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E5071C
Agilent Technologies E5071C User Manual
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E5071C
486
The fo
llowing figure
show
s the measure
ment circu
it simulat
ed by the
fixture s
i
mulato
r base
d on actual me
asure
ment with the
test fix
ture show
n
in figure
above.
Measurement cir
cuit simulat
ed by fixtur
e simulator
486
488
Table of Contents
Table of Contents
1
Using this Help
3
E5071C Online Help
3
Context Sensitive Help
4
Opening E5071C Help
4
Viewing E5071C Help on Your PC
4
Closing E5071C Help
4
Navigation Bar
5
Browse Sequence
5
Quick Access
5
What's New in E5071C
9
Precautions
10
Safety Summary
11
Safety Symbols
12
Notices
13
Certification
13
Assistance
14
Sample Program
14
VBA Macro
14
Installing Software
16
Updating Pre-Installed Software
16
Installing User Application Software
16
Protecting ENA System
17
Before Contacting Us
21
Unstable Operation
21
Quick Start
22
Overview
23
Front Panel: Names and Functions of Parts
23
Standby Switch
23
LCD Screen
24
ACTIVE CH/TRACE Block
24
RESPONSE Block
25
Hard Disk Drive
26
NAVIGATION Block
26
ENTRY Block
27
INSTR STATE Block
28
MKR/ANALYSIS Block
29
Front USB Port
30
Ground Terminal
30
Probe Power
30
Rear Panel: Names and Functions of Parts
31
Handler I/O Port
31
Ethernet Port
31
External Monitor Output Port (Video)
31
Power Cable Receptacle (to LINE)
32
High Stability Frequency Reference Output Port
32
Line Switch (Always ON)
32
Fan
32
Internal Reference Signal Output Port (Ref Out)
33
Serial Number Plate
33
Certificate of Authenticity Label
34
Rear USB Port
34
Mini-DIN Keyboard Port
34
Mini-DIN Mouse Port
34
External Trigger Output Port
35
Bias Input Ports
35
Aux Input Ports
36
Fuse Holder in Black Color
36
Fuse for Bias Input Port
36
Screen Area
37
Screen Area: Names and Functions of Parts
37
Channel Window
37
Trace Status Display
39
Averaging Status
43
Sweep Range
43
IF Bandwidth/Cw Frequency
43
Channel Number
43
Markers
44
Marker Response Values
44
Marker Stimulus Values
44
Marker Numbers
44
Statistics Data
45
Data Entry Bar
46
Parameter Name
46
Data Entry Area
46
Step Button (Small)
46
Enter Button
47
Close Button
47
Display Update off Indicator
48
RF Output off Indicator
48
Instrument Message/Warning
48
Instrument Status Bar
48
VBA Status
49
External Reference Signal Phase Lock
49
Service Mode
49
Date and Time
50
Menu Bar
51
Softkey Menu Bar
52
Softkey Menu Title
54
Scroll Arrow (Large)
54
Softkeys
54
Highlighted Softkey
54
Scroll Arrow (Small)
55
Operating Method Using Keys
56
Four-Trace Display
56
Three Methods of Operation
56
Operation Method Using a Mouse
57
Operation Method Using the Touch Screen
58
Basic Measurement Procedures
59
Basic Measurement Flow
59
Determining Measurement Conditions
59
Calibration
59
Measurement Example of a Bandpass Filter
60
Measuring the Insertion Loss
65
Analyzing Measurement Results
65
S21 Trace after Executing the Auto Scale
65
Measuring the -3 Db Bandwidth
66
Measurement
70
Setting Measurement Conditions
71
Initializing Parameters
72
Setting Channels and Traces
73
Setting Upper Limit of Number of Channels/Traces
73
Setting Channel Display (Layout of Channels)
75
Windows Layout
76
Setting Trace Display
77
Graph Layout
78
Setting Parameter for each Setup Item (Analyzer, Channel, Trace)
80
Active Trace
80
Active Channel
80
Setting the System Z
83
Setting Stimulus Conditions
84
Setting the Sweep Type
84
Setting the Sweep Range
84
Setting the Sweep Range with the Lowest and Highest Values
85
Setting the Sweep Range with the Center Value and a Span
85
Setting the Sweep Range Using the Marker
85
Enable Stimulus Signal Output
88
Setting Power Level
88
Setting Fixed Frequency at Power Sweep
89
Turning Power Slope Feature On/Off
89
Setting Correction Coefficient (Correction Amount Per 1 Ghz)
89
