Category:Operational amplifiers
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GND ID: 
Library of Congress authority ID: 
Bibliothèque nationale de France ID: Subcategories
This category has the following 12 subcategories, out of 12 total.
- SVG operational amplifiers (42 F)
C
D
- Driven guard (7 F)
G
- Gyrators (22 F)
I
- Instrumentation amplifiers (11 F)
- Integrators (9 F)
O
- Op-amp inverting amplifiers (8 F)
- Op-amp non-inverting amplifiers (12 F)
T
V
Media in category "Operational amplifiers"
The following 111 files are in this category, out of 111 total.
680px no-feedback model.png 677 × 145; 3 KB
A Magnetic Flux Loop.png 372 × 311; 11 KB
Amplificatore operazionale.svg 183 × 151; 28 KB
Ampliop-courbe.png 328 × 196; 2 KB
Ampliop-courbe.svg 750 × 500; 8 KB
Analóg különbségképző.jpg 312 × 223; 8 KB
Analóg összegző.jpg 393 × 241; 9 KB
AOP dynamic model.png 520 × 240; 7 KB
Bandwidth comparison.JPG 649 × 281; 24 KB
Blok šema operacionog pojačavača.png 800 × 240; 28 KB
Buffer laga med operasjonsforsterkar.png 800 × 332; 15 KB
Cap dif volt comp graph 1000.jpg 1,000 × 713; 103 KB
Cap int volt comp graph 1000.jpg 1,000 × 708; 105 KB
Cc-opamp-diamond transistor and OpAmp symbol.svg 145 × 210; 9 KB
CC-OPV.svg 177 × 106; 10 KB
Clevercard TLV2741.jpg 1,024 × 768; 179 KB
Compensation aop.svg 600 × 480; 12 KB
Compensation ofset.PNG 722 × 365; 7 KB
Convertitore Digitale-Analogico a reti pesate a 4 bit.svg 311 × 190; 39 KB
Convertitore Digitale-Analogico a reti pesate a 8 bit.svg 506 × 402; 72 KB
Diagram of a dominant pole compensated open loop Op-Amp.jpg 4,608 × 1,904; 954 KB
Differenciáló alapkapcsolás.jpg 312 × 246; 7 KB
Differential signal fed into a differential amplifier.svg 512 × 219; 909 bytes
DMT OpV 2.png 222 × 156; 8 KB
Drivenguard amplifier with negative gain.svg 550 × 500; 25 KB
Drivenguard Voltage buffer.svg 550 × 425; 39 KB
Drivenguard with amplification.svg 550 × 500; 23 KB
Error-amplifier inner.svg 525 × 400; 8 KB
Frequency characteristics operational amplifier.png 583 × 312; 8 KB
Frequency dependent negative resistor.png 6,456 × 3,625; 301 KB
Frequency response in Dominant Pole compensation.jpg 4,437 × 3,123; 1.51 MB
Fully diff amp 1000.jpg 1,000 × 1,177; 103 KB
Gain-bandwidth product-it.svg 412 × 272; 22 KB
Gain-bandwidth product.svg 412 × 272; 26 KB
Generalized Impedance Converter-Temes.png 5,975 × 3,300; 258 KB
Generalized Impedance Converter-Wait.png 6,181 × 3,600; 289 KB
Gyrator-Temes.png 5,850 × 3,300; 229 KB
Hiszterézises komparátor.jpg 312 × 246; 7 KB
HP respons.png 800 × 384; 26 KB
Ideell operasjonsforsterkar.png 717 × 422; 6 KB
Ikkjeinverterande operasjonsforsterkar.png 800 × 489; 19 KB
Ind int volt comp graph 1000.jpg 1,000 × 708; 101 KB
Input and Output offset voltage of an OPV.png 720 × 818; 22 KB
Integráló alapkapcsolás.jpg 312 × 246; 7 KB
