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YOKOGAWA
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DLM3024
User Manual
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User Manual
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YOKOGAWA DLM3022, DLM3052, DLM3032, DLM3024, DLM3034 User Manual

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Page 1
DLM3022, DLM3032, DLM3052
Digital Oscilloscope
DLM3024, DLM3034, DLM3054
Mixed Signal Oscilloscope
nbn Austria GmbH
IM DLM3054-02EN
1st Edition
Page 2
Notes
Thank you for purchasing the DLM3022, DLM3032, or DLM3052 digital oscilloscope or the DLM3024, DLM3034, or DLM3054 mixed signal oscilloscope. This User’s Manual explains how to use the instrument. To ensure correct use, please read this manual thoroughly before operation. After reading this manual, keep it in a safe place. The manuals for this instrument are listed on the next page. Please read all manuals.
Contact information of Yokogawa offices worldwide is provided on the following sheet.
Document No. Description
PIM 113-01Z2 List of worldwide contacts
• The contents of this manual are subject to change without prior notice as a result of continuing improvements to the instrument’s performance and functions. The figures given in this manual may differ from those that actually appear on your screen.
• Every effort has been made in the preparation of this manual to ensure the accuracy of its contents. However, should you have any questions or find any errors, please contact your nearest YOKOGAWA dealer.
• Copying or reproducing all or any part of the contents of this manual without the permission of YOKOGAWA is strictly prohibited.
• The TCP/IP software of this product and the documents concerning it have been developed/created by YOKOGAWA based on the BSD Networking Software, Release 1 that has been licensed from the Regents of the University of California.
Trademarks
• Microsoft, Internet Explorer, MS-DOS, Windows, Windows 7, Windows 8.1, and Windows 10 are registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries.
• Adobe and Acrobat are either registered trademarks or trademarks of Adobe Systems Incorporated.
• DLM is a registered trademark of Yokogawa Electric Corporation.
• In this manual, the TM and ® symbols do not accompany their respective registered trademark or trademark names.
• Other company and product names are trademarks or registered trademarks of their respective holders.
Revisions
• 1st Edition: November 2018
1st Edition: November 2018 (YMI) All Rights Reserved, Copyright © 2018 Yokogawa Test & Measurement Corporation
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Page 3

Manuals

The following manuals, including this one, are provided as manuals for this instrument. Please read all manuals.
Manual Title Manual No. Description
DLM3022, DLM3032, DLM3052 Digital Oscilloscope DLM3024, DLM3034, DLM3054 Mixed Signal Oscilloscope Features Guide DLM3022, DLM3032, DLM3052 Digital Oscilloscope DLM3024, DLM3034, DLM3054 Mixed Signal Oscilloscope User’s Manual DLM3022, DLM3032, DLM3052 Digital Oscilloscope DLM3024, DLM3034, DLM3054 Mixed Signal Oscilloscope Getting Started Guide DLM3022, DLM3032, DLM3052 Digital Oscilloscope DLM3024, DLM3034, DLM3054 Mixed Signal Oscilloscope Operation Guide
DLM3022, DLM3032, DLM3052 Digital Oscilloscope DLM3024, DLM3034, DLM3054 Mixed Signal Oscilloscope Communication Interface User’s Manual DLM3022, DLM3032, DLM3052 Digital Oscilloscope DLM3024, DLM3034, DLM3054 Mixed Signal Oscilloscope
The “EN” and “Z1” in the manual numbers are the language codes.
IM DLM3054-01EN The supplied CD contains the PDF file
of this manual. This manual explains all the instrument’s features other than the communication interface features.
IM DLM3054-02EN This document. The supplied CD contains the
PDF file of this manual. The manual explains how to operate this instrument.
IM DLM3054-03EN Provided as a printed manual.
This guide explains the handling precautions, common operations, troubleshooting measures, and specifications of this instrument.
IM DLM3054-04EN Provided as a printed manual.
Explains the basic operations of this instrument. Operations are described in steps from “Preparation” to “Displaying Waveforms,” “Measuring Waveforms,” and “Saving Screen Captures.”
IM DLM3054-17EN The supplied CD contains the PDF file of this
manual. Explains the functions of the this instrument’s communication interface, how to configure it, and how to control this instrument from a PC using the interface.
IM DLM3054-92Z1 Document for China
Manuals in the CD
The included CD (manual CD) contains the following English and Japanese manuals.
File Name Manual No. Description
Features Guide & Users Manual.pdf IM DLM3054-01EN
IM DLM3054-02EN
Communication Interface.pdf IM DLM3054-17EN Communication Interface User’s Manual
Features Guide and User’s Manual
Online Help
A help document in HTML format stored in the instrument. The contents of this document are the
same as the Features Guide (IM DLM3054-01EN). For the operating procedure, see section 3.10 in the Getting Started Guide (IM DLM3054-03EN).
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DLM Models and Conventions Used in This Manual

Models Explained
This manual explains the 4-channel model of this instrument. Channel settings vary depending on the model.
Notes
The notes and cautions in this manual are categorized using the following symbols.
Improper handling or use can lead to injury to the user or damage to the
instrument. This symbol appears on the instrument to indicate that the user must refer to the user’s manual for special instructions. The same symbol appears in the corresponding place in the user’s manual to identify those instructions. In the manual, the symbol is used in conjunction with the word “WARNING” or “CAUTION.”
WARNING
CAUTION
Calls attention to actions or conditions that could cause serious or fatal injury to
the user, and precautions that can be taken to prevent such occurrences.
Calls attention to actions or conditions that could cause light injury to the user or
damage to the instrument or user’s data, and precautions that can be taken to prevent such occurrences.
French
AVERTISSEMENT
ATTENTION
Calls attention to information that is important for the proper operation of the
Note
Attire l’attention sur des gestes ou des conditions susceptibles de
Attire l’attention sur des gestes ou des conditions susceptibles
de provoquer des blessures graves (voire mortelles), et sur les précautions de sécurité pouvant prévenir de tels accidents.
provoquer des blessures légères ou d’endommager l’instrument ou les données de l’utilisateur, et sur les précautions de sécurité susceptibles de prévenir de tels accidents.
instrument.
Unit
k Denotes 1000. Example: 100 kS/s (sample rate) K Denotes 1024. Example: 720 KB (file size)
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Contents

Manuals ............................................................................................................................................ii
DLM Models and Conventions Used in This Manual ....................................................................... iii
Chapter 1 Vertical and Horizontal Control
1.1 Setting the Vertical Axis (Analog Signal) .......................................................................... 1-1
1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port) ........ 1-6
1.3 Setting the Horizontal Scale (Time Scale) ...................................................................... 1-13
Chapter 2 Trigger
2.1 Setting the Trigger Mode and Trigger Hold-off Time......................................................... 2-1
2.2 Setting the Trigger Position and Trigger Delay ................................................................. 2-2
Edge Trigger
2.3 Triggering on an Edge Trigger .......................................................................................... 2-4
Enhanced Trigger
2.4 Triggering on the OR of Multiple Edge Triggers ............................................................... 2-6
2.5 Triggering on Multiple Input Patterns ................................................................................ 2-7
2.6 Triggering on Pulse Width ...............................................................................................2-11
2.7 Triggering on Rise and Fall Times .................................................................................. 2-13
2.8 Triggering on Runt Signals ............................................................................................. 2-15
2.9 Triggering on Timeout Period ......................................................................................... 2-17
2.10 Triggering on a Window Trigger ..................................................................................... 2-18
2.11 Triggering on the OR of Multiple Window Triggers ......................................................... 2-20
2.12 Triggering on Edge Intervals .......................................................................................... 2-21
2.13 Triggering on FlexRay Bus Signals (Option) .................................................................. 2-23
2.14 Triggering on CAN Bus Signals (Option) ........................................................................ 2-26
2.15 Triggering on CAN FD Bus Signals (Option) .................................................................. 2-31
2.16 Triggering on LIN Bus Signals (Option) .......................................................................... 2-37
2.17 Triggering on CXPI Bus Signals (Option) ....................................................................... 2-41
2.18 Triggering on SENT Signals (Option) ............................................................................. 2-46
2.19 Triggering on UART Signals (Option) ............................................................................. 2-53
2.20 Triggering on I
2.21 Triggering on SPI Bus Signals (Option) .......................................................................... 2-62
2.22 Triggering On User-Defined Serial Bus Signals ............................................................. 2-66
2.23 Triggering on a TV Trigger .............................................................................................. 2-69
2
C Bus Signals (Option) .......................................................................... 2-57
B Trigger
2.24 Triggering on Combination Triggers (B TRIG) ................................................................ 2-71
Forced Trigger
2.25 Forcing the Instrument to Trigger (FORCE TRIG) .......................................................... 2-73
Action, GO/NO-GO
2.26 Setting the Action-On-Trigger Function .......................................................................... 2-74
2.27 Performing GO/NO-GO Determination ........................................................................... 2-75
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Chapter 3 Waveform Acquisition
3.1 Setting Conditions for Waveform Acquisition .................................................................... 3-1
3.2 Acquiring Waveforms ....................................................................................................... 3-3
Chapter 4 Screen Display
4.1 Setting Display Conditions ............................................................................................... 4-1
4.2 Using the Accumulate Feature ......................................................................................... 4-3
4.3 Using the Snapshot and Clear Trace Features ................................................................ 4-4
4.4 Adjusting the Backlight ..................................................................................................... 4-5
Chapter 5 XY Display
5.1 Displaying XY Waveforms ................................................................................................ 5-1
5.2 Performing Cursor Measurements and Area Calculations ............................................... 5-2
Chapter 6 Computed and Reference Waveforms
6.1 Setting the Computation Mode ......................................................................................... 6-1
6.2 Performing Addition, Subtraction, and Multiplication ........................................................ 6-2
6.3 Performing Filter Functions .............................................................................................. 6-3
6.4 Performing Integration ...................................................................................................... 6-5
6.5 Performing Count Computations ...................................................................................... 6-6
6.6 Setting Labels, Units, and Scaling .................................................................................... 6-8
6.7 Loading Reference Waveforms ........................................................................................ 6-9
6.8 Performing User-Defined Computations (Optional) ......................................................... 6-11
Contents
Chapter 7 FFT
7.1 Displaying FFT Waveforms .............................................................................................. 7-1
7.2 Measuring FFT Waveforms .............................................................................................. 7-3
Chapter 8 Cursor measurement
8.1 MeasuringwithΔTCursors .............................................................................................. 8-1
8.2 MeasuringwithΔVcursors ............................................................................................... 8-2
8.3 MeasuringwithΔTandΔVCursors .................................................................................. 8-3
8.4 Measuring with Marker Cursors (Marker) ......................................................................... 8-4
8.5 Measuring with Angle Cursors (Degree) .......................................................................... 8-5
Chapter 9 Automated Measurement of Waveform Parameters
9.1 Automatically Measuring Waveform Parameters ............................................................. 9-1
9.2 Processing Statistics on Automatically Measured Values ................................................ 9-5
9.3 Measuring Enhanced Parameters .................................................................................. 9-10
Chapter 10 Zooming in or out of Waveforms
10.1 Zooming in or out of waveforms ..................................................................................... 10-1
10.2 Zooming in or out of Waveforms in the Vertical Direction ............................................... 10-3
Chapter 11 Searching Waveforms
11.1 Searching for Edges ........................................................................................................11-1
11.2 Searching with Multiple Input Patterns ............................................................................11-4
11.3 Searching for Pulse Width ...............................................................................................11-8
11.4 Searching for Timeout Periods ......................................................................................11-11
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Contents
Chapter 12 Analyzing and Searching Serial Bus Signals
12.1 Analyzing and Searching FlexRay Bus Signals (Option) ............................................... 12-1
12.2 Analyzing and Searching CAN Bus Signals (Option) ..................................................... 12-5
12.3 Analyzing and Searching CAN FD Bus Signals (Option) ............................................... 12-9
12.4 Analyzing and Searching LIN Bus Signals (Option) ..................................................... 12-13
12.5 Analyzing and Searching CXPI Bus Signals (Option) .................................................. 12-17
12.6 Analyzing and Searching SENT Signals (Option) ........................................................ 12-22
12.7 Analyzing and Searching UART Signals (Option) ........................................................ 12-29
12.8 Analyzing and Searching I
12.9 Analyzing and Searching SPI Bus Signals (Option) ..................................................... 12-40
12.10 Analyzing and Searching User-Defined Serial Bus Signals ......................................... 12-47
12.11 Displaying Multiple Lists ............................................................................................... 12-52
2
C Bus Signals (Option) ...................................................... 12-35
Chapter 13 Waveform Histogram Display
13.1 Displaying Waveform Histograms .................................................................................. 13-1
13.2 Measuring Histogram Parameters .................................................................................. 13-2
Chapter 14 Power Supply Analysis (Power Analysis and Power Measurement,
Option)
14.1 Power supply analysis type ............................................................................................ 14-1
14.2 Analyzing Switching Loss ............................................................................................... 14-2
14.3 Performing Safe Operating Area Analysis ...................................................................... 14-5
14.4 Performing Harmonic Analysis ....................................................................................... 14-6
14.5 Measuring the Joule Integral .......................................................................................... 14-9
14.6 Measuring Power ......................................................................................................... 14-10
Chapter 15 Displaying and Searching History Waveforms
15.1 Displaying History Waveforms ........................................................................................ 15-1
15.2 Searching History Waveforms ........................................................................................ 15-4
Chapter 16 Printing and Saving Screen Captures
16.1 Loading Roll Paper Into the Built-In Printer (Option) .......................................................... 16-1
16.2 Printing on the Built-in Printer (Option) ........................................................................... 16-3
16.3 Printing on a USB Printer ............................................................................................... 16-4
16.4 Printing on a Network Printer ......................................................................................... 16-5
16.5 Saving Screen Captures to Files .................................................................................... 16-6
16.6 Printing and Saving Screen Capture Data to Multiple Output Destinations at the Same
Time ................................................................................................................................ 16-8
Chapter 17 Saving and Loading Data
17.1 Connecting USB Storage Device to the USB Ports ....................................................... 17-1
17.2 Saving Waveform Data ................................................................................................... 17-2
17.3 Saving Setup Data ......................................................................................................... 17-6
17.4 Saving Other Types of Data ........................................................................................... 17-7
17.5 Loading Waveform Data ............................................................................................... 17-10
17.6 Loading Setup Data ...................................................................................................... 17-12
17.7 Loading Other Types of Data........................................................................................ 17-13
17.8 Performing File Operations .......................................................................................... 17-15
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Page 8
Chapter 18 Ethernet Communication
18.1 Connecting the Instrument to a Network ........................................................................ 18-1
18.2 Configuring TCP/IP Settings ........................................................................................... 18-3
18.3 Accessing the instrument from a PC (FTP Server) ........................................................ 18-4
18.4 Configuring Mail Transmission (SMTP Client Function) ................................................. 18-5
18.5 Connecting to a Network Drive ....................................................................................... 18-6
18.6 Configuring a Network Printer ........................................................................................ 18-7
18.7 Using SNTP to Set the Date and Time ........................................................................... 18-8
Chapter 19 Other Operations
19.1 Changing the Menu, Message , and USB Keyboard Languages ................................... 19-1
19.2 Setting the Click Sound, Measured Value Font Size, and Number of Rows for Displaying
Measurement Values ...................................................................................................... 19-2
19.3 Viewing Setup Information (Overview) ........................................................................... 19-3
19.4 Using the Instrument as a USB Storage Device ............................................................ 19-4
Index
Contents
vii
Page 9

