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Crystal-Controlled Oscillators Quartz crystals can be used in place of tuned LC circuits in RF oscillators, as long as it isn t necessary to change the frequency often Crystal oscillators offer frequency stability far superior to that of LC tuned VFOs There are several ways that crystals can be connected in bipolar or FET circuits to get oscillation One common circuit is the Pierce oscillator An N-channel JFET and quartz crystal are connected in a Pierce configuration as shown in the schematic diagram of Fig 24-16 The crystal frequency can be varied somewhat (by about 01 percent, or 1 part in 1000) by means of an inductor or capacitor in parallel with the crystal But the frequency is determined mainly by the thickness of the quartz wafer, and by the angle at which it is cut from the original quartz sample Crystals change in frequency as the temperature changes But they are far more stable than LC circuits, most of the time Some crystal oscillators are housed in temperature-controlled chambers called crystal ovens In this environment, crystals maintain their frequency so well that they are sometimes used as frequency standards against which other oscillators are calibrated The Phase-Locked Loop One type of oscillator that combines the flexibility of a VFO with the stability of a crystal oscillator is known as a phase-locked loop (PLL) This makes use of a circuit called a frequency synthesizer The heart of the PLL is a VCO The output of this oscillator passes through a programmable multiplier/divider, a digital circuit that divides and/or multiplies the VCO frequency by integral (whole-number) values chosen by the operator As a result, the output frequency can be any rationalnumber multiple of the crystal frequency A well-designed PLL circuit can be tuned in small digital increments over a wide range of frequencies The output frequency of the multiplier/divider is locked, by means of a phase comparator, to the signal from a crystal-controlled reference oscillator As long as the output from the multiplier/divider is exactly on the reference oscillator frequency, the two signals are in phase, and the output of the phase comparator is 0 V dc If the VCO frequency begins to drift, the output frequency of the multiplier/divider will drift, too (although at a different rate) But even a frequency change of less than 1 Hz causes the phase comparator to produce a dc error voltage This error voltage is either pos-.

SELECT person_id, first_name, last_name, birth_date, email FROM persons WHERE email LIKE '%' + @word + '%'

To copy a file, use the copy command, identify the target file by name and folder, and tell AppleScript where to place the copy For example, the following tell block copies the ~/ Desktop/Stuff/Sampletiff file to the user s Pictures folder:

You can immediately tell that the only way the SQL Server can evaluate this query is to look through every single email address, be that by scanning the table or by scanning an index on the email column. If the table is large, say, ten million rows, you can expect an execution time of at least a minute. Imagine now that there is a requirement that in most cases the response time for a search should be only a few seconds. How could you solve this Regular indexes do not help, nor do full-text indexes; to be efficient both require that there is no leading wildcard in the search string. There is one way out: you have to build your own index. In this chapter I will look at three ways to do this. The first two methods more or less require SQL 2005 or later, whereas the last method is easily implementable on SQL 2000.

phase-locked loop (PLL)

tell application "Finder" copy file "Picture 1" of folder "Stuff" of desktop to folder (path to pictures folder) end tell

#scripting.ps1 #Script all the table objects in the AdventureWorks database param ( [string]$srvname='MyServer\MyInstance', [string]$dbname='AdventureWorks', [string]$scrname='c:\dbscript.sql' ) # Load SMO assembly, and if we're running SQL 2008 DLLs load the SMOExtended and SQLWMIManagement libraries $v = [System.Reflection.Assembly]::LoadWithPartialName ('Microsoft.SqlServer.SMO') $p = $v.FullName.Split(',') $p1 = $p[1].Split('=') $p2 = $p1[1].Split('.') if ($p2[0] -ne '9') { [System.Reflection.Assembly]::LoadWithPartialName('Microsoft.SqlServer. SMOExtended') | out-null [System.Reflection.Assembly]::LoadWithPartialName('Microsoft.SqlServer. SQLWMIManagement') | out-null } $srv = new-object ('Microsoft.SqlServer.Management.Smo.Server') $srvname $db = $srv.Databases[$dbname] $scrp = new-object ('Microsoft.SqlServer.Management.Smo.Scripter') ($srv)

$scrp.Options.ScriptDrops = $False $scrp.Options.WithDependencies = $True $scrp.Options.FileName = $scrname $scrp.Options.IncludeHeaders = $True $scrp.Options.AppendToFile = $True $scrp.Options.ToFileOnly = $True $scrp.Options.ClusteredIndexes = $True $scrp.Options.DriAll = $True $scrp.Options.Indexes = $True $scrp.Script($db.Tables)