Inv ampl graph volt comp 1000.jpg 1,000 × 712; 104 KB
Inverterande operassjonsforsterkar.png 800 × 360; 16 KB
Invertáló alapkapcsolás.jpg 312 × 246; 6 KB
K2-w Vacuum Tube Op-amp.jpg 546 × 1,086; 109 KB
K2-W.jpg 1,360 × 2,552; 240 KB
LH0021CK.jpg 1,000 × 1,500; 285 KB
Linear inic 0a 1000.jpg 1,000 × 828; 117 KB
Linear inic 1a 1000.jpg 1,000 × 831; 124 KB
Linear inic 1a.jpg 2,868 × 2,376; 1,004 KB
Linear inic 2a 1000.jpg 1,000 × 829; 108 KB
Linear inic 3a 1000.jpg 1,000 × 828; 107 KB
Linear inic 4a 1000.jpg 1,000 × 828; 109 KB
Linear inic 5a 1000.jpg 1,000 × 829; 113 KB
Linear inic 6a 1000.jpg 1,000 × 829; 112 KB
Linear inic 7a 1000.jpg 1,000 × 825; 114 KB
Linear inic 8a 1000.jpg 1,000 × 830; 112 KB
Linear inic 9a 1000.jpg 1,000 × 833; 112 KB
Linear vnic 0a 1000.jpg 1,000 × 829; 116 KB
Linear vnic 0a.jpg 2,856 × 2,372; 972 KB
Linear vnic 1a 1000.jpg 1,000 × 828; 119 KB
Log volt comp graph 1000.jpg 1,000 × 713; 105 KB
LP respons.png 800 × 350; 25 KB
MAA501 OPA.jpg 573 × 688; 184 KB
Neutralizing stray capacitance.jpg 560 × 520; 74 KB
Normsymbol OPV.svg 450 × 600; 7 KB
Op-amp follower screen 65a 1000.jpg 1,000 × 730; 52 KB
Op-amp ideale interno.PNG 467 × 314; 6 KB
Op-amp symbol-2.svg 200 × 170; 12 KB
Op-amp transfer char 65a 1000.jpg 1,000 × 742; 23 KB
Opamp blok.PNG 560 × 380; 39 KB
OpAmp-w o Supply-symbol.svg 252 × 385; 5 KB
OpAmp.png 132 × 62; 1 KB
Opampcomparator.svg 945 × 351; 6 KB
OpAmpDerivator2no.png 800 × 357; 19 KB
OpAmpDerivatorr.png 800 × 389; 20 KB
OpAmpIntegrator.png 700 × 400; 18 KB
OpAmpIntegrator2no.png 1,244 × 711; 8 KB
OpAmpModel.png 285 × 131; 3 KB
Opamppinouts.png 150 × 120; 540 bytes
Opeamp.jpg 1,221 × 900; 80 KB
Operac zosilnovac.png 235 × 181; 3 KB
Operational amplifier with non-ideal output resistance.png 303 × 211; 2 KB
OpV CC.png 222 × 156; 6 KB
OpV CV.png 222 × 156; 6 KB
OpV VC.png 217 × 156; 6 KB
OpV VV.png 217 × 156; 6 KB
OpV.png 219 × 170; 6 KB
OpV.svg 206 × 159; 15 KB
Par summer current 1000.jpg 1,000 × 708; 48 KB
Par summer visualized 1000.jpg 1,000 × 676; 60 KB
Par summer voltage 1000.jpg 1,000 × 700; 51 KB
Sensibilitat i Corba de calibració.jpg 488 × 360; 26 KB
Spannung am Integrierer.png 236 × 213; 9 KB
Spannung am Mittelwertbilder.png 236 × 317; 11 KB
Summasjonsforsterkar 2 inng.png 800 × 314; 19 KB
Summasjonsforsterkar N inng.png 800 × 419; 31 KB
Tensione ingresso-uscita di un amplificatore non invertente.jpg 4,000 × 3,000; 3.45 MB
TF after Dominant pole compensation.jpg 3,387 × 3,712; 1.46 MB
Transfer function of an improved super diode.png 284 × 223; 4 KB
Uncompensated Transfer Function of open loop Op-Amp.jpg 2,971 × 1,331; 448 KB
Uscitapreamp.png 1,217 × 279; 12 KB
VC-OPV OTA.svg 170 × 106; 9 KB
VC-OPV.svg 177 × 106; 9 KB
Voltage diagram v2-to-v 1000.jpg 1,000 × 625; 59 KB
VV-OPV.svg 177 × 106; 7 KB
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