Chapter 1 Vertical and Horizontal Control

Turns the inverted waveform display on and off
Offset

1.1 Setting the Vertical Axis (Analog Signal)

This section explains the following settings for the vertical axis for analog signals:
CH menu
• Turning waveform display on or off
• Input coupling
• Probe
• Turning inverted waveform display on and off
• linear scaling
• Label display
• Bandwidth limit
• Offset
UTILITY menu
• Turning offset cancel on or off
SCALE knob
• Vertical scale
POSITION knob
• Waveform vertical position
► “Vertical Axis (Analog Signal)” in the Features Guide
CH Menu
Press a key from CH1 to CH4. The channel key illuminates brightly, and the following menu
1.
If you press a channel key different from step 1, that channel becomes configurable.
2.
Note
• When waveform display is on, channel keys (CH1 to CH4) whose illuminate. You can press channel
• When the record length (Record Length) of the ACQUIRE menu is set to the maximum record length, the
appears.
You can also tap MENU ( ) in the upper left of the screen and select the CH menu from VERTICAL on the top menu that is displayed.
Turns waveform display on or off
Input coupling
Probe
The channel key being configured illuminates brightly, and the channel key selected in Step 1 is dark.
keys that are not illuminated to turn their waveform displays on. You can press channel keys that are
illuminated to turn their waveform displays off.
CH2 and CH4 waveforms cannot be used. For details on the ACQUIRE menu, see section 3.1.
Linear scaling
Label display
Bandwidth limit
1-1
Page 10
1.1 Setting the Vertical Axis (Analog Signal)
Attenuation
If AC is selected If DC or DC50 is selected
* The high-frequency –3 dB point differs according to the model and the voltage scale settings.
Input Coupling (Coupling)
AC: Displays the waveform produced from only the AC component of the input signal through
1MΩ.
DC: Displays the waveform produced from both the DC and AC components of the input signal
through1MΩ.
DC50: Displays the waveform produced from both the DC and AC components of the input signal
through50Ω.
Input Coupling Settings and Frequency Response
The frequency responses when the input coupling is set to AC, DC, and DC50 are shown below. Note that if the input coupling is set to AC, the instrument does not acquire low-frequency signals or
signal components as indicated in the figure below.
0 dB
–3 dB
Attenuation
0 dB
–3 dB
Input frequency Input frequency
About 1 Hz when 1:1 probe is used 1 Hz or lower when 10:1 probe is used
500 MHz*
CAUTION
• Themaximuminputvoltageinthecaseof1MΩinputis300Vrmsor400Vpeakwhenthe
frequency is 100 kHz or less. Applying a voltage greater than either of these limits may damage the input section. For frequencies above 100 kHz, damage may occur even if the voltage is below this value.
• Themaximuminputvoltagefor50Ωinputis5Vrmsor10Vpeak.Applyingavoltage
greater than either of these limits may damage the input section.
• If the input coupling is AC, in accordance with the frequency response, the input signal is attenuated more in lower frequencies. As a result, even when a high voltage signal is actually applied, it may not be measured as a high voltage signal. Furthermore, the over-range indicator may not be displayed on the screen. As necessary, switch the input coupling to DC to check the input signal voltage.
French
ATTENTION
• Latensiond’entréemaximumpouruneentréede1MΩestde300Vrmsou400Vcrête lorsque la fréquence est inférieure ou égale à 100 kHz. Le fait d’appliquer une tension dépassant l’une de ces limites risque d’endommager la section d’entrée. Si la fréquence
estsupérieureà100kHz,desdommagesrisquentdesurvenirmêmelorsquelatensionest
inférieure à cette valeur.
• Latensiond’entréemaximalepouruneentréede50Ωestde5Vrmsou10Vcrête. L’application d’une tension supérieure à l’une de ces limites pourrait endommager la section d’entrée.
• Si le courant du couplage d’entrée est alternatif (CA), conforme à la réponse en fréquence, le signal d’entrée est davantage atténué aux fréquences plus basses. Par conséquent,
mêmesivousappliquéunsignaldetensionélevée,cedernierrisquedenepasêtre
mesuré comme tel. De plus, le voyant de dépassement de plage risque de ne pas s’afficher à l’écran. Le cas échéant, basculez le couplage d’entrée sur CC (courant continu) afin de vérifier la tension du signal d’entrée.
500 MHz*
1-2
Page 11
1.1 Setting the Vertical Axis (Analog Signal)
Execute automatic zero adjustment of current probes
(Execution is only possible when a YOKOGAWA
Scaling Coefficient (A) and Offset (B)
Turn linear scaling on or off.
Turns label display on or off
Bandwidth limit
Probe (Probe)
Press the Probe soft key. The following menu items appear.
(can only be executed when current probes are connected)
Execute the demagnetization and automatic zero adjustment of current probes.
Probe type
Attenuation
PBC100 or PBC050 is connected.)
Deskew value
Note
When a current probe with a YOKOGAWA probe interface (such as a the PBC100 or PBC050 probe) is
connected to the instrument, you can execute demagnetization and automatic zero adjustment from the
instrument.
When you demagnetize and perform automatic zero adjustment on a current probe, do not clamp the
conductor. If you demagnetize a current probe while the conductor is clamped, the current that flows through
the conductor as a result of demagnetization may damage components of the DUT circuitry.
Linear Scaling (Linear Scale)
Press the Linear Scale soft key. The following menu items appear.
Unit
Label Display (Label)
Press the Label soft key. The following menu items appear.
Label
Bandwidth Limit (Bandwidth)
Press the Bandwidth soft key. The jog shuttle controls Bandwidth.
1-3
Page 12
1.1 Setting the Vertical Axis (Analog Signal)
Turns offset canceling on or off
Displays the vertical scale and input coupling for each channel
UTILITY System Configuration Menu
Press UTIL and then the System Configuration soft key. The following menu items appear.
Turning Offset Cancel On or Off (Offset Cancel)
ON: The offset is subtracted from the input signal when cursor measurements, computations, and
other operations are performed.
OFF: The offset is not subtracted from the input signal when cursor measurements, computations,
and other operations are performed.
Vertical Scale (SCALE knob)
Press a key from CH1 to CH4 to select the channel that you want to set the vertical scale for.
1.
• The CH key that you press illuminates brightly.
• The LED between the SCALE and POSITION knobs illuminates in the color assigned to the selected channel (the color around the CH key).
Turn the SCALE knob to set the vertical scale.
2.
If you push the SCALE knob, the FINE indicator illuminates, allowing you to set the vertical scale with higher resolution.
CH1 to CH4 keys
1
2
3
4
LOGIC
SCALE knob
LED
FINE indicator
1-4
Page 13
1.1 Setting the Vertical Axis (Analog Signal)
POSITION knob
CH1 to CH4 keys
Waveform Vertical Position ( POSITION knob)
Press a key from CH1 to CH4 to select the channel that you want to set the vertical position for.
1.
• The CH key that you press illuminates brightly.
• The LED between the SCALE and POSITION knobs illuminates in the color assigned to the selected channel (the color around the CH key).
Turn the POSITION knob to set the vertical position.
2.
You can set the vertical position to 0 V by pressing the POSITION knob.
1
2
Note
3
LED
4
LOGIC
Preview
• If you change the vertical scale when waveform acquisition is stopped, the waveform is displayed
expanded or reduced vertically.
• If you change the vertical position when waveform acquisition is stopped, the waveform display position
changes.
1-5
Page 14
1.2 Setting the Vertical Axis (Logic Signal) (On
State display
Turns waveform display on or off
Deskew value
models with the logic signal input port)
This section explains the following settings for the vertical axis for logic signals: LOGIC Menu
• Turning waveform display on or off
• Set bits. Turning bit display on and off, label name, threshold level, and noise rejection
• Bus display Turning the bus display on or off, bus bit assignment, labels, and format
• State display Turning state display on or off, clock source, clock source polarity, detection level, hysteresis, and
state assignment
• Bit and bus display order
• Deskewing
SCALE knob
• Display size
POSITION knob
• Vertical position
► “Vertical Axis (Logic Signal)” in the Features Guide
LOGIC Menu
Press LOGIC. The following menu items appear.
You can also tap MENU ( VERTICAL on the top menu that is displayed.
Note
• If you press the L key when it is not illuminated, the key illuminates, and the LOGIC waveform display
• If you press the LOGIC key when it is illuminated, the key turns off, and the LOGIC waveform display
• When the record length (Record Length) of the ACQUIRE menu is set to the maximum record length,
) in the upper left of the screen and select the LOGIC menu from
Set bits.
Bus display
turns on. Logic signal waveforms are displayed in the CH4 waveform display area.
turns off.
LOGIC waveforms cannot be used. For details on the ACQUIRE menu, see section 3.1.
Bit and bus display order
1-6
Page 15
1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port)
Display on/off state and label of each bit
If you change the automatically specified value,
Turns the display on or off for all bits
Display on/off state and label of each bit
If you change the automatically specified value,
Bit Settings (Bit Setup)
Press the Bit Setup soft key. The following screen appears.
For Logic Probes Other Than the 701989
For the 701989 Logic Probe
• When the Threshold Type is All
Turns the display on or off for all bits
Threshold level
the preset setting changes to “Userdef.”
Preset threshold levels
Selecting a preset automatically sets the threshold level.
The threshold type is set to All.
Noise rejection
Threshold level
the preset setting changes to “Userdef.”
Preset threshold levels
Selecting a preset automatically sets the threshold level.
1-7
Page 16
1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port)
Turns the display on or off for all bits
label of each bit
• When the Threshold Type is Each
Preset threshold levels
• Selecting a preset automatically sets the threshold level.
• When the threshold type is Each, set the threshold level for each bit.
The threshold type is set to Each.
Threshold level
• If you change the automatically specified value, the preset setting changes to “Userdef.”
• When the threshold type is Each, set the threshold level for each bit.
Display on/off state and
Noise rejection
Note
• For logic probes other than the 701989, the threshold type is All. The setup menu does not appear.
• The Level and Noise Rejection* of Bit Setup are linked with the Level and Noise Rejection* settings when
LOGIC is set as the source in the trigger settings.
* You can set this when the logic probe is 701989.
1-8
Page 17
1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port)
Turns bus display on or off
Assignment
Deletes the bit to the right of the cursor
Confirms the settings
Edit Menu
Bus Display (Bus)
Press the Bus soft key. The following menu items appear.
Bus bit assignment
Bus bit assignment
Press the Assignment soft key. The assignment edit screen appears.
1.
Press the cursor movement soft key on the Edit menu to move the cursor to the right of the
2.
position where the bit is to be placed.
Turn the jog shuttle, or move the SET key up, down, left, or right to select the bit to be placed
3.
from the group of bits.
Press SET.
4.
The selected bit is placed to the left of the cursor position.
Press the ENTER soft key to confirm the setting.
5.
FormatLabel
location
Bits
Move the cursor
Restores the default settings
Cursor
This is the same as pressing the corresponding soft key on the edit menu.
Delete all
Backspace
Deletes the bit to the left of the cursor
Delete
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1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port)
Turns the state display on and off
Clock source bit
Turn the display of each bit and
State Display (State)
Press the State soft key. The following menu items appear.
Clock source during state display
Clock source polarity (Polarity)
Clock source detection level
Clock source hysteresis
State Assignment
State Assignment
Press the Assignment soft key. The following screen appears.
Set with the jog shuttle
Set with the jog shuttle
When the clock source is LOGIC
Turns the display on or off for all bits and the bus
the bus on and off.
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1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port)
Selected cell
Bit and Bus Display Order (Bit Order)
Press the Bit Order soft key. The following screen appears.
Moves the display order up
Moves the display order down
Turn the jog shuttle or move the SET key up and down to select the bit or bus to move.
1.
The selected bit or bus cell is highlighted.
Display order reversal
Reverses the display order of Bus and Bit7 to Bit0
Restores the default settings
Select a bit or the bus, and edit the display order.
Press the Up or Down soft key to move the selected bit or bus up or down.
2.
Every time the selected bit or bus moves up or down, the order of the upper and lower bits or bus is switched.
When the selected cell is moved 6 positions downwards
The change affects the bit and bus display order along the vertical axis of the screen.
Deskew (Deskew)
Set the adjustment values for the time offsets (skew) between the logic signal and other signals, which are caused by the use of different types of probes. Deskewing is performed on all eight bits collectively.
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1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port)
LOGIC key
POSITION knob
Display Size (SCALE Knob)
Press LOGIC to make the SCALE knob control the LOGIC setting.
1.
• The LOGIC key illuminates brightly.
• The LED between the SCALE and POSITION knobs illuminates in the color assigned to the LOGIC channel (the color around the LOGIC key).
Turn the SCALE knob to set the display size.
2.
Vertical Position ( POSITION Knob)
Press LOGIC to make the
1.
• The LOGIC key illuminates brightly.
• The LED between the SCALE and POSITION knobs illuminates in the color assigned to the LOGIC channel (the color around the LOGIC key).
Turn the POSITION knob to set the vertical position.
2.
1
2
POSITION knob control the LOGIC setting.
3
4
LOGIC
LED
SCALE knob
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1.3 Setting the Horizontal Scale (Time Scale)

