Page 1 DLM3022, DLM3032, DLM3052 Digital Oscilloscope DLM3024, DLM3034, DLM3054 Mixed Signal Oscilloscope IM DLM3054-02EN 1st Edition nbn Austria GmbH...
Page 2 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.
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 IM DLM3054-01EN The supplied CD contains the PDF file Digital Oscilloscope of this manual. This manual explains all DLM3024, DLM3034, DLM3054 the instrument’s features other than the...
Page 4: Dlm Models And Conventions Used In This Manual
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.
Page 5: Table Of Contents
Contents Manuals ............................ii DLM Models and Conventions Used in This Manual ............... iii Chapter 1 Vertical and Horizontal Control Setting the Vertical Axis (Analog Signal) ................1-1 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port) ..1-6 Setting the Horizontal Scale (Time Scale) ..............
Page 6 Contents Chapter 3 Waveform Acquisition Setting Conditions for Waveform Acquisition ..............3-1 Acquiring Waveforms ....................... 3-3 Chapter 4 Screen Display Setting Display Conditions ....................4-1 Using the Accumulate Feature ..................4-3 Using the Snapshot and Clear Trace Features ..............4-4 Adjusting the Backlight .....................
Page 7 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) .............
Page 8 Contents 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 ..................
Page 9: Chapter 1 Vertical And Horizontal Control
Chapter 1 Vertical and Horizontal Control 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 •...
Page 10 1.1 Setting the Vertical Axis (Analog Signal) Input Coupling (Coupling) Displays the waveform produced from only the AC component of the input signal through 1 MΩ. Displays the waveform produced from both the DC and AC components of the input signal through 1 MΩ.
Page 11 Attenuation 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.
Page 12 1.1 Setting the Vertical Axis (Analog Signal) UTILITY System Configuration Menu Press UTIL and then the System Configuration soft key. The following menu items appear. Turns offset canceling on or off Turning Offset Cancel On or Off (Offset Cancel) The offset is subtracted from the input signal when cursor measurements, computations, and other operations are performed.
Page 13 1.1 Setting the Vertical Axis (Analog Signal) 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. • The CH key that you press illuminates brightly. •...
Page 14: Setting The Vertical Axis (Logic Signal) (On Models With The Logic Signal Input Port)
Setting the Vertical Axis (Logic Signal) (On 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 •...
Page 15 1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port) Bit Settings (Bit Setup) Press the Bit Setup soft key. The following screen appears. For Logic Probes Other Than the 701989 Turns the display on or off for all bits Threshold level If you change the automatically specified value, the preset setting changes to “Userdef.”...
Page 16 1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port) • When the Threshold Type is Each Turns the display on or off for all bits Preset threshold levels • Selecting a preset automatically sets the threshold level.
Page 17 1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port) Bus Display (Bus) Press the Bus soft key. The following menu items appear. Turns bus display on or off Bus bit assignment Label Format Bus bit assignment Press the Assignment soft key.
Page 18 1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port) State Display (State) Press the State soft key. The following menu items appear. Turns the state display on and off Clock source during state display Clock source polarity (Polarity) Clock source detection level Clock source hysteresis...
Page 19 1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port) 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 Display order reversal Select a bit or the Reverses the display order...
Page 20 1.2 Setting the Vertical Axis (Logic Signal) (On models with the logic signal input port) Display Size (SCALE Knob) Press LOGIC to make the SCALE knob control the LOGIC setting. • 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).
Page 21: Setting The Horizontal Scale (Time Scale)
Setting the Horizontal Scale (Time Scale) 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.
Page 22: Chapter 2 Trigger
Chapter 2 Trigger 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.
Page 23: Setting The Trigger Position And Trigger Delay
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),”...
Page 24 2.2 Setting the Trigger Position and Trigger Delay Turning Delay Cancel On or Off (Delay Cancel) Press UTIL. The UTILITY menu appears. 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.
Page 25: Edge Trigger
Triggering on an Edge Trigger 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 ►...
Page 26 2.3 Triggering on an Edge Trigger When the Trigger Source Is EXT (External trigger signal) Set the trigger source to EXT. Trigger slope Probe attenuation Level used to detect Input range 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.
Page 27: Triggering On The Or Of Multiple Edge Triggers
Triggering on the OR of Multiple Edge Triggers 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 ►...
Page 28: Triggering On Multiple Input Patterns
Triggering on Multiple Input Patterns This section explains the following settings for triggering on multiple input patterns: • Clock source • Time condition, reference time Source bit • Trigger level • Comparison condition Level used to detect trigger source states, HF Trigger source pattern, combination rejection, noise rejection •...
Page 29 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 Trigger level Logic combination Trigger condition Comparison condition When the trigger condition is True or False Time condition Reference time Trigger Source Pattern (Pattern)
Page 30 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).
Page 31 2.5 Triggering on Multiple Input Patterns For the 701989 Logic Probe • When the Threshold Type is All Level used to detect trigger source states HF rejection Noise rejection Preset threshold levels Selecting a preset automatically sets the threshold level. Threshold level If you change the automatically specified value, the preset setting changes to...
Page 32: Triggering On Pulse Width
Triggering on Pulse Width 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.
Page 33 2.6 Triggering on Pulse Width When the Trigger Source Is LOGIC (On models with the logic signal input port) Set the trigger source to LOGIC. Source bit Level used to detect Polarity trigger source states Noise rejection For the 701989 Logic Probe 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.
Page 34: Triggering On Rise And Fall Times
Triggering on Rise and Fall Times 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.
Page 35 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”...
Page 36: Triggering On Runt Signals
Triggering on Runt Signals 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.
Page 37 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).
Page 38: Triggering On Timeout Period
Triggering on Timeout Period 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.
Page 39: Triggering On A Window Trigger
2.10 Triggering on a Window Trigger 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.
Page 40 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.
Page 41: Triggering On The Or Of Multiple Window Triggers
2.11 Triggering on the OR of Multiple Window 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 ►...
Page 42: Triggering On Edge Intervals
2.12 Triggering on Edge Intervals 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.
Page 43 2.12 Triggering on Edge Intervals When the Trigger Source Is LOGIC (On models with the logic signal input port) Set the trigger source to LOGIC. Source bit Level used to detect Trigger slope trigger source edges Noise rejection For the 701989 Logic Probe 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...
Page 44: Triggering On Flexray Bus Signals (Option)
2.13 Triggering on FlexRay Bus Signals (Option) 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 ►...
Page 45 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.
Page 46 2.13 Triggering on FlexRay Bus Signals (Option) • When the Comparison Condition of Data1 Is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data Frame Start (always selected) Indicator ID comparison condition Reference Values (a and b)
Page 47: Triggering On Can Bus Signals (Option)
2.14 Triggering on CAN Bus Signals (Option) 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 ►...
Page 48 2.14 Triggering on CAN Bus Signals (Option) Trigger Source (Source) Press the Source soft key. The following menu items appear. Trigger source HF rejection ► section 2.3 Bit rate Recessive level Sample point When the bit rate is set to User Define Bit rate Sample point Trigger Mode (Mode)
Page 49 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.
Page 50 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 an ID from the message list in the loaded physical value/symbol definition file (.sbl) Select a data item from the signal list in the loaded physical value/symbol definition file (.sbl).
Page 51 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) 2-30 IM DLM3054-02EN...
Page 52: Triggering On Can Fd Bus Signals (Option)
2.15 Triggering on CAN FD Bus Signals (Option) 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 •...
Page 53 2.15 Triggering on CAN FD Bus Signals (Option) Trigger Source (Source) Press the Source soft key. The following menu items appear. Trigger source Bit rate and sample point Data phase bit rate and sample point Recessive level HF rejection ► section 2.3 Bit Rate (Bit Rate) and Sample Point (Sample Point) Press the Bit Rate soft key.
