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HP 83623A User Handbook Manual

HP 83623A User Handbook Manual (508 pages)

8360 Series Synthesized Sweepers

Brand: HP | Category: Blower | Size: 6.19 MB

Table of Contents

Table of Contents

14
Table of Contents

26
- Getting Started
  
  31
  - What Is in this Chapter
    31
  - How to Use this Chapter
    32
    
    Equipment Used in Examples
    32
  - Introducing the HP 8360 Series Synthesized Sweepers
    33
    
    L-L. the HP 83620A Synthesized Sweeper
    33
  - Display Area
    34
  - Entry Area
    35
  - Rotary Knob
    35
  - CW Operation and Start/Stop Frequency Sweep
    36
    
    CW Operation
    36
    
    Start/Stop Frequency Sweep
    36
  - Center Frequency/Span Operation
    38
  - Power Level and Sweep Time Operation
    40
    
    Power Level Operation
    40
    
    Sweep Time Operation
    40
  - Continuous, Single, and Manual Sweep Operation
    42
  - Marker Operation
    44
  - Marker Operation
    45
  - Saving and Recalling an Instrument State
    46
  - Power Sweep and Power Slope Operation
    48
    
    Power Sweep Operation
    48
    
    Power Slope Operation
    49
    
    L-10. Power Sweep and Power Slope Operation
    50
  - Getting Started Advanced
    51
  - L-L. Keys under Discussion in this Section
    51
  - Externally Leveling the Synthesizer
    53
    
    L-11. ALC Circuit Externally Leveled
    53
    
    Leveling with Detectors/Couplers /Splitters
    53
    
    External Leveling Used with the Optional Step Attenuator
    56
    
    Leveling with a Power Meter
    57
    
    Leveling with Power Meters
    57
    
    Leveling with MM-Wave Source Modules
    58
  - MM-Wave Source Module Leveling
    58
  - MM-Wave Source Module Leveling Using a Microwave Amplifier
    59
    
    Working with Mixers/Reverse Power Effects
    60
  - Reverse Power Effects, Coupled Operation with
    61
    
    Working with Spectrum Analyzers/Reverse Power Effects
    62
    
    Creating and Applymg the User Flatness Correction Array
    63
    
    Optimizing Synthesizer Performance
    63
    
    Creating a User Flatness Array Automatically
    64
    
    Creating a User Flatness Array Automatically, Example 1
    64
    
    Creating a User Flatness Array, Example 2
    66
  - Creating a User Flatness Array
    67
    
    Swept MM-Wave Measurement with Arbitrary Correction Frequencies, Example 3
    69
    
    Scalar Analysis Measurement with User Flatness Corrections, Example 4
    73
    
    Scalar System Configuration
    73
    
    L-22. Automatically Characterizing and Compensating for a Detector
    77
    
    Using Detector Calibration
    77
    
    Peaking
    79
    
    Tracking
    79
    
    Using the Tracking Feature
    79
  - ALC Bandwidth Selection
    80
    
    L-23. Decision Tree for ALC Bandwidth Selection
    80
  - Using Step Sweep
    81
  - Creating and Using a Frequency List
    82
  - Using the Security Features
    83
  - Changing the Preset Parameters
    84
  - Getting Started Programming
    85
  - HP-IB General Information
    86
    
    Controller
    86
    
    HP-IB Instrument Nomenclature
    86
    
    Instrument Addresses
    86
    
    Interconnecting Cables
    86
    
    Listener
    86
    
    Programming the Synthesizer
    86
    
    Talker
    86
    
    Abort
    87
    
    HP-IB Command Statements
    87
    
    Local Lockout
    88
    
    Remote
    88
    
    Clear
    89
    
    Local
    89
    
    Output
    90
    
    Enter
    91
  - Getting Started with SCPI
    93
  - Definitions of Terms
    93
    