See section 2.2.
Set the time per grid (1 div) displayed on the screen. Turn the TIME/DIV knob to set the value. If you change the TIME/DIV setting while waveform acquisition is stopped, the waveform is displayed expanded or reduced horizontally.
► “Horizontal Axis (Time Axis)” in the Features Guide
DELAY
TIME/DIV knob
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Trigger mode
Acquisition count
Hold-off time

Chapter 2 Trigger

2.1 Setting the Trigger Mode and Trigger Hold-off Time

This section explains the following settings for updating the displayed waveform:
• Trigger mode, acquisition length
• Hold-off time
► “Trigger mode (Trigger Mode)” and
“Trigger Hold-off (Holdoff)” in the Features Guide
MODE menu
Press MODE. The following menu items appear. You can also tap MENU ( on the top menu that is displayed.
) in the upper left of the screen and select the MODE menu from TRIGGER
When the trigger mode is set to N Single
Set with the jog shuttle
Set with jog shuttle
Hold-off time
Trigger mode (Mode)
Auto: If the trigger conditions are met within a timeout period,* the instrument updates the
displayed waveforms on each trigger occurrence. If not, this instrument automatically updates the displayed waveforms. If the time axis is set to a value that would cause the display to switch to roll mode, roll mode display will be enabled.
Auto Level: If a trigger occurs before a timeout,* the instrument updates the waveform in the
same way that it does in Auto mode. If a trigger does not occur before a timeout, the instrument automatically changes the trigger level to the center value of the trigger
source amplitude, triggers on that value, and updates the displayed waveform. Normal: The instrument updates the waveform display only when the trigger conditions are met. N Single: The instrument acquires signals each time the trigger conditions are met until a specified
number of signals have been acquired, and then displays all of the acquired signals.
* The timeout period is 100 ms or the time corresponding to 10 divisions on the time axis,
whichever is larger.
Note
Press any of the trigger mode soft keys to execute waveform acquisition in the selected trigger mode.
Single mode
There is also a Single trigger mode in which the instrument updates the displayed waveform once and stops signal acquisition when the trigger conditions are met. Press SINGLE on the front panel to execute Single Mode waveform acquisition.
Hold-off time (Holdoff)
The trigger hold-off feature temporarily stops the detection of the next trigger once a trigger has occurred.
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2.2 Setting the Trigger Position and Trigger Delay

This section explains the following settings for updating the displayed waveform:
• Trigger position
• Trigger delay
• Turning delay canceling on or off
► “Trigger Position (POSITION Knob),”
“Trigger Delay (DELAY),” and
“Delay Cancel (Delay Cancel),”
in the Features Guide
Trigger Position ( POSITION knob)
Turn the POSITION knob to set the trigger position.
1.
The specified trigger position is shown at the top of the display during operation. The display disappears approximately 3 seconds after the last operation.
* You can set the trigger position even when waveforms are not being acquired.
Trigger Delay (DELAY)
Press DELAY.
1.
The DELAY key illuminates.
Turn the POSITION knob to set the trigger delay.
2.
The specified trigger delay is shown at the top of the display during operation. The display disappears approximately 3 seconds after the last operation.
* You can set the trigger delay even when waveforms are not being acquired.
Press DELAY again.
3.
The DELAY key turns off, and you can set the trigger position.
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Turns delay canceling on or off
2.2 Setting the Trigger Position and Trigger Delay
Turning Delay Cancel On or Off (Delay Cancel)
Press UTIL. The UTILITY menu appears.
1.
You can also tap MENU ( )in the upper left of the screen and select the UTILITY menu from UTILITY on the top menu that is displayed.
Press the System Configuration soft key. The following menu items appear.
2.
You can select whether or not to apply the specified trigger delay to the time measurement values. ON: Measures time with the trigger position set to 0 s (does not apply the delay to time
measurement)
OFF: Measures time with the trigger point set to 0 s (applies the delay to time measurement)
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2.3 Triggering on an Edge Trigger

HF rejection
Set the trigger source to LOGIC.
For the 701989 Logic Probe
This section explains the following settings for triggering on trigger source edges:
• Trigger source Trigger slope, HF rejection, noise rejection, level used to detect trigger source edges, source bit
• Probe attenuation
• Input range
“Noise Rejection (Noise Rejection),” and
“Trigger Level (Level)” in the Features Guide
EDGE menu
Press EDGE. The menu that appears varies depending on the specified trigger source.
You can also tap MENU ( on the top menu that is displayed.
When the Trigger Source Is from CH1 to CH4
Set the trigger source to one of CH1 to CH4.
Trigger slope
) in the upper left of the screen and select the EDGE menu from TRIGGER
► “Edge Trigger (EDGE),”
“Trigger Source (Source),”
“Trigger Slope (Slope/Polarity),”
“HF Rejection (HF Rejection),”
Noise rejection
Level used to detect trigger source edges
When the Trigger Source Is LOGIC (On models with the logic signal input port)
Source bit
Trigger slope
Level used to detect trigger source edges
Noise rejection
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Set the trigger source to EXT.
Set the trigger source to LINE.
2.3 Triggering on an Edge Trigger
When the Trigger Source Is EXT (External trigger signal)
Trigger slope
Probe attenuation
Input range
Level used to detect trigger source edges
Input Range (Range)
When the trigger source is set to EXT, select the input range. The selectable ranges vary depending on the probe attenuation setting. 1:1: ±2 V or ±20 V 10:1: ±20 V or ±200 V
When the Trigger Source Is LINE
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2.4 Triggering on the OR of Multiple Edge Triggers

Set the trigger type to Edge OR.
Select the check boxes of the channels
Selecting this check box
Level used to detect trigger source edges
Noise rejection
This section explains the following settings for triggering on the logical OR of multiple edge triggers:
• Trigger source pattern Trigger source, trigger slope
• Trigger level Level used to detect trigger source edges, HF rejection, noise rejection
► “Edge OR Trigger [ENHANCED]” in the Features Guide
ENHANCED Edge OR menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Edge OR from the setup menu that is displayed. The following
2.
menu items appear.
Trigger Source Pattern (Pattern)
Press the Pattern soft key. The following menu items appear.
Trigger Levels (Levels)
Press the Levels soft key. The following menu items appear.
Trigger source pattern
selects all the channels.
Trigger slope
to be used as the trigger sources.
Trigger level
2-6
HF rejection
Page 28

2.5 Triggering on Multiple Input Patterns

Set the trigger type to Pattern.
* You can also set the level for detecting clock source edges on the setup screen for trigger levels (Levels).
Set the trigger type to Pattern.
* You can also set the level for detecting clock source edges on the setup screen for trigger levels (Levels).
This section explains the following settings for triggering on multiple input patterns:
• Clock source Source bit
• Comparison condition Trigger source pattern, combination
• Trigger condition
ENHANCED Pattern Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Pattern from the setup menu that is displayed.
2.
Clock Source (Clock)
Press the Clock soft key. Select the clock source from the setup menu that is displayed. The
3.
menu that appears varies depending on the specified clock source.
► “Pattern Trigger [ENHANCED]” in the Features Guide
• Time condition, reference time
• Trigger level Level used to detect trigger source states, HF
rejection, noise rejection
• Level used to detect clock source edges
When the Clock Source Is from CH1 to CH4
When the Clock Source Is LOGIC (On models with the logic signal input port)
Set the clock source to one of CH1 to CH4.
Trigger source pattern
Logic combination
Trigger condition
Comparison condition
Trigger source pattern
Set the clock source to LOGIC.
Source bit
Logic combination
Trigger condition
Trigger level
Level used to detect clock source edges*
Trigger level
Level used to detect clock source edges*
Comparison condition
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2.5 Triggering on Multiple Input Patterns
No Clock Source
Set the trigger type to Pattern.
Set the clock source to None
Trigger source pattern
Logic combination
Comparison condition
Trigger level
Trigger condition
When the trigger condition is True or False
Time condition
Reference time
Trigger Source Pattern (Pattern)
Press the Pattern soft key. The following menu items appear.
When the Clock Source Is CH1 to CH4 or LOGIC (On models with the logic signal input port)
Set the pattern of the trigger source (signal other than the clock source).
No Clock Source
The same menu appears as that shown above for when the clock source is CH1 to CH4 or LOGIC
(on models with the logic signal input port). Because there is no clock source, set the patterns of the trigger sources (all signals: CH1 to CH4, LOGIC).
Set the slope of the signal set as the clock source
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Reference time
Set the time condition to More
Reference time
Set the time condition
Reference time
Level used to detect trigger source states
If you change the automatically specified
“Userdef.”
2.5 Triggering on Multiple Input Patterns
Time Condition (Time Qualification)
If no clock source (None) is set, the time condition is set if the trigger condition is True or False. Set what kind of relationship must be established between the comparison condition achievement time and the specified reference time (Time or Time1 and Time2). For details on the trigger points when the time condition is met, see chapter 4, “Triggering” in the Features Guide (IM DLM3054-01EN). When Timeout is selected, the instrument triggers when a timeout occurs.
More than : When the comparison condition achievement time is longer than the specified reference
time (Time)
Less than : When the comparison condition achievement time is shorter than the specified
reference time (Time)
Inside : When the comparison condition achievement time is longer than reference time Time1
and shorter than reference time Time2.
Outside : When the comparison condition achievement time is shorter than reference time Time1
or longer than reference time Time2.
Timeout : When the comparison condition achievement time is longer than the specified reference
time (Time)
Reference time (Time or Time1 and Time2)
When the Time Condition is More than, Less than, or Timeout
When the Time Condition is Inside or Outside
Trigger Levels (Levels)
Press the Levels soft key. The following menu items appear.
For Logic Probes Other Than the 701989
HF rejection
than, Less than, or Timeout.
(Time)
to Inside or Outside.
(Time1)
(Time2)
Noise rejection
Preset threshold levels
Selecting a preset automatically sets the threshold level.
Threshold level
value, the preset setting changes to
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Level used to detect trigger source states
If you change the automatically specified
Level used to detect trigger source states
2.5 Triggering on Multiple Input Patterns
For the 701989 Logic Probe
• When the Threshold Type is All
• When the Threshold Type is Each
HF rejection
Noise rejection The threshold type is set to All.
HF rejection
Noise rejection
Preset threshold levels
Selecting a preset automatically sets the threshold level.
Threshold level
value, the preset setting changes to “Userdef.”
Noise rejection
Preset threshold levels
• Selecting a preset automatically sets
• When the threshold type is Each, set
the threshold level.
the threshold level for each bit.
Threshold level
• If you change the automatically specified value, the preset setting changes to “Userdef.”
• When the threshold type is Each, set the threshold level for each bit.
The threshold type is set to Each.
Noise rejection
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2.6 Triggering on Pulse Width