Page 54 2.15 Triggering on CAN FD 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 FD bus signal frames. Error Mode (Error) Press the Mode soft key and then the Error soft key.
Page 55 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.
Page 56 2.15 Triggering on CAN FD Bus Signals (Option) • When ID Input Format Is Message 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) Select a data item from the signal list in the loaded physical value/symbol definition file (.sbl).
Page 57 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. Set the trigger type to FDF. 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.
Page 58: Triggering On Lin Bus Signals (Option)
2.16 Triggering on LIN Bus Signals (Option) 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 ►...
Page 59 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. Set the trigger mode to Break Synch. Low-pulse bit length that is used to detect breaks The instrument triggers when it detects a break field and then a synch field (Break Field + Synch Field).
Page 60 2.16 Triggering on LIN 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 Break Synch, ID, and Data Frame conditions. Items whose check boxes are selected are used as trigger conditions. •...
Page 61 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. Set the trigger type to ID OR. Trigger condition Trigger Condition (Condition Setup) Press the Condition Setup soft key.
Page 62: Triggering On Cxpi Bus Signals (Option)
2.17 Triggering on CXPI Bus Signals (Option) 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 ►...
Page 63 2.17 Triggering on CXPI Bus Signals (Option) Trigger Source (Source) Press the Source soft key. The following menu items appear. Trigger source HF rejection ► section 2.3 Bit rate T Sample Set with the jog shuttle Set with the jog shuttle Clock tolerance When the bit rate is set to User Define Bit rate...
Page 64 2.17 Triggering on CXPI Bus Signals (Option) PTYPE mode Press the Mode soft key and then the PTYPE soft key. The following menu items appear. Set the trigger mode to PTYPE. 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.
Page 65 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...
Page 66 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. Set the trigger mode to Wakeup/Sleep 2-45 IM DLM3054-02EN...
Page 67: Triggering On Sent Signals (Option)
2.18 Triggering on SENT Signals (Option) This section explains the following settings for triggering on SENT signals: • Trigger source • Trigger mode HF rejection, source bit Trigger condition • Format • Level used to detect trigger source states, hysteresis ►...
Page 68 2.18 Triggering on SENT Signals (Option) When the Trigger Source Is LOGIC (On models with the logic signal input port) Set the trigger source to LOGIC. Level used to detect Source bit trigger source states Noise rejection For the 701989 Logic Probe Format (Format) Press the Format soft key.
Page 69 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. Set the trigger mode to Fast CH S&C. Trigger condition Bit Pattern Fast CH Data Mode...
Page 70 2.18 Triggering on SENT Signals (Option) Trigger Condition (Condition Setup) 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.
Page 71 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. Set the trigger mode to Slow CH ID/Data. Trigger condition Slow channel message type (This is selectable when the format version is APR2016 or JAN2010.) Trigger Condition (Condition Setup)
Page 72 2.18 Triggering on SENT Signals (Option) • When the Message Type Is Enhanced When the ID and Data Message Formats Are Set to “12bit data, 8bit ID” When the data comparison condition is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤...
Page 73 2.18 Triggering on SENT Signals (Option) When the ID and Data Message Formats Are Set to “16bit data, 4bit ID” When the data comparison condition is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤...
Page 74: Triggering On Uart Signals (Option)
2.19 Triggering on UART Signals (Option) 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 ►...
Page 75 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 Set the trigger source to one of CH1 to CH4. Bit rate Bit order HF rejection ►...
Page 76 2.19 Triggering on UART Signals (Option) Trigger Mode (Mode) 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. Format Set the trigger mode to Error.
Page 77 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.
Page 78: Triggering On I C Bus Signals (Option)
2.20 Triggering on I C Bus Signals (Option) This section explains the following settings for triggering on I C bus signals. • SCL source and SDA source HF rejection, source bit, level used to detect the SCL source/SDA source states, and hysteresis •...
Page 79: Triggering On I 2 C Bus Signals (Option)
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.
Page 80 2.20 Triggering on I2C 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 start, address pattern, data pattern, and comparison start position conditions. Items whose check boxes are selected are used as trigger conditions. •...
Page 81 2.20 Triggering on I2C Bus Signals (Option) • When Address Type Is 10bit Address When the R/W bit is not included (OFF) Start (always selected) Set the address type to 10bit Address. R/W bit Address pattern Data length Comparison start position Comparison condition Data Pattern When the R/W bit is included (ON)
Page 82 2.20 Triggering on I2C Bus Signals (Option) Trigger Condition (Condition Setup) 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.
Page 83: Triggering On Spi Bus Signals (Option)
2.21 Triggering on SPI Bus Signals (Option) 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 •...
Page 84 2.21 Triggering on SPI Bus Signals (Option) Clock Source (Clock) 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 HF rejection ► section 2.3 Set the clock source to one of CH1 to CH4.
Page 85 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.
Page 86 2.21 Triggering on SPI Bus Signals (Option) Chip Select Source (CS (SS)) 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 HF rejection ► section 2.3 Set the chip select source to one of CH1 to CH4.
Page 87: Triggering On User-Defined Serial Bus Signals
2.22 Triggering On User-Defined Serial Bus Signals 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 •...
Page 88 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 Data Pattern The length of the data pattern you...
Page 89 2.22 Triggering On User-Defined Serial Bus Signals Enable Source(Enable) Press the Enable soft key. The following menu items appear. Enable source (when None) Level used to detect When the latch source is one of CH1 to CH4 enable source states Hysteresis HF rejection ►...
Page 90: Triggering On A Tv Trigger
2.23 Triggering on a TV Trigger 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 •...
Page 91 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.
Page 92: Triggering On Combination Triggers (B Trig)
2.24 Triggering on Combination Triggers (B TRIG) 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 •...
Page 93 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.
Page 94: Forcing The Instrument To Trigger (Force Trig)
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 ( ) in the upper left of the screen and select the FORCE TRIG menu from TRIGGER on the top menu that is displayed.
Page 95: Setting The Action-On-Trigger Function
2.26 Setting the Action-On-Trigger Function 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).
Page 96: Performing Go/No-Go Determination
2.27 Performing GO/NO-GO Determination 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 •...
Page 97 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 type Reference range using waveform parameter Polygonal zone Waveform zone Rectangular zone Remove from reference conditions...
Page 98 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. Set the reference range type to RectZone. Determination source window* Source Waveform Reference Range of rectangular zone standard Down Set with the jog shuttle...
Page 99 2.27 Performing GO/NO-GO Determination 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. The soft key for editing the waveform zone will change (to Edit 1, 2, 3, or 4) according to the selected number.
Page 100 2.27 Performing GO/NO-GO Determination Editing a Part of the Waveform Zone Press the Edit soft key and select Part. Using the T Range1/2 soft key and the jog shuttle, set the waveform zone range you want to 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.
Page 101 2.27 Performing GO/NO-GO Determination Setting a Reference Range Using Waveform Parameters (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.
Page 102 2.27 Performing GO/NO-GO Determination When the Determination Source Waveform Is LOGIC (On models with the logic signal input port) You can select the measurement item to use in the GO/NO-GO determination from the items used for time axis measurement of waveform parameters shown below. For information on setting automated measurement of waveform parameters, see section 9.1.
Page 103: Chapter 3 Waveform Acquisition
Chapter 3 Waveform Acquisition Setting Conditions for Waveform Acquisition This section explains the following settings for acquiring waveforms: • Record length • Acquisition mode • trigger mode • Turning high resolution mode on or off • Sampling mode • Number of waveforms to acquire, attenuation constant, and number of times to average ►...
Page 104 3.1 Setting Conditions for Waveform Acquisition Sampling Mode (Sampling Mode) Realtime: Samples data in real-time sampling mode. Interpolation: Samples data in interpolation mode. Repetitive: Samples data in repetitive sampling mode. Note You cannot use repetitive sampling mode (Repetitive) under the following circumstances. •...
Page 105: Acquiring Waveforms
