Category:Circuit images that should use vector graphics
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Images composed of simple shapes, lines, and letters such as those below should be recreated using vector graphics as an SVG file. These have a number of advantages such as making it easier for subsequent editors to edit them, enabling arbitrary scaling at high quality, and sharp high-resolution renderings for print versions. See Commons:Images for cleanup for more information.
This is a subcategory of Category:Images that should use vector graphics. You can add images to this category using the template {{Convert to SVG|circuit}}.
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Media in category "Circuit images that should use vector graphics"
The following 200 files are in this category, out of 908 total.
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12 pulse bridge.png 767 × 488; 31 KB
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1ordre.jpg 606 × 210; 29 KB
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2 NOR gates with 2 variables.jpg 698 × 282; 122 KB
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2. test setups.png 670 × 146; 10 KB
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2A3 class AB1 auto bias settings.png 1,685 × 1,062; 104 KB
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2A3 class AB1 fixed bias settings.png 1,675 × 949; 120 KB
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2A3 schematic Thordarson 1937.png 2,247 × 892; 98 KB
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3 phase motor reverse.jpg 1,440 × 1,340; 123 KB
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3 Pin Charlieplexing.png 440 × 266; 3 KB
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3-phase inverter cjc.png 465 × 238; 6 KB
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3-phase surge arrester.JPG 630 × 400; 32 KB
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3-битовый FCSR.png 696 × 360; 12 KB
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3AC to DC.JPG 712 × 382; 20 KB
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3phaseN-power-measuring.jpg 301 × 215; 7 KB
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4bit multiplizierer.png 819 × 764; 14 KB
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4wirebetter.gif 300 × 150; 5 KB
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555 astable.jpg 726 × 600; 22 KB
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555 esquema en bloques.jpg 800 × 544; 21 KB
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555 esquema.png 1,150 × 740; 11 KB
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555 monoestable.jpg 1,356 × 1,140; 56 KB
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8-1 Decoder Controlling LEDs.jpg 998 × 808; 35 KB
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Absorption heat pump configuration (refrigeration).jpg 837 × 507; 51 KB
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Acrosound ST20 dual Loftin-White PP schematic.png 1,015 × 875; 63 KB
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Active Probe.jpeg 1,424 × 721; 71 KB
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ACtoDCpowersupply.png 1,159 × 385; 46 KB
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Additional stop button reversing the motor.jpg 1,440 × 1,420; 127 KB
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ADo Kontaktbelegung.png 529 × 283; 53 KB
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Alim CTS.jpg 559 × 622; 31 KB
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Ammodstage.jpg 611 × 473; 24 KB
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Ammodstage.png 611 × 473; 2 KB
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Amp classe A.jpg 383 × 282; 35 KB
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Ampli micro téléph.JPG 734 × 387; 31 KB
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Amplificador 500W PY5AAL ANGELO LEITHOLD.GIF 1,431 × 1,183; 48 KB
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Analogue D-type compensator.png 281 × 154; 958 bytes
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Analogue I-type compensator.png 254 × 149; 806 bytes
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Analogue integral-derivative compensation network.png 298 × 202; 1 KB
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Analogue P-type compensator.png 254 × 154; 871 bytes
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Analogue PD-type compensator.png 254 × 176; 1 KB
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Analogue PI-type compensator.png 254 × 153; 934 bytes
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Analogue PID-type compensator.png 254 × 176; 1 KB
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AND gate with two transistors and a NOT gate.png 609 × 477; 16 KB
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Anode-cathode.jpg 433 × 242; 9 KB
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AOP dynamic model.png 520 × 240; 7 KB
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AOP instrumentation sch02.png 440 × 225; 4 KB
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Arduino UNO with HC-SR04, HC-05 and battery.png 2,196 × 2,034; 215 KB
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Associação de impedâncias em paralelo e sistema equivalente..png 478 × 192; 9 KB
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Associação de impedâncias em série e sistema equivalente..png 504 × 128; 7 KB
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Attenuators Tee Pi L.png 3,151 × 976; 80 KB
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Automatismo temporizado.PNG 244 × 235; 4 KB
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Autotransformator.png 512 × 340; 21 KB
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Bal Arm1.JPG 624 × 408; 33 KB
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Balanced Transmission Line Equivalent Circuit.jpg 3,001 × 1,801; 355 KB
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Bandpass.png 580 × 241; 5 KB
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Basic LVDS circuit operation.png 760 × 379; 27 KB
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Basic resistance diagram.jpg 1,002 × 477; 304 KB
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Batterie de condensateurs soumis à échelon de tension - bis.png 282 × 202; 3 KB
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Batterie de condensateurs soumis à échelon de tension - hexa.png 234 × 225; 5 KB
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Batterie de condensateurs soumis à échelon de tension - ter.png 293 × 230; 5 KB
