Anritsu VNA Master MS2028C Manuals

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Anritsu VNA Master MS2028C Programming Manual (410 pages)

MS20xxC Vector Network Analyzer

Brand: Anritsu | Category: Measuring Instruments | Size: 3.91 MB

Table of Contents
3
Chapter 1-General Information

19
- About this Manual
  19
- Introduction
  19
- Remote Programming Setup and Interface
  19
- Sending SCPI Commands
  26
Chapter 2-Programming With SCPI

29
- Introduction
  29
- Introduction to SCPI Programming
  29
- SCPI Common Commands
  30
- SCPI Required Commands
  31
- SCPI Optional Commands
  31
- Subsystem Commands
  32
  - Command Names
    32
  - Hierarchical Command Structure
    33
  - Query Commands
    35
  - Identifiers
    35
  - Data Parameters
    36
  - Data Parameter Notations
    37
  - Unit Suffixes
    37
- Notational Conventions
  38
- Notational Examples
  39
  - Command Terminators
    39
- Formatting Conventions
  40
- 2-10 Command and Query Notational Conventions
  40
  - Examples
    40
- Parameter Names
  41
Chapter 3 -VNA Commands

43
- Introduction
  43
  - VNA Commands
    43
- Calculate Subsystem
  44
  - Trace Data Transfer
    44
- Calculate<Tr>:Filter[:Gate] Subsystem
  46
  - Gate Coupling State
    46
- Calculate<Tr>:Filter[:Gate]:Distance Subsystem
  47
  - Gate Center Distance
    47
  - Gate Center Distance (Continued)
    48
  - Distance Domain Gate Notch State
    49
  - Distance Domain Gate Shape
    50
  - Gate Span Distance
    51
  - Gate Start Distance
    52
  - Distance Domain Gate Display Settings
    53
  - Gate Stop Distance
    54
- Calculate<Tr>:Filter[:Gate]:Time Subsystem
  55
  - Gate Center Time
    55
  - Time Domain Gate Notch State
    56
  - Time Domain Gate Shape
    57
  - Gate Span Time
    58
  - Gate Start Time
    59
  - Time Domain Gate Display Setting
    60
  - Gate Stop Time
    61
- Calculate:format Subsystem
  62
  - Graph Type
    62
- Calculate:limit Subsystem
  63
  - Limit Alarm
    63
  - Limit Fail
    64
  - Lower Limit Fail State
    64
  - Limit Pass/Fail
    65
  - Upper Limit Fail State
    66
  - Number of Lower Limit Points
    66
  - Add Lower Limit Point
    67
  - Delete Lower Limit Point
    67
  - Lower Limit Next Point Left
    68
  - Lower Limit Next Point Right
    68
  - Lower Limit Point X Value
    69
  - Lower Limit Point X Value (Continued)
    70
  - Lower Limit Point y Value
    71
  - Lower Limit State
    72
  - Lower Limit X Value
    73
  - Lower Limit X Value (Continued)
    74
  - Lower Limit y Value
    75
  - Number of Limit Points
    75
  - Add Limit Point
    76
  - Delete Limit Point
    76
  - Next Point Left
    77
  - Next Point Right
    77
  - Limit Point X Value
    78
  - Limit Point X Value (Continued)
    79
  - Limit Point y Value
    80
  - Limit State
    81
  - Limit Type
    82
  - Number of Upper Limit Points
    82
  - Add Upper Limit Point
    83
  - Delete Upper Limit Point
    83
  - Upper Limit Next Point Left
    84
  - Upper Limit Next Point Right
    84
  - Upper Limit Point X Value
    85
  - Upper Limit Point X Value (Continued)
    86
  - Upper Limit Point y Value
    87
  - Upper Limit State
    88
  - Upper Limit X Value
    89
  - Upper Limit X Value (Continued)
    90
  - Upper Limit y Value
    91
  - Limit X Value
    92
  - Limit X Value (Continued)
    93
  - Limit y Value
    94
- Calculate:marker Subsystem
  95
  - Turn All Markers off
    95
  - Marker Data
    95
  - Delta Marker Reference to
    96
  - Delta Marker State
    97
  - Marker Readout Format
    98
  - Marker Domain Type
    98
  - Marker Readout Style
    99
  - Marker (Maximum) Peak Search
    100
  - Marker (Minimum) Valley Search
    100
  - Reference Marker State
    101
  - Marker on Trace
    102
  - Marker Type
    103
  - Marker X Value
    104
  - Marker X Value (Continued)
    105
  - Marker Read y Value
    106
  - Marker Read y Value (Continued)
    107
- Calculate:math Subsystem
  108
  - Trace to Memory
    108
- 3-10 :Calculate:smoothing Subsystem
  109
  - Smoothing
    109
- Calculate:transform Subsystem
  110
  - Maximum Distance
    110
  - Distance Resolution
    110
  - Start Distance
    111
  - Stop Distance
    111
  - Distance Units
    112
  - Distance Domain Window Shape
    113
  - Maximum Time
    114
  - Time Resolution
    114
  - Start Time
    115
  - Stop Time
    115
  - Reflection Calculation for Time Domain
    116
  - Time Domain Processing Type
    116
