What is the translation of " WAVEGUIDE " in Slovenian?

• valovod
• waveguide
• valovoda

Examples of using Waveguide in English and their translations into Slovenian

Request information on flexible waveguide.
Zahtevajte več informacij o prilagodljivi valovoda.

BEM optimised HF waveguide for uniform coverage.
BEM optimizirati HF waveguide za enotno pokritost.

Waveguide lasers, medium and small energy devices and optical fiber communications have gained important applications.
Laserski valovodi, srednje in majhne energetske naprave ter komunikacije z optičnimi vlakni so pridobili pomembne aplikacije.

From the antenna microwave radiation enters the waveguide, and from him into the chamber of the microwave.
Od antene mikrovalovno sevanje vstopi v valovod in od njega v komoro mikrovalovne pečice.

The silicon waveguide is an important passive structure in the silicon optical module.
Silicijev valovod je pomembna pasivna struktura v silicijevem optičnem modulu.

MgO: LiNbO3 is also a good crystal for optical parametric oscillators(OPOs) and amplifiers(OPAs), quasi-phase-matched doublers and integrated waveguide.
MgO: LiNbO3 je tudi dober kristal za optične parametrične oscilatorje(OPO) in ojačevalnike(OPA), dvoslojne kvazi-faze in integrirani valovod.

Crystal, ceramic capacitors, light waveguide devices such as high-grade products of the tantalum& niobium.
Kristalno, keramični kondenzatorji, lahka waveguide naprav, kot so visoko kakovostne izdelke andamp tantal; niobij.

WaveGuide technology combined with the MPO+ micro-pyramidal optic provides the requisite scope for arranging the desks independently of the luminaires.
Kombinacija tehnologije Waveguide in mikropiramidne optike MPO+ omogoča potrebno svobodo za namestitev pisarniških miz na poljubno mesto, neodvisno od položaja svetilke.

Designed as an optical power management device with metal LGX box package, the Gigalight LGX box PLC splitter is fabricated using silica optical waveguide technology.
Zasnovan kot optična naprava za upravljanje energije s kovinskim ohišjem LGX Gigalight LGX škatla PLC splitter je izdelana z uporabo tehnologije silicijevega optičnega valovoda.

Concave oval waveguides provide a wide listening area"sweet-spot" for accurate imaging and fatigue-free listening.
Konkavno ovalne valovod zagotoviti široko poslušanja obpowerja"sweet-spot" točne slikanje in neutrujajoče poslušanje.

At Interkont Berger we represent the segment of Cobham Microwave, which is the area of microwave systems and components- diodes, modules, ferrites, RF filters and microwave waveguides.
Za slovensko tržišče zastopamo segment Cobham Microwave, sicer področje mikrovalovnih sistemov in komponent- diode, moduli, feriti, HF-filtri in mikrovalovni vodniki.

Innovative waveguide technology and controlled dispersion enable you to hear more of your music, and less of your room.
Njihova inovativna"waveguide" tehnologija poslušalcu omogoča, da sliši več glasbe in manj prostora v katerem se nahaja.

The fabrication Sillenite Oxide thin-film crystal structures by different technique permits the development of a long list of devices including optical waveguides, integrated optical devices.
Izdelava tankoslojnih kristalnih struktur Sillenite Oxide po različnih tehnikah omogoča razvoj dolgega seznama naprav, vključno z optičnimi Valovodov, integriranih optičnih naprav.

The waveguide uses a different refractive index to form total reflection, which constrains the transmission path of the optical fiber.
Valovod uporablja drugačen refrakcijski indeks za tvorbo popolnega odboja, ki omejuje prenosno pot optičnega vlakna.

N21 Neodymium-doped phosphate glass has good stability, and it is widely used in laser fusion, laser weapons, laser ranging, optical waveguide amplifiers and ultrashort pulse lasers.
N21 Neodimsko dopirano fosfatno steklo ima dobro stabilnost in se pogosto uporablja v laserski fuziji, laserskem orožju, laserskem razponu, optičnih valovodnih ojačevalnikih in ultrazvočnih impulznih laserjih.

The Directivity Control Waveguide™(DCW™) technology provides excellent frequency balance even in difficult acoustic environments.
Tehnologija Directivity Control Waveguide™(DCW™) zagotavlja izvrstno stereo sliko in frekvenčno uravnoteženost tudi v zahtevnih akustičnih okoljih.

In a paper published in Nature Photonics, the researchers describe the device they have created, which uses a small section of GST on top of a silicon nitride ridge, known as a waveguide, to carry light.
V članku, objavljenem v Nature Photonics Raziskovalci opisujejo napravo, ki so jo ustvarili, ki za prenos svetlobe uporablja majhen del GST na vrhu slemena silicijevega nitrida, znanega kot valovod.

The unique Directivity Control Waveguide™(DCW™) Technology used provides excellent stereo imaging and frequency balance even in difficult acoustic environments.
Tehnologija Directivity Control Waveguide™(DCW™) zagotavlja izvrstno stereo sliko in frekvenčno uravnoteženost tudi v zahtevnih akustičnih okoljih.

