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33220A
Agilent Technologies 33220A User Manual
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Agilent T
echnolo
gies
Agil
en
t
33220A
20 MHz
Waveform Generator
User's
Guide
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11:
28
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2
Table of Contents
Default Chapter
3
Convenient Bench-Top Features
3
Flexible System Features
3
Front Panel
4
The Front-Panel Display at a Glance
5
Front-Panel Number Entry
6
Rear Panel
7
In this Book
8
Table of Contents
10
Chapter 1 Quick Start
14
Quick Start
15
To Prepare the Function Generator for Use
16
Check the List of Supplied Items
16
Connect the Power Cord and Turn on the Function Generator
16
To Adjust the Carrying Handle
17
To Set the Output Frequency
18
To Set the Output Amplitude
19
To Set a DC Offset Voltage
21
To Set the High-Level and Low-Level Values
22
To Select “DC Volts”
23
To Set the Duty Cycle of a Square Wave
24
To Configure a Pulse Waveform
25
To View a Waveform Graph
26
To Output a Stored Arbitrary Waveform
27
To Use the Built-In Help System
28
View the Help Information for a Function Key
28
View the Help Information for a Menu Softkey
28
View the List of Help Topics
29
View the Help Information for Displayed Messages
29
Local Language Help
29
To Rack Mount the Function Generator
30
Chapter 2 Front-Panel Menu Operation
32
Front-Panel Menu Operation
33
Front-Panel Menu Reference
34
Configure the Modulation Parameters for AM, FM, PM, FSK and PWM
34
Configure the Parameters for Frequency Sweep
34
Configure the Parameters for Burst
34
Store and Recall Instrument States
35
Configure System-Related Parameters
35
To Select the Output Termination
36
To Reset the Function Generator
36
To Output a Modulated Waveform
37
To Output an FSK Waveform
39
To Output a PWM Waveform
41
To Output a Frequency Sweep
43
To Output a Burst Waveform
45
To Trigger a Sweep or Burst
47
To Store the Instrument State
48
To Configure the Remote Interface
49
GPIB Configuration
49
USB Configuration
49
LAN Configuration
50
Establish an “IP Setup”
51
Configure the “DNS Setup”
52
More about IP Addresses and Dot Notation
53
Chapter 3 Features and Functions
54
Features and Functions
55
Output Configuration
56
Output Function
56
Function Limitations
57
Amplitude Limitations
57
Front-Panel Operation
57
Output Frequency
58
Output Amplitude
59
Remote Interface Operation
59
Offset Voltage Limitations
59
Arbitrary Waveform Limitations
60
DC Offset Voltage
61
Limits Due to Amplitude
61
Limits Due to Output Termination
61
Output Units
63
Output Termination
64
Duty Cycle (Square Waves)
65
Symmetry (Ramp Waves)
66
Voltage Autoranging
67
Output Control
67
Waveform Polarity
68
Sync Output Signal
69
Pulse Waveforms
71
Pulse Period
71
Pulse Width
72
Pulse Duty Cycle
73
Edge Time
74
Amplitude Modulation (AM)
75
To Select am Modulation
75
Carrier Waveform Shape
76
Carrier Frequency
76
Modulating Waveform Shape
77
Modulating Waveform Frequency
77
Modulation Depth
78
Modulating Source
79
Frequency Modulation (FM)
80
To Select FM Modulation
80
Frequency Deviation
84
Phase Modulation (PM)
86
To Select PM Modulation
86
Phase Deviation
89
Frequency-Shift Keying (FSK) Modulation
90
To Select FSK Modulation
90
FSK Carrier Frequency
91
FSK “Hop” Frequency
92
FSK Rate
92
FSK Source
93
Pulse Width Modulation (PWM)
94
To Select PWM Modulation
94
Pulse Waveform
95
Width Deviation
97
Duty Cycle Deviation
98
Frequency Sweep
100
To Select Sweep
100
Start Frequency and Stop Frequency
101
Center Frequency and Frequency Span
102
Sweep Mode
103
Sweep Time
103
Marker Frequency
104
Sweep Trigger Source
105
Trigger out Signal
106
Burst Mode
107
To Select Burst
107
Burst Type
108
Waveform Frequency
110
Burst Count
111
Burst Period
112
Burst Phase
113
Burst Trigger Source
114
Triggering
116
Trigger Source Choices
116
Internal Triggering in the Internal Trigger Mode
117
Manual Triggering in the Manual Trigger Mode
117
External Triggering in the External Trigger Mode
118
Software (Bus) Triggering
118
Trigger Input Signal
119
Triggered Sweep Mode
119
Externally-Modulated FSK Mode
119
Triggered Burst Mode
119
Trigger Output Signal
120
Arbitrary Waveforms
121
To Create and Store an Arbitrary Waveform
121
Additional Information on Arbitrary Waveforms
126
System-Related Operations
127
Instrument State Storage
127
Error Conditions
130
Beeper Control
131
Display Bulb-Saver
131
Display Contrast
132
Self-Test
132
Display Control
133
Number Format
134
Firmware Revision Query
135
SCPI Language Version Query
135
Remote Interface Configuration
136
Connectivity Software and Product Cds
136
DHCP On/Off (LAN) DHCP (Dynamic Host Configuration Protocol)
138
Auto IP On/Off (LAN) Auto IP
138
IP Address (LAN)
139
More about Dot Notation
139
Subnet Mask (LAN)
140
Default Gateway (LAN)
140
Host Name (LAN)
141
Domain Name (LAN)
142
DNS Server (LAN) DNS (Domain Name Service)
142
Web Password (LAN)
143
Current Configuration (LAN)