Set the trigger type to Pulse Width.
HF rejection ► section 2.3
This section explains the following settings for triggering on pulse width:
• Trigger source Polarity, HF rejection, noise rejection, source bit, level used to detect trigger source states
• Time condition, reference time
► “Pulse Width Trigger (ENHANCED)” in the Features Guide
ENHANCED Pulse Width menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Pulse Width from the setup menu that is displayed. The
2.
following menu items appear.
Trigger source
Time condition
Reference time
Trigger Source (Source)
Press the Source soft key. The menu that appears varies depending on the specified trigger source.
When the Trigger Source Is from CH1 to CH4
Noise rejection ► section 2.3
Set the trigger source to one of CH1 to CH4.
Polarity
Level used to detect trigger source states
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Set the trigger source to LOGIC.
For the 701989 Logic Probe
Reference time
Set the time condition to More
Reference time
Set the time condition
Reference time
2.6 Triggering on Pulse Width
When the Trigger Source Is LOGIC (On models with the logic signal input port)
Time Condition (Time Qualification)
Set what kind of relationship must be established between the trigger source’s pulse width and the specified reference times (Time, Time1, and Time2) for the instrument to trigger. For details on the trigger points when the time condition is met, see chapter 4, “Triggering” in the Features Guide (IM DLM3054-01EN). When Timeout is selected, the instrument triggers when a timeout occurs.
More than : When the pulse width is longer than the specified reference time (Time)
Less than : When the pulse width is shorter than the specified reference time (Time)
Inside : When the pulse width is longer than Time1 but shorter than Time2
Outside : When the pulse width is shorter than Time1 or longer than Time2
Timeout : When the pulse width is longer than the specified reference time (Time)
Source bit
Polarity
Level used to detect trigger source states
Noise rejection
Reference time (Time or Time1 and Time2)
When the Time Condition is More than, Less than, or Timeout
When the Time Condition is Inside or Outside
than, Less than, or Timeout.
to Inside or Outside
(Time)
(Time1)
(Time2)
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2.7 Triggering on Rise and Fall Times

Set the trigger type to Rise/Fall Time.
HF rejection ► section 2.3
Level used to detect trigger
Level used to detect trigger source edges (Lower)
This section explains the following settings for triggering on rise and fall times:
• Trigger source Trigger slope, HF rejection, level used to detect trigger source edges
• Time condition, reference time
► “Rise/Fall Time Trigger (ENHANCED)” in the Features Guide
ENHANCED Rise/Fall Time Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Rise/Fall Time from the setup menu that is displayed. The
2.
following menu items appear.
Trigger source
Time condition
Reference time
Trigger Source (Source)
Press the Source soft key. The following menu items appear.
Trigger source
Trigger slope
source edges (Upper)
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Reference time
Set the time condition to
Reference time
Set the time condition
Reference time (Time2)
2.7 Triggering on Rise and Fall Times
Time Condition (Time Qualification)
Set what kind of relationship must be established between the trigger source’s rise or fall times and the specified reference times (Time or Time1 and Time2) for the instrument to trigger. For details on the trigger points when the time condition is met, see chapter 4, “Triggering” in the Features Guide (IM DLM3054-01EN).
More than : When the rise time or fall time is longer than the specified reference time
Less than : When the rise time or fall time is shorter than the specified reference time
Inside : When the rise time or fall time is longer than reference time Time1 and shorter than
reference time Time2
Outside : When the rise time or fall time is shorter than reference time Time1 or longer than
reference time Time2
Reference time (Time or Time1 and Time2)
When the Time Condition is More than or Less than
When the Time Condition is Inside or Outside
More than or Less than.
to Inside or Outside
(Time)
(Time1)
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2.8 Triggering on Runt Signals

HF rejection ► section 2.3
Level used to detect trigger
Level used to detect trigger source states (Lower)
This section explains the following settings for triggering on Runt signals:
• Trigger source Polarity, HF rejection, noise rejection, level used to detect trigger source states
• Time condition, reference time
► “Runt Trigger [ENHANCED]” in the Features Guide
ENHANCED Runt Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Runt from the setup menu that is displayed. The following
2.
menu items appear.
Set the trigger type to Runt.
Trigger source
Time condition
Trigger Source (Source)
Press the Source soft key. The following menu items appear.
Trigger source
Polarity
Noise rejection ► section 2.3
source states (Upper)
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Reference time
Set the time condition to
Reference time
Set the time condition
Reference time
2.8 Triggering on Runt Signals
Time Condition (Time Qualification)
Set what kind of relationship must be established between the Runt signal’s pulse width and the specified reference times (Time, Time1, and Time2) for the instrument to trigger. For details on the trigger points when the time condition is met, see chapter 4, “Triggering” in the Features Guide (IM DLM3054-01EN).
None : Without a time condition
More than : When the Runt signal’s pulse width is longer than the specified reference time (Time)
Less than : When the Runt signal’s pulse width is shorter than the specified reference time (Time)
Inside : When the Runt signal’s pulse width is longer than Time1 but shorter than Time2
Outside : When the Runt signal’s pulse width is shorter than Time1 or longer than Time2
Reference time (Time or Time1 and Time2)
When the Time Condition is More than or Less than
When the Time Condition is Inside or Outside
More than or Less than.
to Inside or Outside
(Time)
(Time1)
(Time2)
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2.9 Triggering on Timeout Period

Set the trigger type to Timeout.
HF rejection ► section 2.3
► section 2.3
Set the trigger source to LOGIC.
For the 701989 Logic Probe
This section explains the following settings for triggering on the timeout period:
• Trigger source Polarity, HF rejection, noise rejection, source bit, level used to detect trigger source states
• Timeout period
► “Timeout Trigger [ENHANCED]” in the Features Guide
ENHANCED Timeout Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Timeout from the setup menu that is displayed. The following
2.
menu items appear.
Trigger Source (Source)
Press the Source soft key. The menu that appears varies depending on the specified trigger source.
When the Trigger Source Is from CH1 to CH4
When the Trigger Source Is LOGIC (On models with the logic signal input port)
Trigger source
Set the trigger source to one of CH1 to CH4.
Polarity
Source bit
Polarity
Timeout period
Noise rejection
Level used to detect trigger source states
Level used to detect trigger source states
Noise rejection
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2.10 Triggering on a Window Trigger

HF rejection ► section 2.3
Window (Lower)
► section 2.3
This section explains the following settings for triggering on a window trigger (level range):
• Trigger source Polarity, HF rejection, noise rejection, level range for Window
• Time condition, reference time
► “Window Trigger [ENHANCED]” in the Features Guide
ENHANCED Window Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Window from the setup menu that is displayed. The following
2.
menu items appear.
Set the trigger type to Window.
Trigger source
Time condition
Trigger Source (Source)
Press the Source soft key. The following menu items appear.
Trigger source
Polarity
Noise rejection
Level range for Window (Upper)
Level range for
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Reference time
Set the time condition to More
Reference time
Set the time condition
Reference time (Time2)
2.10 Triggering on a Window Trigger
Time Condition (Time Qualification)
Set what kind of relationship must be established between the time that the waveform stays inside or outside the window and the specified reference times (Time or Time1 and Time2) for the instrument to trigger. For details on the trigger points when the time condition is met, see chapter 4, “Triggering” in the Features Guide (IM DLM3054-01EN). When Timeout is selected, the instrument triggers when a timeout occurs.
None : Without a time condition (when the waveform moves from inside the window to outside,
or from outside the window to inside)
More than : When the time that the waveform stays inside or outside the window is longer than the
specified reference time (Time)
Less than : When the time that the waveform stays inside or outside the window is shorter than the
specified reference time (Time)
Inside : When the time that the waveform stays inside or outside the window is longer than
reference time Time1 and shorter than reference time Time2.
Outside : When the time that the waveform stays inside or outside the window is shorter than
reference time Time1 or longer than reference time Time2.
Timeout : When the time that the waveform stays inside or outside the window is longer than the
specified reference time (Time)
Reference time (Time or Time1 and Time2)
When the Time Condition is More than, Less than, or Timeout
When the Time Condition is Inside or Outside
than, Less than, or Timeout.
to Inside or Outside
(Time)
(Time1)
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2.11 Triggering on the OR of Multiple Window
Set the trigger type to Window OR.
Select the check boxes of the channels
Selecting this check box
Level range for Window (Upper)
Noise rejection
Triggers
This section explains the following settings for triggering on the logical OR of multiple window triggers (without a time condition):
• Trigger source pattern Trigger source, polarity
• Trigger level Level range for Window, HF rejection, noise rejection
► “Window OR Trigger [ENHANCED]” in the Features Guide
ENHANCED Window OR Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Window OR from the setup menu that is displayed. The
2.
following menu items appear.
Trigger Source Pattern (Pattern)
Press the Pattern soft key. The following menu items appear.
Trigger Levels (Levels)
Press the Levels soft key. The following menu items appear.
Trigger source pattern
selects all the channels.
Polarity
to be used as the trigger sources.
Level range for Window (Lower)
HF rejection
Trigger level
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2.12 Triggering on Edge Intervals

Set the trigger type to Interval.
HF rejection ► section 2.3
► section 2.3
This section explains the following settings for triggering on edge intervals:
• Trigger source Trigger slope HF rejection, noise rejection, source bit, level used to detect trigger source edges
• Time condition, reference time
► “Interval Trigger [ENHANCED]” in the Features Guide
ENHANCED Interval Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select Interval from the setup menu that is displayed. The following
2.
menu items appear.
Trigger source
Time condition
Reference time
Trigger Source (Source)
Press the Source soft key. The menu that appears varies depending on the specified trigger source.
When the Trigger Source Is from CH1 to CH4
Noise rejection
Set the trigger source to one of CH1 to CH4.
Trigger slope
Level used to detect trigger source edges
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Set the trigger source to LOGIC.
For the 701989 Logic Probe
Reference time
Set the time condition to More
Reference time
Set the time condition
Reference time
2.12 Triggering on Edge Intervals
When the Trigger Source Is LOGIC (On models with the logic signal input port)
Time Condition (Time Qualification)
Set what kind of relationship must be established between the interval between two consecutive edges (rising or falling) and the specified reference times (Time or Time1 and Time2) for the instrument to trigger. For details on the trigger points when the time condition is met, see chapter 4, “Triggering” in the Features Guide (IM DLM3054-01EN). When Timeout is selected, the instrument triggers when a timeout occurs.
More than : When the edge interval is longer than the specified reference time (Time)
Less than : When the edge interval is shorter than the specified reference time (Time)
Inside : When the edge interval is longer than Time1 but shorter than Time2
Outside : When the edge interval is shorter than Time1 or longer than Time2
Timeout : When the edge interval is longer than the specified reference time (Time)
Source bit
Trigger slope
Level used to detect trigger source edges
Noise rejection
Reference time (Time or Time1 and Time2)
When the Time Condition is More than, Less than, or Timeout
When the Time Condition is Inside or Outside
than, Less than, or Timeout.
to Inside or Outside.
(Time)
(Time1)
(Time2)
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2.13 Triggering on FlexRay Bus Signals (Option)

