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Standing-Wave Loss At current loops, the loss in line conductors reaches a maximum At voltage loops, the loss in the dielectric reaches a maximum At current nodes, the loss in the conductors reaches a minimum At voltage nodes, the loss in the dielectric reaches a minimum It is tempting to suppose that everything would average out here, but it doesn t work that way! Overall, in a mismatched line, the line losses are greater than they are in a perfectly matched line This extra line loss increases as the mismatch gets worse Transmission-line mismatch loss, also called standing-wave loss, occurs in the form of heat dissipation It is true power Any true power that goes into heating up a transmission line is wasted, because it cannot be dissipated in the load The greater the mismatch, the more severe the standing-wave loss becomes The more loss a line has to begin with (that is, when it is perfectly matched), the more loss is caused by a given amount of mismatch Standing-wave loss also increases as the frequency increases, if all other factors are held constant This loss is the most significant, and the most harmful, in long lengths of transmission line, especially in RF practice at VHF, UHF, and microwave frequencies Line Overheating A severe mismatch between the load and the transmission line can cause another problem: physical damage to, or destruction of, the line! A feed line might be able to handle a kilowatt (1 kW) of power when it is perfectly matched But if a severe mismatch exists and you try to feed 1 kW into the line, the extra current at the current loops can heat the conductors to the point where the dielectric material melts and the line shorts out It is also possible for the voltage at the voltage loops to cause arcing between the line conductors This perforates and/or burns the dielectric, ruining the line When an RF transmission line must be used with a mismatch, derating functions are required to determine how much power the line can safely handle Manufacturers of prefabricated lines such as coaxial cable can supply you with this information.

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-- Getting the information DECLARE @MyXML XML; SELECT @MyXML = CAST(T.target_data AS XML) FROM sys.dm_xe_session_targets T JOIN sys.dm_xe_sessions S ON S.address = T.event_session_address JOIN sys.server_event_sessions ES ON S.name = ES.name WHERE T.target_name = 'synchronous_bucketizer' AND S.name = 'GetLongRunningQueries'; -- Display the information as raw XML SELECT @MyXML AS XML_Representation; -- Display the information using XQuery for a better output SELECT T.Slot.value('@count', 'int') [NbmOfExecutions], T.Slot.value('value[1]', 'varchar(MAX)') [QueryText] FROM @MyXML.nodes('/BucketizerTarget/Slot') AS T(Slot) -- Clean-Up DROP PROCEDURE usp_WaitForATime; GO ALTER EVENT SESSION GetLongRunningQueries ON SERVER STATE=STOP; GO DROP EVENT SESSION GetLongRunningQueries ON SERVER; GO

true if the track is from a gapless album (one set to play without gaps between songs), false if it is from a regular album The music genre of the track The grouping for the track Grouping is a text tag you can enter in the Grouping field of the Info tab of the Item Information dialog box to create subgenres An integer giving the track s unique ID within iTunes on your Mac for example, 30394 The track s index number in its current context for example, 19 when it s the 19th track in a playlist The file type of the track for example, AAC Audio File This property is read-only The long description of the track, if any is applied The lyrics of the track, if they are in the file The date and time you last modified the track This property is read-only The name of the track The hexadecimal string that uniquely identifies this track within iTunes for example, 6CC5C362D387BB32 An integer indicating how many times the track has been played from start to end true if this track is a podcast episode, false if it is not An integer giving the rating of the track, from 0 (no stars) to 100 (five stars) The rating kind used for the track: user for a rating you ve applied, computer for a rating your Mac has applied This property is read-only The release date for the track, if available This property is read-only An integer giving the track s sample rate in hertz (Hz) for example, 44100 for the CD-standard 441 kHz sample rate An integer giving the season number of the track (for TV shows) true if the track is marked for inclusion in shuffling, false if it is not (In the user interface, select the Skip When Shuffling check box on the Options tab of the Item Information dialog box to exclude a track from shuffling) An integer indicating how many times you ve skipped this track The date and time you last skipped the track The name of the show from which the track comes.

XML_Representation ---------------------------------------------<BucketizerTarget truncated="0" buckets="256"> <Slot count="5" trunc="1"> <value>EXEC usp_WaitForATime;</value> </Slot> </BucketizerTarget> NbmOfExecutions QueryText --------------- ---------------------5 EXEC usp_WaitForATime;

One of the most important phenomena in ac circuits, especially in RF engineering, is the property of resonance This is a condition that occurs when capacitive and inductive reactance cancel each other out

In this chapter, I ll use the code from listing 1 to explain the following concepts: Events Points of interests in the code of an application such as SQL Server. In the example, we re interested in the event fired when a T-SQL statement is finished (sqlserver.sql_statement_completed). Packages Containers for Extended Events objects (events, targets, actions, types, predicates, and maps). In our example we use package0, which contains Extended Events system objects.

id index kind long description lyrics modification date name persistent id played count podcast rating rating kind release date sample rate season number shufflable