Acquiring Waveforms ► “Waveform Acquisition (RUN/STOP)” and “Acquiring the Waveform Once (SINGLE)” in the Features Guide Starting and Stopping Waveform Acquisition (RUN/STOP) Press RUN/STOP. • The RUN/STOP key illuminates, and waveform acquisition starts. The acquired waveform is displayed. • If you set the record length to a value that allows only one waveform to be acquired, pressing the RUN/ STOP key will produce the same result as pressing the SINGLE key.
Page 106: Chapter 4 Screen Display
Chapter 4 Screen Display Setting Display Conditions This section explains the following settings for viewing the display: • Display format • Waveform mapping • Display interpolation • Color • Grid • Waveform intensity • Turning scale value display on or off ►...
Page 107 4.1 Setting Display Conditions Display Color (Color) Press the Color soft key. The following menu items appear. Waveform color Serial bus trend color* Intensity * This menu appears on models with the SENT option. When the CH4 When the LOGIC key is lit key is lit Display color of each waveform...
Page 108: Using The Accumulate Feature
Using the Accumulate Feature This section explains the following settings for using the accumulate feature: • Gradation mode (accumulate display on/off) • Waveform intensity, accumulation time ► “Accumulation (Accumulate)” in the Features Guide DISPLAY Menu Press DISPLAY. The following menu items appear. You can also tap MENU ( ) in the upper left of the screen and select the DISPLAY menu from ACQ/ DISP on the top menu that is displayed.
Page 109: Using The Snapshot And Clear Trace Features
Using the Snapshot and Clear Trace Features ► “Snapshot (SNAP SHOT)” and “Clear Trace (CLEAR TRACE)” in the Features Guide Snapshot (SNAP SHOT) Press • Press SNAPSHOT to retain the currently displayed waveform on the screen as a snapshot displayed in white.
Page 110: Adjusting The Backlight
Adjusting the Backlight This section explains the following settings for adjusting the backlight): • Turn off the backlight. • Enabling or disabling automatic turning off of the backlight Auto-off time • Adjusting the brightness ► “System Configuration (System Configuration)” in the Features Guide UTILITY System Configuration Menu Press UTIL.
Page 111: Chapter 5 Xy Display
Chapter 5 XY Display Displaying XY Waveforms This section explains the following settings for displaying XY waveforms: • XY waveform display • X-axis and Y-axis source waveforms • Display setup Turning VT waveform display and split display on or off •...
Page 112: Performing Cursor Measurements And Area Calculations
Performing Cursor Measurements and Area Calculations This section explains the following settings for performing cursor measurements on and determining the area of the displayed XY waveform): • Cursor measurement • Area determination method ► “Measurement (Measure Setup)” in the Features Guide XY Measure Setup menu Press SHIFT+DISPLAY(X-Y).
Page 113: Chapter 6 Computed And Reference Waveforms
Chapter 6 Computed and Reference Waveforms Setting the Computation Mode This section explains how to set the computation mode. ► “Computation Mode (Mode)” in the Features Guide MATH/REF Menu Press MATH/REF. The following menu items appear. • You can also tap MENU ( ) in the upper left of the screen and select the MATH/REF menu from ANALYSIS on the top menu that is displayed.
Page 114: Performing Addition, Subtraction, And Multiplication
Performing Addition, Subtraction, and Multiplication This section explains the following settings for performing addition, subtraction, and multiplication: • Operators • Computation source waveform ► “Operators (Operation)” in the Features Guide MATH/REF Menu Press MATH/REF. The MATH/REF menu appears. • You can also tap MENU ( ) in the upper left of the screen and select the MATH/REF menu from ANALYSIS on the top menu that is displayed.
Page 115: Performing Filter Functions
Performing Filter Functions This section explains the following settings for performing filter functions (phase shift, moving average, IIR filter). • Operators • Computation source waveform • Filter setup ► “Operators (Operation)” in the Features Guide MATH/REF Menu Press MATH/REF. The MATH/REF menu appears. •...
Page 116 6.3 Performing Filter Functions Configuring Filters (Filter Setup) Press the Filter Setup soft key. The following menu items appear. Filter type IIR filter (highpass) IIR filter (lowpass) Smoothing Phase shift Phase Shift (Delay) Press the Type soft key and then the Delay soft key. The following menu items appear. Set the filter type to Delay.
Page 117: Performing Integration
Performing Integration This section explains the following settings for performing integration: • Operators • Computation source waveform • Initial point ► “Operators (Operation)” in the Features Guide MATH/REF Menu Press MATH/REF. The MATH/REF menu appears. • You can also tap MENU ( ) in the upper left of the screen and select the MATH/REF menu from ANALYSIS on the top menu that is displayed.
Page 118: Performing Count Computations
Performing Count Computations This section explains the following settings for performing edge count or rotary count: • Operators • Count setup Count type, computation source waveform, polarity, level used to detect edge count edges, rotary count threshold level, hysteresis • Initial point ►...
Page 119 6.5 Performing Count Computations Edge Count (Edge) Press the Type soft key and then the Edge soft key. The following menu items appear. Set the count type to Edge. Computation source waveform ►section 6.2 Polarity Polarity Level used to detect edges Hysteresis Rotary Count (Rotary) Press the Type soft key and then the Rotary soft key.
Page 120: Setting Labels, Units, And Scaling
Setting Labels, Units, and Scaling This section explains the following labels, units, and scaling settings: • Labels and units • Scaling ► “Setting Labels and Units (Label/Unit)” and “Scaling (Ranging)” in the Features Guide MATH/REF Menu Press MATH/REF. The MATH/REF menu appears. You can also tap MENU ( ) in the upper left of the screen and select the MATH/REF menu from ANALYSIS on the top menu that is displayed.
Page 121: Loading Reference Waveforms
Loading Reference Waveforms This section explains the following settings for loading reference waveforms: • Loading reference waveforms • Label • Vertical position ► “Reference Waveforms” in the Features Guide MATH/REF Menu Press MATH/REF. The MATH/REF menu appears. • You can also tap MENU ( ) in the upper left of the screen and select the MATH/REF menu from ANALYSIS on the top menu that is displayed.
Page 122 6.7 Loading Reference Waveforms Labels (Label/Unit) Press the Label/Unit soft key. The following menu items appear. Set the user unit.* * You can set this when the calculation mode is Math. Label Turns label display on and off 6-10 IM DLM3054-02EN...
Page 123: Performing User-Defined Computations (Optional)
Performing User-Defined Computations (Optional) This section explains the following settings for performing user-defined computations: • Operators • Labels and units • Expression • Execute automatic scaling • Computation conditions ► “User-Defined Computation (User Define, option)” in the Features Guide MATH/REF Menu Press MATH/REF.
Page 124 6.8 Performing User-Defined Computations (Option) Expression (Expression) Press the Expression soft key. The following screen appears. Example: Computed waveform Math4 Define an expression by combining computation source waveforms and operators Add the results of automated measurement of waveform parameters to the expression. •...
Page 125 6.8 Performing User-Defined Computations (Option) Digital filters(Filter1, Filter2) Press the Filter1 soft key and then the Filter2 soft key. The following menu items appear. Frequency band (When Lowpass) Cutoff frequency Filter type Cutoff 1 Set with the jog shuttle Lowpass Highpass Bandpass When Frequency Band Is Set to Highpass Set with the jog shuttle...
Page 126: Chapter 7 Fft
Chapter 7 Displaying FFT Waveforms This section explains the following settings for performing FFT analysis: • Turning FFT waveform display on or off • Analysis source waveform • FFT conditions • Analysis range • Vertical and horizontal scale values • FFT points ►...
Page 127 7.1 Displaying FFT Waveforms Vertical and Horizontal Scale Values (Display Setup) Press the Display Setup soft key. The following menu items appear. Vertical scale value Manually set the vertical scale value Horizontal scale value (when Auto) Manually set the horizontal scale value Turns the VT waveform display on or off Center of the...
Page 128: Measuring Fft Waveforms
Measuring FFT Waveforms This section explains the following settings for measuring FFT waveforms: • Cursor type • Marker cursor measurements • Peak cursor measurement ► “Cursor Measurement (Measure Setup)” in the Features Guide FFT Measure Setup Menu Press SHIFT+MATH/REF (FFT). The FFT menu item appears. You can also tap MENU ( ) in the upper left of the screen and select the FFT menu from ANALYSIS on the top menu that is displayed.
Page 129 7.2 Measuring FFT Waveforms Peak Cursor Measurement (Peak) Press the Mode soft key and then the Peak soft key. The following menu items appear. Set Type to Peak. Threshold value Difference between peak and valley List display list number Set with the jog shuttle Set with the jog shuttle Set with the jog shuttle Maximum peak display...
Page 130: Measuring With Δt Cursors
Chapter 8 Cursor measurement Measuring with ΔT Cursors This section explains the following settings for measuring with ΔT cursors: • Turning cursor measurement on or off • Cursor type • Source waveform • Measurement items • Cursor jumping • Cursor position ►“ΔT Cursors (ΔT)”...
Page 131: Measuring With Δv Cursors
Measuring with ΔV cursors This section explains the following settings used for measurement with ΔV cursors: • Turning cursor measurement on or off • Cursor type • Source waveform • Measurement items • Cursor position ► “ΔV Cursors (ΔV)” in the Features Guide CURSOR Menu Press CURSOR.
Page 132: Measuring With Δt And Δv Cursors
