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change, with a dynamic range of +/ 0.15 oersted (about one-third the Earth s magnetic field strength). The output signal in all the devices in the FGM series is +5 volt (TTL-compatible) pulse whose period is directly proportional to the applied magnetic field strength. This relationship makes the frequency of the output signal directly proportional to the magnetic field strength. The period varies typically from 8.5 s to 25 s or a frequency of about l20 kHz to 50 kHz. For the FGM-3 the linearity is about 5.5% over its +/ 0.5 oersted range. The response pattern of the FGM-x series sensors is shown in Figure 18-3. It is a figure-8 pattern that has major lobes (maxima) along the axis of the sensor, and nulls (minima) at right angles to the sensor axis. This pattern suggests that for any given situation there is a preferred direction for sensor alignment. The long axis of the sensor should be pointed towards the target source. When calibrating or aligning sensor circuits, it is common practice to align the sensor along the east-west direction in order to minimize the effects of the Earth s magnetic field. The flux-gate sensor is coupled directly to a special interface chip, manufactured by Speake. This special SCL006A integrated circuit is shown in the main schematic diagram shown in Figure 18-4. It provides the circuitry needed to perform the Earth field magnetometry sensing. It integrates field fluctuations in one-second intervals, producing very sensitive output variations in response to small field variations. The magnetometer is of special interest to people doing radio-propagation studies, and those who want to monitor for solar flares. It also works as a laboratory magnetometer for various purposes. The SCL006A is housed in an 18-pin DIP IC package and is shown at U1. The FGM-3

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The electrodiagnosis of denervation depends upon nding brillations, fasciculations, and other abnormalities on needle electrode examination However, some of these abnormalities do not appear until several days or a week or two after nerve injury (see Chap 45) Lower motor neuron paralysis is the direct result of loss of function or destruction of anterior horn cells or their axons in anterior roots and nerves The signs and symptoms vary according to the location of the lesion In any individual case, the most important clinical question is whether sensory changes coexist The combination of a accid, are exic paralysis and sensory changes usually indicates involvement of mixed motor and sensory nerves or of both anterior and posterior roots.

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hapter 9 introduced you to the Google API. You created an Activity that leveraged the Google API and Google Maps. Because of the ease and flexibility of the API, you were able to quickly display a Google Map of a user s current location. You also learned how to manipulate that map with relatively few lines of code. The Google API contains more than just hooks into Google Maps. You used a small part of a much larger API in the last chapter. The base package for the Google API is com.google. From this base, the Google API contains packages that allow you to create Activities that leverage the power of GTalk (Google s chat service), Google Calendar, Google Docs, Google Spreadsheet, and Google Services. When I started writing this book, the version of the Android SDK was m3-rc22. By the time I completed writing, Google had released m5-15. In the time between these two releases, Google had deprecated a few of these packages while leaving them in the SDK. Google Calendar, Google Spreadsheet, and Google Services appear to be undergoing an upgrade that, unfortunately, leaves them in a state of incompletion for the m5-rc15 release of the SDK. Google also removed any associated help files from the SDK for these packages, to avoid any confusion. Therefore, the focus of this chapter is a package that works quite well with the latest release of the Android SDK GTalk. In this chapter, you will build a small Activity that utilizes the GTalk package of the Android SDK. When the Activity is complete, you will be able to send GTalk messages from your phone to other GTalk users and receive messages from them.

Part Three 519 Question 25-10

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