Phosphate glass doped with Er3+ and Yb3+ has wider wavelength tuning, lower RIN and narrower laser line width, higher conversion efficiency and a very wide pumping band, it is an ideal material for making optical waveguide amplifiers and lasers.
Fosfatno steklo, dopolnjeno z Er3+ in Yb3+, ima širšo nastavitev valovne dolžine, nižjo RIN in ožjo širino laserske linije, večjo učinkovitost pretvorbe in zelo široko črpalno območje, je idealni material za izdelavo optičnih valovodnih ojačevalnikov in laserjev.

With multiple waveguide channels(made from standard silicon dioxide), and eight electrodes(see image above), the silicon chip is capable of repeatedly entangling photons.
Z več valovnimi kanali, izdelanimi iz standardnega silicijevega dioksida in osem elektrod, je čip sposoben ponavljajočega se prepletanja fotonov.

The Status of Silicon Photonics Technology in the Application of Optical Module With the maturity of waveguide theory and the production of a series of new design devices, the industry has proposed Silicon Photonics technology based on CMOS manufacturing processes.
Stanje tehnologije silicijeve fotonike pri uporabi optičnega modula Z zrelostjo teorije valovoda in izdelavo serije novih oblikovnih naprav je industrija predlagala tehnologijo Silicon Photonics, ki temelji na CMOS proizvodnih procesih.

The main waveguide is drawn in red, the collar in blue and the bottom in black. It should be pointed out that main waveguide is passing through a hole in the center of the collar.
Rdeče je glavni valovod, modro ovratnik, črno označuje dno- tu je treba opozoriti, da ima dno ovratnika na sredi luknjo za glavni valovod.

Genelec's unique Directivity Control Waveguide™(DCW™) Technology is used to provide excellent stereo imaging and frequency balance, even in difficult acoustic environments.
Tehnologija Directivity Control Waveguide™(DCW™) zagotavlja izvrstno stereo sliko in frekvenčno uravnoteženost tudi v zahtevnih akustičnih okoljih.

With the maturity of waveguide theory and the production of a series of new design devices, the industry has proposed Silicon Photonics technology based on CMOS manufacturing processes.
Z zrelostjo teorije valovoda in izdelavo serije novih oblikovalskih naprav je industrija predlagala tehnologijo Silicon Photonics, ki temelji na proizvodnih procesih CMOS.

The U-ART tweeter is mated to a precision waveguide with the same dispersion-control attributes as the High Frequency Propagation(HPS) waveguide used in ADAM Audio's flagship S Series monitors.
Novi pospeševalni tweeter s pospešenim U-ART je povezan z natančnim valovodom z enakimi atributi za nadzor disperzije kot valovod visoke frekvence širjenja(HFP), ki se uporablja pri vodilnih monitorjih Series Adam Audio.

By sending different wavelengths of light through the waveguide at the same time- a technique referred to as wavelength multiplexing- the team also showed that they could use a single pulse to write and read to the memory at the same time.
S pošiljanjem različnih valovnih dolžin svetlobe skozi valovod ob istem času- tehniko, ki se imenuje multipleksiranje z valovno dolžino- je ekipa pokazala, da lahko uporabijo en impulz za zapisovanje in branje hkrati v spomin.

When lower intensity pulses were sent through the waveguide to read the contents of the device, they were also able to detect the subtle differences in transmitted light, allowing them to reliably write and read off eight different levels of state composition- from entirely crystalline to completely amorphous.
Ko so bili impulzi nižje intenzivnosti poslani skozi valovod, da bi prebrali vsebino naprave, so bili tudi zmožni zaznati subtilne razlike v oddani svetlobi, kar jim omogoča zanesljivo zapisovanje in odčitavanje osmih različnih ravni sestave stanja- od povsem kristalnega do popolnoma amorfen.

When the lower intensity pulses are then sent down the waveguide to read the contents of the device, those subtle differences in composition can be seen in the transmitted light, too, allowing the researchers to reliably write and read off eight different levels of state composition- from entirely crystalline to completely amorphous.
Ko so bili impulzi nižje intenzivnosti poslani skozi valovod, da bi prebrali vsebino naprave, so bili tudi zmožni zaznati subtilne razlike v oddani svetlobi, kar jim omogoča zanesljivo zapisovanje in odčitavanje osmih različnih ravni sestave stanja- od povsem kristalnega do popolnoma amorfen.

However, since the refractive index of silicon is too high, and the waveguide size is small, the spot size in the waveguide is small, and the optical module is finally connected to the optical fiber(in fact, the core layer of the optical fiber), and the mismatch between the silicon waveguide and the optical fiber mode field results in a high insertion loss.
Pa je mogoče implementirati na tehnologijo silicijevega valovoda. Ker pa je lomni količnik silicija previsok in je velikost valovoda majhna, je velikost točke v valovodu majhna, optični modul pa je končno povezan z optičnimi vlakni(v bistvu je osrednja plast optičnega vlakna)., in neusklajenost med silicijevim valovodom in področjem načina optičnih vlaken povzroči veliko izgubo pri vstavljanju.