Page 1 DLM2000 Series Digital Oscilloscope Mixed Signal Oscilloscope IM 710105-02E 10th Edition...
Page 2 YOKOGAWA is strictly prohibited. • The TCP/IP software of this product and the documents concerning it have been developed/created by YOKOGAWA based on the BSD Networking Software, Release 1 that has been licensed from the Regents of the University of California.
Page 3 • Adobe and Acrobat are either registered trademarks or trademarks of Adobe Systems Incorporated. • DLM is a registered trademark of Yokogawa Electric Corporation. • In this manual, the ® and TM symbols do not accompany their respective registered trademark or trademark names.
Page 4: Dlm Models And Conventions Used In This Manual
DLM Models and Conventions Used in This Manual Models Explained This manual explains the DLM2000 series 4-channel models. Channel settings vary depending on the model. Notes and Cautions The notes and cautions in this manual are categorized using the following symbols.
Page 5: Key And Jog Shuttle Operations
Key and Jog Shuttle Operations Key Operations How to Use Setup Menus That Appear When Keys Are Pressed The operation after you press a key varies depending on the key that you press. DISPLAY menu CURSOR menu Jog shuttle setting menu MODE menu MATH/REF menu A: A selection menu appears when you press the soft key.
Page 6 Key and Jog Shuttle Operations ESC key operation • If you press ESC when a setup menu or available options are displayed, the screen returns to the menu level above the current one. • If you press ESC when the highest level menu is shown, the display changes as follows. Operation of pressing When measured values are displayed When measured values are not displayed...
Page 7 Key and Jog Shuttle Operations How to Enter Values in Setup Dialog Boxes Use the keys to display the appropriate setup dialog box. Use the jog shuttle or the SET key ( ) to move the cursor to the appropriate item. Press the SET key ( ).
Page 8: Entering Values And Strings
Entering Values and Strings Entering Values Using Dedicated Knobs You can use the following dedicated knobs to enter values directly. • POSITION knob (VERTICAL) • POSITION knob (HORIZONTAL) • SCALE knob (VERTICAL) • TIME/DIV knob • LEVEL knob (TRIGGER) • ZOOM magnification knob Using the Jog Shuttle Select the appropriate item using soft keys, and change the value using the jog shuttle and the SET key.
Page 9 Entering Values and Strings Entering Character Strings Use the keyboard that appears on the screen to enter file names and comments. Use the jog shuttle and the SET key to control the keyboard and enter characters. Select from character strings Character insertion position you entered previously Move the character...
Page 10: Table Of Contents
Contents List of Manuals ...........................i DLM Models and Conventions Used in This Manual ............... iii Key and Jog Shuttle Operations ...................... iv Entering Values and Strings ......................vii Chapter 1 Vertical and Horizontal Control Setting the Vertical Axis for Analog Signals ..............1-1 Setting the Vertical Axis for Logic Signals ................
Page 11 Contents Chapter 5 XY Display Displaying XY Waveforms ....................5-1 Performing Cursor Measurements and Area Calculations ..........5-2 Chapter 6 Computed and Reference Waveforms Setting the Computation Mode ..................6-1 Performing Addition, Subtraction, and Multiplication ............6-2 Performing Filter Functions ....................6-3 Performing Integration ......................
Page 12 Contents Chapter 12 Analyzing and Searching Serial Bus Signals 12.1 Analyzing and Searching CAN Bus Signals (Option) ............. 12-1 12.2 Analyzing and Searching CAN FD Bus Signals (Option) ..........12-5 12.3 Analyzing and Searching LIN Bus Signals (Option) ............12-11 12.4 Analyzing and Searching CXPI Bus Signals (Option) ..........
Page 13 Contents Chapter 18 Ethernet Interface (Option) 18.1 Connecting the DLM2000 to a Network ................. 18-1 18.2 Configuring TCP/IP Settings ................... 18-3 18.3 Accessing the DLM2000 from a PC (FTP Server) ............18-4 18.4 Monitoring the DLM2000 Display from a PC (Web Server) ..........18-5 18.5 Connecting to a Network Drive ..................