  - Time Domain Processing Mode
    117
  - Time Domain Window Shape
    118
  - Get Distance List
    119
  - Band Pass Mode Response
    120
  - Get Time List
    121
  - Low Pass Mode Response
    122
- 3-12 :Display Subsystem
  123
  - Trace Display
    123
  - Trace Format
    123
  - Group Delay Aperture
    124
  - Scale Resolution Per Division
    125
  - Scale Resolution Per Division (Continued)
    126
  - Scale Reference Level
    126
  - Scale Reference Level (Continued)
    127
  - Scale Reference Line
    128
  - Smith Chart Scalable Type
    129
- 3-13 :Format Subsystem
  130
  - Numeric Data Format
    130
- 3-14 :Initiate Subsystem
  131
  - Continuous/Single Sweep
    131
  - Hold Sweep
    132
  - Trigger Sweep/Measurement
    132
- 3-15 :Input Subsystem
  133
  - IF Gain Mode Setting
    133
  - Internal Bias Tee Current
    134
  - External Bias Tee Current
    134
  - External Bias Tee Tripped State
    135
  - External Bias Tee Voltage
    135
  - Internal Bias Tee Tripped State
    135
  - Internal Bias Tee Port Selection
    136
  - Bias Tee State
    136
  - Internal Bias Tee Voltage
    137
- 3-16 :Mmemory Subsystem
  138
- 3-17 :Mmemory:load Subsystem
  139
  - Recall Setup
    139
  - Recall Measurement
    140
- 3-18 :Mmemory:store Subsystem
  141
  - Save Setup
    141
  - Save Measurement
    142
- 3-19 [:Sense] Subsystem
  143
- 3-20 [:Sense]:Application Subsystem
  144
  - Application Self Test
    144
  - Application Self Test Result
    144
- 3-21 [:Sense]:Average Subsystem
  145
  - Restart Averaging
    145
  - Number of Traces to Average
    145
- 3-22 [:Sense]:Calibration Subsystem
  146
  - Calibration State
    146
- 3-23 [:Sense]:Correction Subsystem
  147
  - Error Correction Data
    147
  - Error Correction Data (Continued)
    148
  - Smith Chart Reference Impedance
    148
  - Calibration Correction State
    149
- 3-24 [:Sense]:Correction:ckit Subsystem
  150
  - Calibration Connector Information
    150
- 3-25 [:Sense]:Correction:ckit:user Subsystem
  156
  - DUT User Inductance Coefficient Value
    156
  - DUT User Capacitance Coefficient Value
    156
  - DUT User Cutoff Frequency
    157
  - DUT User Name
    157
  - DUT User Open Offset
    158
  - DUT User Short Offset (SSLT)
    158
  - DUT User Short Offset (SSST)
    159
  - DUT User Short Offset for Calibration Method SOLT
    159
- 3-26 [:Sense]:Correction:collect Subsystem
  160
  - Calibration Abort
    160
  - Calibration Steps
    161
  - Calibration Steps and Calibration Types
    162
  - Calibration Steps and Calibration Types (Continued)
    163
  - Calibration Steps and Calibration Types (Continued):
    164
  - Calibration Step Status
    165
  - DUT Port Setup
    166
  - Configure Calibration Type
    171
  - Calibration Type
    172
  - Calibration Thru Line Length
    173
  - Calibration Interpolation
    174
  - Calibration Line Type
    175
  - Calibration Method
    175
  - Calculate Calibration Data
    175
  - Calibration Status
    176
  - Calibration Accuracy Status
    176
  - Calibration Type
    177
- 3-27 [:Sense]:Frequency Subsystem
  178
  - Center Frequency
    178
  - Frequency Span
    179
  - Distance Suggested Frequency Span
    179
  - Time Suggested Frequency Span
    180
  - Start Frequency
    181
  - Stop Frequency
    182
  - Get Frequency List
    183
- 3-28 [:Sense]:Rfon[:State] Subsystem
  183
  - RF Power in Hold State
    183
- 3-29 [:Sense]:Roscillator Subsystem
  184
  - Reference Frequency Oscillator
    184
  - External Reference Oscillator Frequency
    184
- 3-30 [:Sense]:Sweep Subsystem
  185
  - IF Bandwidth
    185
  - Number of Sweep Points
    186
  - Sweep Type
    186
- 3-31 [:Sense]:Trace Subsystem
  187
  - Trace Domain
    187
  - Trace Select
    188
  - S Parameter
    189
  - Number of Traces
    189
  - Active Trace
    190
- 3-32 :Source Subsystem
  190
  - Power Levels
    190
- 3-33 :Source:correction:rvelocity Subsystem
  191
  - Propagation Velocity
    191
  - Cable Loss
    191
  - Cutoff Freq
    192
  - DUT Line Type
    192
  - Waveguide Loss
    193
- 3-34 :Status Subsystem
  194
  - Query Operation Status
    194
- 3-35 :System Subsystem
  195
  - Motherboard Temperature
    195
- 3-36 Trace Subsystem
  195
  - Trace Data Transfer
    195
  - Trace Header Transfer
    196
  - Trace Header Transfer (Continued)
    197
  - Trace Header Transfer (Continued)
    206
  - Trace Header Transfer (Continued)
    207
Chapter 4-Vector Voltmeter Commands

