dielectric

İngilizce - Türkçe

dielectric teriminin İngilizce Türkçe sözlükte anlamı: dielektrik; izolatör; yalıtkan; (Elektrik, Elektronik) elektrik iletmez; elektriği iletmeyen; {s} elektrik geçirmez; yalıtkan madde veya ara; (Elektrik, Elektronik,Teknik) elektrik geçirmeyen; {i} dielektrik madde; elektrikten tecrit edilmiş; mücerrit; izole; {i} yalıtkan madde; elektrik akımlarını geçirmez; geçirmeyen madde
dielectric constant: (Gıda) dielektrik değişmezi
dielectric constant: (Jeoloji) dielektrik sabit
dielectric current: dielektrik
dielectric current: akımı
dielectric heating: dielektrikli ısıtma
dielectric resonator: dielektrik rezonatör
dielectric strength: dielektrik dayanım
dielectric absorption: dielektrik soğurması
dielectric amplifier: dielektrik amplifikatör
dielectric antenna: dielektrik anten
dielectric capacity: dielektrik kapasite
dielectric constant: dielektrik sabiti
dielectric constant: dielektrik katsayısı
dielectric current: dielektrik akımı
dielectric diode: dielektrik diyodu
dielectric dispersion: dielektrik dağılımı
dielectric fatigue: dielektrik yorulması
dielectric field: dielektrik alan
dielectric guide: dielektrik kılavuz
dielectric heater: dielektrik ısıtıcı
dielectric heating: dielektrik ısınması
dielectric hysteresis: dielektrik histerezis
dielectric lens: dielektrik mercek
dielectric loss: dielektrik kaybı
dielectric loss angle: dielektrik kayıp açısı
dielectric phase angle: dielektrik faz açısı
dielectric phase constant: dielektrik faz sabiti
dielectric polarization: dielektrik kutuplanma
dielectric power factor: dielektrik güç faktörü
dielectric property: dielektrik özelliği
dielectric radiation: dielektrik radyasyon
dielectric resistance: dielektrik direnç
dielectric rigidity: dielektrik sertlik
dielectric rod antenna: dielektrik çubuk anten
dielectric strength: dielektrik dayanımı
dielectric stress: dielektrik zorlanma
dielectric test: dielektrik testi
dielectric viscosity: dielektrik akışkanlığı
dielectric waveguide: dielektrik dalga kılavuzu
dielectric wedge: dielektrik kama
dielectric wire: dielektrik tel
dielectric constant: Dielekrik sabiti
dielectric absorption: (Elektrik, Elektronik,Teknik) içyükül soğurum
dielectric capacitor: dielektrikli kondansatör
dielectric dryer: dielektrikli kurutucu
dielectric fatigue: dielektrik yorulma
dielectric field: içyükül alan
dielectric field: (Elektrik, Elektronik) yalıtkan alan
dielectric flux: dielektrik akım
dielectric hysteresis: (Elektrik, Elektronik,Teknik) içyükül gecikmişlik
dielectric intensity: dielektrik yoğunluğu
dielectric lens: (Elektrik, Elektronik) dielektrik radar merceği
dielectric loss: yalıtkan kayıbı
dielectric loss factor: (Gıda) dielektrik kayıp çarpanı
dielectric permittivity: (İnşaat) elektrik geçirgenliği
dielectric thawing: (Elektrik, Elektronik,Teknik) dielektriksel eritme
dielectric wedge: (Elektrik, Elektronik,Teknik) dielektrik uygulayıcı
air dielectric: hava dielektriği
imperfect dielectric: kayıplı dielektrik
insulating: yalıtım
insulating: {f} yalıt
insulating: yalıtkan
isotropic dielectric: izotropik dielektrik
insulating: yalitarak
insulating: {i} yalıtıcı
insulating: {f} yalit
specific dielectric strength: özgül dielektrik güç
insulating: {s} izole eden
insulating: {s} izole
perfect dielectric: mükemmel dielektrik

