Category:Negative resistance
the property that an increasing voltage results in a decreasing current | |||||
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The subject of this category is the electronic property of negative electrical resistance, both negative static resistance and negative differential resistance.
Subcategories
This category has the following 14 subcategories, out of 14 total.
B
- Backward diodes (11 F)
C
- Chua circuit (6 F)
- Crystodyne (8 F)
E
G
- Gunn diodes (22 F)
I
- IMPATT diodes (5 F)
L
- Lambda-diodes (3 F)
N
- Negative impedance converters (38 F)
- Negative resistance amplifiers (10 F)
T
U
V
Media in category "Negative resistance"
The following 106 files are in this category, out of 106 total.
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Active negative differential resistances.svg 1,170 × 613; 7 KB
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Active negative resistance - current controlled.svg 963 × 955; 8 KB
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Active negative resistance - voltage controlled.svg 963 × 955; 11 KB
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Active negative resistance definition.svg 338 × 271; 12 KB
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Battery and resistor circuit 2.svg 580 × 590; 15 KB
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Battery and resistor circuit.svg 799 × 662; 22 KB
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Battery IV curve showing negative static resistance.svg 592 × 741; 11 KB
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Ciclic voltage-circut diagram of negitive resistance.png 503 × 611; 4 KB
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Circuit2 1000.jpg 1,000 × 597; 41 KB
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Circuit3 1000.jpg 1,000 × 596; 43 KB
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Crystodyne zincite oscillator - top.png 1,124 × 786; 286 KB
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Current controlled negative resistance.svg 686 × 686; 15 KB
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Current-driven neg resistor graph.svg 1,052 × 744; 21 KB
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Diagram negative resistance.GIF 344 × 198; 3 KB
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Diagram negative resistance.PNG 344 × 198; 4 KB
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Diagram negative resistance.svg 762 × 383; 2 KB
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Dynatron tube.png 579 × 496; 50 KB
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Electric load animation 2.gif 270 × 331; 22 KB
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Electric load animation.gif 270 × 331; 41 KB
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Electric power source animation 2.gif 285 × 331; 30 KB
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Electric power source animation.gif 285 × 331; 30 KB
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Frequency dependent negative resistance electronic symbol.png 601 × 1,126; 16 KB
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Functional bridge INIC.JPG 1,976 × 2,008; 147 KB
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Functional bridge VNIC.JPG 2,010 × 2,020; 142 KB
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Ganna gjenerators M31102-1.jpg 1,077 × 1,087; 160 KB
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General negative impedance circuit.svg 468 × 594; 25 KB
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Geterodyn Ganna.jpg 1,024 × 768; 135 KB
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I-inverted resistor - fixed gain amp implementation.JPG 3,064 × 2,016; 306 KB
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I-inverted resistor - source implementation.JPG 3,080 × 2,004; 247 KB
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I-inverted resistor.JPG 2,708 × 1,532; 167 KB
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I-to-v step1 250.jpg 250 × 177; 7 KB
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I-to-v step2 250.jpg 250 × 177; 9 KB
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I-to-v step3 250.jpg 250 × 177; 10 KB
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Imp negative resistance 450.jpg 450 × 326; 12 KB
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Iv curves2 1000.jpg 1,000 × 708; 52 KB
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Iv curves2 N 1000.jpg 1,000 × 745; 50 KB
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Iv curves5 350.jpg 350 × 247; 15 KB
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Multistable current controlled negative resistance.svg 767 × 1,005; 9 KB
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N iv curves5 350.jpg 350 × 245; 12 KB
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N-iv curves1000.jpg 1,000 × 702; 62 KB
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Negativ ellenallas.gif 614 × 340; 10 KB
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Negative differential resistance animation.gif 310 × 322; 154 KB
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Negative differential resistance definition.svg 362 × 238; 17 KB
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Negative differential resistance.png 900 × 900; 42 KB
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Negative differential resistance.svg 524 × 478; 52 KB
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Negative impedance converter IV curve.svg 1,058 × 690; 20 KB
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Negative impedance converter.png 1,100 × 1,300; 28 KB
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Negative impedance converter.svg 1,000 × 1,250; 13 KB
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Negative resistance AC equivalent circuit.svg 1,043 × 594; 18 KB
