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8712ES
Agilent Technologies 8712ES Manuals
Manuals and User Guides for Agilent Technologies 8712ES. We have
3
Agilent Technologies 8712ES manuals available for free PDF download: Programmer's Manual, User's Handbook Supplement, User Manual
Agilent Technologies 8712ES Programmer's Manual (320 pages)
RF Network Analyzers
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 1.61 MB
Table of Contents
Table of Contents
7
1 Introduction to GPIB Programming
11
Bus Structure
14
Data Bus
14
Handshake Lines
14
Control Lines
15
Sending Commands
16
GPIB Requirements
17
Interface Capabilities
18
Programming Fundamentals
19
Controller Capabilities
19
Response to Bus Management Commands
20
Message Exchange
23
Error Queue
24
Output Queue
25
2 Synchronizing the Analyzer and a Controller
27
Overlapped Commands
29
Controlling Execution of Overlapped Commands
32
Using *WAI and *OPC
34
3 Passing Control
36
4 Data Types and Encoding
39
Data Types
41
Numeric Data
41
Character Data
41
String Data
42
Expression Data
42
Block Data
42
Data Encoding for Large Data Transfers
44
ASCII Encoding
45
Binary Encoding
45
Byte Swapping
45
5 Using Status Registers
46
General Status Register Model
48
Condition Register
49
Transition Registers
49
Event Register
49
Enable Register
50
How to Use Registers
51
The Service Request Process
52
Generating a Service Request
53
The Analyzer's Status Register Sets
55
Status Byte
57
Device Status Register Set
60
Limit Fail Register Set
61
Questionable Status Register Set
63
Standard Event Status Register Set
64
Measuring Status Register Set
67
Averaging Status Register Set
67
Operational Status Register Set
68
Settings for Status:preset
69
Analyzer Register Set Summary
70
6 Trace Data Transfers
71
Querying the Measurement Trace Using BASIC
73
Smith Chart and Polar Formats
74
Querying the Measurement Trace Using SICL
75
Using Binary Data Encoding
76
Trace Data Transfer Sizes
78
Transferring Data with IBASIC
80
Taking Sweeps
81
CALC:DATA? Versus TRACE:DATA
82
Querying Single Data Points Using Markers
83
Accessing Other Measurement Arrays
84
Applying Gain Correction Using the Memory Trace
86
Performing Your Own Data Processing
88
Downloading Trace Data Using Binary Encoding
90
Internal Measurement Arrays
91
Raw Data Arrays
91
Ratio Calculations
92
Error Correction
92
Error Coefficient Arrays
93
Averaging
95
Corrected Data Arrays
95
Corrected Memory Arrays
95
Trace Math Operation
96
Electrical Delay
96
Transform (Option 100 Only)
96
Formatting
96
Formatted Arrays
96
Offset and Scale
97
7 Using Graphics
99
Introduction
100
Window Geometry
102
The Graphics Buffer
104
8 Front Panel Keycodes
105
Controlling the Front Panel
106
Monitoring the Front Panel
106
Example Program
108
9 Introduction to SCPI
111
The Command Tree
113
Sending Multiple Commands
117
Command Abbreviation
118
Implied Mnemonics
119
Parameter Types
120
Numeric Parameters
120
Character Parameters
121
Boolean Parameters
122
String Parameters
123
Block Parameters
123
Syntax Summary
124
IEEE 488.2 Common Commands
126
10 Menu Map with SCPI Commands
129
How to Enter Numbers and Characters
132
How to Enter Frequency Values
133
How to Enter Time Values
134
How to Enter Power and Voltage Values
135
How to Enter Text
136
Menu Map for 8712ET/ES and 8714ET/ES
137
11 SCPI Command Summary
199
Queries, Forms, and Parameter Types
200
Parameter Types
201
SCPI Device Command Summary
202
12 SCPI Conformance Information
268
SCPI Standard Commands
270
Instrument SpecifiC Commands
277
13 SCPI Error Messages
290
Command Errors
292
Execution Errors
297
Device-SpecifiC Errors
304
Query Errors
306
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Agilent Technologies 8712ES User's Handbook Supplement (158 pages)
HP Instrument BASIC, RF Network Analyzers
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 0.57 MB
Table of Contents
Table of Contents
3
1 Introduction
7
Overview of HP Instrument BASIC
9
Using HP Instrument BASIC
10
Allocating Internal Memory for IBASIC Use
11
Typographical Conventions
12
2 Recording Programs
13
Keystroke Recording
15
What Is Keystroke Recording
15
IBASIC Programs and the Input Buffer
16
What's in a Recorded Program
17
The OUTPUT Statement
18
The ASSIGN Statement
18
SCPI Mnemonics
19
How Recording Works
20
Operations that Do Not Record
21
Front Panel Operations Without Mnemonics
21
HP Instrument BASIC Operations
22
Operations Requiring Additional Programming
22
Mnemonics with no Corresponding Front Panel Operation
24
Avoiding Recording Errors
25
Use Instrument Preset
25
Specifically Select Parameters
25
Use GPIB Echo
26
3 Running, Pausing, and Stopping Programs
27
Starting Programs Automatically
29
Running and Continuing a Program
30
Pausing and Continuing a Program
32
Using LOCAL LOCKOUT 8 to Disable the Pause Key
33
Stopping a Program
34
4 Saving and Recalling Programs
35
Selecting a Disk
37
Saving a Program
38
