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Since the equivalent circuit is a parallel RLC circuit, the impedance is more like a Z = R(f ) || j2 f L(f ) equation. The insertion loss of a ferrite device, in decibels, is obtained by the equation

Note While Intel has squeezed performance from a single processor with the introduction of hyperthreading, AMD has taken the route of reducing latency and increasing speed with the introduction of its HyperTransport technology. This technology reduces latency and increases speed of communication between integrated circuits in computers and other electronic devices, including computer peripherals. The HyperTransport technology provides adopters with an aggregate bandwidth of 22.4 GB/sec, representing a 70-fold increase in throughput over legacy PCI buses. While HyperTransport technology is not purely a CPU-based technology, the performance gains deserve mention. CPUs and systems based on this technology experience increased performance on the shear volume of data throughput, and this technology is now supported within AMDs processor lines such as the Opteron, the Athlon 64 /FX processor, dual-core processors, and Semprons.

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structure-directing agent. The use of crystalline particles as building blocks implies, however, certain requirements to their size and solubility. The particles should be perfectly dispersible in the starting solution, and their size should be compatible with the micelle size of the structure-directing templates, which limits their diameter to ca. 5 7 nm. This so far is a limiting factor for widespread use of nanoparticles in the EISA process, whereas a majority of the published syntheses mostly provide irreversible agglomerates of very small crystallites. To sum up, EISA is a versatile technique for fabrication of thin lms of metal oxides with different degrees of crystallinity and periodic nanostructures, which are often beyond the reach of other deposition techniques. Probably no other method enables controlled preparation of highly organized porous lms with a long-scale periodicity in a simple wet deposition process. The lms processed by EISA feature very high optical quality, low surface roughness, and very good thickness homogeneity, which makes them

For dipoles with a tapered current distribution (maximum at the feed, and linear decrease towards uniform the end), the radiation resistance is 025Rrad From the image principle it follows that the radiation pattern of a monopole located above a conducting plane is identical to that of a dipole antenna in the upper half-plane Since the energy transmitted into the upper half-space 0 /2 is twice that of the dipole, the maximum gain is twice and the radiation resistance half that of the dipole Note, however, that the image principle is valid only if the conducting plane extends in nitely this is not the case for MS casings We can thus also anticipate considerable radiation in the lower half-space even for monopole antennas The reduction in radiation resistance is often undesirable, since it makes matching more dif cult, and leads to a reduction in ef ciency due to ohmic losses.

Because the Registry is such a critical (and sensitive) part of your system, you are most likely not going to edit the Registry unless you have encountered a problem or learned of an improvement and someone (or some document) has told you that the

In keeping with the Microsoft Windows interface standards, the context menu is the primary means of selecting actions or viewing properties throughout Management Studio. The context menu for most object types includes submenus for new objects, and tasks. These are the workhorse menus within Management Studio.

One way of increasing ef ciency without increasing the physical size of the antenna is to use folded dipoles A folded dipole consists of a pair of half-wavelength wires that are joined at the non-feed end [Vaughan and Andersen 2003]; these increase the input impedance The biggest plus of monopole and dipole antennas is that they can be produced easily and cheaply The relative bandwidth is suf cient for most applications in single-antenna systems The disadvantage is the fact that a relatively long metal stick must be attached to the MS casing In the 900-MHz band, a /4 monopole is 8 cm long often longer than the MS itself Even when realized as a retractable element, it is easily damaged For this reason, shorter and/or integrated antennas, which are less ef cient, are becoming increasingly widespread.

This does not pose a signi cant problem in Europe and Japan, where coverage is usually good, and most systems are interferencelimited anyway However, in the USA and other countries where coverage is somewhat haphazard in many regions, this can have considerable in uence on performance..

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