Category:Voltage

**hiệu điện thế**
	line integral of the electric field strength
	Tải lên phương tiện
	Wikipedia
Là tập hợp con của	đại lượng vật lý vô hướng; potential difference;
Khía cạnh của	điện;
Khác với	điện thế; electric potential difference; voltage;
Được xem là đồng nghĩa với	electric potential difference
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<nowiki>tensión eléctrica; rafspenna; voltan; ولټېج; електрическо напрежение; وولٹیج; وولٹیج; herinaratra; elektrické napätie; tension electrica; توك بېسىمى; кернеу; elektra tensio; напон; električni napon; tensión; tension électrique; tegangan; napon; וואלטאזש; विद्युतदाब; hiệu điện thế; spriegums; elektriese spanning; електрични напон; ubuvuve; voltage; хүчдэл; elektrisk spenning; elektrisk spenning; gərginlik; tiān-ap; 전압; 電壓; ڤۆڵتیە; voltage; جهد كهربائي; voltadur; električni napon; ဗို့အား; 電壓; elektromos feszültség; напруга; напружаньне; tentsio; ศักย์ไฟฟ้า; tensiune electrică; электрическое напряжение; pinchikilla mast'ay; foltedd; tension eletriga; электрычнае напружанне; електрични напон; 電壓; elektrisk spænding; ელექტრული ძაბვა; 電圧; voltage; elektrisk spänning; jännite; электр чыңалуусу; වෝල්ටීයතාව; tensio electrica; napięcie elektryczne; विभवांतर; వోల్టేజ్; Spaneng; elektrisk späänang; tegangan listrik; elektrické napětí; மின்னழுத்தம்; tensione elettrica; gerilim; tensioni elektrik; ਵੋਲਟੇਜ; pinge; dendu mbëj; электр көчәнеше; elektrische Spannung; گئریلیم; voltase; электр көчәнеше; tensão elétrica; voltaġġ; difríocht poitéinsil; Էլեկտրական լարում; elektrinė įtampa; električna napetost; boltahe; 电压; elektrische Spaunnung; boltahe; volteji; വോൾട്ടത; elektrische spanning; বিভব; электро хиврелĕх; מתח חשמלי; diferència de potencial; tensión eléctrica; ۏولتن; διαφορά δυναμικού; ولتاژ; differenza tra il potenziale elettrico di due punti dello spazio; তড়িৎ প্রবাহ করার জন্য প্রযুক্ত বল বা চাপ; circulation du champ électrique le long d'un circuit; физическая величина; line integral of the electric field strength; جهد; line integral of the electric field strength; עלעקטרישער פאטינציאל צווישן צוויי פונקטן; sähköinen potentiaaliero kahden pisteen välillä; Wegintegral der elektrischen Feldstärke; força elétrica por unidade de carga; differenza fil-potenzjal elettriku bejn żewġ punti fi spazju; линијски интеграл јачине електричног поља; magnitud física que cuantifica la diferencia de potencial eléctrico entre dos puntos; Elektrisk ladede ioner over overflademembranen i dendritterne; umehluko wesidlakalasi samazuba ezindaweni ezimbili; 電位差ないしその近似によって定義されるもの; diferència en el potencial entre dos punts en un camp conservatiu.; fyzikálna veličina; skillnaden i elektrisk potential mellan två punkter i en elektrisk