209
- Introduction
  209
- VVM Commands
  210
- Mmemory Subsystem
  211
- Mmemory:load Subsystem
  212
  - Recall Setup
    212
  - Recall Measurement
    213
- Mmemory:store Subsystem
  214
  - Save Setup
    214
  - Save Measurement
    215
- Trace VVM Subsystem
  216
  - Trace Header Transfer
    216
  - Trace Header Transfer (Continued)
    217
  - Trace Header Parameters
    217
- Sense]:VVM Subsystem
  219
  - Return Measurement Format
    219
  - Measurement Mode
    220
  - Measurement Type
    221
- Sense:]:VVM:cable Subsystem
  222
  - Cable
    222
- Sense]:VVM:frequency Subsystem
  223
  - CW Frequency
    223
- 4-10 [:Sense:]:VVM:reference Subsystem
  224
  - Clear Reference
    224
  - Set Reference
    224
- Fetch:VVM Subsystem
  225
  - Data
    226
- 4-12 Fetch:VVM:reference Subsystem
  228
  - Reference Data
    228
Chapter 5-Power Monitor Commands

229
- Introduction
  229
- Power Monitor Commands
  229
- Trace Power Monitor Subsystem
  230
  - Trace Header Transfer
    230
  - Trace Header Parameters
    231
- Calculate Subsystem
  232
- Calculate:pmonitor Subsystem
  233
  - Offset
    233
  - Units
    233
- Calculate:pmonitor:relative Subsystem
  233
  - Relative State
    235
- Calculate:pmonitor:zero Subsystem
  236
  - Zero State
    236
- Fetch:pmonitor Subsystem
  237
  - Displayed Data
    237
- Fetch:pmonitor:relative Subsystem
  238
  - Reference Power Level
    238
- 5-10 :Fetch:pmonitor:zero Subsystem
  239
  - Zero Power Level
    239

Anritsu VNA Master MS2028C Maintenance Manual (294 pages)

