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LEGEND: A - LISN(s) may have to be positioned to the side of the table to meet the criterion that the LISN receptacle shall be 80 cm away from the EUT. LISN(s) may be above ground plane only for conducted emission measurements. B - Accessories, such as ac power adapter, if typically table-mounted, shall occupy peripheral positions as is appliable. Accessories, which are typically floor-mounted, shall occupy a floor position directly below the power cord of the EUT. C - Table length may be extended beyond 1.5 m with all peripherals aligned with the back edge. Otherwise, the additional peripherals may be placed as shown and the table depth extended beyond 1 m. The 40 cm distance to the vertical conducting plane shall be maintained for conducted testing.

Example 12.9: Variable Data Rate in TFMA Figure 12.16 shows the TFMA system with seven bands, discussed in Example 12.8. The top of the gure is the same as in Fig. 12.14 with a full pulse rate frame (PRF) in which pulses are transmitted in sequence one after another. The lower part of the gure shows a transmission with a half PRF, where pulses are transmitted every other chip interval. The data rate of the scheme shown in the lower part of the gure is half of the data rate of the scheme shown in the upper part of the gure. Figure 12.17 shows a general block diagram of the OFDM system proposed by the MBOA Alliance. This system uses a 242.4-ns information length with a 60.6-ns pre x for multipath protection, and a 9.5-ns guard interval to provide time for switching between bands, for a total symbol duration of 312.5 ns. From the 128 tones or carriers, 100 are data tones used to transmit information, 12 are pilot tones used for carrier and phase tracking, 10 are guard tones (previously called dummy tones), and 6 are NULL tones. Table 12.5 provides speci cations for all mandatory and optional data rates supported by this system. A simple example illustrates how this table can be read. Example 12.10: Variable Data Rate in TFMA Since the symbol duration is 312.5 ns and the modulation is QPSK with 2 bits/symbol, the basic transmission rate for all data rates is 1/312.5 (ns/symbol) 2 (bits/symbol) 100 (carriers) = 640 Mb/s

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If all of the confirmations and extra mouse-clicks to open and close windows are not for you, and you are just applying simple mates, then you may want to use macros to mate parts. Macros are not going to give you the same flexibility, but they do improve speed. However, you have to have the parts ready to go when you press the macro button, or you will create the wrong mate. You can find macros for Coincident, Concentric, Parallel, Perpendicular, and Tangent mates on the CD-ROM. For example, to use the concentric macro, you would need to pre-position the parts so that they are within 90 degrees of the proper alignment, have one of the parts mated in place such that that only one part will move, select the two cylindrical faces, and then run the macro.

\T \x \copy \lo_

Also known as infrared (IR) and sometimes characterized as wireless ber, freespace optics is a relative newcomer to communications transmission systems At the consumer level, many of us are familiar with IR-based remote controls for TV sets, slide projectors, computer graphics presentations, and the like Many of us use an IR-based computer mouse, and many laptops have IR networking capability Since the late 1980s, FSO systems have assumed a position of some, if still limited, importance and appear to have a substantial future in a variety of short-haul applications FSO systems are point-to-point airwave systems that use focused IR light beams between transmitters and receivers, much as microwave systems use focused radio beams There are several equipment con gurations, with the traditional and most common comprising a focusing lens in the transmitting device to tightly focus a light beam on a collecting lens in the receiving device (Figure 2.

[(E) - Ee] --(TE)

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