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Amplitude Modulation An AF voice signal has frequencies mostly in the range between 300 Hz and 3 kHz Some characteristic of an RF carrier can be varied, or modulated, by these waveforms, thereby transmitting voice information Figure 25-2 shows a simple circuit for obtaining amplitude modulation (AM) This circuit can be imagined as an RF amplifier for the carrier, with the instantaneous gain dependent on the instantaneous audio input amplitude Another way to think of this circuit is as a mixer that combines the RF carrier and audio signals to produce sum and difference signals at frequencies just above and below that of the carrier The circuit shown in Fig 25-2 works well, provided the AF input amplitude is not too great If the AF input is excessive, then distortion occurs, intelligibility is degraded, system efficiency is reduced, and the bandwidth of the signal is increased unnecessarily The extent of AM is expressed as a percentage, from 0 percent (an unmodulated carrier) to 100 percent (full modulation) Increasing the modulation past 100 percent causes the same problems as excessive AF input In an AM signal modulated 100 percent, 1 3 of the power is used to convey the data, and the other 2 3 is consumed by the carrier wave Figure 25-3 shows a spectral display of an AM voice radio signal The horizontal scale is calibrated in increments of 1 kHz per division Each vertical division represents 3 dB of change in signal strength The maximum (reference) amplitude is 0 dB relative to 1 mW (abbreviated as 0 dBm) The data exists in sidebands above and below the carrier frequency These sidebands resemble the sum and difference signals produced by a mixer In this case the mixing occurs between the AF input signal and the RF carrier The RF between 3 kHz and the carrier frequency constitutes the lower.

ON a.audit_id = f.audit_id LEFT JOIN (SELECT server_specification_id, STUFF((SELECT ',' + audit_action_name AS [text()] FROM sys.server_audit_specification_details AS d2 WHERE d2.server_specification_id = d1.server_specification_id ORDER BY audit_action_name FOR xml path('')), 1, 1, '') AS AuditActions FROM sys.server_audit_specification_details AS d1 GROUP BY server_specification_id) AS d ON sp.server_specification_id = d.server_specification_id ORDER BY ServerAuditSpecification

Making a decision with an if then statement Using if then else statements Using if then else if else statements

Database audit specifications define the audit action groups, individual audit actions, and filters that you use to audit events at the database level, as well as the server audit they belong to. There can be a maximum of one database audit specification per database per server audit. You can create multiple database audit specifications for a database as long as each one uses a separate server audit.

sideband (LSB); the RF from the carrier frequency to +3 kHz represents the upper sideband (USB) The bandwidth is the difference between the maximum and minimum sideband frequencies, in this case 6 kHz In an AM signal, the bandwidth is twice the highest audio modulating frequency In the example of Fig 25-3, all the voice energy is at or below 3 kHz, so the signal bandwidth is 6 kHz This is typical of a communications signal In standard AM broadcasting, the AF energy is spread over a wider bandwidth, nominally 10 kHz

In the following examples, we ll create a number of database audit specifications for the AdventureWorks2008 sample database using a new file-based server audit.

n some scripts, you ll always need to take the same actions for example, running the same application, creating the same document, or manipulating the same files in a particular way But more often, you ll need to make decisions in your scripts and take action accordingly This short chapter shows you how to make decisions by using the three If structures that AppleScript provides if then This structure lets you test whether a condition is true and take actions if it is If the condition is false, the script takes no actions if then else This structure lets you test whether a condition is true, take actions if it is, and take other actions if it is not if then else if else This structure lets you test whether multiple conditions are true, taking actions for whichever of the conditions turns out to be true If all the conditions return false, the else code runs

You can download the latest version of the AdventureWorks 2008 database from Codeplex: http://www.codeplex.com/MSFTDBProdSamples/ Release/ProjectReleases.aspx.