Handheld Vector Network Analyzer plus Spectrum Analyzer

Brand: Anritsu | Category: Measuring Instruments | Size: 8.48 MB

Table of Contents
5
Chapter 1-General Information

13
- Introduction
  13
- Description
  13
  - Frequency Ranges
    14
  - Standard Accessories
    14
- Related Documents
  14
- Options
  15
- Anritsu Customer Service Centers
  15
- Recommended Test Equipment
  15
- Recommended Tools and Supplies
  19
- Replaceable Parts and Assemblies
  20
- Performance Verification Procedures
  25
Chapter 2-Vector Network Analyzer Performance Verification

29
- Introduction
  29
- Frequency Accuracy
  29
  - Equipment Required
    29
  - Procedure
    29
- Transmission Dynamic Range
  31
  - Equipment Required
    31
  - Procedure
    31
- S-Parameter Measurements Verification
  34
  - Equipment Required
    34
  - Special Precautions
    35
  - Procedure
    35
  - If Verification Fails
    36
Chapter 3-Spectrum Analyzer Performance Verification

39
- Introduction
  39
- Residual Spurious Response
  39
  - Equipment Required
    39
  - Procedure
    39
- Displayed Average Noise Level (DANL)
  42
  - Equipment Required
    42
  - Procedure
    42
- Frequency Accuracy
  44
  - Equipment Required
    44
  - Procedure
    44
- Single Side Band (SSB) Phase Noise
  46
  - Equipment Required
    46
  - Procedure
    46
- Spurious Response (Second Harmonic Distortion)
  49
  - Equipment Required
    49
  - Procedure
    49
- Input Related Spurious (IRS) Signals
  52
  - Equipment Required
    52
  - Procedure
    52
- Resolution Bandwidth Accuracy
  57
  - Equipment Required
    57
  - Procedure
    57
- Amplitude Accuracy
  60
- Third Order Intercept (TOI)
  67
  - Equipment Required
    67
  - Procedure
    67
Chapter 4-Options Performance Verification

73
- Introduction
  73
- Power Monitor (Option 5) Verification
  73
  - Equipment Required
    73
  - Procedure
    73
- Bias Tee (Option 10) Operational Check
  76
  - Equipment Required
    76
  - Procedure
    76
  - Voltage and Current Test
    76
  - Fault Test
    77
- GPS (Option 31) Operational Check
  78
  - Equipment Required
    78
  - Procedure
    78
- Spectrum Analyzer Frequency Accuracy with GPS on
  80
  - Equipment Required
    80
  - Procedure
    81
Chapter 5-Battery Information and Replacement

83
- Introduction
  83
- Replaceable Parts and Assemblies
  83
- Battery Information
  83
  - Approved Batteries Only
    83
  - Recharging
    84
  - Analyzer Not in Use
    84
  - Physical Handling of Batteries
    84
  - Battery Disposal
    84
- Battery Pack Removal and Replacement
  85
Chapter 6-Assembly Removal and Replacement, Ms202Xc

91
- Introduction
  91
- Electrostatic Discharge Prevention
  91
- Real Time Clock (RTC) Battery
  91
- Replaceable Parts, Assemblies, and Accessories
  91
- Front Panel Components for VNA Master Ms202Xc
  92
- Main Keypad Bezel for VNA Master Ms202Xc
  93
- Main Menu Keypad Bezel for VNA Master Ms202Xc
  95
- Internal Anatomy of the VNA Master MS2026C
  96
  - MS2026C View from Top Connector Strip
    96
  - MS2026C View from Bottom
    97
- Internal Anatomy of the VNA Master MS2027C and MS2028C
  98
  - MS2027C and MS2028C View from Top Connector Strip
    98
  - MS2027C and MS2028C View from Bottom
    99
- 6-10 Disassembly Sequence Overview
  100
  - Outside Replacements
    100
  - Inside Replacements
    100
  - Overview of Replaceable Component Parts
    101
- Replacing Main Keypad Components - 3-61362, 3-71027-3
  102
  - Part Numbers
    102
  - Procedure
    102
- Replacing Main Menu Keypad Rubber Membrane - 3-61361
  105
  - Part Numbers
    105
  - Procedure
    105
- 6-13 Replacing Main Menu Keypad Components
  107
  - Part Numbers
    107
  - Procedure
    107
- Replacing Hand Strap - 3-61470
  112
  - Part Numbers
    112
  - Procedure
    112
- Replacing Rotary Knob - 3-61360-2
  113
  - Part Numbers
    113
  - Procedure
    113
- 6-16 Opening the Instrument Case
  114
  - Procedure
    114
  - Closing the Case
    116
- 6-17 Replacing Power Monitor PCB Assembly, Option 5 - ND67197
  117
  - Part Number
    117
  - Procedure
    117
  - Replacing Case Rear Assembly and Battery
    119
- 6-18 Replacing VNA PCB Assembly
  120
  - Part Numbers
    120
  - Removal Procedure
    120
- 6-19 Replacing GPS Receiver Module (Option 31) - ND70320
  127
  - Part Numbers
    127
  - Procedure
    127
- Replacing Rotary Encoder - 3-410-101
  131
  - Part Numbers
    131
  - Procedure
    131
- 6-21 Removing Ms202Xc Main PCB Assembly
  134
  - Procedure
    134
Section 6-21 "Removing Ms202Xc Main PCB Assembly

