HP 3563A Manuals

Manuals and User Guides for HP 3563A. We have 1 HP 3563A manual available for free PDF download: Operating Manual

HP 3563A Operating Manual

HP 3563A Operating Manual (722 pages)

Control Systems Analyzer

Brand: HP | Category: Measuring Instruments | Size: 27.8 MB

Table of Contents

Table of Contents

3
- Chapter 1: Introduction
  
  16
  - How to Use this Manual
    16
  - Volume I
    16
  - Applications Information
    18
  - Where to Find Additional Information
    18
  - Some Terms to Know
    19
  - Front-Panel Tour
    21
  - Measurement Block
    22
  - Display Block
    23
  - Markers Block
    24
  - Entry Block
    25
  - Operators Block
    26
  - Control Block
    27
  - HP-IB Block
    28
  - Status Block
    28
  - Help Key
    29
- Chapter 2: Measurement Overview
  
  32
  - Measurement Setup and Visual Help
    32
  - Steps to Set up a Measu Rement
    32
  - Measurement Modes: a Comparison
    34
  - Menus Dependent on Measurement Mode
    35
  - Measurement Modes and Measurements
    36
  - Measurement Modes and Displays
    38
  - Measurement Modes and Averaging
    47
  - Measurement Modes and Source Types
    48
  - Purpose of this Chapter
    51
  - S E Lecting the Linear Resolution Mode
    53
  - Viewing the Input S I Goals
    54
  - Setting up the Source: Linear Resolution Mode
    58
  - Using the Analog Source
    60
  - Using the Digital Source
    61
  - Selecting a Source Type
    63
  - Using the Arhitrary Source
    70
  - Source Protection
    79
  - Selecting a Measurement
    80
    