İngilizce - İngilizce

dielectric teriminin İngilizce İngilizce sözlükte anlamı: An electrically insulating or nonconducting material considered for its electric susceptibility, i.e. its property of polarization when exposed to an external electric field; insulating; {i} insulator, material that does not conduct electricity; the insulating material between plates of a capacitor or between any two parts in an electric circuit; A material which acts as an electrical insulator; separating a body electrified by induction, from the electrifying body; A material that conducts no current when it has voltage applied to it Two dielectrics used in semiconductor processing are silicon dioxide and silicon nitride; 1) any insulating medium which intervenes between two conduits and permits electrostatic attraction or repulsion to take place across it 2) a material having the property that energy required to establish an electric field is recoverable in whole or in part, as electric energy (see insulation for clarification); An insulative material; 1) Any insulating medium which intervenes between two conductors and permits electrostatic attraction and repulsion to take place across it 2) A material having the property that energy required to establish an electric field is recoverable in whole or in part, as electric energy (See 'Insulation' for clarification ); {s} of or pertaining to a dielectric substance, of or pertaining to a material that does not conduct electricity; any material that is electrically insulating; Material that does not conduct electricity Generally used for making capacitors, insulating conductors (as in crossover and multilayered circuits) and for encapsulating circuits; Nonmetallic All-dielectric designs are inherently nonconductive; all-dielectric cables contain no metal and are lightning resistant; A non-conductor of electricity or electrical current; An insulating (non-conducting) medium; an electrical insulator; an insulator or nonconductor; An insulating (non-conducting) medium when used in a signal-carrying design; a material such as glass or porcelain with negligible electrical or thermal conductivity; Any insulating material between two conductors, which permits electrostatic attraction and repulsion to take place across it; A material that does not conduct electricity; An insulating (non-conducting) material; An insulating medium or one in which an electric field may be easily maintained; Insulating material or a very poor conductor of electric current. Dielectrics have no loosely bound electrons, and so no current flows through them. When they are placed in an electric field, the positive and negative charges within the dielectric are displaced minutely in opposite directions, which reduces the electric field within the dielectric. Examples of dielectrics include glass, plastics, and ceramics; A material typically used as an insulator that contains few (if any) free electrons, has low electrical conductivity and supports electrostatic stresses; An insulator occupying the space between two conductors such as the inner and outer conductors of coaxial cable; material is a substance that is a poor conductor of electricity, but an efficient supporter of electrostatic fields; A nonconducting or insulating substance that resists passage of electric current; An electric insulator A nonconducting medium; Any substance or medium that transmits the electric force by a process different from conduction, as in the phenomena of induction; a nonconductor; The nonconducting material used to separate conducting materials New copper/low-k interconnects have shown to improve circuit density, speed, reliability, and reduce interconnect cross-talk; A material that is nonmetallic and non-conductive Generally used to describe the insulating material surrounding the center conductor of a coaxial cable; A nonconducting or insulating material that prevents passage of electric current and resists inductive coupling; An insulator Localized regions of dielectric materials are used in semiconductor devices to provide electrical isolation between dice, between metal interconnect layers, and between the gate electrode and the channel
dielectric absorption: The retention of polarization of a dielectric material after removal of the electric field
dielectric grease: Any insulating grease that prevents corrosion of electrical connectors (and spark plugs etc) by preventing access by water
dielectric heating: The heating of an electrically insulating material by a rapidly fluctuating electric field
dielectric constant: A quantity measuring the ability of a substance to store electrical energy in an electric field
dielectric breakdown: The voltage at which a dielectric material is punctured; which is divisible by thickness to give dielectric strength
dielectric breakdown: The voltage potential at which the insulating properties of a non-conductor will break down and conduct current Measured in kilo-volts Direct Current (DC) An electric current flowing in one direction (constant polarity) as opposed to Alternating Current which periodically changes polarity Double Pole Double Throw (DPDT, 2 form C contacts) A type of contact configuration which consists of two isolated sets of contacts operating simultaneously Each contact set consists of a: Common contact, Normally Open contact and a Normally Closed contact In relay nomenclature, the states of the contacts are given with the relay coil unenergized
dielectric breakdown: Any change in the properties of a dielectric that causes it to become conductive; normally a catastrophic failure of an insulation because of excessive voltage
dielectric breakdown: Any change in the properties of a dielectric that causes it to become conductive Normally a catastrophic failure of an insulation because of excessive voltage
dielectric breakdown: Any change in the properties of a dielectric that cause it to become conductive Normally a catastrophic failure of insulation because of excessive voltage
dielectric breakdown: Any change in the properties of a dielectric that cause it to become conductive Normally a catastrophic failure of an insulation because of excessive voltage