AUTOST Programs
40
Recalling a Program
41
CAT to a String Array Exception
41
Accessing Mass Storage Within Programs
42
5 Developing Programs
43
External Editors
45
Hp Basic
45
ASCII Word Processors
46
Programming Editors
46
Editing Your Program Using Edit
47
The IBASIC Editor Softkeys
48
Recording into an Existing Program
49
Editing with an External Keyboard
49
Entering Program Lines
52
Accessing the IBASIC Command Line
52
Editing from the Front Panel
53
Removing Program Text
55
Renumbering, Copying, Moving, and Indenting Lines
57
Using IBASIC Display
58
Using UTILITIES
61
6 Debugging Programs
63
Setting Breakpoints
65
Examining Variables
66
Examining Strings
67
Examining Arrays
67
Displaying the Last Error Encountered
68
7 Graphics and Display Techniques
69
Display Partitions
70
Using the Display Partitions
71
Allocating Display Partitions
72
De-Allocating Display Partitions
73
Operation with no Display Partition
73
Displaying Text
75
Getting Text to the Screen Quickly
77
Pop-Up Message Windows and Custom Annotations
77
Graphics Initialization and Scaling
78
Using Graphics
79
Drawing Figures
80
Graphics Exceptions
82
Labeling with Different Partitions
83
SCPI Graphics Commands
84
For more Information
86
8 Interfacing with External Devices
87
Communication with Devices
89
GPIB Device Selectors
89
Moving Data through the GPIB
90
General Structure of the GPIB
91
Using the Serial and Parallel Ports
92
Using the Analyzer Ports in IBASIC Programs
92
General Bus Management
95
Remote
96
Local Lockout
96
Local
97
Trigger
97
Clear
98
Abort
98
GPIB Service Reqsts
99
Passing and Regaining Control
102
The IBASIC GPIB Model
103
The External Bus and the Internal Bus
103
Service Request Indicators
103
IBASIC as the Active Controller
104
Passing Active Control to the Instrument
105
IBASIC as a Non-Active Controller
106
Interfacing with an External Controller
107
Synchronizing IBASIC with an External Controller
108
Transferring Data between Programs
110
Transferring Programs
112
IBASIC Communication Across the LAN
114
9 Using Subprograms
115
User-Created Subprograms
116
Built-In High-Speed Subprograms
117
Avoiding Multiple Loads of Subprograms
123
10 IBASIC Keyword Summary
124
Keywords in Alphabetic Order
126
Keywords in Category Order
138
Agilent Technologies 8712ES User Manual (152 pages)
Option 100 Fault Location and Structural Return Loss Measurements RF Network Analyzers
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 1.16 MB
Table of Contents
Safety Information
2
Table of Contents
7
Introduction and Measurement Theory
10
Fault Location Measurement Theory
11
How the Analyzer Converts Frequency Data to Distance Data
13
Start/Stop Distance and Frequency Span Explanation
14
Cable Impedance and Structural Return Loss Measurement Theory
15
Cable Impedance
15
SRL and Periodic Cable Faults
19
SRL and Discrete Cable Faults
23
Techniques for Removing Connector Effects
23
Measurement Uncertainties
27
Cable Preparation
30
Cable Preparation Problems
32
Bent Cable
32
Deformed Cable
34
Contaminated Dielectric
36
Damaged Outer Conductor
38
Non-Flush Cut
40
Recommended Tools and Cables
42
Recommended Tools
42
Recommended Cables
42
Making Fault Location Measurements
43
How to Make and Interpret Fault Location Measurements
45
Select Fault Location as the Type of Measurement
46
Enter the Measurement Parameters
47
Calibrate the Analyzer
48
Connect the Equipment
51
Interpret the Measurement
52
Example Fault Location Measurements
56
Example 1: Identify Mismatches Expressed as Return Loss
56
Example 2: Identify Mismatches as the Magnitude of Reflection Coefficient
58
Example 3: Identify Mismatches at Greater Distances
59
Making SRL Measurements
62
How to Make and Interpret SRL Measurements
64
Select SRL as the Type of Measurement
64
Calibrate the Analyzer
65
Connect the Equipment
69
Determine the Connector Model
69
Perform the SRL Cable Scan
77
Interpret the SRL Measurement
80
Making Simultaneous Fault Location and SRL Measurements
81
How to Make Simultaneous Measurements
84
Making Impedance Measurements
85
How to Make Impedance Measurements
88
Characterizing and Verifying Antenna Systems
89
Antenna Feedline System
91
Potential Problems
93
Transmission Lines/Antennas
93
Connectors
94
Typical Measurements
95
Before Installation
96
Installation
96
Maintenance
97
Installation and Maintenance Planning
98
Key Reference
100
Alphabetical Key Reference
102
Characteristics
128
Overview of Characteristics
129
Frequency Range Considerations
129
Phase Considerations
129
General Performance Characteristics
130
SRL Measurement Uncertainty Vs System Directivity
131
SRL Measurement Uncertainty Vs Connector Fault
135
Minimizing Measurement Uncertainty
135
Fault Location Distance Range and Resolution
139
Range
139
Resolution
139
Typical Distance Data in Feet
140
Distance Data in Meters
143
Cable Loss and Velocity Factors
146
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