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Batterie de condensateurs soumis à échelon de tension.png 293 × 230; 3 KB
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Batteries parallel series.png 577 × 180; 4 KB
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Baxendall tone control - Tandberg 1984.png 1,243 × 697; 82 KB
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Bi-wiring.png 429 × 384; 4 KB
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Bias currents and voltages for an NPN bipolar transistor.png 278 × 300; 24 KB
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Biased alt TL squaring.png 273 × 237; 11 KB
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Biased alt TL squaring2.png 273 × 238; 12 KB
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Biased alt TL twoquadmult.png 557 × 233; 21 KB
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Biased alt TL twoquadmult2.png 414 × 232; 17 KB
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Biased stacked TL squaring.png 228 × 228; 8 KB
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Bidirectional Siding Loop with Catch Points.png 300 × 150; 2 KB
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Biestable D.PNG 281 × 153; 2 KB
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Biestable JK ET.PNG 281 × 153; 3 KB
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Biestable JK MS.PNG 281 × 153; 3 KB
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Bigrid transmitter.jpg 1,216 × 1,046; 701 KB
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Binary multi2.jpg 1,096 × 1,054; 226 KB
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Bipolar current follower hybrid pi.PNG 672 × 550; 40 KB
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Bipolar current follower2.PNG 753 × 770; 61 KB
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Bipolar voltage amplifier.PNG 611 × 742; 55 KB
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Bipolar Voltage Follower.png 483 × 454; 21 KB
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BJT Cascode Small-signal Circuit.png 725 × 664; 32 KB
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BJT Cascode.png 611 × 415; 21 KB
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BJT Switch.jpg 1,055 × 665; 24 KB
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Blikac555.png 464 × 405; 13 KB
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BlikačAKO.png 521 × 391; 14 KB
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BlocchiCondizionamento.jpg 574 × 256; 674 KB
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Blocfg8.jpg 720 × 580; 77 KB
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Blocfg82.jpg 720 × 580; 61 KB
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Block diagram1.jpg 695 × 396; 32 KB
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Blok šema sklopa (brojač indikator).jpg 800 × 433; 51 KB
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Blokove schema zpetnovazebniho stabilizatoru.png 1,281 × 813; 89 KB
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Bootstrap.png 273 × 294; 2 KB
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Breitbandverstärker.GIF 484 × 251; 4 KB
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Butterworth Cauer 1 form.PNG 359 × 125; 5 KB
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Butterworth II Order LPF.png 1,152 × 648; 31 KB
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Calculating the Thévenin resistance.png 1,038 × 287; 14 KB
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Capteur Hall 2.png 520 × 145; 4 KB
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Carga e descarga de um condensador..png 357 × 162; 5 KB
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Carputer.jpg 653 × 365; 28 KB
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Cascode amplifier.gif 3,275 × 1,732; 63 KB
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Cascode-triode-full.png 462 × 419; 2 KB
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Cascode-triode.png 178 × 392; 540 bytes
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CascodeWithNegative.png 183 × 260; 904 bytes
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Cellule photoelectriqie.JPG 417 × 198; 16 KB
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CI-grind.PNG 156 × 96; 1 KB
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Circuit breaker selectivity.JPG 755 × 1,490; 66 KB
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Circuit derivation.jpg 372 × 268; 13 KB
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Circuit diagram with resistor and lamp.jpg 1,020 × 459; 104 KB
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Circuit diagram – pictorial and schematic.png 3,189 × 4,925; 54 KB
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Circuit Implied by Balanced Transmission Line Equations.jpg 3,001 × 1,801; 879 KB
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Circuit représentatif machine à courant continu.png 500 × 176; 63 KB
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Circuit serie.jpg 453 × 272; 12 KB
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Circuit équivalent de R.D.A.L. fermé sur charge en complexe.png 329 × 231; 11 KB
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Circuit-comp.jpg 349 × 224; 19 KB
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Circuit1.jpg 174 × 290; 23 KB
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Circuit2.jpg 216 × 190; 10 KB
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Circuiti logici equivalenti (3) e (4).png 404 × 192; 13 KB
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Circuiti logici equivalenti.png 400 × 202; 15 KB
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Circuito com duas malhas..png 382 × 167; 8 KB
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Circuito distorsore.png 1,479 × 599; 18 KB
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Circuito equivalente de tiristorlp.png 161 × 180; 2 KB
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Circuito marcha LADDER RS.PNG 205 × 118; 2 KB
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Circuito marcha LADDER.PNG 459 × 116; 3 KB
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Circuito marcha.PNG 544 × 244; 12 KB
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Circuito RC.png 205 × 198; 3 KB
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Circuito reatância simples.png 326 × 231; 3 KB
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Circuito RL in c a.png 643 × 517; 13 KB
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Circuito RLC com saída na resistência..png 248 × 176; 4 KB