    Selecting a Display
    83
    
    The Frequency Response Measurement
    85
    
    The Power Spectrum Measurement
    92
    
    The Auto Correlation Measurement
    94
    
    The Cross Correlation Measurement
    97
    
    The Histogram Measurement
    99
    
    Frequency Spans in the Linear Resolution Mode
    103
    
    Setting the Frequency Span and Time Record Length
    106
    
    Determining Valid Frequency Spans
    109
    
    Real·time Bandwidth
    112
    
    Frequency Span Versus Time Record Length
    113
    
    Zoom Measurements
    113
    
    External Sampling
    114
    
    Selecting a Window
    116
    
    WINDOW Menu Description
    117
    
    The Hann Window
    119
    
    The Flat Top Window
    120
    
    The Uniform Window
    120
    
    The Force Window
    121
    
    The Exponential Window
    122
    
    The User-Defined Window
    123
    
    Viewing Windowed Data
    123
    
    Averaging in the Linear Resolution Mode
    124
    
    Setting up Averaging
    124
    
    Measurements with Averaging off
    126
    
    Linear Versus Power Spectrum Quantity Averaging Ocess
    128
    
    Overload Rejection
    130
    
    Fast Averaging
    130
    
    Previewing
    130
    
    Filtered.input Displays
    132
    
    Choosing a Filtered-Input Display
    133
    
    Demodulated Measurements
    137
    
    The Demodulation Softkeys
    138
    
    Setting up a Demodulation Measurement
    141
    
    Purpose of this Chapter
    147
    
    Log Resolution Vs. Linear Resolution
    149
    
    How Log Resolution Is Measured
    150
    
    Selecting the Log Resolution Mode
    152
    
    Viewing the Input Signals
    153
    
    Setting up the Source: Log Resolution Mode
    154
    
    Selecting a Measurement and Display
    157
    
    Selecting a Display
    159
    
    The Frequency Response Measurement
    161
    
    The Power-Spectrum Measurement
    165
    
    Frequency Spans in the Log Resolution Mode
    170
    
    Setting the Frequency Span
    171
    
    Determining Valid Frequency Spans
    173
    
    Real Time Bandwidth
    174
    
    Purpose of this Chapter
    177
    
    Measurement Setup: Swept Sine Mode
    178
    
    Selecting Swept Sine Mode
    179
    
    Viewing the Input Signals
    181
    
    Setting up the Source: Swept Sine Mode
    183
    
    SOURCE Types: Swept Sine Mode
    185
    
    The Reference Channel
    188
    
    Limiting the Source Output
    189
    
    Setting the Input Range
    190
    
    Selecting a Measurement and Display
    191
    
    Selecting a Display
    191
    
    The Frequency Response Measurement
    193
    
    Selecting Linear or Log Sweep
    199
    
    Frequency Spans in the Swept Sine Mode
    200
    
    Setting the Frequency Span
    200
    
    Determining Valid Frequency Spans
    203
    
    Sweep Rates and Resolution
    204
    
    Averaging Aod Integration in the Swept Sine Mode
    206
    
    Selecting the Number of Averages
    207
    
    Auto Versus Rixed Integration
    208
    
    Setting the Integration Time
    208
    
    Using the Automatic Swept Sine Features
    210
    
    Autoranging in the Swept Sine Mode
    210
    
    Auto-Alignment in the Swept Sine Mode
    212
    
    Hierarchy of Operation
    213
    
    Measurement Setup: Time Capture Mode
    216
    
    Overview of Time Capture
    218
    
    Capturing Data
    219
    
    Setup Step 4: Configure the Input
    221
    
    Setup Step 5: View the Input Signal (Optional)
    221
    
    Setup Step 6: Set up the Source (Optional)
    223
    
    Setup Step 12: Start the Capture
    223
    
    Measuring and Analyzing Captured Data
    229
    
    Measurement Step 1: Select the Measurement and Display
    229
    
    Measurement Step 2: Select the Window
    237
    
    Measurement Step 3: Decrease the Frequency Span (Optional)
    238
    
    Measurement Step 4: Set up Averaging
    239
    
    Measurement Step 5: Set the Starting Point
    241
    
    Measurement Step 6: Start the Measurement
    241
    
    Using Capture Blocks as Throughput Files
    242
    
    Purpose of this Chapter
    243
    
    Data Path into the Analyzer
    244
    
    Conf.guring the Inputs
    246
    
    Softkey Descriptions
    248
    
    Procedures
    251
    
    Softkey Descriptions
    263
    
    Setting the Input Range
    270
    
    Setting the Input Range for an Analog Channel
    271
    
    Setting the Input Range for a Digital Channel
    275
    
    Setting up Triggering
    279
    
    The more TYPES Menu
    281
    
    Trigger Operation
    282
    
    Trigger Conditions
    283
    
    Manual Arming Versus Auto Arming
    284
    
    Delayed Triggering
    284
    
    Calibrating the HP 3563A
    285
    
    Auto Calibration
    286
    
    Calibration at Power-Up
    286
    
    Using Engineering Units
    287
    
    Entering EU Labels
    288
    
    Purpose of this Chapter
    289
    
    The Display
    290
    
    Selecting the Active Trace
    291
    
    Formatting the Display
    291
    
    Defming the Trace
    291
    
    Combining Coordinates and Units
    292
    
