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THS3024
Tektronix THS3024 User Manual
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Introduction
Hanging
Strap
Y
ou
can
also
han
g
the
instrument
from
a
door
handle
or
similar
object
using
the
hanging
strap
handle
.
T
o
attach
the
hanging
strap
to
the
instrument,
thread
it
through
the
bars
on
the
top
right
and
left
sides
of
the
instrument
and
secure
the
ends
as
shown
in
the
following
fi
gure.
Y
ou
can
now
hang
the
instrument
as
needed.
(See
Figure
5.)
Figure
5:
H
ow
to
use
the
hanging
strap
handle
THS3000
Series
Oscilloscopes
User
Manual
15
30
32
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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