krets; różnica potencjałów elektrycznych między dwoma punktami; ההפרש בפוטנציאל החשמלי בין 2 נקודות במרחב; elektrisch potentiaalverschil; diferenta de potenta electrica intre doua puncte din circiut; фізічная велічыня; villamos potenciálkülönbség, fizikai mennyiség; 전기장 안에서 전하가 갖는 전위의 차이; diferenza de potencial eléctrico entre dous puntos; diferenco inter la elektra potencialo ĉe du punktoj; fyzikální veličina; اختلاف پتانسیل الکتریکی بین دو نقطه در فضا; voltaje eléctrico; voltaje; tensión; diferencia de potencial; villamos feszültség; feszültség; háspenna; voltage; pinchikilla mastay; pinchikillay mast'ay; pinchikilla mastariy; pinchikilla mast'ariy; voltage; Spannung; рознасць патэнцыялаў; разлика електричног потенцијала; електрични притисак; електрична напетост; 電壓降; 電勢差; 電位差; 电压; spændingsforskel; spændingsfald; spænding; elektrisk potential; elektrisk potentiale; potentialeforskel; voltaj; potansiyel farkı; ボルテージ; 特別高圧; 特高圧; 電位差; potentialskillnad; elektrisk potential; potentialdifferens; spänning; електрична напруга; वोल्टेज; 전위차; späänang; elektrisch spåning; spåninge; електричен напон; ел. напон; волтажа; electrische spanning; voltage; spanning; differenza di potenziale elettrico; d.d.p.; voltaggio; מתח גבוה; מפל מתח; U; V; jännitys; tegangan listrik; voolupinge; elektriline pinge; elektripinge; elektrivoolu pinge; diferenza de potencial; voltaxe; электрычнае напружаньне; электрычная напруга; напруга; вольтаж; напряжение электрическое; разница потенциалов; разность потенциалов; разность электрических потенциалов; напряжение; עלעקטרישע שפאנונג; वर्चोभेद; व्होल्टेज; विभवांतर; električni napon; diferenças de potencial elétrico; DDP; diferença de potencial; voltagem; tensão eléctrica; diferença de potencial elétrico; diferença de potencial eléctrico; queda de tensão; vultaġġ; potenciāla izmaiņa; elektriskais spriegums; voltāža; napon; Įtampa; potencialų skirtumas; elektrinio lauko potencialas; voltatge; caiguda de voltatge; el voltatge; tensió; tensió elèctrica; vultahe; voltahe; bultahe; voltage; പൊട്ടൻഷ്യൽ വ്യത്യാസം; വോൾട്ടേജ്; വൈദ്യുത പൊട്ടെൻഷ്യൽ; elektrisk potensialskilnad; spenning; potensialskilnad; Voltase; U; hva er det som driver elektronene gjennom elektriske ledninger?; spenningsforskjell; elektrik gərginliyi; folt; волтаж; електродвижещо напрежение; електрично напрежение; ел. напон; волтажа; فشار برق; ولتاژ برق; اختلاف پتانسیل الکتریکی; اختلاف پتانسیل برقی; electric tension; tension; الجهد الكهربائي; فولطية; جهد كهربي; الفولتية; فرق الجهد الكهربي; فولتية; جهد; فرق الجهد; طاقة الكمون الكهربائي; توتر; الجهد; فرق جهد; طاقة الجهد الكهربائي; جهدية; توتّر كهربائي; التوتر الكهربائي; فلطية; فرق الكمون; الجهد الكهربي; جهد مسلط; جهد طرفي; kas-tredan; napětí; U</nowiki>