    Angle Brackets
    94
    
    Command Examples
    94
    
    Command Mnemonics
    94
    
    How to Use Examples
    94
    
    Standard Notation
    94
    
    Response Examples
    95
  - Essentials for Beginners
    96
    
    Forgiving Listening and Precise Talking
    96
    
    Program and Response Messages
    96
    
    Subsystem Command Trees
    96
    
    L-25. a Simplified Command Tree
    98
    
    Paths through the Command Tree
    98
    
    L-26. Proper Use of the Colon and Semicolon
    100
    
    L-27. Simplified Sweep Command Tree
    101
    
    Reading the Command Table
    101
    
    Subsystem Command Tables
    101
    
    Implied Commands
    102
    
    More about Commands
    102
    
    Optional Parameters
    102
    
    Program Message Examples
    102
    
    Query and Event Commands
    102
    
    Numeric Parameters
    103
    
    Parameter Types
    103
    
    Discrete Parameters
    104
    
    Extended Numeric Parameters
    104
    
    Boolean Parameters
    105
    
    Reading Instrument Errors
    105
    
    Description
    106
    
    Example Program
    106
    
    Example Programs
    106
    
    L-28. Voltage Controlled Oscillator Test
    106
    
    Program Listing
    106
    
    Program Comments
    107
    
    Details of Commands and Responses
    109
    
    In this Subsection
    109
    
    Program Message Syntax
    109
    
    Common Command Syntax
    110
    
    Subsystem Command Syntax
    110
    
    Response Message Syntax
    111
    
    Simplified Common Command Syntax
    111
    
    Numeric Parameters
    112
    
    Parameter Types
    112
    
    SCPI Data Types
    112
    
    Extended Numeric Parameters
    113
    
    Boolean Parameters
    114
    
    Discrete Parameters
    114
    
    Real Response Data
    114
    
    Response Data Types
    114
    
    Discrete Response Data
    115
    
    Integer Response Data
    115
    
    String Response Data
    115
    
    In this Subsection
    116
    
    Programming Typical Measurements
    116
    
    Using the Example Programs
    116
    
    Use of the Command Tables
    117
    
    HP-IB Check, Example Program 1
    118
    
    Local Lockout Demonstration, Example Program
    119
    
    Program Comments
    119
    
    L-90 Program Comments
    120
    
    Setting up a Typical Sweep, Example Program
    120
    
    Program Comments
    121
    
    Program Comments
    122
    
    Queries, Example Program 4
    122
    
    Saving and Recalling States, Example Program 5
    123
    
    Program Comments
    124
    
    Looping and Synchronization, Example Program
    125
    
    Program Comments
    125
    
    Using the *WA1 Command, Example Program 7
    126
    
    Program Comments
    127
    
    Using the User Flatness Correction Commands, Example Program 8
    128
    
    Condition Register
    131
    
    General Status Register Model
    131
    
    In this Subsection
    131
    
    L-33. Generalized Status Register Model
    131
    
    Programming the Status System
    131
    
    An Example Sequence
    132
    
    Enable Register
    132
    
    Event Register
    132
    
    Transition Filter
    132
    
    L-34. Typical Status Register Bit Changes
    133
  - Programming the Trigger System
    134
    
    Generalized Trigger Model
    134
    
    In this Subsection
    134
    
    Overview
    134
    
    Details of Trigger States
    135
    
    Inside the Idle State
    135
    
    L-35. Generalized Trigger Model
    135
    
    Inside the Idle State
    136
    
    Inside the Initiate State
    136
    
    Inside Event Detection States
    137
    
    Common Trigger Configurations
    139
    
    Inside the Sequence Operation State
    139
    
    The INIT Configuration
    139
    
    L-40. the INIT Trigger Configuration
    140
    
    The TRIG Configuration
    140
    
    Description of Triggering in the HP 8360 Series Synthesizers
    141
    
    L-42. HP 8360 Simplified Trigger Model
    141
    
    The TRIG Trigger Configuration
    141
    
    Advanced Trigger Configurations
    142
    
    Trigger Keyword Definitions
    142
    
    Abort
    143
    
    Immediate
    143
    
    Odelay
    143
    
    Source
    143
  - Related Documents
    144
    
    Hewlett-Packard Company
    144
    
    The International Institute of Electrical and Electronics Engineers
    144
  - Operating and Programming Reference
    145
  - How to Use this Chapter
    145
  - Address
    146
  - Adrs Menu
    146
  - Hlc Bandwidth Select High
    155
  - ALC Bandwidth Selsct Low
    156
- Menu
  
  156
  - AM BW Cal Once
    158
  - Ammenu
    159
  - AM On/Off 100%/V
    160
  - AM On/Off Ext
    161
  - Amp1 Markers
    162
  - AM Type IO Db/V
    163
  - Analyzer Status Register
    164
  - Arrowkeys
    166
  - Auto Fill Incr
    168
  - Auto Fill %Pts
    169
  - Auto Fill Start
    170
  - Auto Fill Stop
    170
  - Auto Track
    171
  - Blank Disp
    172
  - Center=Marker
    174
  - Clear Fault
    174
- Clear Memory
  
