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the propagation constant, = C LR and = LC, for this special case show that voltages and currents attenuate with distance along the z-direction and that the phase velocity, u p = = 1 LC , is a constant and is the same as the special case of a lossless line. Furthermore, we can see from equation 3.9 that Z 0 = R0 + jX 0 = ( R + j L ) ( RC L + j C ) = L C that is, R0 = L C (constant) and X0 = 0 as in the case of a lossless transmission line.

Having successfully achieved ramp-up and ramp-down for the peak workload, you are now ready to consider the timing aspects of performance measurement at peak workload. We are going to set aside the workload plans for a moment and gain a perspective on measuring the responsiveness of software. Then, we will marry that measurement perspective with the workload ramp-up/ramp-down testing that we have just completed.

The LMDS sector capacity has to decrease, if the SCLR is greater than the real LMDS, because the LMDS configuration has likely been chosen wrongly (for example: too many sectors, or too many channels used in each sector, or channel bandwidth too broad) The LMDS capacity ought to be increased or the LMDS range decreased, if the sector capacity range is smaller than the real range In Table 1718, some examples of the maximum sector capacity limited range for a 90-degree LMDS system and a uniform (theoretical) UMTS network with a loading of 25 % are presented The sign >> in Table 1718 means that the maximum sector capacity limited range of LMDS is much bigger than that for the longest LMDS range in the 10 GHz frequency band The UMTS network design has been developed using the usual power budget and the COST-Hata propagation model.

Accounting software vendors put XBRL tags in their accounting systems to allow users to cross-reference their accounts to this framework, enabling a more efficient reporting process and a more meaningful experience for the users of financial information. Some of the most popular accounting software companies have already announced their plans to provide XBRL output in financial statements. The list includes SAP, Oracle, Great Plains, and ACCPAC. There are more than 50 companies in the United States and about 150 companies globally involved in the development and adoption of XBRL. On March 5, 2002, Microsoft became the first major corporation to publish its financial statements on the Internet using the XBRL framework.

Table 17-1

2.5 dB and with a 17.5-dB range. The I and Q CW tones were applied at 1 MHz with the LO running at 5.24 GHz. The postcalibration LOFT is better than 32 dBc and image rejection is better than 46 dBc for all gain settings. After calibration, the residual LOFT varies slightly for different gain settings, indicating that the residual is a combination of both BB_LOFT and RF_LOFT and can be further suppressed by having a finer resolution IDACs or by using the baseband signal path DACs. The transmitter as a whole is capable of producing an output EVM of < 40 dB in the A band (Fig. 6.16) and < 41 dB in the G band. The actual EVM of the chip is somewhat better than shown in Figure 6.16, and is affected by the performance of the laboratory baseband signal generators used for this measurement. This case study has presented a highly linear transconductance stage that incorporates gain-independent cancellation of LOFT and I/Q imbalance. The achievable performance of the scheme is limited to the resolution of the IDACs and the amount of calibration time available at the startup of the circuit. Results indicate that no other calibration other than at startup is necessary to maintain sufficient performance. The dual-band variable-gain transconductor block along with the LOFT and IQ imbalance detection circuitry occupies less than 0.1 mm2 of die area. The chip microphotograph is shown in Figure 6.17.