Set the trigger type to FlexRay.
Frame Start mode
Trigger source
This section explains the following settings for triggering on FlexRay bus signals:
• Trigger source Bit rate, bus channel assignment, HF rejection
• Trigger mode Trigger condition
• Level used to detect trigger source states, hysteresis
► “FlexRay Bus Trigger [ENHANCED, option]” in the Features Guide
Auto Setup
The instrument can automatically set the trigger source level and bit rate from the received FlexRay bus signal and trigger on them. For details, see section 12.1.
ENHANCED FlexRay Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select FlexRay from the setup menu that is displayed. The following
2.
menu items appear.
Trigger source
Trigger Source (Source)
Press the Source soft key. The following menu items appear.
Bit rate
Trigger type
ID/Data mode
Error mode
Bus channel assignment
Level used to detect trigger source states
Hysteresis
ID OR mode
HF rejection ► section 2.3
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Set the trigger mode to Error.
Set the trigger type to ID/Data.
Cycle Count comparison condition
2.13 Triggering on FlexRay Bus Signals (Option)
Trigger Mode (Mode)
Frame Start Mode (Frame Start)
Press the Mode soft key and then the Frame Start soft key. The instrument triggers on the start of FlexRay bus signal frames.
Error Mode (Error)
Press the Mode soft key and then the Error soft key. The following menu items appear.
Turns error detection on or off for CRC, BSS, and FES errors
ID/Data Mode (ID/Data)
Press the Mode soft key and then the ID/Data soft key. The following menu items appear.
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of Frame Start, Indicator, ID, Cycle Count, Data1, and Data2.
Items whose check boxes are selected are used as trigger conditions.
• When the Comparison Condition of Data1 Is True or False
Trigger condition
Frame Start (always selected)
Indicator
ID comparison condition
Reference Values (a and b)
Reference Values (a and b)
Data length
Comparison start position
Comparison condition
Data Pattern
2-24
Data2
Page 46
• When the Comparison Condition of Data1 Is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data
Data2
Whether to use a signed or unsigned
Set the trigger type to ID OR.
Select an ID’s check box to use it
t Care if you do not want
≤ b; or Data < a, b < Data
ID OR Mode (ID OR)
Press the Mode soft key and then the ID OR soft key. The following menu items appear.
2.13 Triggering on FlexRay Bus Signals (Option)
Frame Start (always selected)
Indicator
ID comparison condition
Reference Values (a and b) Cycle Count comparison condition
Reference Values (a and b)
Data length
Comparison start position
Comparison condition Reference Values (a and b) Comparison range
data format
Byte order
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers when the condition of one of the four IDs is met. Items whose check boxes
are selected are used as trigger conditions.
Trigger condition
as a trigger condition. ID comparison condition Reference Values (a and b)
Reference Values (a and b)
Cycle Count comparison condition
Select Don’ to make the cycle count a trigger condition for ID2.
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2.14 Triggering on CAN Bus Signals (Option)

Set the trigger type to CAN
SOF mode
This section explains the following settings for triggering on CAN bus signals:
• Trigger source Bit rate, recessive level, HF rejection, sample point
• Trigger mode Trigger condition
• Level used to detect trigger source states, hysteresis
► “CAN Bus Trigger [ENHANCED, option]” in the Features Guide
Auto Setup
The instrument can automatically set the trigger source level and bit rate from the received CAN bus signal and trigger on them. For details, see section 12.2.
ENHANCED CAN Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select CAN from the setup menu that is displayed. The following
2.
menu items appear.
Trigger source
Trigger type
Error mode
Level used to detect trigger source states
Hysteresis
ID OR mode
ID/Data mode
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Trigger Source (Source)
Trigger source
Sample point
Sample point
Set the trigger mode to Error.
Error Frame, Stuff, and CRC errors
Set the trigger type to ID/Data.
Press the Source soft key. The following menu items appear.
2.14 Triggering on CAN Bus Signals (Option)
Trigger Mode (Mode)
SOF (Start of Frame) Mode
Press the Mode soft key and then the SOF soft key. The instrument triggers on the start of CAN bus signal frames.
Error Mode (Error)
Press the Mode soft key and then the Error soft key. The following menu items appear.
Bit rate
Recessive level
When the bit rate is set to User Define
HF rejection ► section 2.3
Bit rate
Turns error detection on or off for
The instrument triggers on error frames (when the error flag is active) or when it detects any of various errors.
ID/Data Mode (ID/Data)
Press the Mode soft key and then the ID/Data soft key. The following menu items appear.
Trigger condition
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When the Comparison Condition Is True or False
ACK slot state
When the comparison condition is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data
2.14 Triggering on CAN Bus Signals (Option)
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of the SOF, ID, frame type (Remote Frame or Data Frame),
Data, and ACK Mode conditions. Items whose check boxes are selected are used as trigger conditions.
• When ID Input Format Is Pattern
Frame format
SOF (always selected)
Set the ID input format to Pattern.
Bit pattern of ID
(If you select Extend for the frame format, 29 bits are displayed here)
Set the trigger source frame
Data length for the data field
Comparison condition
Data Pattern
ACK slot state
Frame format
SOF (always selected)
Set the ID input format to Pattern.
Bit pattern of ID
(If you select Extend for the frame format, 29 bits are displayed here)
Set the trigger source frame
Data length for the data field
Comparison condition
Reference Values (a and b)
Bit positions of the most significant bit (MSB) and the least significant bit (LSB) in the data to be compared
Whether to use a signed (Sign) or unsigned (Unsign) data format
byte order
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• When ID Input Format Is Message
Select a data item from the signal list in
Set the trigger type to ID OR.
ID OR Mode (ID OR)
Press the Mode soft key and then the ID OR soft key. The following menu items appear.
2.14 Triggering on CAN Bus Signals (Option)
SOF (always selected)
Set the ID input format to Message.
Select an ID from the message list in the loaded physical value/symbol definition file (.sbl)
the loaded physical value/symbol definition file (.sbl).
Comparison condition
Reference Values (a and b)
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of the SOF, any of the four IDs, frame type (Remote Frame or
Data Frame), and ACK Mode conditions. Items whose check boxes are selected are used as trigger conditions.
• When ID Input Format Is Pattern
Trigger condition
Frame format
SOF (always selected)
Set the ID input format to Pattern.
Bit pattern of ID
(If you select Extend for the frame format, 29 bits are displayed here)
Set the trigger source frame
ACK slot state
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2.14 Triggering on CAN Bus Signals (Option)
• When ID Input Format Is Message
SOF (always selected)
Set the ID input format to Message.
Select IDs from the list of messages loaded from the physical value/symbol definition file (.sbl)
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2.15 Triggering on CAN FD Bus Signals (Option)

Set the trigger type to CAN FD
SOF mode
This section explains the following settings for triggering on CAN FD bus signals:
• Trigger source Bit rate, sample point, data phase bit rate, data phase sample point, recessive level, HF rejection
• Trigger mode Trigger condition
• CAN FD standard
• Level used to detect trigger source states, hysteresis
► “CAN FD Bus Trigger [ENHANCED, option]” in the Features Guide
Auto Setup
The instrument can automatically set the trigger source level and bit rate from the received CAN FD bus signal and trigger on them. For details, see section 12.3.
ENHANCED CAN FD Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select CAN FD from the setup menu that is displayed. The following
2.
menu items appear.
Level used to detect
Trigger source
Trigger type
CAN FD standard
trigger source states
Hysteresis
ESI mode
FDF mode
ID OR mode
ID/Data mode
Error mode
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Trigger source
Sample point
Sample point
Bit rate
Data phase
Data phase bit
2.15 Triggering on CAN FD Bus Signals (Option)
Trigger Source (Source)
Press the Source soft key. The following menu items appear.
Bit rate and sample point
Data phase bit rate and sample point
Bit Rate (Bit Rate) and Sample Point (Sample Point)
Press the Bit Rate soft key. The following menu items appear.
Recessive level
HF rejection ► section 2.3
When the bit rate is set to User Define
Data Phase Bit Rate (Data Bit Rate) and Sample Point (Sample Point)
Press the Data Bit Rate soft key. The following menu items appear.
rate
When the data phase bit rate is set to User Define
Bit rate
sample point
Data phase bit rate
2-32
Data phase sample point
Page 54
Trigger Mode (Mode)
Set the trigger mode to Error.
Select the check boxes for the
Set the trigger type to ID/Data.
SOF (Start of Frame) Mode
Press the Mode soft key and then the SOF soft key. The instrument triggers on the start of CAN FD bus signal frames.
Error Mode (Error)
Press the Mode soft key and then the Error soft key. The following menu items appear.
Turns error detection on or off for Error Frame, Stuff, Fixed Stuff, and CRC errors
2.15 Triggering on CAN FD Bus Signals (Option)
When the CAN FD standard* is set to ISO
When the CAN FD standard* is set to non-ISO
* CAN FD standard setting ► page 2-31
The instrument triggers on error frames (when the error flag is active) or when it detects various errors.
ID/Data Mode (ID/Data)
Press the Mode soft key and then the ID/Data soft key. The following menu items appear.
When CRC is set to ON
CRC error factors to detect.
When CRC is set to ON
CRC errors are not detected if both check boxes are cleared.
Trigger condition
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When the Comparison Condition Is True or False
ACK slot state
When the comparison condition is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data
2.15 Triggering on CAN FD Bus Signals (Option)
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of the SOF, ID, frame type (Remote Frame or Data Frame),
Data, and ACK Mode conditions. Items whose check boxes are selected are used as trigger conditions.
• When ID Input Format Is Pattern
Frame format
SOF (always selected)
Set the ID input format to Pattern.
Bit pattern of ID
(If you select Extend for the frame format, 29 bits are displayed here)
Set the trigger source frame
Comparison size
Comparison start position
Comparison condition
Data Pattern
ACK slot state
Frame format
SOF (always selected)
Set the ID input format to Pattern.
Bit pattern of ID
(If you select Extend for the frame format, 29 bits are displayed here)
Set the trigger source frame
Comparison size
Comparison start position
Comparison condition
Reference Values (a and b)
Bit positions of the most significant bit (MSB) and the least significant bit (LSB) in the data to be compared
2-34
Whether to use a signed (Sign) or unsigned (Unsign) data format
Byte order
Page 56
• When ID Input Format Is Message
Select a data item from the signal list in
Set the trigger type to ID OR.
ID OR Mode (ID OR)
2.15 Triggering on CAN FD Bus Signals (Option)
SOF (always selected)
Set the ID input format to Message.
Select an ID from the message list in the loaded physical value/symbol definition file (.sbl)
the loaded physical value/symbol definition file (.sbl).
Comparison condition
Reference Values (a and b)
Press the Mode soft key and then the ID OR soft key. The following menu items appear.
Trigger conditions ► “ID OR Mode” in section 2.14
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Set the trigger type to FDF.
2.15 Triggering on CAN FD Bus Signals (Option)
FDF Mode (FDF)
Press the Mode soft key and then the FDF soft key. The following menu items appear.
Trigger condition
Trigger Condition (Condition)
Set the FDF bit state as a trigger condition.
0 (CAN): When the FDF bit is dominant, the instrument assumes that the frame is a CAN bus
signal frame and triggers.
1 (CAN FD): When the FDF bit is recessive, the instrument assumes that the frame is a CAN FD
bus signal frame and triggers on it.
ESI Mode (ESI (ErrorPassive))
Press the Mode soft key and then the ESI (ErrorPassive) soft key. The instrument triggers when the ESI bit is recessive (error passive).
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2.16 Triggering on LIN Bus Signals (Option)

Set the trigger type to LIN.
Break Synch mode
Trigger source
Sample point
HF rejection ► section 2.3
Sample point
This section explains the following settings for triggering on LIN bus signals:
• Trigger source Bit rate, HF rejection, sample point
• Trigger mode Trigger condition
• Level used to detect trigger source states, hysteresis
► “LIN Bus Trigger [ENHANCED, option]” in the Features Guide
Auto Setup
The instrument can automatically set the trigger source level and bit rate from the received LIN bus signal and trigger on them. For details, see section 12.4.
ENHANCED LIN Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select LIN from the setup menu that is displayed. The following menu
2.
items appear.
Trigger source
Trigger Source (Source)
Press the Source soft key. The following menu items appear.
Bit rate
Trigger type
Error mode
Level used to detect trigger source states
Hysteresis
ID OR mode
ID/Data mode
When the bit rate is set to User Define
Bit rate
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Set the trigger mode to Break Synch.
Set the trigger mode to Error.
for Parity and Sync errors
Set the trigger type to ID/Data.
2.16 Triggering on LIN Bus Signals (Option)
Trigger Mode (Mode)
Break Synch Mode
Press the Mode soft key and then the Break Synch soft key. The following menu items appear.
The instrument triggers when it detects a break field and then a synch field (Break Field + Synch Field).
Error Mode
Press the Mode soft key and then the Error soft key. The following menu items appear.
Low-pulse bit length that is used to detect breaks
Turns error detection on or off
The instrument triggers when it detects an error.
ID/Data Mode
Press the Mode soft key and then the ID/Data soft key. The following menu items appear.
Trigger condition
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Trigger Condition (Condition Setup)
(always selected)
byte order
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of the Break Synch, ID, and Data Frame conditions. Items
whose check boxes are selected are used as trigger conditions.
• When the Comparison Condition Is True or False
• When the Comparison Condition Is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or
2.16 Triggering on LIN Bus Signals (Option)
Break Synch
Bit pattern of ID
Data length
Comparison condition
Data Pattern
Data < a, b < Data
Break Synch (always selected)
Bit pattern of ID
Data length
Comparison condition
Reference Values (a and b)
Bit positions of the most significant bit (MSB) and the least significant bit (LSB) in the data to be compared
Whether to use a signed (Sign) or unsigned (Unsign) data format
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Set the trigger type to ID OR.
(always selected)
2.16 Triggering on LIN Bus Signals (Option)
ID OR Mode
Press the Mode soft key and then the ID OR soft key. The following menu items appear.
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of the Break Synch condition and the condition of one of the
four IDs. Items whose check boxes are selected are used as trigger conditions.
Trigger condition
Break Synch
Bit pattern of ID
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2.17 Triggering on CXPI Bus Signals (Option)

