op Amp Noise Model Figure 1 shows the analysis circuit that will act as a starting point for the
Texas Instruments
Original
1429dbm resistor carbon composition GI op amp OA-14 OPA655 OPA695 SBOA066A

741 dual op amp

Abstract: 741 AMP Description Quad Op Amp, JFET Input Quad Op Amp, JFET Input Single Op Amp, JFET Input Dual Op Amp, JFET Input Dual Op Amp, JFET Input Dual OP AMP Package DIP-14 DIP-14 DIP-8 SOP-8 SOP-8 DIP-8 DIP-8 DIP-8 SOP-8 DIP , ] RC5534AN RC5534N RC6302M RC6303M RC6333M RC6334M LM741CN [KA741] KA741D KA741I Single OP AMP Quad OP AMP Quad OP AMP Dual OP AMP Quad OP AMP Dual OP AMP Single OP AMP Quad OP AMP Quad OP AMP Dual OP AMP Quad OP AMP Quad OP AMP Dual OP AMP General Performance Quad 741, Operational Amplifier High
Fairchild Semiconductor
Original
KF353 LM2902M LM324AM LM324M LM324N LM358AM 741 dual op amp 741 AMP 741 amp op OP 741 RC4559N PDIP-14 SO-14 SO-16 KF347A LF347N KF347

SC-70-5

Abstract: mic842 Supply Input Current Input Offset Bias (per Op Amp) Voltage (max.) Current Supply Range Rail-to-Rail I/O # of Op Amps Per Package Package Comments MIC6211 High-Voltage Op Amp , . LMC7101 General Purpose Op Amp 500kHz 0.5V/µs 500µA 6mV 1pA 2.7V­10V Input/Output 1 SOT-23-5 Rail-to-Rail Input and Output. MIC7111 Micropower 1.8V Op Amp 25kHz 20mV , Output. MIC7122 Rail-to-Rail Dual Op Amp 750kHz 0.7V/µs 350µA 9mV 1pA 2.2V­15V
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Original
SC-70-5 mic842 COMPARATOR low voltage internal reference 5V18V SC70-5 MIC7300 MIC860 MIC861 MIC862 MIC922

input 220v and output 4v

Abstract: sot23-5 amp 230MHz Op Amp 410MHz/220V/µs Op Amp MIC922 MIC923 June 2003 3000V/µs Op Amp 3000V/µs Op Amp MIC920 MIC921 1500V/µs Op Amp 1500V/µs Op Amp MIC918 MIC919 Dual MIC910 Triple MIC910 MIC915 MIC916 350MHz Op Amp 160MHz Op Amp MIC913 MIC914 105MHz Op Amp 200MHz Op Amp MIC911 MIC912 410MHz 230MHz 45kHz 80kHz 27MHz 51MHz 135MHz 135MHz 160MHz 350MHz 200MHz 105MHz 135MHz Dual 450KHz/4.2µA Op Amp
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Original
MSOP-10 input 220v and output 4v sot23-5 amp high power diode 500v Op-amp selection 230MH 410MH 350MH 160MH 105MH
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