    Selecting Trace Coordinates
    292
    
    Selecting Units
    296
    
    The Power Spectrum Units Menu
    298
    
    The Linear Spectrum Units Menu
    298
    
    The Swept Units Menu
    299
    
    Trace Title
    300
    
    Scaling the Display
    301
    
    X-Axis Scaling
    303
    
    Selecting Display Data
    304
    
    Using the Markers
    306
    
    Creating Marker Bands
    306
    
    The X Marker
    307
    
    An Example of Scrolling
    309
    
    The y Marker
    310
    
    Relative Marker Measurements
    312
    
    The Special Marker Functions
    313
    
    The Harmonic Markers
    315
    
    The Sideband Markers
    316
    
    The Marker Calculation Menu
    317
    
    Saving and Recalling States and Traces
    320
    
    Purpose of this Chapter
    323
    
    Throughput Setup Checklist
    324
    
    Open a Throughput File
    324
    
    Collect Throughput Data
    324
    
    Analyze a Throughput File
    325
    
    Overview of Time Throughput
    326
    
    Throughput Real Time Bandwidths
    327
    
    A Note about Log Resolution Throughput
    328
    
    Step 1: Set File Size
    330
    
    Step 2: Open and Name the File
    331
    
    Collecting Throughput Data
    332
    
    Step 1: Connect the Analyzer to Your out
    333
    
    Step 2: Preset the Analyzer (Optional)
    333
    
    Step 3: Activate Time Throughput
    334
    
    Step 4: Configure the Inputs
    336
    
    Step 5: View the Input Signals (Optional)
    336
    
    Step 6: Set up the Source (Optional)
    338
    
    Step 7: Set the Input Range
    338
    
    Step 8: Select the Throughput Channel(S)
    338
    
    Step 9: Set the Session Length
    338
    
    Step 10: Set the Frequency Span
    338
    
    Step 11: Set up Triggering
    338
    
    Step 12: Identify the Active File
    339
    
    Step 13: Start the Throughput Session
    339
    
    Analyzing Throughput Files
    341
    
    Analysis Step 1: Identify the Active File
    341
    
    Analysis Step 2: View the Active File (Optional)
    341
    
    Analysis Step 3: Set the Starting Point
    342
    
    Analysis Step 4: Set up the Measurement
    343
    
    Using Capture Blocks as Throughput Files
    344
    
    Purpose of this Chapter
    345
    
    The AUTO SEQ Hardkey
    346
    
    Creating and Editing Auto Sequences
    347
    
    Using Preset Auto Sequences
    350
    
    Linres Frf
    350
    
    Swept Frf
    351
    
    Step Respns
    351
    
    Digtal Msmnts
    352
    
    Curve Fit
    352
    
    Load All
    352
    
    Running Auto Sequences
    353
    
    Pausing/Continuing Auto Sequences
    354
    
    Labeling Auto Sequences
    354
    
    The Autostart Auto Sequence
    355
    
    Saving Auto Sequences in Disc Memory
    355
    
    Example Auto Sequences
    356
- Chapter 11: Disc/Plotter/Hp·ib Operations
  
  361
  - Selecting a Measurement and Display
    80
  - Setting the Input Range
    80
  - The USER SRQ Menu
    362
  - Connecting and Addressing the Plotter
    363
  - Plotting the Display
    363
  - Setting the Plot Parameters
    365
  - Using Disc Memories
    372
  - Connecting and Addressing the Disc Drive
    373
  - Saving and Recalling Displays
    375
  - Saving Files on Disc
    377
  - Recalling Files from Disc
    379
  - The Alpha Mode
    380
  - Using the Disc Functions Menu
    381
  - Formatting Discs
    382
  - Copying Disc Files
    383
  - Identifying the Copy Destination
    383
  - Selecting Files to be Copied
    384
  - Image Backup
    385
  - Using the Disc Service Functions
    386
  - Disc Status
    387
  - Restoring Catalogs
    388
  - The Error Rate Test-Discs
    388
  - The Error Rate Test- Tapes
    390
  - The Run Time Log
    391
  - Sparing Blocks
    392
  - The Fault Log
    393
  - Quick Reference Tables
    394
  - Outputting Command Strings
    396
- Chapter 12: Special Functions/Preset Conditions
  
  398
  - The SPCL FCTN Hardkey
    398
  - Source Protection
    401
  - Visual Help
    402
  - The PRESET Hardkey
    403
- Chapter 13: Digital Connections
  
  409
  - Purpose of this Chapter
    411
  - Digital Overview: the Hardware
    413
  - Input Cables
    413
  - Output Cables
    414
  - Input Probe System
    415
  - Output Probe System
    417
  - Digital Accessories Provided
    418
  - Optional Digital Accessories
    419
  - Connecting the Input Pods
    421
  - Signals on Pods 1 and 2
    421
  - Data Size Versus Bus Size
    422
  - Timing Considerations
    422
  - Clock Qualifiers
    424
  - Connecting the Qualifier Pod
    424
  - Connecting the Source Pods
    426
  - Signals on Pods LSB and MSB
    426
  - Clocking the Source
    427
  - Qualifying" the Digital Source
    427
  - Timing Considerations
    427
  - Connecting Pod
    428
  - Connecting the Sample Clock
    429
  - Clock Polarity
    431
  - Verifying Digital Connections
    434
  - All· Digital Measurements
    439
- Chapter 14: Digital and Mixed Measurements
  
  439
  - Planning the Measurement
    439
  - Mixed Measurements
    446
  - Planning the Measurement
    446
  - The Mixed-Measurement Model
    447
  - Choosing a Sample Clock
    451
  - Index
    455
: Curve Fit