  175
  - Clear Point
    176
  - Connectors
    176
  - C-L. Auxiliary Interface Connector
    179
  - C-L. Pin Description of the Auxiliary Interface
    180
    
    C-2. HP-IB Connector and Cable
    181
    
    C-3. Interface Signals of the Source Module Connector
    183
- (Cont
  
  184
  - Copy List
    185
  - Corpair Disable
    185
  - Coupling Factor
    186
  - CW/CF Coupled
    187
  - Dblr Amp Menu
    188
  - Deepam
    189
  - Delay Menu
    189
  - Delete Menu
    190
  - Delete All
    190
  - Delete Current
    191
  - Delete Undef
    192
  - Delta Mkr Ref
    193
  - Disp Status
    193
  - D-L. Mnemonics Used to Indicate Status
    194
  - Doubler Amp Mode off
    196
  - Doubler Amp Hode on
    197
  - Dwell Coupled
    197
- 8360 Adz-S
  
  198
  - Enterfreq
    199
  - Enter List Dwell
    199
  - Enter List Freq
    200
  - Enter List Offset
    201
  - Entry Keys
    201
  - Extdetcal
    202
  - Fault Menu
    203
  - Fault Info 1
    205
  - Fault Info 3
    206
    
    F-2. User Flatness Correction Table as Displayed by the Synthesizer
    209
    
    F-3. the Sources of ALC Calibration Correction Data
    210
  - FM Coupling 1Ookhz
    213
  - FM Coupling DC
    214
  - FM Menu
    215
  - FM On/Off AC
    216
  - FM On/Off DC
    216
  - FM On/Off Int
    218
  - Freq Cal Menu
    218
  - Freq Follow
    219
  - Freq Mult
    220
  - Freq Offset
    221
    
    HP-IB Address
    224
- HP-IB Menu
  
  224
  - Internal am Depth
    226
  - Internal am Rate
    227
  - Internal am Waveform Noise
    227
  - Internal am Waveform Ramp
    228
  - Internal am Waveform Sine
    228
  - Internal am Waveform Square
    229
  - Internal am Waveform Triangle
    229
  - Internal FM Rate
    230
  - Internal FM Waveform Noise
    231
  - Internal FM Waveform Ramp
    231
  - Internal FM Waveform Sine
    232
  - Internal FM Waveform Square
    232
  - Internal FM Waveform Triangle
    233
  - Internal Menu
    233
  - Internal Pulse Generator Period
    234
  - Internal Pulse Generator Rate
    235
  - Internal Pulse Generator Width
    235
  - Internal Pulse Mode Auto
    236
  - Internal Pulse Mode Gate
    236
  - Internal Pulse Mode Trigger
    237
  - Invert Input
    237
  - Leveling Modealcoff
    238
  - Leveling Modenormal
    239
  - Leveling Modesearch
    239
  - Leveling Pointextdet
    240
  - Leveling Pointmodule
    241
  - Leveling Pointpwrmtr
    241
  - Line Switch
    242
    
    Listmenu
    242
    
    List Mode Pt Trigauto
    245
    
    List Mode Pt Trigbus
    245
    
    List Mode Pt Trigext
    246
  - (Local
    246
    
    Manual Sweep
    247
    
    Sweep
    247
  - Marker
    247
    
    Markermi
    250
    
    Marker M2
    251
    
    Markerm3
    251
    
    Marker M4
    252
    
    Markerm5
    252
    
    Markers All off
    253
    
    Measure Corx All
    253
    
    Measure Corr Current
    254
    
    Measure Corr Undef
    254
    
    Meter Adxs
    255
- Meter On/Off am
  
  255
  - Meter On/Off FM
    256
  - Modout On/Off API
    257
  - Modout On/Off FM
    258
  - Modulation
    258
  - M-L. ALC Block Diagram
    259
  - Amplitude Modulation
    260
    
    M-2. Power Accuracy over the am Dynamic Range
    262
  - Fmmodulation
    263
    
    M-3. FM Deviation and Rate Limits
    264
  - Pulse Modulation
    265
    
    M-4. ALC Block Diagram
    266
    
    M-5. Pulse Modulation System
    266
    
    Module Menu
    269
    
    Module Select AUTO
    270
    
    Module Select Front
    270
    
    Module Select None
    271
  - Monitor Menu
    272
  - Morenfm
    273
  - Mtr Meas Menu
    274
  - Peak RF Always
    275
  - Peakrfonce
    276
- Power Level_)
  
