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mode voltage probes Shields of differential-mode probes are grounded only at the measuring instrument Any voltage difference along the cable shield and instrument ground is rejected as a common-mode signal Current-based differential-mode probes are useful to measure relative phase and amplitude between two common-mode currents providing differential-mode information If the magnitude of current in two transmission lines is known, it becomes an easier task to find the source of the EMI problem This can only happen if the probes used have a response that is matched to within a few percent of each other When two current probes are connected to a signal combiner, the length of the cable interconnects must be identical along with the addition of 50 feed-through termination at the output of each current probe Identical cables preserve both relative phases between signals The terminator ensures the combiner sees 50 on both ports.

Every organization uses BI whether they realize it or not, because every organization needs to measure what is happening in its business. The only alternative is to make every decision based on intuition instead of data. The quest for BI solutions usually begins with simple queries run against OLTP data and evolves into an inconsistent jumble of numbers. Analysis Services is central to the Microsoft strategy for addressing an organization s need for BI, providing a remedy to the usual chaos of ad hoc data silos. Analysis Services provides the capability to build fast, consistent, and relevant repositories of data suitable for both end-user and application use. See the other chapters in this section for details on loading, analyzing, querying, and reporting BI data.

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The local exchange stores a number of semipermanent parameter groups. These parameters de ne the services to which the user has subscribed and are used by the exchange when processing originating or terminating calls. This section examines the most important parameters that have been speci ed by Bellcore (now Telcordia) for local area (LATA) networks in the United States [9]. We can discern the following types of subscription-parameter groups. DSL Subscription-Parameter Groups. These parameter groups are associated with the individual DSLs that are attached to the exchange and include the following parameters: Type of DSL. This indicates the DSL type: basic access or primary rate access. Bearer Capabilities. This is a list of bearer capabilities allowed on the DSL.

When using a signal combiner, remember to account for a typical 6 dB attenuation loss from the output of each current probe resulting from the 50- terminator that was provided to match the coax impedance to the combiner Before using any differential-mode probe, it is important to perform a null test [1] A null test allows one to learn if a problem exists To perform a null test using a voltage probe, the two tips are connected together There should be no signal present on the analyzer or scope If a signal is present, a damaged cable may exist or the combiner has a problem For current probes, there are two methods of testing One method takes a single wire and probe This single piece of wire is run both in and then out of the probe at the same time.

If RF currents are on the wire, they will cancel and produce no output voltage from the clamp The second test is for a single wire and two probes Both probes are clamped on the wire physically placed adjacent to each other in opposite orientation The combiner output should be reduced by 20 30 dB when both probes are used versus one probe only This output level should be consistent across the frequency range of operation Examples of how to perform null experiments are provided in Figure 527 Note that a combiner is required when two probes are used at the same time..

which means that ,",(m) is a consistent estimate. However, problems arise for large m as long as N is finite, because the variance increases for Iml + N.

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