Correcting Attenuation of Power Level (Using Power Slope Feature)
89
Setting Power Level with Auto Power Range
90
Setting the Level
90
Setting Correction Coefficient (Correction Amount for 1 Ghz)
92
Setting the Number of Points
93
Setting the Sweep Time
93
Setting up the Sweep Time (Manual Sweep Time Mode)
94
Switching to Automatic Sweep Time Mode
94
Absolute
95
S-Parameters
95
Operation Procedure
95
Selecting Measurement Parameters
95
AUX Input
96
Example of AUX Input Measurement
96
Selecting a Data Format
98
Rectangular Display Formats
98
Smith Chart Format
100
Setting the Scales
103
Auto Scale
103
Manual Scale Adjustment on a Rectangular Display Format
103
Manually Setting Scales on a Rectangular Display Format
104
Setting the Reference Line Value Using the Marker
105
Manually Setting Scales on the Smith Chart/Polar Format
105
Setting the Value of a Reference Line Using the Marker
105
Manual Scale Adjustment on the Smith Chart/Polar Format
105
Setting Window Displays
107
Maximizing the Specified Window/Trace Display
107
Maximizing a Window
107
Turning off Graticule Label Display
107
Hiding Frequency Information
108
Hiding Frequency Information on the Screen
108
Hiding Softkey's Frequency Information
108
Labeling a Window
108
Setting Display Color for each Item
109
Selecting Display Mode
109
Setting Display Colors
109
Setting Display Magnification
111
Resetting the Display Colors to the Factory State
111
Measurement Errors and Their Characteristics
114
Drift Errors
114
Random Errors
114
Instrument Noise Errors
114
Systematic Errors
115
Connector Repeatability Errors
115
E5071C Port Architecture and Systematic Errors
115
Directivity Error (Ed)
116
Source Match Error (Es)
117
Load Match Error (El)
117
Reflection Tracking Error (Er)
118
Transmission Tracking Error (Et)
118
Calibration Types and Characteristics
119
Checking Calibration Status
124
Execution Status of Error Correction for each Channel
124
Execution Status of Error Correction for each Trace
124
Acquisition Status of Calibration Coefficient for each Channel
125
Procedure to Turn On/Off Calibration Property Display
126
Conditions for Clearing Already Acquired Calibration Coefficients
126
Clear Calibration
127
Selecting Calibration Kit
128
Basic Calibrations
128
OPEN/SHORT Response Calibration (Reflection Test)
129
THRU Response Calibration (Transmission Test)
132
Enhanced Response Calibration
135
1-Port Calibration (Reflection Test)
138
Connecting the Standard for 1-Port Calibration
139
Full 2-Port Calibration
140
Full 3-Port Calibration
143
Full 4-Port Calibration
146
Connecting Standards in Full 4-Port Calibration
148
Connecting Ecal to E5071C
150
Connecting Single Ecal
152
Connecting Multiple Ecal
152
1-Port Calibration Using a 2-Port Ecal Module
154
Calibration Using 4-Port Ecal
156
Connecting 4-Port Ecal Module (for Full 4-Port Calibration)
157
Full 2-Port Calibration Using the 2-Port Ecal Module
158
Full 3-Port and Full 4-Port Calibration Using 2-Port Ecal
160
Improving Calibration Accuracy Along with Ecal
164
Partial Overwrite
164
Unknown Thru Calibration
164
Confidence Check on Calibration Coefficients Using Ecal
165
Turning off Ecal Auto-Detect Function
168
User-Characterized Ecal
169
Advanced Calibrations
178
Setting the Trigger Source for Calibration
178
Setting Trigger Source
178
Sliding and Offset Load Calibration
180
Offset Load Calibration
181
Modifying Calibration Kit Definition
184
Definition of Terms
184
Standard
184
Defining Parameters for Standards
185
Redefining a Calibration Kit
188
Setting Options for TRL Calibration
194
Specifying Different Standards for each Frequency
198
Disabling Standards Defined for a Subclass
199
Possible Cases of Frequency Ranges Using Subclasses
199
Receiver Calibration
203
Turning Receiver Error Correction ON/OFF
203
Power Calibration