Set the trigger type to CXPI.
SOF mode
This section explains the following settings for triggering on CXPI bus signals.
• Trigger source Bit rate, T Sample, clock tolerance, HF rejection
• Trigger mode Trigger condition
• Level used to detect trigger source states, hysteresis
► “CXPI Bus Trigger [ENHANCED, option]” in the Features Guide
Auto Setup
The instrument can automatically set the trigger source level and bit rate from the received CXPI bus signal and trigger on them. For details, see section 12.5.
ENHANCED CXPI Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select CXPI from the setup menu that is displayed.
2.
menu items appear.
The following
Trigger source
Trigger type
Error mode
Level used to detect trigger source states
Hysteresis
Wakeup/Sleep mode
ID OR mode
ID/Data mode
PTYPE mode
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HF rejection ► section 2.3
Trigger source
Clock tolerance
Clock tolerance
Set the trigger mode to Error.
2.17 Triggering on CXPI Bus Signals (Option)
Trigger Source (Source)
Press the Source soft key. The following menu items appear.
Bit rate
Set with the jog shuttle
Set with the jog shuttle
When the bit rate is set to User Define
Set with the jog shuttle
T Sample
Bit rate
Trigger Mode (Mode)
SOF (Start of Frame) Mode
Press the Mode soft key and then the SOF soft key. The instrument triggers on the start of CXPI bus signal frames.
Error Mode
Press the Mode soft key and then the Error soft key. The following menu items appear.
Turns error detection on or off for Parity, CRC, Data Length, Framing, IBS, and Clock errors
The instrument triggers when it detects any of various types of errors.
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PTYPE mode
Set the trigger type to ID/Data.
Comparison start position
Press the Mode soft key and then the PTYPE soft key. The following menu items appear.
The instrument triggers when it detects the PTYPE of the CXPI bus signal.
ID/Data Mode
Press the Mode soft key and then the ID/Data soft key. The following menu items appear.
2.17 Triggering on CXPI Bus Signals (Option)
Set the trigger mode to PTYPE.
Trigger condition
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of SOF, ID, frame information, and Data conditions. Items
whose check boxes are selected are used as trigger conditions.
When PTYPE is set to No, the ID bit pattern cannot be set to 0.
• When the Comparison Condition Is True or False
SOF (always selected)
PTYPE
Bit pattern of ID
Frame Information
• Wakeup
• Sleep
• CT
Comparison size
Comparison condition
Data Pattern
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Byte order
2.17 Triggering on CXPI Bus Signals (Option)
• When the Comparison Condition Is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data
SOF (always selected)
PTYPE
Bit pattern of ID
Frame Information
• Wakeup
• Sleep
• CT
ID OR Mode (ID OR)
Press the Mode soft key and then the ID OR soft key. The following menu items appear.
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of the SOF condition and the condition of one of the four IDs.
Items whose check boxes are selected are used as trigger conditions.
Comparison size
Comparison start position
Comparison condition
Reference Values (a and b)
Bit positions of the most significant bit (MSB) and the least significant bit (LSB) in the data to be compared
Whether to use a signed (Sign) or unsigned (Unsign) data format
Set the trigger type to ID OR.
Trigger condition
2-44
SOF (always selected)
PTYPE
Bit pattern of ID
Page 66
Set the trigger mode to Wakeup/Sleep
2.17 Triggering on CXPI Bus Signals (Option)
Wakeup/Sleep Mode
Press the Mode soft key and then the Wakeup/Sleep soft key. The following menu items appear. The instrument triggers upon detection of the type you have set.
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2.18 Triggering on SENT Signals (Option)

Set the trigger type to SENT
Every Fast CH mode
HF rejection ► section 2.3
Level used to detect trigger source states
Hysteresis
This section explains the following settings for triggering on SENT signals:
• Trigger source HF rejection, source bit
• Format
Auto Setup
The instrument can automatically set the trigger source format, level, and hysteresis from the received SENT signal and trigger on them. For details, see section 12.6.
ENHANCED SENT Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select SENT from the setup menu that is displayed. The following
2.
menu items appear.
Trigger source
► “SENT Trigger [ENHANCED, option]” in the Features Guide
Format
Trigger type
• Trigger mode Trigger condition
• Level used to detect trigger source states, hysteresis
Level used to detect trigger source states
Trigger Source (Source)
2-46
Hysteresis
Error mode
Slow CH ID/Data mode
Every Slow CH mode
Fast CH Data mode
Fast CH S&C mode
Press the Source soft key. The menu that appears varies depending on the specified trigger source.
When the Trigger Source Is from CH1 to CH4
Set the trigger source to one of CH1 to CH4.
Page 68
When the Trigger Source Is LOGIC (On models with the logic
Set the trigger source to LOGIC.
For the 701989 Logic Probe
Number of data nibbles of
signal input port)
Format (Format)
Press the Format soft key. The following menu items appear.
Version
Source bit
2.18 Triggering on SENT Signals (Option)
Level used to detect trigger source states
Noise rejection
fast channel messages
Whether to include pause pulses in Fast CH messages (ON or OFF)
(This is selectable when the version is APR2016 or JAN2010.)
CRC type
(This is selectable when the version is APR2016 or JAN2010.)
Clock Tick
Trigger Mode (Mode)
Set with the jog shuttle
Every Fast CH Mode
Press the Mode soft key and then the Every Fast CH soft key. The instrument triggers when it detects a fast channel message.
Set with the jog shuttle
Clock tick tolerance
Method of detecting error types Successive CAL Pulses and Status and Communication
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Set the trigger mode to Fast CH S&C.
Set the trigger mode to
2
1 The total number of bits for Data1 to Data4 is up to 24. If you try to exceed the total number of bits,
2 When the check box for Multiplexing is selected, the Size of Data1 is fixed to 4 to correspond to FC.
2.18 Triggering on SENT Signals (Option)
Fast CH S&C Mode
Press the Mode soft key and then the Fast CH S&C soft key. The following screen appears. The instrument triggers on the status and communication bit pattern.
Fast CH Data Mode
Press the Mode soft key and then the Fast CH Data soft key. The following menu items appear.
Trigger condition
Bit Pattern
Fast CH Data.
Trigger condition Data Type
When the data type is User
Nibble order
Data size
Select the check boxes for the items that you want to use as comparison conditions
the data size of other pieces of Data is reduced.
1
When the version is APR2016
Select this check box in the case of a multiplexed signal
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Trigger Condition (Condition Setup)
Comparison condition
you want to use as comparison conditions
Reference Values (a and b)
Set the trigger mode to Every Slow CH.
Press the Condition Setup soft key. The screen that appears varies depending on the specified
fast channel data type.
The instrument triggers on the AND of the fast channel Data conditions. Items whose check boxes
are selected are used as trigger conditions.
• When the Data Type is Nibble
• When the Data Type Is User
2.18 Triggering on SENT Signals (Option)
Data Pattern
Comparison condition
Select the check boxes for the items that
Every Slow CH Mode
Press the Mode soft key and then the Every Slow CH soft key. The following menu items appear. The instrument triggers when it detects an “Every Slow CH” message.
Slow channel message type
(This is selectable when the format version is APR2016 or JAN2010.)
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Set the trigger mode to Slow CH ID/Data.
Data reference values (a, b)
When the data comparison condition is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data
When the data comparison condition is True or False
2.18 Triggering on SENT Signals (Option)
Slow CH ID/Data Mode
Press the Mode soft key and then the Slow CH ID/Data soft key. The following menu items appear.
Trigger condition
Slow channel message type
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The screen that appears varies depending on the specified
slow channel message type.
The instrument triggers on the AND of the slow channel ID and Data conditions. Items whose check
boxes are selected are used as trigger conditions. Set ID and data reference values a and b in Hex (hexadecimal) or Dec (decimal) according to the input format setting.
• When the Message Type is Short
(This is selectable when the format version is APR2016 or JAN2010.)
Setting ID/Data Reference Values a and b
Input format setting Hex Dec
Selectable range for reference values a and b
ID 0 to F 0 to 15 Data 00 to FF 0 to 255
ID and Data input formats
ID comparison condition
ID reference values (a, b)
Data comparison condition
ID input format
Data comparison condition
Data Pattern
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• When the Message Type Is Enhanced
When the data comparison condition is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data
When the data comparison condition is True or False
When the ID and Data Message Formats Are Set to “12bit data, 8bit ID”
2.18 Triggering on SENT Signals (Option)
Set the ID and data message formats to 12bit data and 8bit ID.
ID and Data input formats
ID comparison condition
ID reference values (a, b)
Data comparison condition
Data reference values (a, b)
ID input format
Setting ID/Data Reference Values a and b
Input format setting Hex Dec
Selectable range for reference values a and b
ID 00 to FF 0 to 255 Data 000 to FFF 0 to 4095
Data comparison condition
Data Pattern
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When the data comparison condition is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data
When the data comparison condition is True or False
Slow channel message type
1 Not selectable when Successive Calibration Pulses is set to OFF for Customize Error Factor in
2 Selectable when the Bit 0 or Bit 1 check box is selected under Status and Communication for
Customize Error Factor in “Setting the Format (Format)” (page 2-47)
2.18 Triggering on SENT Signals (Option)
When the ID and Data Message Formats Are Set to “16bit data, 4bit ID”
Set the ID and data message formats to 16bit data and 4bit ID.
ID and Data input formats
ID comparison condition
ID reference values (a, b)
Data comparison condition
Data reference values (a, b)
ID input format
Setting ID/Data Reference Values a and b
Input format setting Hex Dec
Selectable range for reference values a and b
ID 0 to F 0 to 15 Data 0000 to FFFF 0 to 65535
Error Mode
Press the Mode soft key and then the Error soft key. The following menu items appear.
Turns on or off the detection of Successive CAL Pulses1, Nibble Number, Nibble Data Value, Fast CH CRC, Status and Communication
Set the trigger mode to Error.
Data comparison condition
Data Pattern
(This is selectable when the format version is APR2016 or JAN2010.)
2
, and Slow CH CRC errors
“Setting the Format (Format)” (page 2-47)
The instrument triggers when it detects any of various types of errors.
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2.19 Triggering on UART Signals (Option)

Set the trigger type to UART.
Every Data mode
This section explains the following settings for triggering on UART signals:
• Trigger source Bit rate, bit order, polarity, HF rejection, source bit, sample point
• Format
• Trigger mode Trigger condition
• Level used to detect trigger source states, hysteresis
► “UART Trigger [ENHANCED, option]” in the Features Guide
Auto Setup
The instrument can automatically set the trigger source level and bit rate from the received UART signal and trigger on them. For details, see section 12.7.
ENHANCED UART Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select UART from the setup menu that is displayed. The following
2.
menu items appear.
Trigger source
Format
Trigger type
Error mode
Level used to detect trigger source states
Hysteresis
Data mode
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Sample point
Set the trigger source to one of CH1 to CH4.
Sample point
Sample point
Set the trigger source to LOGIC.
Sample point
Sample point
For the 701989 Logic Probe
2.19 Triggering on UART Signals (Option)
Trigger Source (Source)
Press the Source soft key. The menu that appears varies depending on the specified trigger source.
When the Trigger Source Is from CH1 to CH4
Bit rate
Bit order
When the bit rate is set to User Define
When the Trigger Source Is LOGIC (On models with the logic signal input port)
HF rejection ► section 2.3
Polarity
Bit rate
Source bit
Bit rate
Bit order
Polarity
When the bit rate is set to User Define
When the bit rate is set to User Define
Bit rate
Noise rejection
Bit rate
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Trigger Mode (Mode)
Format
detection is on.
Set the trigger mode to Data.
(always True)
Every Data Mode
Press the Mode soft key and then the Every Data soft key. The instrument triggers on all data.
Error Mode
Press the Mode soft key and then the Error soft key. The following menu items appear.
2.19 Triggering on UART Signals (Option)
Set the trigger mode to Error.
When the format is 8bit No Parity
Turns error detection on or off for Framing errors
When the format is 7bit Parity or 8bit Parity
Turns error detection on or off for Framing and Parity errors
Specify whether to perform even or odd parity checks when parity error
The instrument triggers when it detects an error.
Data Mode
Press the Mode soft key and then the Data soft key. The following menu items appear.
Trigger condition
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. The instrument triggers when the data pattern is matched.
• When the Data Pattern Input Format is Pattern
Data length
Comparison condition
Set the data pattern input format to Pattern.
Data Pattern
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Deletes the character at the cursor position
2.19 Triggering on UART Signals (Option)
• When the Data Pattern Input Format is ASCII
Data length
Comparison condition (always True)
Set the data pattern input format to ASCII.
Case-sensitive setting
Select the check box to enable the setting.
Data Pattern
Use the keyboard that appears on the screen.
Moves the cursor
Switches between uppercase and lowercase
Deletes all the characters you have entered
Deletes the previous character
Confirms the characters that have been entered
Data Pattern
You can enter up to 4 characters.
• You can switch between uppercase and lowercase to enter alphabet characters. However, case is distinguished only when the Case Sensitive check box is selected.
• The special characters CR, LF, SP, and NUL are shown in single quotation marks. These special characters are counted as one character including the single quotation marks.
Example: AB’ CR ’ D (4 characters), XY ’ SP ’ (3 characters), P ’ NUL ’WU (4 characters)
• The entered string, including the character codes for the case, is retained even if the input format is changed to Bin or Hex. It is also retained when the format is changed from Bin or Hex to ASCII.
• If a character code that does not exist on the keyboard is entered when the input format is Bin or Hex and then the input format is changed to ASCII, a white square is displayed in the corresponding position.
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2.20 Triggering on I2C Bus Signals (Option)

