英語 での Dielectrics の使用例とその 日本語 への翻訳
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High Frequency Dielectrics.
Low-k and high-k dielectrics and passivation for electrical interconnection technology.
Table 2 Classification by dielectrics.
Bias Temperature Stress(BTS) Low-k dielectrics, barrier layers and 2-terminal gate oxide structures STDDB.
Snell's laws at the interface between nonlinear dielectrics.
UV curable dielectrics are printed as an insulating layer between traces that may come into contact with each other.
These fluids can be considered for liquid dielectrics;
These multi-layer thin-film dielectrics synthesize the three colors of light to form light that represents a color image.
AWG Copper tinning plated cores with low capacitance dielectrics;
These multi-layer thin-film dielectrics synthesize the three colors of light to form light that represents a color image.
Thermal conductivity greater than other optical materials and most dielectrics.
NICHICON CORPORATION| Nichicon Navi The mainmaterials used for capacitors are insulators(dielectrics) and electrodes. An unexpected electrode material is used to fabricate large-capacitance capacitors.
Electrical Insulation:All grades ofGPO3 sheet have inherently good dielectrics.
In near-field systems,the readability of the tags is not affected by the presence of dielectrics, such as water or metal, in the field. In far-field applications, the range between the tag and reader is greater than 30 cm-and in fact can be up to several tens of meters.
Electrical Insulation:All grades ofupgm203 sheet have inherently good dielectrics.
Unique SWIFT features include: Polymer-based dielectrics Multi-die and large die capability Large package body capability Interconnect density down to 2 μm line/space(critical for SoC partitioning applications) Cu pillar die interconnect down to 30 μm pitch 3D/Package-on-Package capability utilizing Through Mold Via(TMV®) or tall Cu pillars Meets JEDEC MSL3 CLR and BLR requirements Key assembly technologies enable the creation of these distinctive SWIFT features.
Coating material is used some high pure metals, dielectrics and semiconductors.
In recent years, left-handed materials that have negative permeability and permittivity at the same time are attracting attention. As a method for achieving the characteristics in the microwave band area, we developed left-handed materials that simultaneously have negative permeability and permittivity by compounding natural magnetic resonance(negative permeability) of ferrite-based materials and complex materials of metallic magnetic particles and microwave plasma vibration(negative permittivity)of thin metallic wire composite dielectrics.
PMLCAP is a surface mount type film capacitor that realized significant downsizing compared with conventional film capacitors byadopting innovative technology of forming electrodes and dielectrics by vacuum evaporation. PMLCAP has excellent frequency characteristics and temperature characteristics.
All plastic Composites electricalinsulating laminates have inherently good dielectrics.
Powered by advanced, edge diffraction physics from the PTD and UTD frameworks, HFSS SBR+ provides accurate and efficient large-scale electromagnetic modeling for structures containing metals and dielectrics, as well as structures with dielectric losses, multi-layer dielectrics and absorbing materials.
Electrical Insulation:All grades of Red GPO-3fiberglass Sheet have inherently good dielectrics.
They are therefore ideal for processing semiconductor materials,metals, dielectrics, plastics and glasses.
Electrical Insulation:All grades of Hologen free GPO-3fiberglass Sheet have inherently good dielectrics.
But the above guide only considers the copper conductor's transient or surge current carrying capacity before it melts, and such high temperatures will damage wire insulation andPCB dielectrics, possibly causing delamination with consequent reliability problems.
Since a metallic architecture mimics a plastic(a dielectric), this material technology is called“artificial dielectrics”.
PMLCAP is a surface mount type film capacitor that realized significant downsizing compared with conventional film capacitors byadopting innovative technology of forming electrodes and dielectrics by vacuum evaporation.
Advanced Reliability Analysis While FinFET offers several advantages with respect to area, performance, local thermal gradients on FinFET designs can reach temperatures as high as 30 degree Celsius on the device, which is mainly due to the 3D nature of the FinFET's, ultra-thin,highly resistive interconnects and dielectrics that produce poor thermal conductivity.
Fig. 7.6 Temperature dependence of dielectric breakdown strength(3mmt).
High dielectric levels.