135
- 6-22 Replacing Ms202Xc Main PCB Assembly
  137
  - Part Numbers
    137
  - Procedure
    137
Section 6-22 "Replacing Ms202Xc Main PCB Assembly

137
- Section 6-23 "Replacing LCD Display
  137
Section 6-24 "Replacing Clear Plastic LCD Protector - 3-61368

137
- Replacing LCD Display - 3-15-154
  140
  - Part Numbers
    140
  - Procedure
    140
- Replacing Clear Plastic LCD Protector - 3-61368
  141
  - Part Numbers
    141
  - Procedure
    141
- 6-25 Installing Main PCB and Reassembling Instrument
  142
  - Procedure
    142
Section 6-25 "Installing Main PCB and Reassembling Instrument

142
- 6-26 Replacing Fan Assembly - ND70948
  147
  - Part Numbers
    147
  - Procedure
    147

Anritsu VNA Master MS2028C Manual (256 pages)

Vector Network Analyzer for Anritsu RF and Microwave Handheld Instruments

Brand: Anritsu | Category: Measuring Instruments | Size: 23.54 MB

Table of Contents
3
Chapter 1-General Information

11
- Introduction
  11
- Contacting Anritsu
  11
- VNA Master Models
  12
- Identifying the Connections
  13
Chapter 2-VNA Display Overview

15
- Introduction
  15
- Powerful Display Capabilities
  15
- Marker and Limit Capabilities
  21
- Trace Math Capabilities
  23
Chapter 3-VNA Fundamentals

25
- Introduction
  25
  - Option 16 (S412E LMR Master)
    25
- S-Parameters
  26
  - Additional Examples
    26
- VNA Master Architecture
  27
- Calculating and Displaying S-Parameters
  30
- Extracting more Information by Using Markers
  32
- How Bias Is Generated
  32
Chapter 4-VNA Measurements

33
- Introduction
  33
- 1-Port Cable Measurement
  33
  - Setup Considerations
    33
  - Measurement Readout and Interpretation
    34
- 1-Port Smith Chart Tuning Example
  37
- 2-Port Filter Measurement
  39
  - Introduction
    39
  - Setup Considerations
    39
  - Measurement Readout and Interpretation
    39
- 2-Port Amplifier Measurement
  42
  - Introduction
    42
  - Setup Considerations
    42
  - Measurement Readout and Interpretation
    42
- Waveguide Considerations
  45
  - Introduction
    45
  - Setup Considerations
    45
  - Measurement Readout and Interpretation
    46
- Calibration Considerations
  48
Chapter 5-Field Measurements

53
- Introduction
  53
  - Options
    53
- Field Measurements View Setting
  53
- Measurement Setup
  54
  - Setting the Frequency Range
    54
  - Setting the Start and Stop Frequencies
    55
  - Setting Data Points
    55
  - Calibration
    55
- Graph Type Selector List Box
  56
- Field View Menus
  60
- VNA Measurements
  60
- Return Loss/Vswr
  61
- Cable Loss
  64
- Distance-To-Fault (DTF)
  66
  - DTF Measurement Calculations
    69
- 5-10 Phase Measurements
  70
  - 1-Port Phase Measurement
    70
  - 2-Port Phase Measurement
    71
- Smith Chart
  73
  - Smith Chart Measurement
    73
- 5-12 Log Mag Display Types
  75
  - Typical Log Magnitude Measurement
    75
  - Dual Channel Filter Tuning Measurement
    78
Chapter 6-VNA View Menus