Set the trigger mode to I2C.
Every Start mode
This section explains the following settings for triggering on I2C bus signals.
• SCL source and SDA source HF rejection, source bit, level used to detect the SCL source/SDA source states, and hysteresis
• Trigger mode Trigger condition
Auto Setup
The instrument can automatically set the source level from the received I it. For details, see section 12.8.
ENHANCED I2C Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
2 Press the Type soft key. Select I2C from the setup menu that is displayed. The following menu
items appear.
SCL source
2
► “I
C Bus Trigger [ENHANCED, option]” in the Features Guide
SDA source
Trigger mode
2
C bus signal and trigger on
HS Mode
Start Byte mode
General Call mode
NON ACK mode
Address Data mode
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HF rejection ► section 2.3
Level used to detect
Hysteresis
Set the SCL source to LOGIC.
Level used to detect
For the 701989 Logic Probe
Set the trigger mode to Address Data.
2.20 Triggering on I2C Bus Signals (Option)
SCL Source (SCL), SDA Source (SDA)
Press the SCL or SDA soft key. The menu that appears varies depending on the specified source. This section explains how to set the SCL source. The SCL source is set in the same way as the SDA source.
When the SCL Source Is a Channel from CH1 to CH4
Set the SCL source to one of CH1 to CH4.
When the SCL Source Is LOGIC (On models with the logic signal input port)
Trigger Mode (Mode)
Source bit
SCL source states
SCL source states
Noise rejection
2-58
Every Start Mode
Press the Mode soft key and then the Every Start soft key. The instrument triggers when it detects a start condition.
Address Data Mode
Press the Mode soft key and then the Address Data soft key. The following menu items appear.
Trigger condition
Turns R/W bit on or off
R/W Bit Inclusion (Include R/W)
Specify whether to include the R/W bit (ON) or omit it (OFF) when setting the address pattern.
Note
R/W bit inclusion (Include R/W) can also be set by using Analyzing and Searching I2C Bus Signals and then
Bus Setup (Setup). The settings are synced. For details about I2C bus signal Analysis, see section 12.8.
Page 80
Trigger Condition (Condition Setup)
When the R/W bit is not included (OFF)
When the R/W bit is included (ON)
When the R/W bit is not included (OFF)
When the R/W bit is included (ON)
Press the Condition Setup soft key. The following screen appears. The instrument triggers on the AND of the start, address pattern, data pattern, and comparison start
position conditions. Items whose check boxes are selected are used as trigger conditions.
• When Address Type Is 7bit Address
2.20 Triggering on I2C Bus Signals (Option)
Start (always selected)
Set the address type to 7bit Address.
R/W bit
Address pattern
Data length
Comparison start position
Comparison condition
Data Pattern
R/W bit
(grayed out)
Address pattern
(Set this including R/W bit.)
• When Address Type Is 7bit + Sub Address
Start (always selected)
Set the address type to 7bit + Sub Address.
R/W bit
Address pattern
Data length
Comparison start position
Comparison condition
Data Pattern
R/W bit
(grayed out)
Address pattern
(Set this including R/W bit.)
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When the R/W bit is not included (OFF)
Comparison start position
Set the trigger mode to NON ACK.
· Read access byte
Set the trigger mode to General Call.
2.20 Triggering on I2C Bus Signals (Option)
• When Address Type Is 10bit Address
Start (always selected)
Set the address type to 10bit Address.
R/W bit
Address pattern
Data length
NON ACK Mode
Press the Mode soft key and then the NON ACK soft key. The following menu items appear.
Comparison condition
Data Pattern
When the R/W bit is included (ON)
R/W bit
(grayed out)
Address pattern
(Set this including R/W bit.)
Select whether to use the acknowledge bits as trigger sources.
· Start byte
· HS mode master code
The instrument triggers when the acknowledgment bit is Nack.
General Call Mode
Press the Mode soft key and then the General Call soft key. The following menu items appear.
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Trigger condition
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Trigger Condition (Condition Setup)
(always selected)
(always selected)
Press the Condition Setup soft key. The following screen appears. When Second Byte is set to Master Address, the instrument triggers on the AND of the general call
address (0000 0000), second byte address pattern, data pattern, and comparison start position conditions. When other than Master Address is set, the instrument triggers on the AND of the general call address (0000 0000) and the second byte address pattern conditions. Items whose check boxes are selected are used as trigger conditions.
• When Address Type is “0000 0100” “0000 0110”
• When Address Type Is Master Address
2.20 Triggering on I2C Bus Signals (Option)
General Call
Address type
General Call
Start Byte Mode
Press the Mode soft key and then the Start Byte soft key. The instrument triggers when it detects the start byte master code.
HS Mode
Press the Mode soft key and then the HS Mode soft key. The instrument triggers when it detects the high speed mode master code.
Address type
Address pattern
Data length
Comparison start position
Comparison condition
Data Pattern
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2.21 Triggering on SPI Bus Signals (Option)

Set the trigger type to SPI.
Set the trigger type to SPI.
This section explains the following settings for triggering on SPI bus signals:
• Wiring system (Mode)
• Clock source Polarity, HF rejection, source bit, level used to detect clock source edges, and hysteresis
• Data source HF rejection, source bit, level used to detect data source states, and hysteresis
• Chip select source Active state, source bit, level used to detect chip select source states, and hysteresis
• Trigger condition
► “SPI Bus Trigger [ENHANCED, option]” in the Features Guide
Auto Setup
The instrument can automatically set the source level from the received SPI bus signal and trigger on it. For details, see section 12.9.
ENHANCED SPI Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select SPI from the setup menu that is displayed. The following menu
2.
items appear.
When Wiring System Is 3 Wire
When Wiring System Is 4 Wire
Set the wiring system to 3 Wire.
Clock source
Data1 source
Set the wiring system to 4 Wire.
Clock source
Data1 source
Chip select source
Trigger condition
Data2 source
Chip select source
Trigger condition
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Clock Source (Clock)
HF rejection ► section 2.3
Hysteresis
Set the clock source to LOGIC.
Press the Clock soft key. The menu that appears varies depending on the specified clock source.
When the Clock Source Is from CH1 to CH4
When the Clock Source Is LOGIC (On models with the logic signal input port)
Set the clock source to one of CH1 to CH4.
Polarity
2.21 Triggering on SPI Bus Signals (Option)
Level used to detect clock source edges
For the 701989 Logic Probe
Source bit
Polarity
Level used to detect clock source edges
Noise rejection
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HF rejection ► section 2.3
Hysteresis
Set the data1
For the 701989 Logic Probe
2.21 Triggering on SPI Bus Signals (Option)
Data1 Source (Data1), Data 2 Source (Data2)
Press the Data1 or Data2 soft key. The menu that appears varies depending on the specified data source. This section explains how to set the Data 1 source. The Data 2 source can be set in the same way. Set the Data2 source when the wiring system is 4 Wire.
When the Data1 Source Is from CH1 to CH4
When the Data1 Source Is LOGIC (On models with the logic signal input port)
Set the data1 source to one of CH1 to CH4.
source to LOGIC.
Source bit
Level used to detect data 1 source states
Level used to detect data1 source states
Noise rejection
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Chip Select Source (CS (SS))
HF rejection ► section 2.3
Level used to detect chip
Hysteresis
Set the chip select
Level used to detect chip
This section only appears when mode
Press the CS(SS) soft key. The menu that appears varies depending on the specified data source.
When the Chip Select Source Is from CH1 to CH4
When the Chip Select Source Is LOGIC (On models with the logic signal input port)
Set the chip select source to one of CH1 to CH4.
Active state
source to LOGIC.
Source bit
Active state
2.21 Triggering on SPI Bus Signals (Option)
select source states
select source states
For the 701989 Logic Probe
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears.
When Wiring System Is 4 Wire
Noise rejection
Bit order
Data1
• Data length
• Comparison start position
• Comparison condition
• Data Pattern
Data2
Configure Data2 in the same manner that you configure Data1.
is set to 4 wire.
When Wiring System Is 3 Wire
Only set the trigger condition for Data1.
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2.22 Triggering On User-Defined Serial Bus Signals

Set the trigger type to User Define.
HF rejection ► section 2.3
Data source
Level used to detect
Hysteresis
This section explains the following settings for triggering on user-defined serial bus signals:
• Bit rate
• Data source Data source state, HF rejection, level used to detect data source states, and hysteresis
• Turning the clock on or off Clock source, enable source, latch source
• Trigger condition
► “User-Defined Serial Bus Trigger [User Define, ENHANCED]” in the Features Guide
ENHANCED User Define Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select User Define from the setup menu that is displayed. The menu
2.
that appears varies depending on whether the clock is set on or off.
When the Clock Is Off
Data Source (Source)
Press the Source soft key. The following menu items appear.
Set the data source to compare with the pattern specified as a trigger condition.
Data source
Set the clock to OFF
Data source state to be recognized as 1
Trigger condition
Bit rate
data source states
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can enter is determined by the Data
128 bits.
Set the trigger type to User Define.
* The enable source and latch source can be set only for 4-channel models.
HF rejection ► section 2.3
Clock source
Hysteresis
2.22 Triggering On User-Defined Serial Bus Signals
Trigger Condition (Condition Setup)
Press the Condition Setup soft key. The following screen appears. You can use data patterns as trigger conditions. The data pattern trigger condition is met when
the sampled data source pattern matches the specified pattern.
Data length
When the Clock Is On
Data Source (Source)
The menu is the same as the one shown on the previous page for when the clock is off.
Data Pattern
The length of the data pattern you
Size setting. The maximum data pattern length you can specify is
Data source
Set the clock to ON
Clock source
Enable source*
Latch source*
Trigger condition
Clock Source (Clock)
Press the Clock soft key. The following menu items appear.
Polarity (timing for data source pattern sampling)
Specify which clock source edge causes the data source to be sampled.
Level used to detect clock source edges
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State of the enable source to be recognized as the data source
Enable source (when None)
Hysteresis
Polarity (timing for data source pattern comparison)
Latch source (when None)
Hysteresis
2.22 Triggering On User-Defined Serial Bus Signals
Enable Source(Enable)
Press the Enable soft key. The following menu items appear.
When the data source is sampled in sync with the clock source, the enable source can be used
Latch Source (Latch)
Press the Latch soft key. The following menu items appear.
When the latch source is one of CH1 to CH4
HF rejection ► section 2.3
to control the period for which the instrument tests the data source.
When the latch source is one of CH1 to CH4
Level used to detect enable source states
Level used to detect latch source edges
You can specify the timing at which the data source pattern sampled in sync with the clock
source is compared with the specified pattern.
Trigger Condition (Condition Setup)
The menu is the same as the one shown on the previous page for when the clock is off.
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HF rejection ► section 2.3
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2.23 Triggering on a TV Trigger

SDTV(480/60p)
This section explains the following settings for triggering on a TV trigger:
• Broadcasting System
• Trigger source Polarity, HF rejection, horizontal sync frequency, sync guard frequency
• Polarity
• Resolution
• Line number Field number, frame skip
• Level used to detect trigger source states
► “TV Trigger [ENHANCED]” in the Features Guide
ENHANCED TV Menu
Press ENHANCED. The ENHANCED menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ENHANCED menu from TRIGGER on the top menu that is displayed.
Press the Type soft key. Select TV from the setup menu that is displayed. The following menu
2.
items appear.
Set the trigger type to TV.
Broadcasting System
Trigger source
NTSC
PAL
1 You can set this when the line number is set to One. 2 You can set these only when the broadcasting system is set to NTSC, PAL, HDTV (1080/60i,
1080/50i, 1080/24sF), or Userdef TV. For details on Userdef TV, see “Userdef TV” on the next page.
Broadcasting System (Mode)
NTSC
Press the Mode soft key and then the NTSC soft key. The instrument triggers using the specified field and line of the NTSC signal as trigger conditions.
Polarity
HDTV
Line number
Userdef TV
Field number
Frame skip
1, 2
1
Level used to detect trigger source states
Line number
1
PAL
Press the Mode soft key and then the PAL soft key. The instrument triggers using the specified field and line of the PAL signal as trigger conditions.
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Video format (effective number of scan lines/frame rate)
Field number*
2.23 Triggering on a TV Trigger
SDTV(480/60p)
Press the Mode soft key and then the SDTV(480/60p) soft key. The instrument triggers using the specified line of the SDTV signal as trigger conditions.
HDTV
Press the Mode soft key and then the HDTV soft key. The following menu appears. Select the video format. The instrument triggers using the specified field and line of the HDTV signal as trigger conditions.
Userdef TV
Press the Mode soft key and then the Userdef TV soft key. The following menu items appear. The instrument triggers using the user-defined field and line as trigger conditions.
Set the broadcasting system to Userdef TV.
Trigger source
Resolution
Line number
Trigger source Polarity HF rejection
Frame skip*
Level used to detect trigger source states
Line number*
Horizontal sync frequency
Sync guard frequency
(as a percentage of the horizontal sync frequency)
* You can set this when the line number is set to One.
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2.24 Triggering on Combination Triggers (B TRIG)

