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resistor in order to drive the coil This resistor also protects the output of the audio amplifier The inductive loop is a winding of wire through which an audio signal passes, which creates a field within which the audio signal can be detected by appropriate equipment, either a telecoil in a hearing aid or an induction loop receiver The loop coil is basically a simple 4 or 5 turn loop placed around the room fed from an audio amplifier The loop then converts the sound to a magnetic field that can be received by a second loop coil and amplified Note that more turns in the transmission coil result in a stronger transmitted signal The loop should have a DC impedance of at least 8 ohms, or you can add a resistor in series with the coil to reach 8 ohms Pick a path around the room on the ceiling, or under the carpet A room measuring 15 20 will have a perimeter of 70 , which will require a minimum of four complete turns of 22 gauge wire, six turns of 20 gauge wire, or nine turns of 18 gauge wire Pick a path around the room near the ceiling, and wind (or hang) your coil, or loop, starting and ending at the amplifier If the back of your amplifier says something like 8 ohms minimum, double the required wire length (load) Buy 120% of the wire you ll need to ensure that you can complete the loop You should add a power resistor to ensure an appropriate load and reduce wire length, but the amplifier output will be divided between the loop and the resistor, proportionately, which means less radiated energy This solution requires a lot of energy so try not to compromise If required, get 4 ohms

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Handling of authentication-capable mobile stations when the home system is not authentication-capable Clarified handling of the initial system access Handling of suspicious call originations

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at 10 watt minimum There s another and simpler approach: I have a coil built into my favorite chair It s only 18 in diameter, but includes 120 of 28 gauge wire (0071 ohms per foot) That s about 25 turns of that relatively thin wire Another approach to constructing a large loop is to take a long length of 25 pair telephone cable Inside Wire that s long enough to go around the perimeter of a room Then get a 66 block (or some other kind of punch down block) and punch down the wires so they connect in a multiple turn loop In this way you can add or subtract turns as you wish if you need that later You could tack this telephone cable to the ceiling of the basement underneath the room you choose Connect either end of the loop coil wire to the plus (+) or red terminal and the other end to the minus ( ) black terminal, on the audio amplifier s speaker terminals Most amplifiers or stereo receivers have SPEAKER A and B switches; put your coil circuit on the unused output (B) Remember to place an 8 to 10 ohm, 10 watt resistor in series with the speaker output and the coil loop windings

Of course, there are various corrections, clarifications, and enhancements of a more minor nature, some of which we have already described in this chapter (eg, COUNT update after handoff, described in the section Call History Count Update ) For more information on these, the reader should consult IS-778 The need to support IMSI-based mobile stations (see 5), originally standardized in TIA/EIA/IS-751, also introduces some authentication-related issues We discuss these issues in the sections that follow

The induction loop receiver, shown in the photo Figure 15-4 and the schematic diagram in Figure 15-5, is very sensitive and can be the basis for a monaural

The issue here is the handling of authentication-capable mobile stations roaming in authentication-capable serving systems, when the home system is not authentication capable This situation was the natural result of the industry s transition to the distribution of authentication-capable mobile stations, in many cases in advance of network authentication readiness The ANSI-41 enhancement is this case is a straightforward correction of an oversight in the ANSI-41-D serving system procedures related to the AuthenticationRequest operation When an authentication-capable mobile station initially registers in an authentication-capable serving system, the first thing the serving system does is send an AUTHREQ message to the subscriber s home system or the HLR If the home system has not been upgraded to support authentication (and, therefore, there is no AC), the HLR would not recognize the AUTHREQ message and would normally respond with an AuthenticationRequest Return Error message containing the error code Operation Not Supported or a TCAP Reject message Unfortunately, these responses are not properly handled in the MSC and VLR procedures specified in ANSI-416-D, Sections 441 and 442, respectively Instead, the MSC is specified to treat these situations as authentication failures and apply access denial treatment The IS-778 fix for this situation is straightforward If the serving system receives the Operation Not Supported error code or TCAP Reject

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