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Circuito RLC com saída no condensador..png 237 × 151; 4 KB
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Circuito RLC com saída no indutor..png 203 × 162; 4 KB
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Circuito.png 450 × 170; 8 KB
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CircuitoDosMallas.png 368 × 225; 11 KB
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Circuitoo.PNG 613 × 228; 15 KB
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CircuitWithShort.xcf 359 × 208; 57 KB
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Cjam-distance-sensor-voltage1.png 287 × 179; 4 KB
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Cjam-distance-sensor-voltage2.png 291 × 176; 5 KB
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CM-DM-Superposition.jpg 1,651 × 873; 88 KB
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CMOS-i EI loogikaelement.png 989 × 422; 12 KB
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CMOS-NOT-NAND.png 1,006 × 1,240; 101 KB
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Coaxial ConnectorSymbols.png 238 × 112; 9 KB
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Coaxial Marx generator.png 846 × 928; 135 KB
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Codigo Linea CMI.jpg 298 × 137; 6 KB
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Coefficient.PNG 1,022 × 314; 14 KB
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Colpitts Osz FET.png 230 × 210; 4 KB
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Common base hybrid pi current follower.PNG 872 × 479; 42 KB
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Common base hybrid pi.PNG 860 × 479; 43 KB
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Common Drain amplifier.png 1,128 × 789; 16 KB
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Common Gate amplifier.png 1,223 × 960; 19 KB
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Common gate hybrid pi.PNG 976 × 874; 79 KB
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Common gate output resistance.PNG 976 × 874; 66 KB
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Common Source amplifier.png 1,128 × 960; 19 KB
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CommonEmitterDiagram.jpg 920 × 476; 33 KB
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Complementary Drive.png 255 × 191; 2 KB
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Condensateurs chargé et déchargé - bis.png 280 × 240; 2 KB
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Condensateurs chargé et déchargé - circuit initial.png 281 × 207; 4 KB
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Condensateurs chargé et déchargé.png 326 × 279; 4 KB
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CONDSE.png 755 × 605; 8 KB
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ConmutadorCreuament.jpg 741 × 416; 32 KB
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Constelacion.jpg 400 × 400; 30 KB
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Controlledgates XYZ.png 376 × 82; 4 KB
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Conv52.jpg 750 × 410; 47 KB
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Cooper pair box circuit.png 182 × 159; 2 KB
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Cornell SRF vs NRF 1.png 488 × 196; 25 KB
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Correntes de malhas no circuito da figura anterior.png 344 × 291; 12 KB
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Cours 03 image 01.png 792 × 685; 23 KB
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Cours 03 image 03.png 779 × 605; 19 KB
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Cours 03 image 05.png 792 × 572; 20 KB
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Crcuito chiusi o ad anello.png 411 × 80; 2 KB
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Crossover nand.pdf 795 × 383; 22 KB
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Crossover xor.gif 633 × 644; 4 KB
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Crystal radio receiver.PNG 149 × 90; 1 KB
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Cuadd1.PNG 448 × 994; 21 KB
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Cuadd2.PNG 710 × 771; 19 KB
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Current division.PNG 788 × 277; 42 KB
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Current generator.jpg 426 × 414; 26 KB
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Current transformer connections.png 1,160 × 539; 17 KB
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Current-Voltage relationship of BJT.png 981 × 590; 42 KB
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Cvt.png 466 × 237; 13 KB
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Cyclo Image189.gif 363 × 163; 3 KB
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Cyclo Image193.gif 638 × 679; 10 KB
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D-MOSFET1.jpg 198 × 140; 4 KB
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DAC Qn.jpg 617 × 205; 21 KB
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DAC U.jpg 657 × 310; 31 KB
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DAC-I.jpg 471 × 244; 36 KB
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DAC-NAP.JPG 740 × 372; 34 KB
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DarlingtonNPN.jpg 289 × 292; 9 KB
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DarlingtonPNP.jpg 275 × 283; 9 KB
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DC Squid01.jpg 2,016 × 1,176; 933 KB
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Dciswitch.png 498 × 327; 2 KB
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Ddsf7.jpg 850 × 320; 57 KB
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DecCount.jpg 1,406 × 460; 107 KB
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Delta conversion UPS.png 462 × 291; 13 KB
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DeMorganGates.GIF 921 × 189; 7 KB
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Demultiplexer.png 542 × 237; 6 KB
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Dependent Sources.PNG 839 × 487; 42 KB
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Derivacní clánek.png 340 × 288; 674 bytes
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Descarga de um condensador..png 414 × 174; 6 KB
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Diac ac.png 441 × 331; 53 KB
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Diagra circuito.png 380 × 210; 11 KB
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