  276
- Power(E
  
  279
  - Power Slope
    280
  - Power Sweep
    281
  - (Preset
    283
  - Preset Mode Factory
    283
  - Preset Mode User
    283
  - Preset Mode User
    284
  - Printer Adxs
    284
  - Prior)
    285
  - Programming Language Analyzr
    286
  - Programming Language CIIL
    286
  - Programming Language SCPI
    287
  - Pt Trig Menu
    288
  - Pulse Delay Normal
    288
  - Pulse Delay Txig'D
    289
  - Pulse Menu
    290
  - Pulse On/Offintxnl
    292
  - Pulse Onfoffscalax
    293
  - Pulse Period
    294
  - Pulse Rate
    294
  - Pulse Rise Timeauto
    295
  - Pulse Rise Timefast
    295
  - Pulse Rise Timeslow
    296
  - Pulse Width
    296
  - Pwrmtr Range
    297
  - Ref Osc Menu
    298
  - Rotary Knob
    299
  - Save User Preset
    301
  - Savelock
    301
  - SCPI Conformance Information
    302
    
    Address
    305
  - Scpi Command Summary
    313
  - S-L. HP 8360 SCPI COMMAND SUMMARY
    317
- Security Menu
  
  356
  - Selftest (Full
    357
  - Setatten
    357
    
    Softwarerev
    358
    
    S-L. Connections Required for a Two-Tone Scalar Network Analyzer Measurement System
    363
  - Single
    385
    
    Error Messages
    389
    
    Specifications
    407
    
    How to Select a Language on a Synthesizer Without a Front Panel
    430
    
    How to View or Change a Language Selection from the Front Panel
    430
    
    Rear Panel HP-IB Switch
    431
  - Factory-Set HP-IB Addresses
    431
    
    10 Mhz Frequency Reference Selection and Warmup Time
    432
    
    How to Prevent a Front Panel Change to an HP-IB Address
    432
    
    How to Set the HP-IB Address on a Synthesizer Without a Front Panel
    432
    
    How to View or Change an HP-IB Address from the Front Panel
    432
    
    Mating Connectors
    432
    
    Operating Environment
    433
  - Chassis Kits
    434
    
    Installation Procedure
    434
    
    Rack Mount Slide Kit (Option 806)
    434
  - Rack Mount Slide Kit Contents
    434
    
    Removing the Side Straps and Feet
    435
    
    Chassis Slide Kit
    436
  - Rack Flange Kit for Synthesizers with Handles Removed Contents
    437
    
    Rack Mount Flanges for Synthesizers with Handles Removed
    438
    
    Rack Flange Kit for Synthesizers with Handles
    439
    
    Rack Flange Kit for Synthesizers with Handles Attached Contents
    439
    
    Installation Procedure
    440
    
    Rack Mount Flanges for Synthesizers with Handles Attached
    440
  - Storage and Shipment
    441
    
    Environment
    441
    
    Package the Synthesizer for Shipment
    442
    
    Systems
    443
    
    Compatibility
    444
    
    Front Panel Operation
    444
    
    Instrument Preset Conditions
    444
    
    Manual Operation
    444
  - Instrument Preset Conditions for the HP
    444
    
    System Connections
    445
    
    The HP 8510 Network Analyzer
    445
    
    The HP 83550 Series Millimeter-Wave Source Modules
    446
    
    The HP 8757C/E Scalar Network Analyzer
    446
    
    The HP 8970B Noise Figure Meter
    446
    
    Control Interface Intermediate Language
    447
    
    Language Compatibility
    447
    
    Network Analyzer Language
    447
    
    Remote Operation
    447
    
    Test and Measurement System Language
    447
  - Numeric Suffixes
    448
    
    Status Bytes
    448
  - Programming Language Comparison
    449
    
    Description
    455
    
    Preliminary Check
    455
    
    Main Check
    456
  - Routine Maintenance
    457
    
    How to Replace the Line Fuse
    457
    
    Removing the Fan Filter
    458
    
    How to Clean the Cabinet
    459
    
    How to Clean the Display Filter
    459
  - Change B
    462
    
    Modulation
    464
    
    Pulse
    464
  - Change a
    466
    
    Zoom
    508

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