Logic combination
Delay timeSet the logic combination to A Delay B.
Number of times condition B must be metSet the logic combination to A to B(n).
This section explains the following settings for triggering on a combination trigger:
• Logic combination Delay time for condition B, number of times condition B must be met
• A trigger: Condition A
• B trigger: condition B
► “Trigger B [B TRIG]” in the Features Guide
B TRIG menu
Press B TRIG. The following menu items appear.
You can also tap MENU ( TRIGGER on the top menu that is displayed.
A trigger B trigger
) in the upper left of the screen and select the B TRIG menu from
Logic Combination (Combination)
OFF
Press the Combination soft key and then the OFF soft key.
The instrument triggers when the trigger A conditions are met.
A Delay B
Press the Combination soft key and then the A Delay B soft key. The following menu items appear.
After the trigger A conditions are met and the specified amount of time (the delay time) elapses, the
instrument triggers when the trigger B conditions are met.
A -> B(n)
Press the Combination soft key and then the A -> B(n) soft key. The following menu items appear.
After the trigger A conditions are met, the instrument triggers when the trigger B conditions are met
N times.
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Trigger type
The specified trigger type menu appears. For information on setting each trigger type, see its corresponding reference in the following table.
Trigger type
The specified trigger type menu appears. For information on setting each trigger type, see its corresponding reference in the following table.
2.24 Triggering on Combination Triggers (B TRIG)
Trigger A (A Trigger)
Press the A Trigger soft key. The following menu items appear. Trigger condition A is set to the trigger condition that has been set with the EDGE key or the ENHANCED key, whichever one is illuminated. You can also set trigger condition A from the following menu.
Trigger type Reference
Section
Edge Section 2.3 Window OR Section 2.11 UART Section 2.19
Edge OR Section 2.4 Interval Section 2.12 I2C Section 2.20
Pattern Section 2.5 FlexRay Section 2.13 SPI Section 2.21
Pulse Width Section 2.6 CAN Section 2.14 User-defined
Rise/Fall Time Section 2.7 CAN FD Section 2.15
Runt Section 2.8 LIN Section 2.16 TV Section 2.23
Timeout Section 2.9 CXPI Section 2.17
Window Section 2.10 SENT Section 2.18
Trigger Type Reference
Section
Trigger Type Reference
Section
Section 2.22
serial bus
Note
Only one of either condition A or condition B can be set for serial bus trigger.
Trigger B (B Trigger)
Press the B Trigger soft key. The following menu items appear. Set trigger B to one of the trigger types shown in the following table.
Trigger Type Reference
Section
Edge Section 2.3 CAN Section 2.14 I2C Section 2.20
Edge OR Section 2.4 CAN FD Section 2.15 SPI Section 2.21
Pattern Section 2.5 LIN Section 2.16 User-defined
Window Section 2.10 CXPI Section 2.17
Window OR Section 2.11 SENT Section 2.18
FlexRay Section 2.13 UART Section 2.19
Trigger Type Reference
Section
Note
• Only one of either condition A or condition B can be set for serial bus trigger.
• If you set condition B as the Window trigger, Time Qualification is fixed to None.
• If you set condition B as the Pattern trigger, True and False cannot be selected as the trigger condition
when the clock source has been set to None.
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Trigger Type Reference
Section
Section 2.22
serial bus
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2.25 Forcing the Instrument to Trigger (FORCE TRIG)

► “Trigger Types (Type)” in the Features Guide
Press SHIFT+B TRIG (FORCE TRIG).
You can also tap MENU ( TRIGGER on the top menu that is displayed.
) in the upper left of the screen and select the FORCE TRIG menu from
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2.26 Setting the Action-On-Trigger Function

Turns mail transmission
Sound a buzzer
Action to execute
This section explains the following settings for executing the action-on-trigger function):
• Action mode
• Action to execute
• The number of actions
• Executing action-on trigger
► “Executing Actions” in the Features Guide
ACTION Action on Trig Menu
Press SHIFT+MODE (ACTION GO/NO-GO). The ACTION menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ACTION menu (ACTION GO/ NO-GO) from TRIGGER on the top menu that is displayed.
Press the Mode soft key and then the Action on Trig soft key. The following menu items
2.
appear.
Execute action-on trigger.
Set the action mode to Action on Trig.
Number of actions
(number of waveform acquisitions)
Executing Action-on Trigger (Exec)
After specifying the action mode, the action to execute, and the number of actions, press the Exec soft key. The instrument executes the action each time it triggers until the specified number of actions has been reached.
While action-on-trigger is being executed, Exec changes to Abort. If you want to stop serial bus configuration, press the Abort soft key.
Note
• You cannot execute action-on-trigger if Print To is set to Multi when Print is set to ON on the PRINT menu.
• When the action to execute is e-mail transmission, the instrument sends the number of messages
Mail transmission count
on or off
Turns waveform data saving on or off
Turns screen printing on or off
►section16.6
specified by either Action Count or Mail Count, whichever is lower.
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2.27 Performing GO/NO-GO Determination

(number of waveform
Action to execute ► section 2.26
Reference range type
This section explains the following settings for performing GO/NO-GO determination:
• Action mode
• The number of NO-GO determinations
• Reference condition Reference range type, determination source waveform, reference condition, determination source
window, and zone settings
• Executing Go/NO-GO determination
► “Executing Actions” in the Features Guide
ACTION Go/Nogo Menu
Press SHIFT+MODE (ACTION GO/NO-GO). The ACTION menu appears.
1.
You can also tap MENU ( ) in the upper left of the screen and select the ACTION menu (ACTION GO/ NO-GO) from TRIGGER on the top menu that is displayed.
Press the Mode soft key, then the Go/Nogo AND or Go/Nogo OR soft key. The following menu
2.
items appear.
Set the action mode to Go/Nogo AND or Go/Nogo OR.
Reference condition
(3 and 4 only for 4-channel models)
Executing Go/NO-GO Determination (Exec)
After specifying the action mode, the action to execute, the number of actions, the number of NO­GO determinations, and the reference conditions, press the Exec soft key. The instrument executes actions until either the specified number of actions or the number of NO-GO determinations is reached.
While GO/NO-GO determination is being executed, Exec changes to Abort. If you want to stop serial bus configuration, press the Abort soft key.
Note
• You cannot execute GO/NO-GO determination if Print To is set to Multi when Print is set to ON on the
PRINTmenu.►section16.6
Execute Go/NO-GO determination.
Number of actions
acquisitions)
Number of NO-GO results
• When the action to execute is e-mail transmission, the instrument sends the number of messages
specified by either Action Count or Mail Count, whichever is lower.
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Remove from reference conditions
Reference range type
2.27 Performing GO/NO-GO Determination
Reference Conditions (1 to 4) Reference Range Type (Mode)
Press any one of the Reference Condition 1 to 4 soft keys. The following menu items appear.
Reference range using waveform parameter
Polygonal zone
Waveform zone
Rectangular zone
Under the following circumstances, there are reference range types that you cannot specify.
• When the judgment target waveform is LOGIC, XY1, XY2, FFT1, or FFT2
Reference range type
Source Waveform
CH1 to CH4 Ye s Yes Yes Yes LOGIC No No No Yes Math1 to Math4 Yes Yes Yes Yes XY1, XY2 Yes No Yes Ye s FFT1, FFT2 No No No Yes
Rectangular zone Waveform zone polygonal zone
Reference range using waveform parameter
Note
Using the CH4 Terminal and Logic Signal Input Port
When you perform GO/NO-GO determination, you cannot use the CH4 terminal and logic signal input ports
as the source at the same time. Specify the source that you want to use in advance by pressing either CH4
or LOGIC.
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Set the reference range
Right
Set the reference range
Determination area (right)
2.27 Performing GO/NO-GO Determination
Rectangular Zone (RectZone)
Press the Mode soft key and then the RectZone soft key. The following menu items appear.
type to RectZone.
Source Waveform
Reference standard
Determination source window*
Range of rectangular zone
Set with the jog shuttle
Set with the jog shuttle
Up
Down
Left
* Set this when the source waveform is CH1 to CH4 or Math1 to Math4.
Note
• To move the rectangular zone up and down, press the Upper or Lower soft key or the SET key several
times, and rotate the jog shuttle with both the up and down cursor selected.
• To move the rectangular zone left and right, press the Left or Right soft key or the SET key several times,
and rotate the jog shuttle with both the left and right cursors selected.
Waveform Zone (WaveZone)
Press the Mode soft key and then the WaveZone soft key. The following menu items appear.
type to WaveZone.
Source Waveform
Reference standard
1 Select the waveform zone to be used for reference and the waveform zone to edit. 2 It takes a few seconds to switch to the editing screen.
Determination source window
Select the waveform zone.
Edit the waveform zone.
1
2
Determination area (left)
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2.27 Performing GO/NO-GO Determination
Change the base waveform.
Right edge
Editing a Waveform Zone (Edit1 to 4)
Press the Zone No. soft key, and select the number of the waveform zone that you want to edit.
1.
The soft key for editing the waveform zone will change (to Edit 1, 2, 3, or 4) according to the selected number.
Of Edit 1 to Edit 4, press the soft key that appears on the menu. The waveform zone editing
2.
menu for the number that you selected will be displayed.
Editing range (when set to Whole)
1 If you change the base waveform, all the zones that you have edited up to
that point are lost.
2 It takes a few seconds to return to the previous menu from the editing screen.
When Edit Is Set to Part
Edit the waveform zone.
Set with the jog shuttle
Set with the jog shuttle
Edit the waveform zone.
Range of partial editing
Start over the editing
Confirm the changes to the waveform zone.
1
Stop editing.
2
Up
Down
Left
Right
Up
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Down
Set with the jog shuttle
Left edge
Set with the jog shuttle
Changing the Base Waveform
To perform editing without changing the base waveform, proceed to Step 5.
Press the Trace (New) soft key and select the waveform to serve as the base waveform from
3.
the menu that is displayed.
Press the Exec (New) soft key. A waveform zone will be created.
4.
Editing the Entire Waveform Zone
Press the Edit soft key and select Whole.
5.
Press the Upper/Lower soft key or the Left/Right soft key to select the direction to edit.
6.
Turn the jog shuttle to edit the waveform zone.
7.
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2.27 Performing GO/NO-GO Determination
Positioning of polygonal
Set the reference range
Positioning of polygonal zone (horizontal position)
Editing a Part of the Waveform Zone
Press the Edit soft key and select Part.
5.
Using the T Range1/2 soft key and the jog shuttle, set the waveform zone range you want to
6.
edit.
• T Range1/2 soft key: Select the target you want to set: the left edge of the edit range, the right edge, or both.
• Jog shuttle: Set the left edge of the edit range, the right edge, or both.
Press the Upper/Lower soft key to select the direction to edit.
7.
Turn the jog shuttle to edit the waveform zone.
8.
Repeat steps 6 to 8.
9.
Confirming the Waveform Zone
Press the Store soft key. Confirm the edited waveform zone and store it in internal memory.
Finishing Editing
Press the Quit soft key.
Return to the previous menu from the editing screen. If you do not confirm the edited waveform
zone by pressing the Store soft key, the changes that you made will be lost.
Note
• If you change the base waveform, all the zones that you have edited up to that point will be lost.
• If you want to move from the editing menu to a different menu, you have to press the Quit soft key to
finish editing.
Polygonal Zone (PolygonZone)
Press the Mode soft key and then the PolygonZone soft key. The following menu items appear.
type to PolygonZone.
Source Waveform
Reference standard
Determination source window
Polygonal zone
1 Set this when the source waveform is CH1 to CH4 or Math1 to Math4. 2 GO/NO-GO determination is performed using the polygonal zone that you specify here.
Use the Mask Editor software on a PC in advance to create the polygonal images that you will use as polygonal zones. After loading the file (see section 17.7) and loading the polygonal image into the specified zone number (Zone No. 1 to 4), configure the polygonal zone GO/NO-GO determination.
1
2
zone (vertical position)
2-79
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