Measuring with ΔT and ΔV Cursors This section explains the following settings for measuring with ΔT and ΔV cursors: • Turning cursor measurement on or off • Cursor type • Source waveform • Measurement items • ΔT cursor jumping • Cursor position ► “ΔT&ΔV Cursors (ΔT&ΔV)” in the Features Guide CURSOR Menu Press CURSOR.
Page 133: Measuring With Marker Cursors (Marker)
Measuring with Marker Cursors (Marker) This section explains the following settings for measuring with marker cursors: • Turning cursor measurement on or off • Cursor type • Marker display format • The waveform to measure using the cursors • Measurement items •...
Page 134: Measuring With Angle Cursors (Degree)
Measuring with Angle Cursors (Degree) This section explains the following settings for measuring with angle cursors: • Turning cursor measurement on or off • Reference setup • Cursor type • Cursor jumping • Source waveform • Cursor position • Measurement items ►...
Page 135 8.5 Measuring with Angle Cursors (Degree) Setting the Reference (Reference Setup) Press the Reference Setup soft key. The following menu items appear. Reference angle Unit Reference cursor Set with the jog shuttle Ref Cursor1: zero point Set with the jog shuttle Ref Cursor2: end point IM DLM3054-02EN...
Page 136: Chapter 9 Automated Measurement Of Waveform Parameters
Chapter 9 Automated Measurement of Waveform Parameters Automatically Measuring Waveform Parameters This section explains the following settings for automatically measuring waveform parameters: • Turning automated measurement on or off • Reference levels for automated measurements • Measurement source waveform and •...
Page 137: Automatically Measuring Waveform Parameters
9.1 Automatically Measuring Waveform Parameters Measurement Source Waveform and Measurement Items (Item Setup) Press the Item Setup soft key. Press the Source soft key. Select the source waveform from the setup menu that is displayed. A menu appears according to the waveform to be measured you specified. When the Measurement Source Waveform Is CH1 to CH4 or Math1 to Math4 Clear the check boxes of all the measurement items.
Page 138 9.1 Automatically Measuring Waveform Parameters When the Source Waveform Is LOGIC (On models with the logic signal input port) Clear the check boxes of all the measurement items. Select the measurement items that you want to use. Measurement of delay between waveforms Set the measurement source waveform to LOGIC.* * CH4 or LOGIC, whichever the corresponding key is illuminated, can be selected.
Page 139 9.1 Automatically Measuring Waveform Parameters Measurement Location Indicator (Indicator) Press the Indicator soft key. You can set Indicator to OFF (the measurement location indicator is not displayed) or display a setup menu with the items whose check boxes you have selected in "Measurement Source Waveform and Measurement Items (Item Setup)."* * The measurement locations of the following items can be indicated.
Page 140: Processing Statistics On Automatically Measured Values
Processing Statistics on Automatically Measured Values This section explains the following settings for processing statistics on automatically measured waveform parameters: • Statistical processing mode • Normal statistical processing • Cyclic statistical processing • Statistical processing of history waveforms ► “Statistics (Statistics)” in the Features Guide MEASURE Statistics Menu Press MEASURE.
Page 141 9.2 Processing Statistics on Automatically Measured Values Setting the Trend Display and the Histogram Display (Trend/Histogram) Press the Trend/Histogram soft key. Trend display Press the Mode soft key and then the Trend soft key. The following menu items appear. • Up to two trends can be displayed. To switch the setup menu, press the Trend/Histogram soft key.
Page 142 9.2 Processing Statistics on Automatically Measured Values Histogram display Press the Mode soft key and then the Histogram soft key. The following menu items appear. • Up to two histograms can be displayed. To switch the setup menu, press the Trend/Histogram soft key.
Page 143 9.2 Processing Statistics on Automatically Measured Values List Display (List) Press the List soft key. The following menu items appear. ↓: Displayed next to the minimum value of each measurement item. ↑: Displayed next to the maximum value of each measurement item. Highlight display When a scroll bar appears, you can move the SET key left and right or up and down to move the highlighted...
Page 144 9.2 Processing Statistics on Automatically Measured Values Search Mode (Search Mode) Press the Search Mode soft key. The following menu items appear. If you select "Data ≤ b", "a ≤ Data" or "a ≤ Data ≤ b", set the value of a or b with the jog shuttle. Set with the jog shuttle Set with the jog shuttle a, b value Set with the jog shuttle Select the search item, and then press ESC.
Page 145: Measuring Enhanced Parameters
Measuring Enhanced Parameters This section explains the settings used when performing automated measurement of the waveform parameters of two areas and the settings used when performing calculations using waveform parameters. ► “Enhanced Parameter Measurement (Enhanced)” in the Features Guide MEASURE Enhanced Menu Press MEASURE.
Page 146: Chapter 10 Zooming In Or Out Of Waveforms
Chapter 10 Zooming in or out of Waveforms 10.1 Zooming in or out of waveforms This section explains the following settings for zooming in or out of waveforms: • Turning zoom on or off • Zoom source waveform • Display format •...
Page 147 10.1 Zooming in or out of Waveforms Auto Scrolling (Auto Scroll) Press the Auto Scroll soft key. The following menu items appear. Decrease the speed by one level Increase the speed by one level Zoom in on the left edge of the Main window Scroll left Stop auto scrolling Scroll right...
Page 148: Zooming In Or Out Of Waveforms In The Vertical Direction
10.2 Zooming in or out of Waveforms in the Vertical Direction This section explains the following settings for zooming in or out of waveforms in the vertical direction: ► “Vertical Zoom (Vertical Zoom)” in the Features Guide ZOOM Vertical Zoom menu Press ZOOM1 or ZOOM2.
Page 149: Chapter 11 Searching Waveforms
Chapter 11 Searching Waveforms 11.1 Searching for Edges This section explains the following settings for searching for edges: • Search type • Search range Search start and end points • Search conditions Search source waveform, strobe, level used to detect search source waveform edges, and hysteresis •...
Page 150 11.1 Searching for Edges Search Conditions (Condition Setup) Note Using the CH4 Terminal and Logic Signal Input Port When you execute a search, you cannot use the CH4 terminal and the logic signal input port as the source at the same time. Specify the source that you want to use in advance by pressing either CH4 or LOGIC. Press the Condition Setup soft key.
Page 151 11.1 Searching for Edges Search Skipping (Skip Mode) Press the Skip Mode soft key. The following menu items appear. After a search condition is met, you can skip the detection of search conditions for the specified amount of time or the specified number of counts. Search skipping When search skipping is set Length of time for skipping...
Page 152: Searching With Multiple Input Patterns
11.2 Searching with Multiple Input Patterns This section explains the following settings for searching with multiple input patterns: • Search type • Detected waveform display • Search range • Detected point number Search start and end points • Search skipping •...
Page 153 11.2 Searching with Multiple Input Patterns Search Conditions (Condition Setup) Note Using the CH4 Terminal and Logic Signal Input Port When you execute a search, you cannot use the CH4 terminal and the logic signal input port as the source at the same time.
Page 154 11.2 Searching with Multiple Input Patterns Search 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) When the CH4 key is lit Set the slope of the signal set as the clock source Set the pattern of the search source (signal other than the clock source)
Page 155 11.2 Searching with Multiple Input Patterns Time Condition (Time Qualification) If no clock source (None) is set, the time condition is set if the achievement condition is True or False. Press the Time Qualification soft key. The following menu items appear. Set the achievement condition to True or False Set the clock source to None Time condition...
Page 156: Searching For Pulse Width
11.3 Searching for Pulse Width This section explains the following settings for searching for pulse width: • Search type • Detected waveform display • Search range • Search skipping Search start and end points • Detected point number • Search conditions •...
Page 157 11.3 Searching for Pulse Width Search Conditions (Condition Setup) Note Using the CH4 Terminal and Logic Signal Input Port When you execute a search, you cannot use the CH4 terminal and the logic signal input port as the source at the same time.
Page 158 11.3 Searching for Pulse Width Reference Times (Time or Time1 and Time2) • When the Time Condition is More than, Less than, or Timeout Set the time condition to More than, Less than, or Timeout. Reference time Time Set with the jog shuttle When the search source waveform is LOGIC (on models with the logic signal input port) Source bit Reference time Time...
Page 159: Searching For Timeout Periods
11.4 Searching for Timeout Periods This section explains the following settings for searching for timeout periods: • Search type • Search range Search start and end points • Search conditions Search source waveform, polarity, timeout period, level used to detect search source waveform states, and hysteresis •...
Page 160 11.4 Searching for Timeout Periods Search Conditions (Condition Setup) Note Using the CH4 Terminal and Logic Signal Input Port When you execute a search, you cannot use the CH4 terminal and the logic signal input port as the source at the same time.
