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In certain low- and medium-frequency applications, crystal or ceramic components can be used in place of LC filters, especially for narrow bandwidth, tightskirt filtering (however, special ceramic filters that are designed to function at up to 6 GHz are quite common) This is because of their superior Q and frequency stability compared to LC filters Ceramics are much lower in Q than crystals, but are also lower in cost and more sturdy Nonetheless, crystals and ceramics have almost the same general characteristics Crystals, and to a lesser extent ceramics, basically function as ultrahigh-Q series (and parallel) resonant circuits, with an extremely low (or an extremely high) impedance at resonance over a very narrow bandwidth All crystals have a series and parallel resonant mode The parallel mode is slightly higher in frequency than the crystal s series resonance, and is due to the parallel capacitance of the crystal s holder, CPLATE, as shown in Fig 649 At series resonance, R, which is a pure resistance of around 25 to 250 ohms [called the equivalent series resistance (ESR)], is the only impedance seen, since L and C will cancel each other The resonant frequencies will depend not only on the thickness of the crystal, but also on the way it is cut, the crystal substance employed, and the holder capacitance However, additional crystal modes besides series and parallel can be used, such as the overtone, or harmonic, mode: A crystal is capable of being forced to resonate efficiently at odd harmonic intervals of its fundamental frequency, which are at the third, fifth, seventh, and up to the eleventh harmonic To be

Creating cloud apps with Windows Azure is accomplished through Microsoft Visual Studio 2008 To start making your apps, follow these steps: 1 Run Visual Studio 2008 as an administrator Click the Start button and then point to all programs 2 Point to Microsoft Visual Studio 2008, right-click Microsoft Visual Studio 2008, and click Run as Administrator 3 When the User Account Control box appears, click Continue 4 From the File menu, click New, and then click Project 5 In the resulting dialog box, select Cloud Services from the Visual C# project type 6 In the Templates list, click Web Cloud Service This creates a web role 7 Enter the names for your project and solution, and make sure that the Create Directory for Solution box is checked

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completely correct, the overtone of a crystal is normally at a slightly different frequency than an exact odd-integer multiple (harmonic) of the fundamental, and is due to phase shifting within the crystal s structure Nonetheless, these overtone modes will, unfortunately, force a crystal or ceramic filter to have reentrance modes at approximately odd-integer multiples of the series resonant frequency, causing decreased attenuation at specific points in the stopband This can be overcome by special design procedures, specifically by adding an LC low-pass filter at the crystal filter s output to attenuate these extra passbands Crystals can be found singly, as well as in larger combinations, in RF filters Crystal-lattice filters (Fig 650) contain several crystals within a single package, and are adopted for use as a very sharp bandpass filter The input and output employ RF transformers with shunt capacitors, while each set of crystals (Y1 plus Y2 and Y3 plus Y4) is cut to a different frequency (the matched set of Y1 and Y2 having a lower resonant frequency than the other matched set of Y3 and Y4) This is so we may attain the desired bandwidth and selectivity One form of the ceramic ladder filter is shown in Fig 651 It contains a stack of ceramic filters, with coupling between the individual resonators being accomplished by capacitors The coupling can also be done with shunt inductors All the crystals in this filter are trimmed to the same series resonant frequency Input and output impedance matching may be achieved with an LC network Today, crystal filters are normally made to order by various specialized companies, and will comprise resonators, transformers, and trimmer capacitors all within a single, small package

8 In the Solution Explorer, you ll see that the solution structure was created You'll see two projects, a Cloud Compute project and an ASPNET project The ASPNET project will contain your code The Cloud Compute project contains a reference to the ASPNET project, as well as the service definition file (csdef) and service configuration file (cscfg) 9 Change the Defaultaspx page to display some custom text for this example

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Next, test the application locally before publishing it to the Azure cloud You can do that by following these steps: 1 Press F5 This starts the service in the development fabric 2 Expand the tree on the left panel to see the service deployments 3 Expand the HelloFabric node to see the web role and worker role that are running within the service 4 Expand the node for the web role or worker role to view the running instances of the role

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5 Click on a numbered node to see the messages being written to the log for this role instance 6 Click the Service Details node This shows you the roles and ports that were requested and issued