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display itself will be exhibited as a separate graphical window within the program In using the Bode tool by injecting a signal into the oscillator s input and checking the phase and gain at the oscillator s output we will have a very good indication that our design is valid This is accomplished, as described above, by breaking the feedback loop of the oscillator and attaching the Bode plotter between the broken input/output points of the oscillator To obtain a proper reading, set the frequency and phase of the Bode plotter to a linear scale, adjust the magnitude to display a gain of 20 to 20 dB (or, if need be, higher values), set the display to show phase values from 180 to 180 degrees (Fig 45), and adjust the frequency sweep to approximately 25 percent of the expected oscillation frequency (narrow or widen as necessary to obtain the display as shown in the figure) This open-loop Bode response test is a good indication that the oscillator will oscillate and function as intended, since the Bode plotter is outputting a 0 degree phase angle signal at the frequencies of interest into the input of the oscillator s resonator, which changes its phase by 180 degrees before it reaches the input of the transistor; the transistor, being in common-emitter configuration, changes it another 180 degrees, making for a phase change of 360, or 0, degrees, for regenerative oscillatory feedback The proper phase change, at the appropriate amplitude, can be confirmed on the Bode plotter as shown in Fig 47 The Bode plotter is displaying the maximum gain peak at the frequency of the desired oscillation, which should occur at the same frequency as the phase trace when it crosses 0 degrees from the output to the input of the oscillator (in order to sustain oscillatory feedback) At its maximum amplitude the gain trace is called the gain margin when it is located at the same frequency as the point where the phase trace crosses the 0 degrees phase point on the Bode plotter screen, and is measured in dB The higher the gain margin, the more tolerance the oscillator will have and still start or continue to oscillate when components on the assembly line vary in specifications, or the load varies in impedance Temperature will also have far less of a deleterious effect with this higher gain margin A typical, safe value would be 10 dB or more; however, any gain above 0 dB at the 0 degree phase crossing will still allow the oscillator to start because of noise amplification buildup Nevertheless, temperature, load, and parts variations will make start-up erratic and/or slow when the loop is actually closed for the completed oscillator if this gain margin is too low In fact, if an oscillator has a sufficiently high gain margin, closing the loop should cause only a minor shift in the design frequency, with the high open-loop gain being reduced to unity when the oscillator reaches its steady state In simulating the open-loop oscillator, not only should the gain peak be at the point where the phase is zero, but it should also be as close to the center of the phase slope as possible in order to maintain the oscillator s long-term stability and low noise characteristics The amount of excess phase above or below this center of the phase slope is referred to as the phase margin and is as important as the gain margin.

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Part III:

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The SDK comes with a number of samples that you may find useful Here, we re going to use them to test out the new installation Navigate to the aforementioned SDK directory and unzip the file to a directory where you have write access

where BW bandwidth of the desired output signal at 3 dB down, Hz, and fr frequency of the desired signal, Hz Other, much more selective diplexers (with more poles), can be rapidly designed by simply joining two standard 50-ohm filters, with nonoverlapping passbands and series input poles, together Design the filters as presented in Sec 613, Image parameter design, or utilize any common filter design program 64 Crystal and Saw Filters

advised to choose a different parent directory for the sample applications To test the SDK installation, follow these steps: 1 Open the Windows Azure SDK command prompt by clicking the Start button, clicking Program Files, and then clicking Window Azure SDK (January 2009 CTP) 2 Navigate to the sample directory, and then run the RunDevStorecmd utility to build the samples, create local tables required by the samples, and launch development storage Running development storage starts the local Blob, Queue, and Table services 3 Navigate to the HelloWorld application directory, and then run runmecmd 4 The development fabric icon will appear in the system tray after a moment Running the sample automatically launches your web browser and points to the service s default web page The web interface for the Hello World sample will be displayed in the browser window

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