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Figure 21-3 ULF receiver schematic Part II negative voltage regulator at U2, an LM7905 The output from U2 is then sent to capacitor C6, at the minus voltage output terminals Let s get started building the ULF receiver! Before we begin building the ULF receiver, you will need to

to the home system for interpretation; in this manner, home-system feature codes may take precedence over local serving system codes We describe these protocol mechanisms in the following sections

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The basic single-step feature control service comprises the following steps (see Figure 1230): 1 The subscriber enters a feature code string into the MS and presses the SEND key 2 The serving system recognizes the received digits as a feature code string and sends them to the HLR in a FeatureRequest Invoke (FEATREQ) message 3 The HLR processes the feature control request and updates its database, if necessary The HLR returns a success or failure indication to the serving system in the FeatureRequest Return Result (featreq) message 4 The serving system provides the appropriate indication to the MS

first be established and then torn down" at the end of each transmission, network capacity is wasted in establishing and ending data transmissions This overhead reduces the overall network capacity for handling data A further reduction in network capacity happens as a natural consequence of using a circuit Each data circuit has a theoretical capacity to transmit data, measured in familiar modem terms, such as 56 Kbps (56,000 bits per second) Unfortunately, this is an upward bound that is not achieved for many reasons One primary reason is no data being sent Why does this happen Without getting into the details of how data is packetized, shipped, received, and acknowledged, it should be obvious that only one of these actions, namely shipped, refers to moving data from one point to another Also, shipping and receiving data requires handshaking or acknowledgments, and this overhead subtracts from the data capacity of a circuit Costs associated with wireless data on circuit-switched networks can also be relatively high First, as described, circuits are not the most efficient method for moving data from point A to point B, and this inefficiency relates directly to increasing the costs of moving data using circuit-switched technology Secondly, circuit-switched network speeds generally operate at theoretical speeds of 192 Kbps, which is slow (1/3rd the speed of a standard modem operating at 56 Kbps) The actual throughput is much less than 192 Kbps when transmission errors are detected and numerous data resends are attempted Also, consider the case where a data transmission is interrupted before its completion, as is the case when driving out of coverage or entering a building where coverage gets so weak as to lose the connection At that moment, since the complete data set did not get acknowledged at the receiving end of the circuit, the entire transmission will have to be resent, meaning the user will have to pay essentially twice for transmitting the data only once Circuit data networks also have the problem of connection convenience Since they have to have a circuit" in place to communicate, they are not always on," meaning the user has to take action when he wants to communicate, and others can t send information out to the user This can take time away from the user s day if he has to constantly check to see if new information awaits him.

Figure 1230 The single step feature control process (see text for the description of the steps)

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