Page 161: Chapter 12 Analyzing And Searching Serial Bus Signals
Chapter 12 Analyzing and Searching Serial Bus Signals 12.1 Analyzing and Searching FlexRay Bus Signals (Option) This section explains the following settings for analyzing or searching FlexRay bus signals: • Turning analysis and search displays on or off • Serial bus signal types •...
Page 162 12.1 Analyzing and Searching FlexRay Bus Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port If you perform an analysis or execute a search when using the logic signal input ports for input, you cannot specify CH4 as the source.
Page 163 12.1 Analyzing and Searching FlexRay Bus Signals (Option) List Display (List) Press the Display soft key and turn on the analysis and search displays . Press the List soft key. • The list of analysis results and he next menu appear. •...
Page 164 12.1 Analyzing and Searching FlexRay Bus Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Jump to the specified field Zoom window Search type ►section 2.13 Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 165: Analyzing And Searching Can Bus Signals (Option)
12.2 Analyzing and Searching CAN Bus Signals (Option) This section explains the following settings for analyzing or searching CAN bus signals: • Turning analysis and search displays on or off • Serial bus signal types • Bus setup Auto setup, analysis/search source waveform, bit rate, recessive level, sample point, level used to detect analysis/search source waveform states, hysteresis •...
Page 166 12.2 Analyzing and Searching CAN Bus Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port If you perform an analysis or execute a search when using the logic signal input ports for input, you cannot specify CH4 as the source.
Page 167 12.2 Analyzing and Searching CAN Bus Signals (Option) Manual Setup After running auto setup, you can change the following settings and display decoded results. • Analysis/search source waveform • Bit rate • Recessive level • Sample point • Level used to detect analysis/search source waveform states •...
Page 168 12.2 Analyzing and Searching CAN Bus Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Jump to the specified field Zoom window Search type ►section 2.14 Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 169: Analyzing And Searching Can Fd Bus Signals (Option)
12.3 Analyzing and Searching CAN FD Bus Signals (Option) This section explains the following settings (which are used when analyzing or searching CAN FD bus signals): • Turning analysis and search displays on or off • Serial bus signal types •...
Page 170 12.3 Analyzing and Searching CAN FD Bus Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port If you perform an analysis or execute a search when using the logic signal input ports for input, you cannot specify CH4 as the source.
Page 171 12.3 Analyzing and Searching CAN FD Bus Signals (Option) Manual setup After running auto setup, you can change the following settings and display decoded results. • Analysis/search source waveform • Bit rate • Sample point • Data phase bit rate •...
Page 172 12.3 Analyzing and Searching CAN FD Bus Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Jump to the specified field Zoom window Search type ►section 2.15 Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 173: Analyzing And Searching Lin Bus Signals (Option)
12.4 Analyzing and Searching LIN Bus Signals (Option) This section explains the following settings for analyzing or searching LIN bus signals: • Turning analysis and search displays on or off • Serial bus signal types • Bus setup Auto setup, analysis/search source waveform, bit rate, revision, sample point, level used to detect analysis/search source waveform states, hysteresis •...
Page 174 12.4 Analyzing and Searching LIN Bus Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port If you perform an analysis or execute a search when using the logic signal input ports for input, you cannot specify CH4 as the source.
Page 175 12.4 Analyzing and Searching LIN Bus Signals (Option) Manual Setup After running auto setup, you can change the following settings and display decoded results. • Analysis/search source waveform • Bit rate • Revision • Sample point • Level used to detect analysis/search source waveform states •...
Page 176 12.4 Analyzing and Searching LIN Bus Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Jump to the specified field Zoom window Search type ►section 2.16 Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 177: Analyzing And Searching Cxpi Bus Signals (Option)
12.5 Analyzing and Searching CXPI Bus Signals (Option) This section explains the following settings for analyzing or searching CXPI bus signals: • Turning analysis and search displays on or off • Serial bus signal types • Bus setup Auto setup, analysis/search source waveform, bit rate, T sample, clock tolerance, counter error detection, level used to detect analysis/search source waveform states, hysteresis •...
Page 178 12.5 Analyzing and Searching CXPI Bus Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port If you perform an analysis or execute a search when using the logic signal input ports for input, you cannot specify CH4 as the source.
Page 179 12.5 Analyzing and Searching CXPI Bus Signals (Option) Manual setup After running auto setup, you can change the following settings and display decoded results. • Analysis/search source waveform • Bit rate • T Sample • Clock tolerance • Counter error detection •...
Page 180 12.5 Analyzing and Searching CXPI Bus Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Zoom window Search type ►section 2.17 Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 181 12.5 Analyzing and Searching 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 searches for wakeup pulses, wakeup states, sleep frames, or sleep states. Set the search type to Wakeup/Sleep Turns on or off the detection of wakeup pulses, wakeup states, sleep frames, or sleep states Executing a Search (Search)
Page 182: Analyzing And Searching Sent Signals (Option)
12.6 Analyzing and Searching SENT Signals (Option) This section explains the following settings (which are used when analyzing or searching SENT signals): • Turning analysis and search displays on or off • Serial bus signal types • Bus setup Auto setup, analysis/search source waveform, format, display channel, Fast CH data type, slow CH message type, the level used to detect the source state, and hysteresis •...
Page 183 12.6 Analyzing and Searching SENT Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port When you perform an analysis or execute a search, you cannot use the CH4 terminal and the logic signal input port as the source at the same time. Specify the source that you want to use in advance by pressing either CH4 or LOGIC.
Page 184 12.6 Analyzing and Searching SENT Signals (Option) Manual setup After running auto setup, you can change the following settings and display decoded results. • Analysis/search source waveform • Format • Display channel • Fast channel data type • Fast channel user data type •...
Page 185 12.6 Analyzing and Searching SENT Signals (Option) List Display (List/Trend - List) Press the Display soft key and turn on the analysis and search displays . Press the List/Trend soft key and then the List soft key. • The list of analysis results and he next menu appear. •...
Page 186 12.6 Analyzing and Searching SENT Signals (Option) Trend Display (List/Trend - Trend) Press the Display soft key and turn on the analysis and search displays . Press the List/Trend soft key and then the Trend soft key. • The following menu items appear. Up to four trends can be displayed.
Page 187 12.6 Analyzing and Searching SENT Signals (Option) When the Display Source Is Set to Slow Channel Turn the trend display on or off Set the display source to Slow CH. Turns cursor measurement on or off Display setup Message ID When cursor measurement is on Message ID...
Page 188 12.6 Analyzing and Searching SENT Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Zoom window Search type ►section 2.18 Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 189: Analyzing And Searching Uart Signals (Option)
12.7 Analyzing and Searching UART Signals (Option) This section explains the following settings for analyzing or searching UART signals: • Turning analysis and search displays on or off • Serial bus signal types • Bus setup Auto setup, analysis/search source waveform, data format, parity, grouping, level used to detect analysis/search source waveform states, hysteresis •...
Page 190 12.7 Analyzing and Searching UART Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port When you perform an analysis or execute a search, you cannot use the CH4 terminal and the logic signal input port as the source at the same time. Specify the source that you want to use in advance by pressing either CH4 or LOGIC.
Page 191 12.7 Analyzing and Searching UART Signals (Option) Manual setup After running auto setup, you can change the following settings and display decoded results. • Analysis/search source waveform • Data format • Parity • Grouping • Level used to detect analysis/search source waveform states •...
Page 192 12.7 Analyzing and Searching UART Signals (Option) • When the Analysis/Search Source Waveform Is LOGIC (On models with the logic signal input port) Set the analysis and search source waveforms to LOGIC Source bit Bit order Bit rate Polarity Sample point When the bit rate is set to User Define Bit rate Sample point...
Page 193 12.7 Analyzing and Searching UART Signals (Option) When Grouping Is Set to ON List of analysis results If multiple errors are detected in one piece of data, the Analysis number instrument only displays the framing error indication. Framing Error, Parity Error Turns zoom linking on or off List size and display position Set Grouping to ON...
