Tabor Electronics 3362 Manuals

Manuals and User Guides for Tabor Electronics 3362. We have 1 Tabor Electronics 3362 manual available for free PDF download: User Manual

Tabor Electronics 3362 User Manual (130 pages)

300 MS/s SINGLE / DUAL ARBITRARY WAVEFORM GENERATOR

Brand: Tabor Electronics | Category: Portable Generator | Size: 2 MB

Warranty Statement
2
Proprietary Notice
2
Table of Contents
3
Table of Contents
4
Table of Figures
6
Getting Started
8
What's in this Chapter
8
Figure 1-1, Model 3361/3362
8
Introduction
9
Options
10
Safety Considerations
11
Supplied Accessories
11
Specifications
11
Functional Description
11
Input and Output Connectors
12
Trigger Input
12
Operating Modes
13
Standard (Fixed) Waveforms
15
Arbitrary (User) Waveforms
15
Sequenced Waveforms
16
Figure 1.1A , Segment 1 - sin (X)/X Waveform
16
Figure 1.1B. Segment 2 - Sine Waveform
17
Figure 1.1C Segment 3 - Pulse Waveform
17
Figure 1- 1D. Sequenced Waveforms
17
Output State
18
Front Panel Indicators
18
Programming the Model 3361/3362
18
CONFIGURING the INSTRUMENT
19
Installation Overview
19
Unpacking and Initial Inspection
19
Safety Precautions
19
Performance Checks
20
Power Requirements
20
Grounding Requirements
21
Long Term Storage or Repackaging for Shipment
21
Preparation for Use
22
Logical Address Selection
22
Figure 2.1 Setting Logical Address
22
Installation
23
Bench Operation
23
Rack Mounting
23
USING the INSTRUMENT
24
Overview
24
Inter-Channel Dependency
24
Output Termination
24
Input / Output Protection
24
Power On/Reset Defaults
25
Programming the 3361/3362
25
Figure 3.1 Default Conditions after Power on or after *RST
25
Controlling the 3361/2 Using Wavecad
27
Figure 3.2 Reset Button on the System Tab
27
Figure 3-3 Adjusting Standard Waveform Types and Parameters
28
Figure 3-4 Turning on Outputs
28
Controlling Instrument Functions
29
Using the Apply Command
29
Selecting the Active Channel
32
Enabling the Main Outputs
33
Figure 3.5 Select Active Channel by Clicking on Chan a or B
33
Selecting an Output Type
34
Function Mode
34
Selecting a Standard Function Shape
35
Figure 3.6 Output Control with a Wavecad Panel
35
Figure 3.7, Standard Waveform Selection Panel
36
Changing the Frequency and Sample Clock
38
Selecting the External SCLK
39
Programming the Output Amplitude and Offset
40
Voltage:offset
40
Figure3.10 Adjust Standard Signal Amplitude and Frequency
40
Selecting the Filter Type
41
Selecting an Operating Mode
42
Figure 3.11 Adjusting Filter Parameters
42
Figure 3.12, Adjusting Trigger Parameters
43
Using the Internal Trigger Generator
46
Selecting the Trigger Slope
46
Trigger Level
47
Using the Soft Trigger
47
Enabling the SYNC Output
47
Assigning the Source for the SYNC Output
48
Selecting the SYNC Position
49
Generating Arbitrary Waveforms
49
Figure 3.13 Controls for the SYNC Output Are on the Output Tab
49
What Are Arbitrary Waveforms
50
Figure 3.14 Wavecad Arbitrary Waveform Control Panel
50
Arbitrary Memory Management
51
Memory Management Commands
51
Loading Arbitrary Waveforms
52
Trace:select
52
Figure 3. 15, Definite Length Arbitrary Block Data Format
53
Figure 3.16, 12-Bit Waveform Data Format
54
Using Wavecad to Generate Arbitrary Waveforms
55
Using Standard Waveforms to Generate Arbitrary Waveforms
56
Figure 3.17 Initial Step Is to Set up Vertical and Horizontal Conditions
56
Figure 3.18 Arbitrary Waveform Made by Combining some Standard Waveforms. the Pop-Up Menu for each Wave Allows
56
Using Waveform Drawing and Editing Tools to Generate Arbitrary Waveforms
57
Using Equation Editor to Generate Arbitrary Waveforms
57
Figure 3.19A Using Equation Editor to Generate One Cycle of Sine Wave
58
Figure 3.19B Using Equation Editor to Generate One Cycle of Sine Wave with a Higher Amplitude
58
Figure 3.19C Using Equation Editor to Generate Five Cycles of Sine Wave
59
Figure 3.19D Using Equation Editor to Generate Five Cycles of Sine Cubed Wave
60
Figure 3.19E Using Equation Editor to Add Second Harmonic Distortion to Sine Wave
60
Figure 3.19F Using Equation Editor to Generate Exponentially Decaying Sine Wave
61
Figure 3.19G Using Equation Editor to Build Amplitude Modulated Signal with Upper and Lower Sidebands
61
Using Previously Saved Waveforms to Generate Arbitrary Waveforms
62
Using Files from Other Applications to Generate Waveforms
62
Figure 3.20 Opening or Saving Waveforms
62
Sequenced Waveforms
63
What Are Sequenced Waveforms
63
Sequence Commands
63
Figure 3.21 Importing Data from Other Applications Using .Csv File Format
63
Fast Binary Sequence Table Download
66
Using Wavecad to Generate Sequences
67
Downloading Segments
67
Figure 3.22, Sequence Table Download Format
67
Selecting Number of Sequences
68
Selecting Active Sequence
68
Figure 3.23 Selecting Number of Sequences to be Used
68
Figure 3.24 Selecting the Active Sequence and Entering Sequences
69
Running Sequences Using Wavecad
70
Generating Sequenced Sequences
70
What Are Sequenced Sequences
70
Figure 3. 25 Selecting Sequence Output Mode
70
Figure 3. 26 Squenced Sequences
70
Figure 3. 27 the Sequence Editor
70
Sequence Advance Commands
72
Sequence Advance Source Commands
73
Generating Sequenced Sequences with Wavecad
74
Figure 3.28A Multi Sequence Table Editor with 3 Sequences
78
Figure 3.28B Multi Sequence Table Editor with 7 Sequences and Repeated Sequences
78
Adjusting Phase Offset between Channels
79
Phase:offset
80
Figure 3.29 Channel to Channel Phase Adjustment in Wavecad
80
Amplitude Modulation Commands
81
System-Related Commands
81
System:error
81
SCPI Commands from Wavecad
82
System:version
82
Figure 3.30 Entering SCPI Commands Direct from Wavecad
83
Introduction
84
SCPI Syntax and Styles
84
Querying Parameter Setting
84
Scpi Command Reference
84
Query Response Format
85
Common Commands
85
Source Subsystem
90
Output Subsystem
100
Output:filter
100
Format Subsystem
102
Instrument Subsystem
103
Trigger Subsystem
103
Trigger:burst
104
Trigger:count
104
Trace Subsystem
106
Sequence Mode
108
System:error
110
Commands and Queries
111
The SCPI Status Registers
112
The Status Byte Register (STB)
113
Reading the Status Byte Register
116
Clearing the Status Byte Register
116
Service Request Enable Register (SRE)
116
Standard Event Status Register (ESR)
117
Standard Event Status Enable Register (ESE)
118
Error Messages
118
Device-Specific Commands
121
Appendix A Specifications
122
Output Channels
122
Sample Clock
122
Trigger Sources
123
Standard Waveforms
123
Arbitrary Waveforms
124
TRIG Input
128

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