Page 14: Chapter 1 Vertical And Horizontal Control
Chapter 1 Vertical and Horizontal Control Setting the Vertical Axis for Analog Signals This section explains the following settings (which are related to the vertical axis for analog signals): CH menu • Waveform display on and off • Input coupling •...
Page 15 1.1 Setting the Vertical Axis for Analog Signals Setting the Input Coupling (Coupling) Only displays the waveform produced from the input signal’s 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 16 Set the attenuation or deskew Note When a current probe with YOKOGAWA probe interface (such as a PBC100 or PBC050 probe) is connected to the DLM2000, you can execute demagnetization and automatic zero adjustment from the DLM2000. When you demagnetize and perform automatic zero adjustment on a current probe, do not clamp the conductor.
Page 17 1.1 Setting the Vertical Axis for Analog Signals UTILITY Preference Menu Press UTILITY, and then press the Preference soft key to display the following menu. Turn offset cancel 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 18: Setting The Vertical Axis For Logic Signals
Setting the Vertical Axis for Logic Signals This section explains the following settings (which are related to the vertical axis for logic signals): LOGIC menu • Display on and off, label name, and threshold level for each bit • Bus display, format, and bit order •...
Page 19 1.2 Setting the Vertical Axis for Logic Signals Setting the Bits (Bit Setup) Press the Bit Setup soft key to display the following screen. Turn the display on or off and set the label for each bit Set the threshold level (set each bit when using a 701989 logic probe and Threshold Type is set to Each) Turn on or off the display for all bits...
Page 20 1.2 Setting the Vertical Axis for Logic Signals Setting the Threshold Level (Threshold) You can select the threshold level from one of the following presets. You can also use the jog shuttle to change the threshold level. CMOS(5 V), CMOS(3.3 V), CMOS(2.5 V), CMOS(1.8 V), and ECL Depending on the probe you are using and the Threshold Type, the setup menu differs as follows.
Page 21: Setting The Horizontal Axis (Time Axis)
Setting the Horizontal Axis (Time Axis) Set the time per grid (1 division) 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 along the time axis.
Page 22: Chapter 2 Triggering
Chapter 2 Triggering Setting the Trigger Mode and Trigger Hold-off Time This section explains the following settings (which are used when updating the displayed waveform): • Trigger mode • Hold-off time ► “Trigger Mode (Trigger Mode)” and “Trigger Hold-off (Holdoff)” in the Features Guide MODE Menu Press MODE to display the following menu.
Page 23: Setting The Trigger Position And Trigger Delay
Setting the Trigger Position and Trigger Delay This section explains the following settings (which are used when updating the displayed waveform): • Trigger position • Trigger delay • Delay cancel ► “Trigger Position (POSITION knob),” “Trigger Delay (DELAY),” and “Delay Cancel (Delay Cancel)” in the Features Guide Setting the Trigger Position ( POSITION knob)
Page 24: Triggering On An Edge Trigger
Triggering on an Edge Trigger This section explains the following settings (which are used when triggering on trigger source edges): • Trigger source Source bit, trigger level, trigger slope, trigger coupling, HF rejection, and noise rejection • Window comparator • Probe attenuation •...
Page 25 2.3 Triggering on an Edge Trigger When the Trigger Source Is LOGIC (On models with the logic signal input port) Set the trigger source (LOGIC) Set the source bit (Bit0 to Bit7) Set the trigger slope ( Set the source bit trigger level When the Trigger Source Is EXT (External trigger signal) On 4-Channel Models Set the trigger source (EXT)
Page 26: Triggering On The Or Of Multiple Edge Triggers
Triggering on the OR of Multiple Edge Triggers This section explains the following settings (which are used when triggering on the logical OR of multiple edge triggers): • Trigger source Trigger level, trigger scope, trigger coupling, HF rejection, noise rejection •...
Page 27: Triggering On Edge Conditions
Triggering on Edge Conditions This section explains the following settings (which are used when triggering on an edge condition): • Trigger source Trigger level • Qualification Level used to detect signal states • Logic combination • Trigger condition ► “Edge Qualified Trigger [ENHANCED]” in the Features Guide ENHANCED Edge Qualified Menu Press ENHANCED and then the Type soft key.