Page 194 12.7 Analyzing and Searching UART Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Zoom window Search type ►section 2.19 Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 195 12.8 Analyzing and Searching I C Bus Signals (Option) This section explains the following settings for analyzing or searching I C bus signals: • Turning analysis and search displays on or off • Serial bus signal types • Bus setup Auto setup, SCL source, SDA source, the level used to detect the SCL source/SDA source states, and hysteresis •...
Page 196: Analyzing And Searching I2C Bus Signals (Option)
12.8 Analyzing and Searching I2C Bus Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port When you perform an analysis or execute a search, you cannot use the CH4 terminal and the logic signal input port as the source at the same time.
Page 197 12.8 Analyzing and Searching I2C Bus Signals (Option) Manual Setup After running auto setup, you can change the following settings and display decoded results. • SCL source • SDA source • Level used to detect SCL source/SDA source states • Hysteresis When CH1 to CH4 and Math1 to Math4 Are Set as SCL Source and SDA Source Set the SCL source to one of CH1 to CH4 or one of Math1 to Math4...
Page 198 12.8 Analyzing and Searching I2C Bus Signals (Option) List Display (List) Press the Display soft key and turn on the analysis and search displays . Press the List soft key. • The list of analysis results and he next menu appear. •...
Page 199 12.8 Analyzing and Searching I2C Bus Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Zoom window Search type ►section 2.20 Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 200: Analyzing And Searching Spi Bus Signals (Option)
12.9 Analyzing and Searching SPI Bus Signals (Option) This section explains the following settings for analyzing or searching SPI bus signals: • Turning analysis and search displays on or off • Serial bus signal types • Bus setup Auto setup, wiring system, clock source, data source, chip select source, and bit order •...
Page 201 12.9 Analyzing and Searching SPI Bus Signals (Option) Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port When you perform an analysis or execute a search, you cannot use the CH4 terminal and the logic signal input port as the source at the same time.
Page 202 12.9 Analyzing and Searching SPI Bus Signals (Option) When Wiring System Is 4 Wire Execute automatic Clock source* setup Data1 source* Wiring system Data2 source (Mode) Set to 4 Wire Chip select source* * This is the same as when Wiring System is set to 3 Wire.
Page 203 12.9 Analyzing and Searching SPI Bus Signals (Option) Manual Setup After running auto setup, you can change the following settings and display decoded results. • Wiring system • Level used to detect clock source edges • Clock source • Level used to detect data source/chip select •...
Page 204 12.9 Analyzing and Searching SPI Bus Signals (Option) Chip Select Source (CS (SS)) Press the CS(SS) soft key. The following menu items appear. Chip select source Active state Level used to detect chip select source states Hysteresis When the chip select source is LOGIC (On models with the logic signal input port) Source bit When the chip select source is set to None...
Page 205 12.9 Analyzing and Searching SPI Bus Signals (Option) List Display (List) Press the Display soft key and turn on the analysis and search displays . Press the List soft key. • The list of analysis results and he next menu appear. •...
Page 206 12.9 Analyzing and Searching SPI Bus Signals (Option) Search Setup (Search) Press the Search soft key. The following menu items appear. Search conditions ► section 2.21 Zoom window Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 207: Analyzing And Searching User-Defined Serial Bus Signals
12.10 Analyzing and Searching User-Defined Serial Bus Signals This section explains the following settings for analyzing or searching user-defined serial bus signals: • Turning analysis and search displays on or off • Serial bus signal types • Bus setup Data source, bit rate, decoding start point, clock source, enable source, and latch source •...
Page 208 12.10 Analyzing and Searching User-Defined Serial Bus Signals Bus Setup (Setup) Note Using the CH4 Terminal and Logic Signal Input Port If you perform an analysis or execute a search when using the logic signal input ports for input, you cannot specify CH4 as the source.
Page 209 12.10 Analyzing and Searching User-Defined Serial Bus Signals Clock Source (Clock) Press the Clock soft key. The following menu items appear. Clock source Polarity (timing for data source pattern sampling) Level used to detect clock source edges Hysteresis Specify which clock source edge causes the data source to be sampled. Enable Source(Enable) Press the Enable soft key.
Page 210 12.10 Analyzing and Searching User-Defined Serial Bus Signals Latch Source (Latch) Press the Latch soft key. The following menu items appear. Latch source (when None) Level used to detect latch source edges When the latch source is one of CH1 to CH4 or one of Math1 to Math4 Hysteresis Polarity (timing for data source...
Page 211 12.10 Analyzing and Searching User-Defined Serial Bus Signals Search Setup (Search) Press the Search soft key. The following menu items appear. Search conditions ► section 2.22 Zoom window Execute the search Detected point number This appears when a point that matches the specified search conditions is found.
Page 212: Displaying Multiple Lists
12.11 Displaying Multiple Lists This section explains how to list the decoded results of multiple serial bus signals simultaneously. ► “Analyzing and Searching Serial Bus Signals” and “List Display” in the Features Guide Serial Bus Signal Setup Assign serial bus signals that you want to list simultaneously to Serial Bus1 to Serial Bus4 . ► sections 12.1 to 12.9 Listing the Analysis Results (List) On the Serial Bus menu whose analysis and search displays (Display) are on, press the List...
Page 213: Chapter 13 Waveform Histogram Display
Chapter 13 Waveform Histogram Display 13.1 Displaying Waveform Histograms This section explains the following settings for displaying a histogram of the frequency of data occurrence in a specified area: • Turning the histogram on or off • Source waveform • Source axis •...
Page 214: Measuring Histogram Parameters
13.2 Measuring Histogram Parameters This section explains the following settings for measuring histogram parameters: • Measurement mode • Measurement items • Cursor measurement ► “Measurement (Measure Setup)” in the Features Guide ANALYSIS Histogram Menu Measure Setup Menu Press ANALYSIS. The ANALYSIS menu appears. You can also tap MENU ( ) in the upper left of the screen and select the ANALYSIS menu from ANALYSIS on the top menu that is displayed.
Page 215: Chapter 14 Power Supply Analysis
Chapter 14 Power Supply Analysis (Power Analysis and Power Measurement, Option) 14.1 Power supply analysis type This section explains how to set the power supply analysis type. ► “Type (Type)” in the Features Guide ANALYSIS Power Analysis Menu Press ANALYSIS. The ANALYSIS menu appears. You can also tap MENU ( ) in the upper left of the screen and select the ANALYSIS menu from ANALYSIS on the top menu that is displayed.
Page 216: Analyzing Switching Loss
14.2 Analyzing Switching Loss This section explains the following settings for analyzing switching loss: • Probe • Measurement setup Loss type, level setup, reference levels for voltage channels, measurement items, turning measurement location indicator on or off, statistical processing, measurement source window, measurement range •...
Page 217 14.2 Analyzing Switching Loss Probe (Probe Setup) Press the Probe Setup soft key. The following menu items appear. Input channels Probe attenuation and voltage-to-current conversion ratio Reference waveform Deskew each channel Executes auto deskewing Set with the jog shuttle Set with the jog shuttle Measurement Setup (Measure Setup) Press the Measure Setup soft key.
Page 218 14.2 Analyzing Switching Loss Level Setup (Level Setup) Press the Level Setup soft key. The following screen appears. When loss type is U×I Current and voltage levels When loss type is RDS(on)×I RDS(on) value Current and voltage levels When loss type is VCE(sat)×I VCE (sat) value Current and voltage levels 14-4...
Page 219: Performing Safe Operating Area Analysis
14.3 Performing Safe Operating Area Analysis This section explains the following settings for performing safe operating area analysis: • Probe • Turning the VT waveform display on or off • Cursor display • Measurement range ► “Safe Operating Area Analysis (SOA)” in the Features Guide ANALYSIS Power Analysis Menu Press ANALYSIS.
Page 220: Performing Harmonic Analysis
14.4 Performing Harmonic Analysis This section explains the following settings for performing harmonic analysis: • Probe • List storage and display • Applicable class List storage, list size, and display position • Harmonic grouping • Analysis start point • Display setup •...
Page 221 14.4 Performing Harmonic Analysis Applicable Class (Class Setup) Press the Class Setup soft key. The following menu items appear. Applicable class EUT’s fundamental When the Applicable Class Is C current Power factor Obtains the EUT’s power factor Active power exceeds 25 W (True) or not (False) When the Applicable Class Is D EUT’s active power...
Page 222 14.4 Performing Harmonic Analysis List Storage and Display (List) Press the List soft key. The following menu items appear. Total harmonic distortion • When the Applicable Class Is A, B, or D Rms value Harmonics • When the Applicable Class Is C List size and display position Saves the list 14-8...
Page 223: Measuring The Joule Integral
14.5 Measuring the Joule Integral This section explains the following settings for measuring the Joule integral: • Probe • Turns Joule integral waveform display on or • Measurement setup Turning Joule integral on or off, measurement • auto scaling source window, measurement range •...
Page 224: Measuring Power