208
Turning Power Level Error Correction ON/OFF
208
Preparing Power Meter and Sensor
209
Preparing to Control the Power Meter
210
Selecting the Power Meter
211
Turning ON/OFF Loss Compensation
214
Setting Loss Compensation
214
Selecting Target Port of Error Correction
214
Creating Loss Compensation Table
215
Saving Loss Compensation Table
215
Recalling Loss Compensation Table
216
Setting a Tolerance for Power Calibration
216
Measuring Calibration Data
216
Partial Overwrite Calibration
218
Simplified Calibration
220
Simplified Full 3/4-Port Calibration
220
Simplified 3/4-Port TRL Calibration
221
Omissible Thru Type at Full 4-Port Calibration
221
Omissible Thru Type at Full 3-Port Calibration
221
Omissible Thru Type at 3-Port TRL Calibration
222
Omissible Measurements at 4-Port TRL Calibration
222
Adapter Removal-Insertion
224
About Adapter Removal
224
Open, Short, and Load Values Measured with the Adapter Removed
224
About Adapter Insertion
225
Performing Adapter Waveguide Calibration
226
Using Adaptor Removal
228
Mixer Calibration
239
Scalar-Mixer Calibration
239
Confirming Calibration Status
240
Procedure Using Mechanical Calibration Kit
241
Reflection
242
Vector-Mixer Calibration
246
Overview of Vector-Mixer Calibration
246
Measured Mixer
247
Calibration Mixer (with if Filter)
247
Characterizing Calibration Mixer (with if Filter)
248
Characterizing Procedure for Calibration Mixer (with if Filter)
249
Executing Characterization of Calibration Mixer
249
Running VBA Macro
249
Vector Mixer Characterization Macro
250
Connection of Calibration Mixer (with if Filter)
251
Characterizing Calibration Mixer Using Ecal
252
Executing Characterization
254
3-Port TRL Calibration
260
4-Port TRL Calibration
262
Making Measurements
265
Setting Trigger and Making Measurements
266
Setting Point Trigger
270
Setting Low-Latency External Trigger Mode
271
External Trigger Delay Time and Point Trigger Interval
272
Setting Averaging Trigger Function
275
Averaging Trigger Function
275
Setting External Trigger Output
276
Data Analysis
278
Analyzing Data on the Trace Using the Marker
279
About Marker Functions
279
Reading Relative Value from Reference Point on Trace
281
Searching for Positions that Match Specified Criteria
288
Setting Search Range
288
Procedure to Set Search Range
289
Procedure to Show Statistics Value of the Search Range
289
Procedure to Place Multiple Markers Within a Search Range
289
Setting Multiple Range
289
Moving Markers to Min or Max
290
Assigning Markers to Search Range
290
Turning on and Setting up Multiple Range
290
Procedure to Show Statistics Value of the Active Search Range
291
Automatically Executing a Search (Search Tracking)
291
Performing Search Tracking
292
Searching for Maximum and Minimum Values
292
Searching for the Target Value (Target Search)
292
Target and Transition Types
293
Executing a Target Search
293
Searching for the Peak
294
About Peak Excursion Value
295
Executing a Peak Search
295
Determining the Bandwidth of the Trace (Bandwidth Search)
297
Executing a Bandwidth Search
298
Determining the Mean, Standard Deviation, and P-P of the Trace
303
Comparing Traces/Performing Data Math
305
Performing Parameter Conversion of Measurement Results
306
On/Off
307
Selecting Conversion Target Parameter
307
Limit Test
308
Concept of Limit Test
308
Displaying Judgement Result of Limit Test
309
Judgment Result of Channels
309
Defining Limit Line
310
Defining a Segment
310
Saving/Calling the Limit Table
312
Limit Table Saved in CSV Format
313
Turning the Limit Test ON/OFF
313
Limit Line Offset
314
Amplitude Offset
315
Initializing the Limit Table
315
Bandwidth Test
317
Displaying Bandwidth Test Results
317
Bandwidth Test Setup
318
Test Results for Channel
318
Operational Procedure
319
Concept of Ripple Test
320
Ripple Test
320