dielectric breakdown: The point at which a dielectric substance becomes conductive Usually a catastrophic insulation failure caused by excessive voltage
dielectric breakdown: The dielectric regions within a semiconductor have a unique breakdown voltage associated with them When an applied voltage, such as an ESD pulse, exceeds this voltage, a dielectric puncture can occur Depending upon the amount of pulse energy, the puncture may fuse and the device may either exhibit a reduced breakdown voltage; an increased leakage current (both possible parametric failures); or fail completely See Failure Mechanism
dielectric constant: The ratio of the capacitance with a particular material separating the plates of a capacitor to the capacitance with a vacuum between the plates
dielectric constant: the ratio of capacitance of a capacitor with a dielectric between the electrodes to the capacitance of a capacitor with air between the electrodes
dielectric constant: The property of a dielectric which determines the amount of electrostatic energy that can be stored by the material when a given voltage is applied to it Also called permattivity
dielectric constant: The ratio of the capacity of a condenser having a dielectric constant between the plates to that of the same condenser when the dielectric is replaced by a vacuum; a measure of the electrical charge stored per unit volume at unit potential
dielectric constant: – - the ratio of capacitance with a dielectric between the plates to the capacitance with a vacuum between the plates (see equation 17 13)
dielectric constant: Related to the force of attraction between two opposite charges separated by a distance in a uniform medium
dielectric constant: The ratio of the capacity of a condenser (made with a dielectric material) to the capacity of the same condenser (with air as the dielectric) Measured at a frequency of 10E6 cycles per second
dielectric constant: For a given substance, the ratio of the capacity of a condenser with that substance as dielectric to the capacity of the same condenser with a vacuum for dielectric It is a measure, therefore, of the amount of electrical charge a given substance can withstand at a given electric field strength; it should not be confused with dielectric strength
dielectric constant: Also called permitivity That property of a dielectric which determines the amount of electrostatic energy that can be stored by the material when a given voltage is applied to it Example: the ratio of capacitance of a capacitor using the dielectric to the capacitance of an identical capacitor using a vacuum as a dielectric
dielectric constant: A parameter characterzing the relative ability of a dielectric material in a capacitor to produce energy storage The higher the number the better the capacitor
dielectric constant: The specific inductive capacity of a dielectric That property of a dielectric which determines the electrostatic energy stored per unit volume for unit potential gradient The dielectric constant of a medium is defined by e in the equation F = QQ1/er2 , where F is the force of attraction between two charges Q and Q1 separated by a distance r in a uniform medium
dielectric constant: The ratio of the capacitance of a material to the capacitance of air
dielectric constant: The ratio of the capacitance using the material in question as the dielectric, to the capacitance resulting when the material is replaced by air
dielectric constant: The term used to describe a material's ability to store charge when used as a capacitor dielectric It is the ratio of the charge that would be stored with free space to that stored with the material in question as the dielectric
dielectric constant: That property (K) of an insulating material which is the ratio of the parallel capacitance (C) of a given configuration of electrodes with the material as the dielectric, to the capacitance of the same electrode configuration with a vacuum as the dielectric
dielectric constant: The dielectric constant of a material (wood) is the ratio of the electric potential energy stored in a certain volume of the material in a given electric field to the corresponding energy stored in the same volume of free space in the same electric field
dielectric constant: The ratio of electric flux density to electric field
dielectric constant: the ratio of the permittivity of a medium to that of a vacuum
dielectric constant: Also called permittivity That property of a dielectric which determines the amount of electrostatic energy that can be stored by the material when a given voltage is applied to it Actually, the ratio of the capacitance of a capacitor using the dielectric to the capacitance of an identical capacitor using a vacuum as a dielectric
dielectric constant: the specific inductive capacity or a dielectric That property of a dielectric which determines the electrostatic energy stored per unit volume for unit potential gradient
dielectric constant: The ratio of the capacitance levels achieved with an insulating material and vacuum That property of a dielectric which determines the electrostatic energy stored per unit volume for unit potential gradient Also referred to as Permittivity or Specific Inductive Capacity (SIC)
dielectric constant: -A number that describes the dielectric strength of a material relative to a vacuum, which has a dielectric constant of one
dielectric constant: The capacitance developed by an insulating material placed between two electrodes as compared to only air between the same electrodes
dielectric constant: (K) -- The ratio of the capacitance of a condenser with dielectric between the electrodes to the capacitance when air is between the electrodes
dielectric heating: The heating of electrically nonconducting materials by a rapidly varying electromagnetic field
dielectric heating: heating of an insulator by a high-frequency electric field
dielectrics: plural of dielectric

dielectric

Heceleme

di·e·lec·tric

Eş anlamlılar

insulator

Telaffuz

Etimoloji

() From dia- (“through”) + electric. Learned 19th-century formation, coined by William Whewell (died 1866).

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