479
- Sales Offices
  481
- Purpose of this Chapter
  483
- Waveform Math
  483
- Waveform Math Overview
  484
- Softkey Descriptions
  486
- Algebraic Operations
  488
- Square Root
  490
- Artificial Integrationidifferentiation
  493
- Calculating Open-Loop Response
  494
- Complex Conjugation
  495
- FFT and Inverse FFT
  497
- Compress
  498
- Expand
  498
- Auto Math
  500
- Programming the Auto Math Table
  500
- Softkey Descriptions
  502
- The Auto Math Label
  504
- The Auto Math Table Can be Started in Two Ways
  505
- Chapter 16: Curve Fit
  
  507
  - Purpose of this Chapter
    507
  - Curve Fit Overview
    508
  - Curve Fit Operating Modes
    509
  - Basic Curve Fit Set up
    510
  - Starting the Curve Fitter
    513
  - Basic Example: S-Domain Curve Fit
    517
  - Data Errors
    522
  - Obtaining a Good Model
    522
  - S-Domain Fit Region
    526
  - The Fit Region
    526
  - How Coherence Is Used in Curve Fitting
    541
  - Effect on Weighting Function
    542
  - How Auto Order Defmes a Good Fit
    542
  - The Weighting Function
    543
  - Fitting Measurements with Delay
    544
  - Fixed Poles and Zeros
    545
  - Curve Fit Setup Steps
    546
  - Step 1: Choose the Source of the Data
    546
  - Step 2: Choose the Domain (S or Z)
    546
  - Step 3: Select Auto Order or User Order
    547
  - Step 4: Specify the System Order
    547
  - Step 5: Set the Sample or Scaling Frequency
    547
  - Step 6: Specify Markers
    548
  - Step 7: Add Known Poles and Zeros (Optional)
    549
  - Step 8: Enter any Known Delays (Optional)
    549
  - Step 9: Specify the Weighting Function (Optional)
    549
  - Step 10: Create the Fit
    551
  - Step 11: View and Edit the Curve Fit Table
    552
  - Key Reference
    553
  - The CREATE FIT Menu
    555
  - The EDIT TABLE Menu
    556
  - The FIT FCTN Menu
    560
- Chapter 17: Synthesis
  
  565
  - Purpose of this Chapter
    565
  - Entering Data in a Synthesis Table
    566
  - Synthesis Overview
    566
  - Changing Data Formats in a Synthesis Table
    568
  - Performing the Synthesis
    568
  - Converting the Domain of a Synthesis Table
    569
  - Entering a Time Delay
    570
  - The Synthesis Calculation
    570
  - X-Axis Units
    570
  - Entering a Scale Frequency
    571
  - The SYNTH Hardkey
    572
  - Creating a Synthesis Trace
    573
  - The Synthesis Table
    576
  - Entering Pole-Zero Data: S-Domain
    577
  - Pole-Zero Data
    577
  - Entering Pole-Zero Data: Z-Domain
    578
  - Z-Domain Exercise: Pole-Zero Data
    584
  - Entering Polynomial Data: S-Domain
    590
  - Entering Polynomial Data: Z-Domain
    590
  - Polynomial Data
    590
  - S-Domain Exercise: Polynomial Data
    592
  - Entering Pole-Residue Data: .-Domain
    598
  - Entering Pole-Residue Data: Z-Domain
    599
  - Reconstructing Simple Poles
    601
  - Reconstructing Complex Conjugate Pole-Pairs
    602
  - S-Domain Exercise: Pole-Residue Data
    604
  - Z-Domain Exercise: Pole-Residue Data
    607
  - Converting Domains
    612
  - Converting from the S-Domain to the Z-Domain
    612
  - Converting from the Z-Domain to the S-Domain
    617
  - Converting Table Formats
    618
  - Transferring Synthesis Tables to Curve-Fit Tables
    619
  - Key Reference
    620
  - Pole-Zero Editing Softkeys
    621
  - Pole-Residue Editing Softkeys
    623
  - Polynomial Editing Softkeys
    623
  - The Synthesis Functions Menu
    624
  - Convert to S Menu
    629
  - Convert to Z Menu
    632
  - Introduction
    635
  - Front Panel
    637
  - Rear Panel
    640
  - Error Messages
    644
  - Status Messages
    663

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