Displaying Ripple Test Results
321
Configuring Ripple Limit
322
Saving/Recalling Ripple Limit Table
324
Example of Ripple Limit Configuration
324
The Ripple Limit Table Is Saved in the Following Format
325
Turning ON/OFF Ripple Test and Result Display
325
Initializing Limit Table
326
Equation Editor
327
Differential Return Loss Using a 2-Port ENA
329
To Multiply a Trace by X-Times in Log Format
329
Offset each Data Point in Trace 2 from Trace 1 by Xdb
329
Equation Editor Examples
329
Equation History
330
Functions and Constants
331
Basic Math Functions
331
Advanced Math Functions
332
Converting S-Parameters to H, Y, Z, F & T-Parameters
336
Converting S-Parameters to H-Parameters
338
Converting S-Parameters to Z-Parameters
339
Converting S-Parameters to F-Parameters
339
Converting S-Parameters to T-Parameters
340
Operators Used in Equation Editor
340
Saving and Recalling Instrument State
343
Compatibility of Files (Saving and Recalling)
344
Compatibility between Different Number of Ports Models
345
Compatibility When the Maximum Number of Channels/Traces Is Different
346
Compatibility When the Firmware Revision Is Different
346
Compatibility When the System Spec. Version Is Different
346
Saving Data
346
Faster Recall
347
Saving Instrument State
347
Recall Procedure
348
Recall Procedure Using "Recall by File Name" Feature
350
Priority of Recalling Configuration File at Startup
350
Recalling Instrument State for each Channel
352
Saving/Recalling Instrument State for each Channel Into/From Memory
352
Saving Instrument State for each Channel
352
Deleting Saved Instrument State (Clearing All Registers)
353
Saving Trace Data to a File
354
Saving Data in CSV Format
354
Example of Saved Trace Data
354
Saving Trace Data
354
Touchstone File Data Format
355
File Types of Touchstone Files
355
Data Structure in Touchstone File
355
Comment Line
356
Parameter Description
356
Header of S4P
356
Header of S1P
356
1-Port Touchstone File
357
2-Port Touchstone File
358
3-Port Touchstone File
358
4-Port Touchstone File
359
Restrictions When Saving Data in Touchstone Format
359
Saving the Screen Image to a File
362
Saving Screen Image as File
362
Printing Displayed Screen
363
Printed/Saved Images
363
Saving Image to Clipboard
363
Preparation before Printing
363
Executing Print
364
Optimizing Measurements
365
Expanding Dynamic Range
366
Lowering Receiver Noise Floor
366
Narrowing the if Bandwidth
366
Turning on Sweep Averaging
367
Reducing Trace Noise
369
Turning on Smoothing
369
Setting up Smoothing
370
Improving Phase Measurement Accuracy
371
Electrical Delay
371
Velocity Factor
372
Procedure Using Marker
372
Using the Phase Offset Function
372
Phase Offset
372
Port Extensions and Loss Values
373
Setting Coaxial Delay, Waveguide Delay and Cut off Frequency
373
Setting Loss Values
374
Enabling Port Extensions and Loss Values
376
Using the Auto Port Extension Function
376
Improving Measurement Throughput
380
Turning off the Updating of Information Displayed on the LCD Screen
382
Turning off System Error Correction
382
Turning off the Updating of Information
382
Performing a Segment-By-Segment Sweep
384
Concept of Segment Sweep
384
Conditions for Setting Segment Sweep
385
Items that Can be Set for each Segment
386
Sweep Delay/Sweep Time in Segment Sweep
386
Turning ON/OFF Segments Individually
387
Frequency/Order Base Display
387
Creating a Segment Table
390
Useful Functions When Using a Mouse
391
Executing Segment Sweep
392
Setting up the Segment Display
392
Calling a Segment Table Saved in CSV Format
393
Saving a Newly Created Segment Table in CSV Format
393
Measurement Examples
394
Measuring SAW Bandpass Filter Using Segment Sweep
395
Determine the Segment Sweep Conditions
395
Create a Segment Sweep Table
397
Connect the DUT
400
Evaluating a Duplexer
403
Analyze the Parameters
412