Thể loại con

Thể loại này có 17 thể loại con sau, trên tổng số 17 thể loại con.

C

Capacitance‎ (4 C, 1 F)

V

Volt‎ (5 C, 1 F)
Voltage sensitive dyes‎ (24 F)
Voltmeters‎ (6 C, 204 F)

Tập tin trong thể loại “Voltage”

100 tập tin sau nằm trong thể loại này, trong tổng số 100 tập tin.

10 - Open circuit voltage as function of the temperature for light intensities 100% 60%, 40% and 20 for curves d-a respectively.jpg 692×1.045; 65 kB
2015-03-24-0031 (16737305968).jpg 2.160×3.840; 2,4 MB
AA AAA AAAA A23 battery comparison-1.jpg 510×458; 107 kB
Alimentatore stabilizzato schema blocchi.svg 744×106; 14 kB
Arc-suppression coil tuning in an unbalanced network.jpg 1.086×722; 151 kB
Capfghj5673tura1.png 676×391; 57 kB
Circuit diagram of four-power analyzer method for four-wire three-phase networks (no common terminal).png 5.104×3.779; 282 kB
Circuit diagram of quadrature wattmeter method for three-wire or four-wire three-phase networks measuring current of phase A.png 3.333×2.279; 133 kB
Circuit diagram of three-power analyzer method for three-wire split-phase networks (no common terminal).png 4.514×2.834; 217 kB
Circuit diagram of three-power analyzer method for three-wire three-phase networks (no common terminal).png 4.514×2.834; 214 kB
Circuit diagram of two-power analyzer method for two-wire single-phase networks (no common terminal).png 3.923×1.889; 148 kB
Circuit électrique simple.svg 469×333; 10 kB
Conductimetrie005.png 290×158; 2 kB
Controlling the magnitude of zero sequence voltage by the VSS system.jpg 1.569×969; 184 kB
Current controlled voltage source.svg 334×246; 12 kB
Dependence of the power factor angle with the two-terminal network or type of load in sinusoidal steady-state.png 3.356×1.600; 281 kB
Dipole pot diff.jpg 1.353×954; 166 kB
Electronic electrostatic machine with voltage multipliers.webm 8 h 11 min 6 s, 853×480; 33,89 MB
Ersatzschaltbild ohmsches Gesetz 2.png 870×622; 31 kB
Experimentation in Mains Electricity Generated from Usage of (2e-300)V Device Input.png 1.700×2.200; 64 kB
Explanation of Voltage and Current with comparing it with a hose.svg 425×348; 68 kB
Fluke 175 measuring AC voltage.jpg 1.543×2.842; 794 kB
Gelijkstroom.png 341×122; 1 kB
High Voltage (12200950503).jpg 5.331×3.552; 10,95 MB
Impedance analogy voltage.svg 293×305; 27 kB
Induced-voltage-generator.svg 1.213×532; 62 kB
Introducing electrical potentials and currents.jpg 3.710×1.208; 1.009 kB
Jannitelahde.png 226×151; 1 kB
Ley de Ohm.png 82×75; 342 byte
Measuring Voltage.svg 165×97; 15 kB
Messschaltung-U-dig.svg 500×320; 33 kB
MFrey ZDiode Voltage Source.svg 1.200×500; 8 kB
My friend oscilloscope.jpg 3.600×2.224; 2,84 MB
Ohm's Law with Voltage source TeX.svg 302×198; 8 kB
Ohm's Law with Voltage source.svg 200×150; 7 kB
Ohms law current source.svg 512×512; 741 byte
Ohms law voltage source.svg 285×209; 7 kB
OhmsLaw.svg 120×168; 6 kB
Ohmslawcurrentsource.png 165×106; 591 byte
Opamp-current-to-voltage.svg 1.100×850; 8 kB
Potencial3.jpg 584×394; 13 kB
Problem1 potential diff.jpg 1.632×1.224; 477 kB
Problem2 pot diff.jpg 2.448×3.264; 1,38 MB
Problem7 pot diff.jpg 3.264×2.448; 1,45 MB
Proper voltage measurement.svg 600×310; 14 kB
RMS voltage average power.svg 720×540; 19 kB
Schema contatto elettrico.png 559×397; 82 kB
Screening-Fluorescent-Voltage-Indicators-with-Spontaneously-Spiking-HEK-Cells-pone.0085221.s002.ogv 9,5 s, 128×128; 1,95 MB
Screening-Fluorescent-Voltage-Indicators-with-Spontaneously-Spiking-HEK-Cells-pone.0085221.s003.ogv 5,9 s, 512×512; 772 kB
Sign on a power pole that warns of the danger of being hit by high electrical voltage in Jerusalem.jpg 3.024×3.024; 2,36 MB
Simulation in LTspice of a three-phase three-wire wye-connected unbalanced ungrounded non-linear time-variant device supplied by a three-phase wye-connected balanced voltage source with positive phase sequence.png 1.366×728; 60 kB
Sine voltage.svg 600×600; 3 kB
Single-phase two-wire network, whose total instantaneous power is measured using instantaneous line-to-common voltages and currents, taking an external node as common.png 389×440; 13 kB
