-
1 FET
польовий транзистор, ПТ - bipolar inversion channel FET
- Bloch FET
- buried-channel FET
- charge-coupled FET
- closed-geometry FET
- compound FET
- conductor-insulator-semiconductor FET
- depletion-mode FET
- depletion FET
- dual-gate FET
- enhancement-modeFET
- enhancementFET
- floating-gate FET
- heterointerface FET
- heterostructure insulated-gate FET
- high-реrformance FET
- infrared FET
- insulated-gate FET
- ion-implanted FET
- ion-sensitive FET
- junction-gateFET
- junctionFET
- K-band FET
- lateral FET
- MBE FET
- metal-gate FET
- metal-insulator-semiconductor FET
- metal-охide-semiconductor
- metal-Schottky FET
- metal-semiconductor FET
- microwave FET
- modulation-doped FET
- multichannel FET
- multiple-gate finger FET
- nanometer-scale FET
- n-channel FET
- negative FET
- negative resistance FET
- normally-off FET
- normally-on FET
- offset-gate FET
- p-channel FET
- photosensitive FET
- photo FET
- p–n-junction FET
- positive-type FET
- resonant tunneling FET
- Schottky-diode FET
- Schottky-gate FET
- self-aligned gate FET
- self-aligned FET
- short-channel FET
- short gate-length FET
- silicon-gate FET
- tunneling-transfer FET
- two-dimensional electron-gas FET
- unipolar FET
- vertical-channel [vertical-structure] FET
- V-gate FET
- δ-doped FET
- δ FET -
2 epitaxy
епітаксія - atom layer epitaxy
- chemical beam epitaxy
- chloride vapor phase epitaxy
- close space epitaxy
- EBE epitaxy
- electron-beam epitaxy
- flow-rate modulation epitaxy
- gas-source molecular-beam epitaxy
- hot wall epitaxy
- hydrothermal epitaxy
- isolated silicon epitaxy
- lateral epitaxy
- liquid-phase epitaxy
- liquid epitaxy
- liquid-phase shift epitaxy
- liquid shift epitaxy
- low-temperature epitaxy
- metalloorganic vapor-phase epitaxy
- migration-enhanced epitaxy
- molecular-beamepitaxy
- molecularepitaxy
- photoassisted molecular-beam epitaxy
- seeding epitaxy
- selective epitaxy
- self-masking epitaxy
- solid-phase epitaxy
- thin-film epitaxy
- vacuum epitaxy
- vapor levitation epitaxy
- vapor-phase epitaxy
- vapor-transport epitaxy
См. также в других словарях:
Self-focusing — is a non linear optical process induced by the change in refractive index of materials exposed to intense electromagnetic radiation. [Cumberbatch, E. Self focusing in Non linear optics , J. Inst. Maths Applics 6, 250 (1970)] Mourou, G. A. et al.… … Wikipedia
Self-phase modulation — (SPM) is a nonlinear optical effect of light matter interaction.An ultrashort pulse of light, when travelling in a medium, will induce a varying refractive index of the medium due to the optical Kerr effect. This variation in refractive index… … Wikipedia
Self-clocking signal — In telecommunications and electronics, a self clocking signal is one that can be decoded without the need for a separate clock signal or other source of synchronization. This is usually done by including embedded synchronization information… … Wikipedia
Self-interacting dark matter — In astrophysics self interacting dark matter is a hypothetical form of dark matter consisting of particles with strong self interactions. This type of dark matter was postulated to resolve a number of conflicts between observations and… … Wikipedia
Pulse-width modulation — (PWM) of a signal or power source involves the modulation of its duty cycle, to either convey information over a communications channel or control the amount of power sent to a load. PrinciplePulse width modulation uses a square wave whose pulse… … Wikipedia
Cross-phase modulation — (XPM) is a nonlinear optical effect where one wavelength of light can affect the phase of another wavelength of light through the optical Kerr effect. Contents 1 Applications of XPM 2 XPM in DWDM applications 3 See also … Wikipedia
Auto-modulation de phase — Automodulation de phase L automodulation de phase (self phase modulation, souvent abrégé en SPM) est un effet optique non linéaire d interaction lumière matière. Une impulsion ultra courte, lorsqu elle voyage dans un milieu matériel, induit une… … Wikipédia en Français
Modelocking — Mode locking is a technique in optics by which a laser can be made to produce pulses of light of extremely short duration, on the order of picoseconds (10 12s) or femtoseconds (10 15s).The basis of the technique is to induce a fixed phase… … Wikipedia
Mode-locking — is a technique in optics by which a laser can be made to produce pulses of light of extremely short duration, on the order of picoseconds (10−12 s) or femtoseconds (10−15 s). The basis of the technique is to induce a fixed phase… … Wikipedia
Sound from ultrasound — Contents 1 Parametric array 2 Applications 2.1 Commercial advertising … Wikipedia
Kurzweil K2000 — Infobox synthesizer image caption = synth name = K2000 synth manufacturer = Kurzweil synthesis type = polyphony = 24 timbrality = oscillator = filter = attenuator = lfo = keyboard = 61 key mono pressure left control = Mod wheel, Pitch bend ext… … Wikipedia