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Negative resistance circuit model.svg 788 × 747; 20 KB
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Negative resistance stability regions CCNR.svg 611 × 586; 27 KB
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Negative resistance stability regions VCNR.svg 627 × 597; 24 KB
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Negative resistance vs loop gain.svg 875 × 875; 17 KB
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Negative static resistance definition.svg 262 × 261; 10 KB
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NIC can act either as VNIC or INIC.JPG 2,553 × 1,464; 159 KB
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NNR setup 1000.JPG 1,000 × 745; 102 KB
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NNR step 0 1000.JPG 1,000 × 769; 94 KB
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NNR step 4 1000.JPG 1,000 × 777; 100 KB
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NR step 0.JPG 2,175 × 3,115; 873 KB
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NR step 4.JPG 2,100 × 3,055; 977 KB
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Op-amp inic 1000.jpg 1,000 × 726; 72 KB
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Op-amp INIC.JPG 3,048 × 2,048; 312 KB
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Op-amp vnic 1000.jpg 1,000 × 726; 67 KB
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Op-amp VNIC.JPG 2,996 × 2,000; 272 KB
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Par help current source 1000.jpg 1,000 × 707; 50 KB
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Par help current source 250.jpg 250 × 176; 6 KB
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Par help neg res 250.jpg 250 × 176; 8 KB
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Par imp current source 1000.jpg 1,000 × 707; 48 KB
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Par imp current source 250.jpg 250 × 176; 6 KB
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Par imp neg res 250.jpg 250 × 176; 8 KB
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Par pos resistor 1000.jpg 1,000 × 711; 50 KB
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Par pos resistor 250.jpg 250 × 177; 6 KB
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Practical negative resistance op amp.svg 468 × 594; 29 KB
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Quadrants of IV plane-ru.svg 606 × 496; 2 KB
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Quadrants of IV plane.svg 686 × 686; 15 KB
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RCA 24-A Screen Grid tube anode characteristics.jpg 2,280 × 2,255; 1.86 MB
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RCA 24-A screen grid tube anode characteristics.png 888 × 812; 33 KB
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Ri comp 1000.jpg 1,000 × 702; 64 KB
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Ri rl comp 1000.jpg 1,000 × 702; 71 KB
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Rl comp 1000.jpg 1,000 × 352; 49 KB
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RLC entretenu.png 842 × 486; 17 KB
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Ser help neg res 1000.jpg 1,000 × 708; 54 KB
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Ser help neg res 250 new.jpg 250 × 177; 7 KB
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Ser help volt source 1000.jpg 1,000 × 711; 45 KB
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Ser help volt source 250.jpg 250 × 177; 5 KB
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Ser imp neg res 1000.jpg 1,000 × 707; 55 KB
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Ser imp neg res 250.jpg 250 × 176; 7 KB
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Ser imp volt source 1000.jpg 1,000 × 707; 48 KB
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Ser imp volt source 250.jpg 250 × 176; 6 KB
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Ser pos resistor 1000.jpg 1,000 × 707; 44 KB
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Ser pos resistor 250.jpg 250 × 176; 5 KB
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SNR setup.JPG 3,040 × 2,192; 685 KB
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Thermodynamics and negative resistance.svg 888 × 572; 15 KB
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Thermodynamics and positive resistance.svg 896 × 560; 20 KB
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Transitron characteristic.svg 553 × 434; 19 KB
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Unijuction transistor KT117 (open).jpg 2,326 × 1,550; 567 KB
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UY224 tetrode plate current negative resistance.svg 1,374 × 1,119; 34 KB
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V-inverted resistor - fixed gain amp implementation.JPG 3,068 × 2,008; 288 KB
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V-inverted resistor - source implementation.JPG 3,104 × 2,016; 274 KB
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V-inverted resistor.JPG 2,772 × 1,596; 182 KB
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VCCs of vacuum triodes with negative resistance.png 576 × 882; 11 KB
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Voltage controlled negative resistance.svg 702 × 686; 14 KB
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Voltajes y corrientes en el anodo.png 285 × 254; 21 KB
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Динатронный эффект в триоде Mullard при Uc=200V.PNG 521 × 474; 13 KB
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Инверсия анодного тока ВАХ тетрода 24А.PNG 505 × 399; 10 KB
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