Single-phase two-wire network, whose total instantaneous power is measured using instantaneous line-to-neutral voltages and line currents, taking the neutral N as common.png 389×276; 9 kB
Spannung.png 441×404; 6 kB
Spannung.svg 1.004×437; 40 kB
Spannungsabfall.svg 800×300; 118 kB
Strom-Spannungsmessung.svg 872×566; 941 kB
Symbole voltmetre.png 100×50; 955 byte
Tension1.png 1.303×383; 21 kB
Three-phase four-wire network, whose total instantaneous power is measured using instantaneous line-to-common voltages and line currents, taking an external node as common.png 492×769; 22 kB
Three-phase four-wire network, whose total instantaneous power is measured using instantaneous line-to-neutral voltages and line currents, taking the neutral N as common, connected to three two-terminal elements.png 708×416; 22 kB
Three-phase four-wire network, whose total instantaneous power is measured using instantaneous line-to-neutral voltages and line currents, taking the neutral N as common.png 407×411; 15 kB
Three-phase four-wire wye-connected device showing instantaneous line voltages and currents and the instantaneous neutral current.png 491×339; 14 kB
Three-phase four-wire wye-connected device showing instantaneous phase voltages and currents and the instantaneous neutral current.png 456×336; 15 kB
Three-phase three-wire delta-connected device showing instantaneous line voltages and currents.png 456×336; 14 kB
Three-phase three-wire delta-connected device showing instantaneous phase voltages and currents.png 430×318; 14 kB
Three-phase three-wire network, whose total instantaneous power is measured using instantaneous line voltages and currents, taking the phase A as common, connected to two two-terminal elements.png 730×399; 20 kB
Three-phase three-wire network, whose total instantaneous power is measured using instantaneous line voltages and currents, taking the phase A as common.png 504×402; 15 kB
Three-phase three-wire network, whose total instantaneous power is measured using instantaneous line voltages and currents, taking the phase B as common, connected to two two-terminal elements.png 570×383; 19 kB
Three-phase three-wire network, whose total instantaneous power is measured using instantaneous line voltages and currents, taking the phase B as common.png 488×398; 17 kB
Three-phase three-wire network, whose total instantaneous power is measured using instantaneous line voltages and currents, taking the phase C as common, connected to two two-terminal elements.png 729×394; 21 kB
Three-phase three-wire network, whose total instantaneous power is measured using instantaneous line voltages and currents, taking the phase C as common.png 471×390; 15 kB
Three-phase three-wire network, whose total instantaneous power is measured using instantaneous line-to-common voltages and currents, taking an external node as common.png 466×623; 18 kB
Three-phase three-wire wye-connected device showing instantaneous line voltages and currents.png 491×339; 13 kB
Three-phase three-wire wye-connected device showing instantaneous phase voltages and currents.png 456×336; 14 kB
Ungesiebt.png 1.305×726; 58 kB
Vir.png 185×227; 1 kB
Vir2.gif 264×189; 828 byte
Voltage compensation general circuit 1000.jpg 1.000×712; 111 kB
Voltage controlled current source.svg 336×246; 12 kB
Voltage controlled voltage source circuit.svg 339×246; 12 kB
Voltage division.svg 374×194; 45 kB
Voltage drop.svg 446×283; 22 kB
Voltage Follower.PNG 516×440; 30 kB
Voltage follower.png 482×202; 2 kB
Voltage follower.svg 302×235; 4 kB
Voltage generator.png 179×69; 2 kB
Voltage source 78xx.svg 180×110; 11 kB
Voltage source with electrolytic solution-sv.svg 700×530; 7 kB
Voltage source with metallic conductor-sv.svg 700×530; 5 kB
Voltage source with metallic conductor.svg 700×530; 3 kB
Voltage source.PNG 230×99; 3 kB
Voltage. What is it-.webm 8 min 58 s, 3.840×2.160; 37,29 MB
Voltage.gif 452×329; 22 kB
Volts ohms amps.png 2.400×2.400; 224 kB
Vrms.png 1.335×456; 19 kB
Zaleznosc pradu od napiecia.png 609×395; 228 kB
起電力の発生 - example.jpg 371×299; 14 kB
電圧の発生 - example.jpg 373×303; 15 kB

Category:Voltage

Thể loại con

C

D

E

K

O

P

R

S

V

Tập tin trong thể loại “Voltage”

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