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N4416A
Agilent Technologies N4416A Manuals
Manuals and User Guides for Agilent Technologies N4416A. We have
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Agilent Technologies N4416A manual available for free PDF download: User Manual
Agilent Technologies N4416A User Manual (234 pages)
Multiport Test System
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 2.11 MB
Table of Contents
Table of Contents
5
About the Multiport Test System
11
Introduction
12
Model Numbers at a Glance
13
Basic System Components
15
Supported Equipment
16
Available Options and Accessories
17
Options
17
Accessories
17
User Interface
19
The Main Screen
20
The Indicator Bar
22
Individual Measurement Screens
24
Scaling
25
Changing the Scale Parameters of Rectangular Displays
25
Changing the Scale Parameters of Smith/Polar Chart Displays
26
Using the Multiport Test System
27
How to Set up the Multiport Test System Hardware
28
Attach the Network Analyzer to the Multiport Test Set
30
To Connect the RF Cables between the Multiport Test Set and the Network Analyzer
33
To Set the GPIB Addresses
48
How to Install and Start the Balanced Measurement Software
49
How to Calibrate
50
Triggers to Calibrate
50
Starting a Calibration
51
How to Perform Electronic Calibration
52
How to Characterize Adapters
54
How to Interpret Multiport Test System Data
56
How to De-Embed Measurement Data
57
How to Make Measurements
57
Attenuation
57
How to Remove Fixture Delay
58
How to Use Trace Memory
58
How to Set up User-Defined Displays
59
How to Use Markers
60
Multiport Test System Markers Versus Network Analyzer Markers
60
Defining Multiport Test System Markers
60
Moving Markers
62
Setting up Delta Displays
63
Setting Marker Properties
63
How to Use Frequency Zoom
64
Increasing Frequency Step
66
How to Characterize Passive Devices
67
How to Characterize Active Devices
68
Active Device Measurement Example
68
How to Interpret Mixed-Mode S-Parameters
70
How to Characterize Balanced Devices
70
Single-Ended Performance
71
Mixed-Mode Performance
72
Mode Conversion
73
The Effect of Asymmetry on Mode Conversion Parameters
73
How to Use User-Defined Displays
75
Defining the Reference Impedance in User-Defined Equations
76
How to Calculate the VSWR of a Test Port
77
How to Calculate Impedance Looking into a Device Port
78
How to Calculate the Gain of a Transimpedance Amplifier
80
How to Measure Simultaneous Conjugate Match of a Differential 2-Port Device
81
How to Measure Simultaneous Conjugate Match of a Device with One Single-Ended and One Differential Port
84
How to Check Test Cable Repeatability
85
How to Use the Port Exchange Utility
86
How to Check Test Set Ports
88
How to Add a Calibration Kit Definition
88
Performing Time Domain Measurements
89
General Theory
90
Response Types
92
Analyzing Time-Domain Signatures
94
Using the Multiport Test System for Time-Domain Measurement and Analysis
99
Enabling the Time Domain Functions
99
Scaling and Formatting
101
Time Domain Controls
102
Gating Controls
102
Frequency Domain Controls
103
Practical Considerations
104
Masking
104
Filtering
105
Aliasing
106
Response Resolution
107
Range Resolution
107
Checking the Validity of a Time-Domain Calculation
108
Menu Reference
109
Introduction
110
File Menu
111
File > Open > Data
111
File > Open > Cal
111
File > Save > Data
111
File > Save > Cal
112
File > Import > Citifile
112
File > Import > Import S4P
112
File > Import > Import S3P
112
File > Import > Import S2P
112
File > Export > Citifile
113
File > Export > MMICAD
113
File > Export > Libra
115
File > Export > Ansoft
116
File > Export > Tab-Delimited Text
117
File > Print
117
File > Exit
119
Setup Menu
120
Setup > All
120
Setup > Meas Parameters
120
Measurement Parameters. See "Setup > Meas Parameters
120
Setup > Cal Kit Selection
122
Calibration Kit Selection. See "Setup > Cal Kit Selection
122
Setup > Adapter Usage
123
Setup > De-Embedding
125
Setup > Modify Rotations
129
Setup > Test Port Impedance
130
Setup > Display Configuration
131
Setup > Hardware
134
Setup > Preferences
135
Setup > 4-Port
138
Setup > 3-Port (Ports 1, 2, and 4)
139
Setup > 2-Port (Ports 1 and 3) / (Ports 2 and 4)
141
Calibrate Menu
143
Calibrate > Create Cal Subset
143
Calibrate > Remove Cal Subset
145
Calibrate > Standard Calibration
145
Calibrate > Electronic Calibration
145
Calibrate > Delete Current Cal
145
Data Menu
146
Data > Memory
146
Data > User-Defined Display > Add Page
149
Data > User-Defined Display > Modify Page
152
Data > User-Defined Display > Delete Page
153
Data > User-Defined Display > View Equations
154
Data > Transforms > Disable Transforms
154
Data > Transforms > 2 Balanced Ports
154
Data > Transforms > 2 Single-Ended, 1Balanced Port
155
Data > Transforms > 1 Single-Ended, 1 Balanced Port
155
Data > Transforms > 1 Balanced Port
155
Data > Display Visible
155
Data > Reset Display to Default Config
155
Data > Display Acquisition Info
156
Data > Clear All Data
156
Utility Menu
157
Utility > Manual Test-Set Control
157
Utility > Characterize Adapter
160
Utility > Measurement Counter Visible
161
Utility > Reset Measurement Counter
161
Utility > Diagnostics
161
Help Menu
162
Help > Contents
162
Help > about Multiport
162
Maintenance and Troubleshooting
163
Electrostatic Discharge
164
Care of Test Cable Assemblies
165
Connector Mating
165
Connector Torque
165
Cable Handling
166
Connector Care for RF & Microwave Coaxial Connectors
167
Troubleshooting
169
Contacting Agilent
170
Instrument Information
173
Front and Rear Panels
174
N4413A Front and Rear Panel
174
N4414A Front and Rear Panel
178
N4415A Front and Rear Panel
182
N4416A Front and Rear Panel
186
N4417A Front and Rear Panel
190
N4418A Front and Rear Panel
194
N4419A Front and Rear Panel
198
N4421A Front and Rear Panel
202
Specifications and Characteristics
206
Power Supply Requirements
206
Environmental Operating Conditions
206
Physical Characteristics
207
Safety and Regulatory Information
209
General Information
210
Cleaning
210
Positioning the System for Use
210
Shipment for Service
210
Safety Information
211
Safety Symbols
211
Instrument Markings
212
Safety Considerations
213
Regulatory Information
216
Compliance with Canadian EMC Requirements
216
Compliance with German Noise Requirements
216
Declaration of Conformity
217
Other Technical Procedures
219
Waveguide Characterization Procedure
221
IF Gain Adjustment
222
Adjustment Test
222
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