143
Additional SCPI Configuration Commands (LAN)
143
Agilent 33220A Web Interface
144
External Timebase Reference (Option 001)
145
Calibration Overview
147
Calibration Security
147
To Unsecure for Calibration
148
To Secure against Calibration
148
Calibration Count
149
To Change the Security Code
149
Calibration Message
150
Factory Default Settings
151
Chapter 4 Remote Interface Reference
154
Remote Interface Reference
155
SCPI Command Summary
156
The Apply Commands
156
Output Configuration Commands
157
Pulse Configuration Commands
158
Modulation Commands
159
PM Commands
160
FSK Commands
160
PWM Commands
160
Sweep Commands
161
Burst Commands
162
Arbitrary Waveform Commands
163
Triggering Commands
164
State Storage Commands
164
System-Related Commands
165
Interface Configuration Commands
166
Phase-Lock Commands
167
Status Reporting Commands
167
Calibration Commands
168
IEEE 488.2 Common Commands
168
Using the Apply Command
169
Using the Low-Level Commands
169
SCPI • Simplified Programming Overview
169
Reading a Query Response
170
Selecting a Trigger Source
170
Using the Apply Command
171
Apply Command Syntax
176
Output Configuration Commands
180
Pulse Configuration Commands
193
AM Overview
198
Amplitude Modulation (AM) Commands
198
FM Overview
201
Frequency Modulation (FM) Commands
201
FM Commands
202
Phase Modulation (PM) Commands
205
Frequency-Shift Keying (FSK) Commands
208
FSK Overview
208
Pulse Width Modulation (PWM) Commands
211
PWM Overview
211
Frequency Sweep Commands
216
Sweep Overview
216
Burst Mode Commands
224
Burst Mode Overview
224
Triggering Commands
232
Arbitrary Waveform Commands
235
Using the IEEE-488.2 Binary Block Format
239
State Storage Commands
246
System-Related Commands
250
GPIB Interface Commands
255
Interface Configuration Commands
255
Remote/Local Instrument State Commands
255
LAN Interface Commands
256
LAN Port Usage the Agilent 33220A Uses LAN Port 5024 for Telnet
258
Phase-Lock Commands (Option 001 Only)
259
The SCPI Status System
261
What Is a Condition Register?
261
What Is an Enable Register?
261
What Is an Event Register?
261
Chapter 4 Remote Interface Reference
262
Status System Diagram
262
Bit Definitions – Status Byte Register
263
The Status Byte Register
263
Using *STB? to Read the Status Byte
265
Using Service Request (SRQ) and Serial Poll
265
To Determine When a Command Sequence Is Completed
266
To Interrupt Your Computer Using SRQ
266
Using the Message Available Bit (MAV)
266
Bit Definitions – Questionable Data Register
267
The Questionable Data Register
267
Bit Definitions – Standard Event Register
269
The Standard Event Register
269
Status Byte Register Commands
271
Status Reporting Commands
271
Questionable Data Register Commands
272
Standard Event Register Commands
273
Miscellaneous Status Register Commands
274
Calibration Commands
275
SCPI • an Introduction to the SCPI Language
277
Command Format Used in this Manual
278
Command Separators
279
Using the MIN and MAX Parameters
279
Common Commands
280
Querying Parameter Settings
280
SCPI Command Terminators
280
Boolean Parameters / String Parameters String Parameters
281
Discrete Parameters Discrete Parameters
281
Numeric Parameters Commands
281
SCPI Parameter Types
281
Using Device Clear
282
Chapter 5 Error Messages
284
Error Messages
285
Command Errors
286
Execution Errors
289
Device Dependent Errors
304
Query Errors
305
Instrument Errors
306
Self-Test Errors
307
Calibration Errors
309
Arbitrary Waveform Errors
310
Chapter 6 Application Programs
312
Application Programs
313
Introduction
313
Program Listings
315
Example: a Simple Sine Waveform
315
Example: Amplitude Modulation
316
Example: Linear Sweep
317
Example: a Pulse Waveform
318
Example: Pulse Width Modulation (PWM)
319
Example: Downloading an Arbitrary Waveform (ASCII)
320
Chapter 7 Tutorial
322
Tutorial
323
Direct Digital Synthesis
324
Phase Accumulator Circuitry
326
Creating Arbitrary Waveforms
327
Arbitrary Waveform with Discontinuity
328
Square Waveform Generation
329
Pulse Waveform Generation
330
Signal Imperfections
331
Harmonic Imperfections
331
Non-Harmonic Imperfections
332
Phase Noise
332
Quantization Errors Finite DAC Resolution (14 Bits)
332
Output Amplitude Control
333
Ground Loops
334
Ground Loop Effects
335
Attributes of AC Signals
336
Modulation
338
Frequency Modulation (FM) for FM
340
Frequency-Shift Keying (FSK)
341
Frequency Sweep
343
Sync and Marker Signals
344
Burst
344
N-Cycle Burst
345
Gated Burst
345
Chapter 8 Specifications
346
Specifications
347
Waveforms
347
Waveform Characteristics
347
Common Characteristics
348
Modulation
348
Sweep
349
Burst
349
Trigger Characteristics
349
Programming Times
349
General
350
Product Dimensions
351
Index
352
Declaration of Conformity
362
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Agilent Technologies 33220A Specifications
General
Brand
Agilent Technologies
Model
33220A
Category
Inverter
Language
English
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