81
- Introduction
  81
- VNA Key Functions
  81
- Domain Setup Menus
  83
  - Freq Menu
    84
  - Setup Domain Menu
    85
  - Time Menu
    86
  - Time Info List Box
    87
  - Windowing Menu
    88
  - Distance Setup Menu
    89
  - Additional Dist Setup Menu (Coax)
    90
  - Cable List Menu (Coax)
    91
  - Additional Dist Setup Menu (Waveguide)
    92
  - Distance Info List Box for Cable
    93
  - Distance Info List Box for Waveguide
    93
  - FGT Menu
    94
  - Gate Menu
    95
  - Gate Setup Menu (Continued)
    96
  - Gate Shape Menu
    97
- Calibration Menus
  98
  - Calibration Menu
    99
  - Calibration Menu with Thru
    105
  - Calibration Line Setup Menu
    107
  - Existing Calibration Information List Box
    108
  - Additional Calibration Considerations
    108
  - DUT Port Setup Menu (Coax)
    109
  - Cal Kit Definition Menus for Coax
    110
  - DUT Connector Selector List Box for Coax
    111
  - SOLT - Coax Menu
    112
  - DUT Port Setup Menu (Waveguide)
    113
  - Cal Kit Definition Menus for Waveguide
    114
  - DUT Connector Selector List Box for Waveguide
    115
  - SOLT - WG Menu
    116
  - Calibration Types
    117
- Limit Menus
  118
  - Limit Menu
    119
  - Limit Edit Menu
    120
- Marker Menus
  121
  - Marker Menu
    122
  - Marker Search Menu
    123
  - Readout Format Menu
    124
- Measurement Menus
  125
  - Measure Menu
    126
  - S-Parameter List Box
    127
  - S-Parameter Menu
    128
  - Domain Menu
    129
  - Low Pass Mode Menu
    130
  - Band Pass Mode Menu
    130
  - Number of Traces Menu
    131
  - Trace Format Menu
    132
  - Sweep Menu - Ms20Xxc
    133
  - Sweep Menu - Ms20Xxb and S412E
    134
  - Configure Ports Menu
    135
  - Bias Tee Setup Menu
    136
  - Bias Tee Menu (Ms20Xxc Only)
    137
  - Source Power Menu (Ms20Xxc Only)
    138
  - Source Power Menu (Ms20Xxb and S412E Only)
    138
  - Preset Menu
    139
  - Scale Menu
    140
  - Smith Scale Menu
    141
  - Polar Scale Menu
    142
- System Menus
  143
  - Application Options Menu (VNA Mode)
    144
  - Application Options Menu (SPA Mode) VNA Master
    145
  - Application Options Menu (SPA Mode) LMR Master
    146
  - Time Domain Options Menu
    147
  - Trace Menu
    148
  - Trace Math Menu
    149
  - Introduction
    151

Anritsu VNA Master MS2028C User Manual (164 pages)

vector network analyzer with spectrum analyzer

Brand: Anritsu | Category: Measuring Instruments | Size: 6.64 MB

Safety Symbols
7
Table of Contents
9
Chapter 1-General Information

17
- Introduction
  17
- Contacting Anritsu
  17
- Anritsu Service Centers
  18
- Additional Documents
  18
- VNA Master Specifications
  18
- Identifying the Connections
  19
- Description
  20
- Soft Carrying Case and Tilt Bail
  21
  - VNA Master Soft Carrying Case
    21
  - VNA Master Tilt Bail Stand
    23
- Preventive Maintenance
  24
- 1-10 Calibration Requirements - Vector Network Analyzer
  24
- Annual Verification
  24
- 1-12 Battery Replacement
  25
- 1-13 ESD Cautions
  26
Chapter 2-Quick Start Guide