14.6 Measuring Power This section explains the following settings for measuring power: • Turning power measurement on or off • Probe • Measurement content Measurement items, reference levels for auto measurement, measurement location indicator, cycle mode, calculation that uses automated measurement values, statistical processing, measurement source window, measurement range ►...
Page 225 14.6 Measuring Power Measurement Setup (Measure Setup)( Press the Mode soft key and set Power Measurement ON. Press the Measure Setup soft key. The following menu items appear. Calculation that uses automated measurement values Automated measurement reference level Statistical processing ►section 9.2 The measurement Measurement source window...
Page 226 14.6 Measuring Power Reference Levels for Auto Measurements (Ref Levels) Press the Ref Levels soft key. Depending on the power measurement that is selected (Power Measurement1 or Power Measurement2), the following screen appears. In the case of Power Measurement 1 (CH1/CH2) Mesial value High/Low level Distal value...
Page 227 14.6 Measuring Power Measurement Location Indicator (Indicator) Press the Indicator soft key. You can set Indicator to OFF (the measurement location indicator is not displayed) or display a setup menu with the items whose check boxes you have selected in “Setting the Measurement Items (Item Setup).” Use the jog shuttle or the SET key to select the item whose measurement location you want to indicate.
Page 228: Chapter 15 Displaying And Searching History Waveforms
Chapter 15 Displaying and Searching History Waveforms 15.1 Displaying History Waveforms This section explains the following settings for displaying history waveforms, which are waveforms that were previously saved to acquisition memory: • Display mode • Showing a list of timestamps •...
Page 229 15.1 Displaying History Waveforms When the Display Mode Is Set to Accumulate Set the display mode to Accumulate Gradation mode Display range List of Timestamps (List) Press the List soft key. The following screen appears. Record number Trigger time The difference between the triggered time of the current data and the data before it List of timestamps Jump to the latest record number...
Page 230 15.1 Displaying History Waveforms Note Notes about Configuring the History Feature • When the acquisition mode is set to Average and the sampling mode is set to Repetitive, you cannot use the history feature. • When the display is in roll-mode, you cannot use the history feature. •...
Page 231: Searching History Waveforms
15.2 Searching History Waveforms This section explains the following settings for searching history waveforms: • Search condition • Waveform to search • Search source window • Search range (rectangular zone) • Search conditions 1 to 4 Search range mode • Executing searches •...
Page 232 15.2 Searching History Waveforms When the Search Condition Is Set to AND or OR Set the search condition (AND, OR) Execute the search Search conditions (3 and 4 are for 4-channel models only) Finish the search Search range mode When the search range mode is RectZone When the search range mode is WaveZone When the search range mode is PolygonZone When the search range mode is Parameter...
Page 233: Chapter 16 Printing And Saving Screen Captures
This section explains how to load roll paper into the optional built-in printer. Printer Roll Paper Use a YOKOGAWA roll paper. Do not use any other paper. When using the printer for the first time, use the roll paper supplied with the instrument. When you need extra roll paper, please contact your nearest YOKOGAWA dealer.
Page 234 16.1 Loading Roll Paper Into the Built-In Printer (Option) Loading the Roll Paper CAUTION • Do not touch the print head. If you do, you may burn yourself. • Do not touch the roll paper cutter section at the end of the printer cover. Doing so may cause injury.
Page 235: Printing On The Built-In Printer (Option)
16.2 Printing on the Built-in Printer (Option) This section explains the following settings for printing on the built-in printer (option): • Output destination • Print mode • Additional information ► “Printing on the Built-in Printer (BuiltIn) (Option)” in the Features Guide PRINT BuiltIn Menu Press SHIFT+PRINT (MENU).
Page 236: Printing On A Usb Printer
16.3 Printing on a USB Printer This section explains the following settings for printing on a USB printer: • Output destination • Print mode • Printer type • Color ► “Printing on a USB Printer (USB)” in the Features Guide PRINT USB Menu Press SHIFT+PRINT (MENU).
Page 237: Printing On A Network Printer
16.4 Printing on a Network Printer This section explains the following settings for printing on a network printer: • Output destination • Print mode • Printer type • Color ► “Printing on a Network Printer (Network)” in the Features Guide PRINT Network Menu Press SHIFT+PRINT (MENU).
Page 238: Saving Screen Captures To Files
16.5 Saving Screen Captures to Files This section explains the following settings for saving screen captures to files: • Output destination • Background transparency (transparent or • Save mode opaque) • Data format • setting information, including • Color data •...
Page 239 16.5 Saving Screen Captures to Files File name (File Name) This is the same as the file feature (except the comment feature). You can save files with automatically generated names using sequence numbers or dates, or save the files with specific file names. For details, see section 17.2.
Page 240: Printing And Saving Screen Capture Data To Multiple Output Destinations At The Same Time
16.6 Printing and Saving Screen Capture Data to Multiple Output Destinations at the Same Time This section explains the following settings for printing and saving screen capture data and waveform data to multiple output destinations at the same time: • Output destination •...
Page 241: Chapter 17 Saving And Loading Data
Chapter 17 Saving and Loading Data 17.1 Connecting USB Storage Device to the USB Ports CAUTION Access Icon Do not remove the USB storage device or turn off the power when the media (internal storage or USB storage device) access icon is blinking in the center of the screen or when the USB storage device access indicator is blinking.
Page 242: Saving Waveform Data
17.2 Saving Waveform Data This section explains the following settings for saving waveform data: • Save destination • History range • File name • Window to be saved • Data format • Data compression • Waveform to save • Saving waveform data ►...
Page 243 17.2 Saving Waveform Data File name (File Name) Press the File Name soft key. The following menu items appear. Comment File name Auto naming Auto Naming (Auto Naming) OFF: The auto naming feature is disabled. The name that you specify using the File Name setting is used.
Page 244 17.2 Saving Waveform Data History Range (History) Of the waveforms that are selected to be saved on the Trace menu, set which range of history waveforms to save. One: The single waveform that is specified with Select No. on the HISTORY menu will be saved.
Page 245 17.2 Saving Waveform Data About Data Compression and Waveform Loadability Waveforms saved in the binary data format can be loaded to this instrument, but the possible loading destinations differ depending on the data compression setting. Waveforms saved in the ASCII or ASCII with TimeInfo. format cannot be loaded to the instrument regardless of the data compression setting.
Page 246: Saving Setup Data
17.3 Saving Setup Data This section explains the following settings for saving setup data: You can save setup data to a file or to three different internal memory locations. • Save destination • File name • Setting details to save to internal memory •...
Page 247: Saving Other Types Of Data
17.4 Saving Other Types of Data This section explains the following settings for saving screen captures, waveform zone data, snapshot waveform data, automated measurement values of waveform parameters, serial bus analysis results, FFT results, histogram data, and the list of timestamps: •...
Page 248 17.4 Saving Other Types of Data When Data Type Is Screen Image Set Data Type to Screen Image Data format (PNG) Color data Save screen capture Background transparency Turns the inclusion of setting i (transparent or opaque) nformation on or off When the data format is BMP or JPEG Turns the inclusion of setting information on or off...
Page 249 17.4 Saving Other Types of Data When Data Type Is Serial Bus History range ►section 17.2 Set Data Type to Serial Bus Save the serial bus analysis results Serial bus When Data Type Is FFT Turns the inclusion of frequency information on or off Set Data Type to FFT Save FFT results...
Page 250: Loading Waveform Data
17.5 Loading Waveform Data This section explains the following settings for loading waveform data: • Displays the file information • Loading waveform data into reference waveforms • Loads waveform data into channels ► “Loading Waveform Data (Waveform)” in Features Guide File Waveform (Load) Menu Press FILE.
Page 251 17.5 Loading Waveform Data Note To load a file saved from the waveform data of multiple channels as a reference waveform, use Load to Channels to load the waveform into channels, and then load the waveform as a computation reference waveform (see section 6.7).
Page 252: Loading Setup Data
17.6 Loading Setup Data This section explains the following settings for loading setup data: Both the method for loading setup data that has been saved to a file and the method for loading setup data that has been saved in the internal memory are explained. •...
Page 253: Loading Other Types Of Data
17.7 Loading Other Types of Data This section explains the following settings for loading waveform zones, polygonal zones, snapshot waveforms, or serial bus waveform symbol data: • Displaying file information • Data type to load • Loading data ► “Loading Other Types of Data (Others)” in Features Guide File Others (Load) Menu Press FILE.
