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This may return one or more rows, depending on how many catalogs you have. If you created the AdventureWorksFTC catalog, it ll appear in the name column. The fulltext_catalog_id is a numbered auto incrementing primary key without any meaning. The is_default column will contain a 1 if this catalog is the default; otherwise the value will be 0. This is useful, so let s dig further. Let s get a list of all of the indexes in our database. To do so, we ll delve into the sys.fulltext_indexes view, adding it to the information provided by the sys.fulltext_catalogs view we used in the previous example:

boldface here:

-- List names of all FTS indexes SELECT cat.[name] as CatalogName , object_name(object_id) as table_name , is_enabled , change_tracking_state_desc FROM sys.fulltext_indexes, sys.fulltext_catalogs cat ORDER BY cat.[name], table_name;

Therefore: Zo = (30,000)1/2 = 173 It may be difficult to find a commercially manufactured transmission line that has this particular characteristic impedance Prefabricated lines come in standard Zo values, and a perfect match might not be obtainable In that case, the closest obtainable Zo should be used In this case, it would probably be 150 If nothing is available anywhere near the characteristic impedance needed for a quarter-wave matching section, then a coil-type transformer can be used instead

The results of this query are shown in table 3. Our query returns four rows, including the row for the Document table we created earlier in the chapter. Note that the query shows that all of these indexes are enabled, and it also displays the change-tracking mode being used.

global myUserName get_user_name() show_user_name()

Table 3 Query results to list all full-text indexes table_name Document JobCandidate ProductDescription ProductReview is_enabled 1 1 1 1 change_tracking_state_desc AUTO AUTO AUTO AUTO

What about Reactance Things are simple when there is no reactance in an ac circuit using transformers But often, especially in RF antenna systems, pure resistance doesn t occur naturally It has to be obtained by using inductors and/or capacitors to cancel the reactance out The presence of reactance in a load makes a perfect match impossible with an impedance-matching transformer alone Recall that inductive and capacitive reactances are opposite in effect, and that their magnitudes can vary If a load presents a complex impedance R + jX, it is possible to cancel the reactance X by deliberately introducing an equal and opposite reactance X This can be, and often is, done by connecting an inductor or capacitor in series with a load that contains reactance as well as resistance The result is a pure resistance with a value equal to (R + jX ) jX, or simply R When wireless communications is contemplated over a wide band of frequencies, adjustable impedance-matching and reactance-canceling networks can be placed between the transmitter and the antenna system Such a device is called a transmatch or an antenna tuner These devices not only match the resistive portions of the transmitter and load impedances, but they can tune out reactances in the load Transmatches are popular among amateur radio operators, who use equipment capable of operation from less than 2 MHz up to the highest known radio frequencies

name, and a pair of parentheses Then, on a new line, type the end keyword to end the subroutine These changes appear in boldface here:

We can extend the prior query one step further, adding in information about the unique index used for full-text searching and the associated stoplist for a given table, as shown in listing 3.

SELECT c.name as CatalogName , t.name as TableName , idx.name as UniqueIndexName , case i.is_enabled when 1 then 'Enabled' else 'Not Enabled' end as IsEnabled , i.change_tracking_state_desc , sl.name as StoplistName FROM sys.fulltext_indexes i JOIN sys.fulltext_catalogs c ON i.fulltext_catalog_id = c.fulltext_catalog_id JOIN sys.tables t ON i.object_id = t.object_id JOIN sys.indexes idx ON i.unique_index_id = idx.index_id AND i.object_id = idx.object_id LEFT JOIN sys.fulltext_stoplists sl ON sl.stoplist_id = i.stoplist_id;

notice that AppleScript automatically adds the get_user_name subroutine s name to the end statement, as shown in boldface here:

Refer to the text in this chapter if necessary A good score is 18 or more correct Answers are in the back of the book 1 In a step-up transformer, (a) the primary impedance is greater than the secondary impedance (b) the secondary winding is right on top of the primary (c) the primary voltage is less than the secondary voltage (d) All of the above are true 2 The capacitance between the primary and the secondary windings of a transformer can be minimized by (a) placing the windings on opposite sides of a toroidal core (b) winding the secondary right on top of the primary (c) using the highest possible frequency (d) using a center tap on the balanced winding