Page 28 2.5 Triggering on Edge Conditions Setting the Qualifications (Qualification) Press the Qualification soft key to open one of the menus shown below. The menu that appears varies depending on the specified trigger source. When the Trigger Source Is Set to a Channel from CH1 to CH4 Set the trigger slope for the trigger source signal •...
Page 29: Triggering On State Conditions
Triggering on State Conditions This section explains the following settings (which are used when triggering on state conditions): • State condition Level used to detect the clock sources and signal states • Logic combination • Trigger condition ► “State Trigger [ENHANCED]” in the Features Guide ENHANCED State Menu Press ENHANCED and then the Type soft key.
Page 30 2.6 Triggering on State Conditions When the Clock Source Is LOGIC (On models with the logic signal input port) Set the state conditions for signals other than the clock source • Select H, L, or X when the window comparator is off Set the clock source •...
Page 31: Triggering On Pulse Width
Triggering on Pulse Width This section explains the following settings (which are used when triggering on pulse width): • Trigger source Polarity • Time width mode Reference time ► “Pulse Width Trigger [ENHANCED]” in the Features Guide ENHANCED Pulse Width Menu Press ENHANCED and then the Type soft key.
Page 32 2.7 Triggering on Pulse Width When the Trigger Source Is EXT (External trigger signal) Set the polarity ( Set the trigger source Set the probe attenuation, input range, and trigger level. (EXT) ► section 2.3 Set the input range, this option only appears on 2-channel models Setting the Time Width Mode (Mode) Press the Mode soft key to display the following menu.
Page 33: Triggering On State Width
Triggering on State Width This section explains the following settings (which are used when triggering on pulse width): • State condition Level used to detect the clock sources and signal states • Logic combination • Trigger condition • Time width mode Reference time ►...
Page 34 2.8 Triggering on State Width When the Clock Source Is LOGIC (On models with the logic signal input port) Set the state conditions for signals other than the clock source • Select H, L, or X when the window comparator is off Set the clock source •...
Page 35 2.8 Triggering on State Width Setting the Reference Times (Time1 and Time2) When Time Width Mode Is More than, Less than, or Time Out Set the reference time specified by Time1 When Time Width Mode Is Between or OutOfRange Set the reference times specified by Time1 and Time2 2-14 IM 710105-02E...
Page 36: Triggering On Can Bus Signals (Option)
Triggering on CAN Bus Signals (Option) This section explains the following settings (which are used when triggering on CAN bus signals): • Trigger source Bit rate, recessive level, sample point, and the level used to detect the source state • Trigger type Trigger condition ►...
Page 37 2.9 Triggering on CAN Bus Signals (Option) SOF (Start of Frame) Mode Press the SOF soft key. The DLM2000 triggers on the start of CAN bus signal frames. Error Mode (Error) Press the Error soft key and then the Error Type Or soft key to display the following menu. Turn error detection on or off for Error Frame, Stuff, and CRC errors The DLM2000 triggers on error frames (when the error flag is active) or when it detects various errors.
Page 38 2.9 Triggering on CAN Bus Signals (Option) • When the Comparison Condition Is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data Set the frame format SOF (always selected) Set the ID input format (See the next section for details...
Page 39 2.9 Triggering on CAN Bus Signals (Option) ID OR Mode (ID OR) Press the ID OR soft key to display the following menu. Set the trigger conditions Setting Trigger Conditions (Condition Setup) Press the Condition Setup soft key to display the following screen. The DLM2000 triggers on the AND of SOF, frame type (Remote Frame or Data Frame), ACK, and one of the four IDs.
Page 40: Triggering On Can Fd Bus Signals (Option)
2.10 Triggering on CAN FD Bus Signals (Option) This section explains the following settings for triggering on CAN FD bus signals. • Trigger source Bit rate, data bit rate, recessive level, sample point, and the level used to detect the source state •...
