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where A, B , and C are factors that depend on frequency and antenna height. Factor A increases with carrier frequency and decreases with increasing height of the BS and Mobile Station (MS). Also, the path loss exponent (proportional to B) decreases with increasing height of the BS. Appendix 7.A see www.wiley.com/go/molisch gives details of these correction factors. The model is only intended for large cells, with the BS being placed higher than the surrounding rooftops. The COST2 231 Wal sh Ikegami Model The COST 231 Wal sh Ikegami model is also suitable for microcells and small macrocells, as it has fewer restrictions on the distance between the BS and MS and the antenna height. In this model, total path loss consists of the free space path loss PL0 , multiscreen loss Lmsd along the propagation path, and attenuation from the last roof-edge to the MS, Lrts (rooftop-tostreet diffraction and scatter loss) (Figure 7.1). Free space loss depends on carrier frequency and distance, while the rooftop-to-street diffraction loss depends on frequency, the width of the street, and the height of the MS, as well as on the orientation of the street with respect to the connection line BS MS. Multiscreen loss depends on the distance between buildings and the distance between the BS and MS, as well as on carrier frequency, BS height, and rooftop height. The model assumes a Manhatten street grid (streets intersecting at right angles), constant building height, and at terrain. Furthermore, the model does not include the effect of waveguiding through street canyons, which can lead to an underestimation of the received eld strength. Details of the model can be found in Appendix 7.B (see companion website www.wiley.com/go/molisch).

n= 0

Now let s examine the off-chip IF balun. Figure 2.22 shows its schematic: it is constructed by chip inductors and chip capacitors. The LC balun design is based on the input and output impedances and the operating frequencies, which are introduced and discussed in 4, Section 4.3. The operating frequency in this design is 45 MHz and the input and output impedances are shown in the gure. The active mixer with a bipolar Gilbert cell and active baluns introduced in this section has been successfully packaged into actual products. The operating frequencies and DC power supply are:

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Account Codes: Users placing outgoing calls, particularly toll calls, can be required to enter an account code to aid in client billing for time and expenses. Automatic Line Selection: When the station user picks up the telephone receiver, a speci c outside line is automatically selected. Barge-in: An authorized user from an authorized station can barge in on a call in progress (i.e., join an active call without invitation) through the use of an authorization code. Call Forwarding: A user can forward calls to another station in several ways. By dialing a feature code, the user can forward calls to a speci c station on an ad hoc basis. The user can program the station to automatically forward calls to the attendant, a colleague, or voice mail after a selectable number of rings or if the station is engaged. Call Park: A user can park a call in system orbit. The call can be retrieved by any other user by dialing the associated call park code. Call Pick-up: Any user can answer any call at any phone where the line appears. Call Transfer: An incoming or outgoing call can be transferred to another station. Calling Line IDenti cation (CLID): The calling number and associated caller name appear on the station display. Camp-on: The system attendant can forward or extend a call to a station, even if the station is engaged in a call. Camp-on essentially is much like call waiting, although the camped-on call will be routed back to the attendant if not answered within a user-programmable time interval. Conferencing: The attendant or an authorized user can bridge as many as 2, 4, 8, or perhaps 16 parties on a conference call. Distinctive Ringing: Distinctive ringing tones distinguish between internal and outside incoming calls.

Verification and Validation Planning (all levels)

If you completely mess up your menu system, you can return to the default setup by simply clicking the Revert button (as seen in Figure 4-6). However, if you ve made many changes, you might want to avoid that solution because you ll lose all of the customizing you ve done.

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