N5161A/62A/81A/82A/83A MXG Signal Generators User's Guide

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Basic Digital Operation (Option 651/652/654)Using Finite Impulse Response (FIR) Filters in the Dual ARB Real-Time Modulation FilterCreating a User–Defined FIR Filter Using the FIR Table EditorIn this procedure, you use the FIR Values table editor to create and store an 8–symbol, windowedsync function filter with an oversample ratio of 4.Accessing the Table Editor1. Press Preset.2. Press Mode > Dual ARB > Arb Setup > More > Real-Time Modulation Filter > Select > Nyquist.3. Press Define User FIR.4. Press More 1 of 2 > Delete All Rows > Confirm Delete of All Rows.This will initialize the table editor as shown in Figure 8- 18.Figure 8-18 Creating a User–Defined FIR Filter Using the FIR Filter Table EditorMode > Dual ARB > Arb Setup > More > Real-Time Modulation Filter > Define For details on each key, use key help as described on page 42.User FIR > More 1 of 2 > Delete All Rows > Confirm Delete of All RowsOpens a menu thatenables you to selectand load a saved fileinto volatile memory.See page 43.page 214Adds a column forspecifying the imaginarycoefficients of the filter.*(All of the imaginarycoefficients will be 0initially.) If the Convert toComplex Filter softkeyhas been selected theConvert to Real Filtersoftkey becomesavailable.Caution: Selecting theConvert to Real Filtersoftkey removes theImaginary Values columnand the imaginary valuesare lost.Note:Modulation filters must be real and have an oversample ratio (OSR) of 2 or greater.Equalization filers are typically complex and must have an oversample ratio (OSR) of 1.Active only when:FIR filter coefficient tablehas minimum of twovalues visible.Entering the Coefficient Values1. Press the Return softkey to get to the first page of the table editor.2. Use the cursor to highlight the Value field for coefficient 0.208 Agilent N5161A/62A/81A/82A/83A MXG Signal Generators User’s Guide
Basic Digital Operation (Option 651/652/654)Using Finite Impulse Response (FIR) Filters in the Dual ARB Real-Time Modulation Filter3. Use the numeric keypad to type the first value (−0.000076) from Table 8- 3. As you press thenumeric keys, the numbers are displayed in the active entry area. (If you make a mistake, you cancorrect it using the backspace key.)4. Continue entering the coefficient values from the table in step 1 until all 16 values have beenentered.Table 8-3Coefficient Value Coefficient Value0 −0.000076 8 −0.0356671 −0.001747 9 −0.1167532 −0.005144 10 −0.1573483 −0.004424 11 −0.0884844 0.007745 12 0.1234145 0.029610 13 0.4427486 0.043940 14 0.7673297 0.025852 15 0.972149Agilent N5161A/62A/81A/82A/83A MXG Signal Generators User’s Guide 209
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Agilent TechnologiesN5161A/62A/81A/
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1 Signal Generator OverviewContents
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ContentsModulating the Carrier Sign
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ContentsClearing Marker Points from
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ContentsStoring a Custom Multicarri
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ContentsxiiAgilent N5161A/62A/81A/8
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SCPI Reference • SCPI Basics• B
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Signal Generator OverviewSignal Gen
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Signal Generator OverviewModes of O
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Signal Generator OverviewFront Pane
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Signal Generator OverviewBlank Fron
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Signal Generator OverviewRear Panel
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Setting Preferences & Enabling Opti
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Basic OperationPresetting the Signa
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Basic OperationEntering and Editing
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Basic OperationSetting Frequency an
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Basic OperationConfiguring a Swept
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Basic OperationModulating the Carri
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Basic OperationWorking with FilesFi
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Basic OperationWorking with FilesVi
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Basic OperationWorking with FilesLo
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Basic OperationWorking with FilesWo
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Basic OperationWorking with FilesRe
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Basic OperationWorking with FilesSe
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Basic OperationReading Error Messag
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Using Analog Modulation (Option UNT
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Using Analog Modulation (Option UNT
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Optimizing PerformanceUsing the Dua
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Optimizing PerformanceUsing Flatnes
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Optimizing PerformanceUsing Interna
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Optimizing PerformanceUsing I/Q Mod
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Optimizing PerformanceUsing Externa
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Optimizing PerformanceUsing Unlevel
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Optimizing PerformanceUsing Unlevel
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Optimizing PerformanceUsing an Outp
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Optimizing PerformanceUsing an Outp
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Optimizing PerformanceUsing Free Ru
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Optimizing PerformanceUsing LXI (Op
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Optimizing PerformanceUsing a USB K
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Using Pulse Modulation (Option UNU
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Basic Digital Operation—No BBG Op
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Basic Digital Operation—No BBG Op
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Basic Digital Operation (Option 651
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Page 172 and 173: Basic Digital Operation (Option 651
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Real-Time Phase Noise Impairments (
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Custom Digital Modulation (Option 4
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Multitone and Two-Tone Waveforms (O
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Working in a Secure EnvironmentUnde
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Working in a Secure EnvironmentRemo
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Working in a Secure EnvironmentRemo
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Working in a Secure EnvironmentUsin
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TroubleshootingDisplayDisplayThe Di
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TroubleshootingRF OutputSignal Loss
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TroubleshootingSweepSweepCannot Tur
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TroubleshootingError MessagesError
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TroubleshootingSelf Test OverviewSe
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TroubleshootingLicensesLicensesNOTE
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TroubleshootingContacting Agilent T
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stored.IP Internet protocol. The ne
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332 Agilent N5161A/62A/81A/82A/83A
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IndexArb Segment softkey, 69Arb Seq
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Indexdifferential encoding, 287diff
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Indexdefinition, 329gaussian filter
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IndexMonochrome softkey, 26MSK soft
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Indexrear panelI/Q outputs, 199over
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Indextime- based license, 28, 326Ti
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Index346 Agilent N5181A/82A MXG Sig
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N5161A/62A/81A/82A/83A MXG Signal Generators User's Guide

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