Measuring the Deviation from a Linear Phase
419
Define the Measurement Conditions
420
Execute the Calibration
420
Connect the DUT and Execute the Auto Scale
421
Specify the Electrical Delay
421
Measuring Unbalanced-Balanced Bandpass Filter
423
Connecting the DUT
424
Setting the Measurement Conditions
424
Performing Calibration
426
Measuring Parameters with Cable
435
Setting the Time Domain Function
437
Evaluating Transmission Characteristics of a Front End Module
439
Executing Calibration
444
Executing Power Calibration
447
Setting USB Power Meter
448
Selecting Power Meter
448
Setting Address of GPIB Power Meter
448
Connecting Power Meter
448
Executing Zero Adjustment and Calibration of Power Sensor
449
Setting Calibration Data Measurement Conditions
449
Overview of Fixture Simulator
452
Functions for Single-Ended (Unbalanced) Port
454
Network De-Embedding
454
Port Reference Impedance Conversion
454
Matching Circuit Embedding
454
Differential Matching Circuit Embedding (4 Ports Option Only)
455
Differential/Common Port Impedance Conversion (4 Ports Option Only)
455
Functions for Balanced Port (4 Ports Option Only)
455
Extending the Calibration Plane Using Network De-Embedding
456
Using Network De-Embedding Function
456
Converting the Port Impedance of the Measurement Result
458
Port Impedance Conversion Function
458
Converting Port Impedance
458
Determining Characteristics after Adding a Matching Circuit
460
Matching Circuit Function
460
Using Matching Circuit Function
462
Evaluating Balanced Devices
467
Balance-Unbalance Conversion
467
Types of Balanced Devices that Can be Evaluated with E5071C
468
Procedure for Balance-Unbalance Conversion
475
CMRR (Common Mode Rejection Ratio)
475
Checking Device Type and Port Assignment
477
Procedure to Turn On/Off Balance Measurement Topology Property Display
477
Measurement Parameter Setup
477
Converting Reference Impedance of Balanced Port
478
Port Impedance after a Balance-Unbalance Conversion
478
Converting Port Reference Impedance in Differential Mode
479
Procedure to Set Differential Port Reference Impedance
479
Converting Port Reference Impedance in Common Mode
479
Balance Matching Circuit Function
481
Circuit Models Used to Define Balance Matching Circuit
482
Evaluation Using Actual Test Fixture
484
Example of Using Fixture Simulator
484
Measurement Circuit Example: DUT with Balanced Port
484
DUT Evaluation Using an Actual Test Fixture
485
Problems in Measurement with Actual Test Fixture
485
DUT Evaluation Using E5071C's Fixture Simulator
486
Measurement Circuit Simulated by Fixture Simulator
487
Setting Control Functions
490
Setting the GPIB
491
Setting Talker/Listener GPIB Address of E5071C
491
Setting System Controller (USB/GPIB Interface)
491
Access from an External PC
498
Enabling Web Server
498
Network Configuration
498
Remote Control Using HTTP
498
To Change LAN (TCP/IP) Configration of You ENA
499
Browser Web Control
502
Turning On/Off the Date/Time Display
504
Turning off the LCD Screen Backlight
505
Calibration of the Touch Screen
506
Initial Source Port Control Function
507
When Performing Manual Measurement
508
To Disable the Initial Source Port Control Feature
508
Example of Using the External Test Set Mode Function
509
External Test Set Mode
509
Setting the External Test Set Mode
510
Calibration and Measurement Parameters
512
Calibration When Using the External Test Set
512
Measurement Parameters
513
Checking Product Information
514
Checking Serial Number and Options
514
Checking Firmware Revision and System Information
514
Checking HDD Revision
514
Activating Software Option
516
Activating Option
516
Backing up License Key File
516
Locking the Front Keys, Keyboard, And/Or Mouse
517
Setting the Beeper (Built-In Speaker)
518
Setting the Warning Beeper
518
Setting the Operation Complete Beeper