Page 41 2.10 Triggering on CAN FD Bus Signals (Option) Setting the Data Bit Rate (Data BitRate) Press the Data BitRate soft key to display the following menu. Set the data bit rate (500 kbps, 1 Mbps, 2 Mbps, 4 Mbps, 5 Mbps, 8 Mbps, or User Define) Set the sample point Set the data bit rate This appears when you set the bit rate to User Define.
Page 42 2.10 Triggering on CAN FD Bus Signals (Option) ID Mode (ID) Press the ID soft key to display the following menu. Set the trigger conditions Setting Trigger Conditions (Condition Setup) Press the Condition Setup soft key to display the following screen. The DLM2000 triggers on the AND of the SOF, ID, and frame type (Remote Frame or Data Frame).
Page 43 2.10 Triggering on CAN FD Bus Signals (Option) ID OR Mode (ID OR) Press the ID OR soft key to display the following menu. Set the trigger conditions Setting Trigger Conditions (Condition Setup) Press the Condition Setup soft key to display the following screen. The DLM2000 triggers on the AND of the SOF, any of the four IDs, and frame type (Remote Frame or Data Frame).
Page 44: Triggering On Lin Bus Signals (Option)
2.11 Triggering on LIN Bus Signals (Option) This section explains the following settings (which are used when triggering on LIN bus signals): • Trigger source Bit rate, sample point, and the level used to detect the source state • Trigger type Trigger condition ►...
Page 45 2.11 Triggering on LIN Bus Signals (Option) Break Synch Mode Press the Break Synch soft key to display the following menu. Set the low-pulse bit length that is used to detect breaks (10, 11, 12, or 13) The DLM2000 triggers when it detects a break field and then a synch field (Break Field + Synch Field). Error Mode Press the Error soft key and then the Error Type Or soft key to display the following menu.
Page 46 2.11 Triggering on LIN Bus Signals (Option) • When the Comparison Condition Is Data = a; Data ≠ a; a ≤ Data; Data ≤ b; a ≤ Data ≤ b; or Data < a, b < Data Break Synch (always selected) Set the ID input format Set the ID bit pattern Set the data length...
Page 47: Triggering On Sent Signals (Option)
2.12 Triggering on SENT Signals (Option) This section explains the following settings for triggering on SENT signals. • Trigger source Bit rate and level used to detect source states • Version ► “SENT Trigger [ENHANCED, option]” in the Features Guide Auto Setup The DLM2000 can automatically set the trigger source level and bit rate from the received SENT signal and trigger on them.
Page 48 2.12 Triggering on SENT Signals (Option) Setting the Version (Version) Press the Version soft key. The menu that appears varies depending on the specified version. Version JAN2010 Set the version (JAN2010) When you press the Clock Tick soft key Set the clock tick (1.00 to 100.00 µs) Set the frame length Set the pause pulse (ON(PP), ON(PPC), or OFF)
Page 49: Triggering On Psi5 Airbag Signals (Option)
2.13 Triggering on PSI5 Airbag Signals (Option) This section explains the following settings for triggering on PSI5 Airbag signals. • Trigger source (sync signal, data frame source) Bit rate, level, data length, and error detection method used to detect source states •...
Page 50 2.13 Triggering on PSI5 Airbag Signals (Option) Setting the Data Frame Source (Data) Press the Data soft key to display the following menu. Set the data frame source (CH1 to CH4) Set the bit rate (125kbps, 189kbps, User Define) Set trigger coupling, HF rejection, and noise rejection.
Page 51 2.13 Triggering on PSI5 Airbag Signals (Option) Setting Trigger Conditions (Condition Setup) Press the Condition Setup soft key to display the following screen. • When the Comparison Condition Is True Data (always selected) Set the comparison condition Set the data pattern input format When data length* is 10bit...
Page 52: Triggering On Uart Signals (Option)
2.14 Triggering on UART Signals (Option) This section explains the following settings (which are used when triggering on UART signals): • Trigger source Bit rate, sample point, bit order, polarity, and the level used to detect the source state • Format •...
