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THS3024
Tektronix THS3024 User Manual
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Introduction
Hanging
Hook
T
o
hang
the
inst
rument
from
a
cabinet
door
,
separation
wall,
or
ladder
rung,
you
can
a
ttach
a
hook
handle
(optional
accessory).
T
o
attach
the
hook
handle,
close
the
tilt
stand,
screw
the
hook
handle
into
the
back
of
the
instrument,
and
then
hang
the
instrument
where
needed.
(See
Figure
4.)
Figure
4:
H
ow
to
use
the
hanging
hook
handle
14
THS3000
Series
Osc
illoscopes
User
Manual
29
31
Table of Contents
Table of Contents
7
General Safety Summary
12
Preface
15
Where to Find more Information
16
Terms Used in this Manual
16
Table I: Product Documentation
16
Introduction
17
Product Description
17
Front Panel Navigation
18
Figure 1: Instrument Front Panel
19
Initial Setup
25
Restore Factory Default Settings
28
Figure 2: Rising Edge of Square Wave
28
Tilt Stand, Hanging Hook, and Kensington® Lock
29
Figure 3: Tilt Stand and Location of Kensington® Lock
29
Figure 4: How to Use the Hanging Hook Handle
30
Figure 5: How to Use the Hanging Strap Handle
31
Operating Basics
33
Input Connections
33
Figure 6: Top Panel Input Connectors
33
About Floating Measurements
34
Figure 7: Isolated Input Architecture
34
Figure 8: Common-Reference Input Architecture
35
Connect Probes and Leads
36
Figure 9: Parasitic Capacitance between Probes, Instrument, and Environment
37
Figure 10: Parasitic Capacitance between Analog and Digital Reference
38
Figure 11: Correct Connection of Reference Leads
38
Figure 12: Wrong Connection of Reference Leads
39
Figure 13: Making Voltage Probe Connections on Four Channels
40
Figure 14: Voltage Probe Connection Using a Ground Spring
41
Figure 15: Connections Using Hook Tips and Alligator Clip Grounding
42
Figure 16: Probe Tip Ground Ring
43
Select an Input Channel
44
Adjust the Probe Type Settings
45
Display an Unknown Signal with Autoset or Autorange
45
Figure 17: Display with Autoset
46
Automatic Measurements
47
Figure 18: Display with Autorange
47
Figure 19: Hz and V Peak-Peak as Measurements
49
Stop the Display
50
Figure 20: Frozen (Stopped) Display
50
Average, Persistence, and Glitch Capture
51
Figure 21: Live (Running) Display
51
Table 1: Comparison of Averaged Versus Nonaveraged Waveforms
52
Figure 22: Using Persistence to Observe Dynamic Signals
53
Acquire Waveforms
54
Figure 23: FFT Measurement
59
Pass-Fail Testing
62
Table 2: Pixel Colors Description
62
Recorder Functions
63
Plot Measurements over Time (Trendplot™)
63
Figure 24: RECORDER REPLAY Main Menu
63
Figure 25: Trendplot™ Measurement
64
Record Waveforms in Deep Memory (Scope Roll Mode)
65
Figure 26: Recording Waveforms Using Scope Roll Mode
65
Analyze Waveforms
68
Use Replay
68
Use Zoom
69
Use Cursors
70
Figure 27: Zooming in on a Waveform
70
Figure 28: Voltage Measurement with Horizontal Cursors
71
Figure 29: Time Measurement with Vertical Cursors
73
Figure 30: Risetime Measurement Using Cursors
75
Trigger Functions
76
Table 3: Trigger Types
77
Figure 31: Screen with All Trigger Information
79
Figure 32: Trigger Delay or Pretrigger View
80
Figure 33: Making a Single Shot Measurement
83
Figure 34: N-Event Triggering
84
Figure 35: Trigger on NTSC Video Signal Field 1
85
Figure 36: Pulse Width Triggering
86
Table 4: Internal Memory
87
Save and Recall
87
Troubleshooting
95
Appendix A:specifications
97
General Specifications
97
Introduction
97
Table 5: Record Length (Samples/Points Per Input)
97
Table 6: Oscilloscope Inputs
98
Automatic Measurements
102
Table 7: Automatic Measurement Specifications
102
Recorder Specifications
105
Table 8: Recorder
105
Table 9: Zoom, Data Log, and Cursors
105
Zoom, Data Log, and Cursors Specifications
105
Miscellaneous Specifications
106
Table 10: Display
106
Table 11: Power
106
Table 12: Probe Calibration Output Signal
107
Table 13: Memory
107
Table 14: Interface Ports
108
Table 15: Mechanical
108
Table 16: Environmental
108
Safety Specifications
109
Table 17: Safety Specifications
109
Figure 37: Input Voltage Versus Frequency
110
Figure 38: Maximum Voltage between Oscilloscope References, and between Oscilloscope References and
110
Probe Specifications
111
Table 18: THP0301 Voltage Probe
111
Appendix A: Specifications
97
Appendix B: Connect the Instrument to a Computer
113
USB Ports
114
Install USB Drivers
115
Confirm Oscilloscope and PC Communication
116
Appendix C: Probe Compensation and Compatible Maximum Voltages
119
Compensate Voltage Probes
119
Compatible Probe Maximum Voltages
121
Table 19: Compatible Probe Maximum Voltages
121
Appendix D: Battery Pack
123
Save Battery Life
123
Charge the Batteries
124
Appendix E: Maintenance and Cleaning
127
Maintaining the Instrument
127
Cleaning
127
Storage
127
Index
129
4
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Tektronix THS3024 Specifications
General
Brand
Tektronix
Model
THS3024
Category
Test Equipment
Language
English
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