518
Setting the Preset Function
519
Showing/Hiding the Confirmation Buttons When Presetting
519
Setting the User Preset Function
519
Saving a User-Preset Instrument State
519
Overload Detection and Power Trip Feature
520
Exit/Restart E5071C Measurement Application
521
Product Information
522
Options for E5071C
523
Timebase Options
524
Software Options
524
Hardware Options
524
Accessary Options
525
Calibration Option
525
System Rack Options
525
Documentations for E5071C
526
Specifications
527
Error Messages
529
Warning Message
550
TDR Error Message
553
TDR Warning Message
561
Default Conditions
563
Macro Setup
578
Marker Fctn
579
Marker Search
580
Marker
582
Meas
583
Save/Recall
584
Scale
585
Span
586
Sweep Setup
589
Troubleshooting
601
Troubleshooting During Startup
601
Maintenance
607
Backing up the Data
608
Making Backup Files
608
Backing up Data in the Hard Disk
609
Devices to be Sent Back for Repair or Regular Calibration
609
Equipment to be Sent
609
Packing
609
Cleaning this Instrument
611
Cleaning an LCD
611
Maintenance of Test Ports and Other Connectors/Ports
611
Removing Log Data
612
Removing Removable Hard Disk (Type I)
613
Removing/Mounting Removable Hard Disk (Option 017 User Only)
613
Backing Up/Retributing Option Data
613
Replacement of Parts with Limited Service Life
619
System Recovery
621
Updating Firmware
622
Installing E5071C-TDR Option
623
Service Functions
624
System Verification
625
Equipment Used in the System Verification
626
Precautions for Handling Airlines
629
Calibration Kit Substitution
629
Flow Diagram of Procedure
630
System Verification Program
631
Procedure for System Verification
637
If the System Fails the Verification Test
641
System Verification Result
642
Graphs
643
Measurement Accessories
644
Calibration Kits
645
Mechanical Calibration Kit
645
Ecal (Electronic Calibration) Kit
647
Test Port Cables/Adapters
650
System Accessories
652
82357A/B USB/GPIB Interface
652
Data Processing
655
Ratio Calculation
656
Digital Filter
656
IF Range Correction
656
Adc
656
Port Characteristics Correction
657
Sweep Averaging
657
Raw Data Array
657
Error Correction/Calibration Coefficient Data Array
657
Data Math
658
Electrical Delay/Phase Offset
658
TDR Data Array
658
Data Format/Group Delay
658
Display
659
Offset/Scale
659
System Diagram for the E5071C Network Analyzer
660
Synthesized Source
660
System Description
660
Source Switcher
661
Signal Separator
661
Receiver
661
Revision History
662
Replacing 8753ES with E5071C
672
Important Functional Differences
673
Test Port Output Power Levels
674
Test Port Output Ranges
674
Measurement Frequency Ranges
674
Sweep Function
675
E5071C Data Flow
678
Reading/Writing Data
679
Screen Display and Marker Functions
680
Math Operation Functions on Traces
681
Device Test Functions
681
Analytical Functions
681
GPIB Interface
682
LAN Interface
682
Outputting to a Printer/Plotter
682
Test Sequence Program
682
Code Migration Tools
683
Code Conversion Assistant Editor
683
ENA 8753 Code Translator (Ena8753Cxl) Application
683
Comparing Functions
685
Using Windows
716
Windows Consideration
717
Using USB
717
Plug & Play Stability and Security
717
LAN Connections
717
Printing
718
Change Date/Time Settings
719
User Account and Password
720
To Add Password
720
To Require Users to Press CTRL+ALT+DELETE before Logging on
720
To Add New User
720
On-Screen Keyboard
722
Configuring Network
723
Enabling/Disabling Network
723
To Enable/Disable the Network Connection Function
723
Check/Reset IP Address
723
Specifying Computer Name
724
Enabling the Access from an External PC
725
Accessing Hard Disk of E5071C from External PC
725
E5071C Hard Disk Drive
726
Windows Firewall
727
To Turn Windows Firewall on or off
727
Disabling-Enabling USB Mass Storage Device
728
Connecting External Accessories
730