27
- Introduction
  27
- Turning the VNA Master on for the First Time
  27
- Front Panel Overview
  29
  - Front Panel Overview Image
    30
  - Battery Charge LED (Green)
    31
  - Power LED (Green)
    31
  - Fan Inlet and Exhaust Ports
    31
- Typical Vector Network Analyzer Display
  32
  - Instrument Settings Summary
    35
- Typical Spectrum Analyzer Display
  37
- Front Panel Keys
  38
  - Esc Key
    38
  - Enter Key
    38
  - Arrow Keys
    38
  - Shift Key
    38
  - Back Key
    38
  - Plus/Minus (+/-) Key
    38
  - Number Keypad
    39
  - Rotary Knob
    39
  - Function Hard Keys
    39
  - Soft Keys
    39
- Soft Key Types
  39
  - Select
    39
  - Input
    40
  - Toggle
    40
  - Switching
    40
- Parameter Setting
  41
- Text Entry
  41
- 2-10 Mode Selector
  45
- Test Panel Connectors
  46
  - Ms202Xc Test Panel Connectors
    46
  - Ms203Xc Test Panel Connectors
    47
  - LAN Connection
    48
  - USB Interface - USB Type Mini-B
    50
  - USB Interface - USB Type a
    50
- 2-12 VNA Master Connectors
  51
  - External Power
    51
  - Ext Trigger (50 Ohm)
    51
  - Ext Freq Ref (50 Ohm)
    51
  - RF Detector (DIN)
    51
  - Port 1 (50 Ohm)
    52
  - Port 2 (50 Ohm)
    52
  - Bias Input Port 1
    52
  - Bias Input Port 2
    52
  - Bias Status LED
    52
  - Headset Jack
    53
- 2-13 Connector Care
  54
- 2-14 Symbols and Indicators
  56
  - Battery Symbol
    56
  - Hold
    57
  - Single Sweep
    57
- 2-15 Memory Profile and Security Issues
  58
- 2-16 System Settings
  59
  - Power on Self Test
    59
  - Vector Network Analyzer Mode
    59
  - Spectrum Analyzer Mode
    59
  - Frequency Blanking
    59
- 2-17 File Types
  60
  - File Management
    60
Chapter 3 - Power Monitor, Option 5

61
- Introduction
  61
- Using the Power Monitor
  61
- Power Monitor Display
  63
- Power Monitor Menu
  63
Chapter 4 - Secure Data Option 7

65
- Introduction
  65
- Procedure
  65
- Calibration Setup
  66
- Memory Profile and Security Issues
  67
- Frequency Blanking
  69
Chapter 5-File Management

71
- Introduction
  71
- File Types
  71
- Managing Files
  72
  - Save Files
    72
  - Save Dialog Box
    73
  - Recall Files
    74
  - Recall Dialog Box
    74
  - Copy Files
    75
  - Delete Files
    76
  - Delete Dialog Box
    76
- File Menu Overview
  77
- File Menu
  78
  - Save Menu
    79
  - Save Location Menu
    80
  - File Type Menu
    81
  - Save on
    82
  - Recall Menu
    83
  - Copy Menu
    84
  - Delete Menu
    85
Chapter 6-System Operations

87
- Introduction
  87
System Menu Group Overview

88
- Additional Menu Group
  89
System Menu

90
- System Options Menu
  91
- System Options 2/2 Menu
  92
- Application Options Menu (VNA Mode)
  93
- Time Domain Options Menu (VNA Mode)
  94
- Application Options Menu (SPA Mode)
  95
- Meas Gain Range Menu (VNA Mode)
  95
- Display Settings Menu
  96
- 6-10 Reset Menu
  97
Preset Menu

98
6-12 Power on Self Test

99
6-13 Updating the VNA Master Firmware

100

Anritsu VNA Master MS2028C User Manual (160 pages)

Vector Network Analyzer with Spectrum Analyzer

Brand: Anritsu | Category: Measuring Instruments | Size: 10.81 MB

Table of Contents
3
Chapter 1-General Information

11
- Introduction
  11
  - Additional Documentation
    11
  - Contacting Anritsu for Sales and Service
    12
- Instrument Description
  12
  - Trace Storage
    12
- Available Models
  13
- Identifying the Connections
  14
- Soft Carrying Case and Tilt Bail
  14
  - VNA Master Soft Carrying Case
    14
  - VNA Master Tilt Bail Stand
    17
- Preventive Maintenance
  18
- Calibration Requirements - Vector Network Analyzer
  18
- Annual Verification
  18
- Battery Replacement
  19
- 1-10 ESD Caution
  20
- RF Input Warning (Ms203Xc Only)
  20
Chapter 2-Quick Start Guide