Page 254 17.7 Loading Other Types of Data When Data Type Is Wave-Zone Set Data Type to Wave-Zone. Load waveform zone (internal memory) When Data Type Is Polygon-Zone Set Data Type to Polygon-Zone Load polygonal zone (internal memory) When Data Type Is Snap Set Data Type to Snap Load snapshot waveforms When Data Type Is Symbol...
Page 255: Performing File Operations
17.8 Performing File Operations This section explains the following settings for performing various file operations from the file list or the file utility menu: File list FILE Utility Menu • Display format • Displaying file information • Sorts the file list •...
Page 256 17.8 Performing File Operations Selecting the Operation Target (File List) When Operating a File or Folder Turn the jog shuttle or move SET ( ) up and down to move the cursor to the file or folder you want to select. A blue frame appears around the selected file or folder.
Page 257 17.8 Performing File Operations Display Format ( ) Select * from the operation menu and press SET. The following screen appears. * The icon will change according to the currently selected display format. Display format List display (single column) List display (double column) Thumbnail display 17-17 IM DLM3054-02EN...
Page 258 17.8 Performing File Operations Sorting the File List ( ) Select * from the operation menu and press SET. The following screen appears. * The icon will change according to the current sort order. Sort by file name in ascending order Sort by file name in descending order.
Page 259 17.8 Performing File Operations Making Folders (Directories) ( (New folder) Create a folder and display the content of the drive or folder on the file list. Select New Folder from the operation menu and press SET. The following screen appears. Use the keyboard to enter the new folder name.
Page 260 17.8 Performing File Operations Copying Files and Folders (Copy) Select the files and folders in the file list that you want to copy. Select Copy from the operation menu and press SET. The following screen appears. File list you are copying from File list you are copying to Starts copying Select the drive or folder on the file list that you are copying to.
Page 261 17.8 Performing File Operations Moving Files and Folders (Move) Select the files and folders in the file list that you want to move. Select Move from the operation menu and press SET. The following screen appears. File list you are moving from File list you are moving to Execute the move operation Select the drive or folder in the file list that you are moving to.
Page 262 17.8 Performing File Operations Renaming Files and Folders (Rename) Select the file or folder that you want to rename from the file list. Select Rename from the operation menu and press SET. The following screen appears. Use the keyboard to input the new file or folder name Confirms the characters that have been entered The file to rename...
Page 263 17.8 Performing File Operations File Utility Menu Press FILE. The FILE menu appears. You can also tap MENU ( ) in the upper left of the screen and select the FILE menu from FILE/PRINT on the top menu that is displayed. Press the Utility soft key.
Page 264: Chapter 18 Ethernet Communication
Chapter 18 Ethernet Communication 18.1 Connecting the Instrument to a Network This section explains how to connect the instrument to a network. Ethernet Interface Specifications There is a 1000BASE-T port located on the rear panel of the instrument. Item Specifications Ports Electrical and mechanical specifications IEEE802.3 compliant...
Page 265 18.1 Connecting the Instrument to a Network Connection Method To Connect to a PC over a Network Turn off the instrument. Connect one end of a UTP (or STP) cable to the ETHERNET 1000BASE-T port on the rear panel. Connect the other end of the UTP (or STP) cable to a hub or router. Turn on the instrument.
Page 266: Configuring Tcp/Ip Settings
18.2 Configuring TCP/IP Settings This section explains the following TCP/IP settings for connecting to a network: • DHCP (IP address, subnet mask, and default gateway) • DNS (domain name, DNS server IP address, and domain suffix) ► “TCP/IP (TCP/IP)” in the Features Guide UTILITY Network Menu Press UTIL.
Page 267: Accessing The Instrument From A Pc (Ftp Server)
18.3 Accessing the instrument from a PC (FTP Server) This section explains the following settings for accessing the instrument from a PC on a network: • User name • Password • Timeout • Executing FTP client software ► “FTP Server (FTP Server)” in Features Guide UTILITY Network Menu Press UTIL.
Page 268: Configuring Mail Transmission (Smtp Client Function)
18.4 Configuring Mail Transmission (SMTP Client Function) This section explains the following settings for transmitting mail to a specified mail address on a network: • Mail server • Mail address • Comments • Attaching image files • Timeout • User authentication •...
Page 269: Connecting To A Network Drive
18.5 Connecting to a Network Drive This section explains the following settings for accessing a drive on the network (net drive) through an Ethernet connection to load or save various data of the instrument: • FTP server (file server) • User name •...
Page 270: Configuring A Network Printer
18.6 Configuring a Network Printer This section explains the following settings for printing screen images to a network printer: • LPR server • LPR name • Timeout ► “Network Printer (Net Print)” in the Features Guide UTILITY Network Menu Press UTIL. The UTILITY menu appears. 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.
Page 271: Using Sntp To Set The Date And Time
18.7 Using SNTP to Set the Date and Time This section explains how to use SNTP to set the Instrument’s date and time. • SNTP server • Timeout • Executing time adjustment • Automatic adjustment ► “SNTP (SNTP)” in the Features Guide UTILITY Network Menu Press UTIL.
Page 272: Chapter 19 Other Operations
Chapter 19 Other Operations 19.1 Changing the Menu, Message , and USB Keyboard Languages This section explains how to set the menu language, message language and USB keyboard language of the instrument. ► “Language (Language)” in Features Guide UTILITY System Configuration Menu Press UTIL.
Page 273: Setting The Click Sound, Measured Value Font Size, And Number Of Rows For Displaying Measurement Values
19.2 Setting the Click Sound, Measured Value Font Size, and Number of Rows for Displaying Measurement Values This section explains the following settings: • Turning the click sound on or off • Measured value font size • Number of rows for displaying measured values ►...
Page 274: Viewing Setup Information (Overview)
19.3 Viewing Setup Information (Overview) This section explains how to view the current setup information. ► “Overview (Overview)” in the Features Guide UTILITY Overview Menu Press UTIL. The UTILITY menu appears. 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.
Page 275: Using The Instrument As A Usb Storage Device
19.4 Using the Instrument as a USB Storage Device This section explains the setting that enables you to use the instrument as a USB storage device through a USB connection made between the USB port on the instrument’s rear panel and a PC. ►...
Page 276 Index Symbols Page Page ΔT cursor ................8-1 cables ................... 18-1 ΔT&ΔV cursor ................. 8-3 Calc Setup (power measurement) ........14-12 ΔV cursor ................8-2 Calc Setup (waveform parameter)........9-10 CAN FD bus analysis and search......... 12-9 Numerics CAN FD bus trigger .............. 2-31 Page CAN FD standard ...............
Page 277 Index decoded display............12-5, 12-9 FD standard ................ 12-10 delay ..................6-4 FFT conditions ................ 7-1 delay cancel................2-3 FFT Measure Setup menu ............7-3 delay canceling ............... 2-3 FFT menu ................7-1 DELAY key ................2-2 FFT results, saving ............... 17-9 deskew (logic signal) .............1-11 field jumping (CAN bus)............
Page 278 Index ID OR mode (FlexRay bus trigger) ........2-25 marker cursor measurement (FFT) ........7-3 ID OR mode (LIN bus trigger)..........2-40 marker (FFT) ................7-3 IIR filter ................... 6-4 MATH/REF menu ..............6-1 Include R/W ............... 2-58, 12-37 measured values, character size .......... 19-2 information ............
Page 279 Index polygonal zone ..............2-79 search conditions (timeout period) ........11-12 polygonal zone, loading ............17-14 search (CXPI bus) .............. 12-20 PolygonZone ................ 2-79 SEARCH Edge menu ............11-1 POSITION knob (horizontal axis) ........... 2-2 search (FlexRay bus) ............12-4 POSITION knob (vertical axis) ........1-5, 1-12 search (history waveform) ............
Page 280 Index TIME/DIV knob (horizontal axis) ........... 1-13 Page timeout period (timeout search) ...........11-11 wakeup/sleep mode (CXPI bus search) ......12-21 timeout period (trigger mode) ..........2-1 wakeup/sleep mode (CXPI bus trigger) ........ 2-45 timestamps, displaying the list of .......... 15-2 waveform acquisition ..............

This manual is also suitable for:

Dlm3052 Dlm3032 Dlm3024 Dlm3034 Dlm3054

YOKOGAWA DLM3022 User Manual

Chapter 1 Vertical and Horizontal Control

Chapter 2 Trigger

Edge Trigger

Chapter 3 Waveform Acquisition

Chapter 4 Screen Display

Chapter 5 XY Display

Chapter 6 Computed and Reference Waveforms

Chapter 7 FFT

Chapter 8 Cursor Measurement

Chapter 9 Automated Measurement of Waveform Parameters

Chapter 10 Zooming in or out of Waveforms

Chapter 11 Searching Waveforms

Chapter 12 Analyzing and Searching Serial Bus Signals

Chapter 13 Waveform Histogram Display

Chapter 14 Power Supply Analysis

Chapter 15 Displaying and Searching History Waveforms

Chapter 16 Printing and Saving Screen Captures

Chapter 17 Saving and Loading Data

Chapter 18 Ethernet Communication

Chapter 19 Other Operations

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