Connecting a Printer
730
Connecting a Mouse
730
Connecting a Monitor
730
Programming
731
Remote Control
732
Types of Remote Control System
734
GPIB Remote Control System
735
About GPIB
735
Scale of System You Can Construct
736
Device Selector
736
Setting the GPIB Address of E5071C
737
LAN Remote Control System
738
Control over SICL-LAN Server
739
Preparing the External Controller
740
Control Using C or Visual Basic
744
Control Using Agilent VEE
744
USB Remote Control System
752
Preparing External Controller
753
Sending SCPI Command Messages
761
Configuring Measurement Conditions
768
Setting the Number of Traces
768
Setting Sweep Condition (Stimulus)
768
Clearing Calibration Data and Calibration Coefficients
794
Measurement of Scalar-Mixer Calibration Data
801
Making Measurement
805
Trigger System
806
System-Wide States and Transitions
807
Starting a Measurement Cycle (Triggering the Instrument)
810
Waiting for the End of Measurement
811
Using :TRIG:SING Command
812
Using Wait Time
812
Point Trigger Function
813
Reading-Writing Measurement Data
815
Data Transfer Format
816
ASCII Transfer Format
817
Integer Format
817
Floating-Point Number Format
817
Binary Transfer Format
818
64-Bit Floating Point Format
818
IEEE 32-Bit Floating Point Binary Transfer Format
819
32-Bit Floating Point Data
819
Internal Data Processing
821
E5071C's Data Processing Flow
821
Retrieving Measurement Results
825
Retrieving Internal Data Arrays
825
Entering Data into a Trace
826
Analyzing Data
827
Retrieving Measurement Results at Specified Points
828
Searching for Positions Matching Specified Criteria
830
Bandwidth Search
834
Analysis Using Fixture Simulator
838
Selecting the Measurement Parameter
843
Analysis in Time Domain (Time Domain Function)
845
Performing a Limit Test
850
Obtaining Test Results
851
Using Commands that Retrieve Test Results
851
Using the Status Register
851
Saving and Recalling File
858
Handler I/O Port Overview
865
I/O Signal Pin Layout and Description
867
Inputting/Outputting Data
872
Specifying Signal Direction of Port
873
Reading Data Input into Port
873
Data Output to Port
873
Timing Chart of I/O Port Signal (Point Trigger Function: Off)
876
Timing Chart
876
Electrical Characteristics
880
Input Signal
880
Output Signal
880
General Status Register Model
883
Event Register
884
Enable Register
884
Status Byte Register
884
Condition Register and Transition Filter
884
Transition Filter and Condition Register
885
Using the Status Reporting System
886
Status Register Structure
889
Status Register
890
Status Bit Definitions of Status Byte Register
890
Status Register for Limit Test (Channel)
896
Status Register for Limit Test (Trace) (1 of
900
Status Register for Limit Test (Trace) (2 of
905
Status Register for Bandwidth Limit (Trace) 1
912
Status Register for Bandwidth Limit (Trace) 2
916
Status Register for Ripple Limit (Channel)
918
Status Register for Ripple Limit (Trace) (1 of
922
Status Register for Ripple Limit (Trace) (2 of
926
Measurement Results (Trace) Need to be Updated
930
Measurement Results (Trace) Do Not Need to be Updated
930
Improving Command Processing Speed
930
Detecting Occurrence of an Error
931
Using Status Reporting System
931
SRQ Generation Sequence (When an Error Occurs)
931
Using Error Queue
932
Analyzer Setup
934
Target Settings
934
Sample Program in HT Basic (Setup.htb)
941
Sample Program in Excel VBA
945
Application Programs
1160
Controlling Multiport Test Set
2654
Other manuals for Agilent Technologies E5071C
Service Guide
385 pages
Configuration Guide
17 pages
Compliance Tests
45 pages
4
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Agilent Technologies E5071C Specifications
General
Brand
Agilent Technologies
Model
E5071C
Category
Measuring Instruments
Language
English
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