21
- Introduction
  21
- Turning the VNA Master on for the First Time
  21
- Front Panel Overview
  23
  - Front Panel Overview Image
    24
  - Battery Charge LED (Green)
    25
  - Power LED (Green)
    25
  - Fan Inlet and Exhaust Ports
    25
- Typical Vector Network Analyzer Display
  26
  - Instrument Settings Summary
    29
- Typical Spectrum Analyzer Display
  31
- Front Panel Keys
  32
  - Esc Key
    32
  - Enter Key
    32
  - Arrow Keys
    32
  - Shift Key
    32
  - Back Key
    32
  - Plus/Minus (+/-) Key
    32
  - Number Keypad
    33
  - Rotary Knob
    33
  - Function Hard Keys
    33
  - Soft Keys
    33
- Soft Key Types
  33
  - Select
    33
  - Input
    34
  - Toggle
    34
  - Switching
    34
- Parameter Setting
  35
- Text Entry
  35
- 2-10 Mode Selector
  39
- Test Panel Connectors
  40
  - Ms202Xc Test Panel Connectors
    40
  - Ms203Xc Test Panel Connectors
    41
  - LAN Connection
    42
  - USB Interface - USB Type Mini-B
    44
  - USB Interface - USB Type a
    44
- 2-12 VNA Master Connectors
  45
  - External Power
    45
  - Ext Trigger (50 Ohm)
    45
  - Ext Freq Ref (50 Ohm)
    45
  - RF Detector (DIN)
    45
  - Port 1 (50 Ohm)
    46
  - Port 2 (50 Ohm)
    46
  - Bias Input Port 1
    46
  - Bias Input Port 2
    46
  - Bias Status LED
    46
  - Headset Jack
    46
- 2-13 Connector Care
  47
- 2-14 Symbols and Indicators
  49
  - Symbols and Icons on the Title Bar
    49
  - Hold
    50
  - Single Sweep
    50
  - External Trigger
    50
- 2-15 Memory Profile and Security Issues
  50
- 2-16 System Settings
  52
  - Power on Self Test
    52
  - Vector Network Analyzer Mode
    52
  - Time Domain
    52
  - Spectrum Analyzer Mode
    52
  - Frequency Blanking
    52
  - Power-On and Power Switch Feature
    52
  - Remote Access Password
    52
Chapter 3 - Power Monitor, Option 5

53
- Introduction
  53
- Using the Power Monitor
  53
- Power Monitor Display
  55
- Power Monitor Menu
  55
Chapter 4 - Secure Data, Option 7

57
- Introduction
  57
- Procedure
  57
- Calibration Setup
  58
- Memory Profile and Security Issues
  59
- Frequency Blanking
  61
Chapter 5-File Management

63
- Introduction
  63
- File Types
  63
- Managing Files
  64
  - Save Files
    64
  - Save Dialog Box
    65
  - Recall Files
    66
  - Recall Dialog Box
    66
  - Copy Files
    67
  - Delete Files
    68
  - Delete Dialog Box
    68
- File Menu Overview
  69
- File Menu
  70
  - Save Menu
    71
  - Save Location Menu
    72
  - File Type Menu
    73
  - Save on
    74
  - Recall Menu
    75
  - Copy Menu
    76
  - Delete Menu
    77
Chapter 6-System Operations

79
- Introduction
  79
System Menu Overview

80
- Application Options Menus
  81
System Menu

82
- Application Options Menu (VNA Mode)
  83
- Meas Gain Range Menu (VNA Mode)
  84
- Time Domain Options Menu (VNA Mode)
  84
- Application Options Menu (SPA Mode)
  85
- System Options Menu
  86
- 6-10 Display Settings Menu
  87
- Brightness Settings Menu
  88
- 6-12 Reset Menu
  89
- 6-13 System Options 2/2 Menu
  90
- 6-14 Power-On Menu
  91

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