Page 53 2.14 Triggering on UART Signals (Option) When the Source Is LOGIC (On models with the logic signal input port) Set the trigger source (LOGIC) Set the bit rate (1200 bps, 2400 bps, 4800 bps, 9600 bps, 19200 bps, 38400 bps, 57600 bps, 115200 bps, or User Define) Set the bit order (LSB or MSB) Set the polarity ( Press to set the source bit...
Page 54 2.14 Triggering on UART Signals (Option) Data Mode Press the Data soft key to display the following menu. Set the trigger conditions Setting Trigger Conditions (Condition Setup) Press the Condition Setup soft key to display the following screen. The DLM2000 triggers when the data pattern is matched. •...
Page 55: Triggering On I C Bus Signals (Option)
2.15 Triggering on I C Bus Signals (Option) This section explains the following settings (which are used when triggering on I C bus signals): • SDA source and SCL source Level used to detect source states • Trigger type Trigger condition ►...
Page 56 2.15 Triggering on I2C Bus Signals (Option) Trigger Type (Mode) Press the Mode soft key to display the following menu. General Call mode NON ACK mode Adr Data mode Start Byte mode Every Start mode HS mode Every Start Mode Press the Every Start soft key.
Page 57 2.15 Triggering on I2C Bus Signals (Option) • When Address Type Is 7bit + Sub Adr Start (always selected) Set the address input format Set the address type (7bit + Sub Adr) Set the address pattern Set the data length Set the comparison start position Set the data pattern input format Set the comparison condition...
Page 58 2.15 Triggering on I2C Bus Signals (Option) General Call Mode Press the General Call soft key to display the following menu. Set the Second Byte address pattern (X, 0000 0100, 0000 0110, or Master Adr) When the Second Byte address pattern is set to Master Adr Turn the inclusion R/W bit on or off ►...
Page 59: Triggering On Spi Bus Signals (Option)
2.16 Triggering on SPI Bus Signals (Option) This section explains the following settings (which are used when triggering on SPI bus signals): • Wiring System (Mode) • Clock source, data source, chip select source Polarity, active state, and the level used to detect source states •...
Page 60 2.16 Triggering on SPI Bus Signals (Option) When the Source Is LOGIC (On models with the logic signal input port) Set the clock source (LOGIC) Set the polarity ( Set the source bit (Bit0 to Bit7) Set the level used to detect clock source states Setting the Data1 or Data2 Sources (Data1 and Data2) Press the Data1 or Data2 soft key to open one of the menus shown below.
Page 61 2.16 Triggering on SPI Bus Signals (Option) When the Source Is LOGIC (On models with the logic signal input port) Set the chip select source (LOGIC) Set the active state (H or L) Set the source bit (Bit0 to Bit7) Set the level used to detect chip select source states Setting Trigger Conditions (Condition Setup) Press the Condition Setup soft key on the SPI Menu to display the following screen.
Page 62: Triggering On Flexray Bus Signals (Option)
2.17 Triggering on FlexRay Bus Signals (Option) This section explains the following settings (which are used when triggering on FlexRay bus signals): • Trigger source Bit rate, source channel (A or B), and level used to detect the source state. •...
Page 63 2.17 Triggering on FlexRay Bus Signals (Option) Frame Start Mode (Frame Start) Press the Frame Start soft key. The DLM2000 triggers on the start of FlexRay bus signal frames. Error Mode (Error) Press the Error soft key and then the Error Type Or soft key to display the following menu. Turn error detection on or off for CRC, BSS, and FES errors ID/Data Mode (ID/Data)
Page 64 2.17 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) Set the indicator Set the ID comparison condition Set data reference values a and b...
Page 65: Triggering On User-Defined Serial Bus Signals
2.18 Triggering on User-Defined Serial Bus Signals This section explains the following settings (which are used when triggering on user-defined serial bus signals): • Bit rate • Data source, clock source, chip select source, and latch source Level used to detect source states •...
Page 66 2.18 Triggering on User-Defined Serial Bus Signals When the Clock Is On Set the trigger type to User Define Set the data source Turn the clock on or off (set this to ON) Set the clock source Set the chip select source* Set the latch source* Set the trigger conditions * The chip select source and latch source...
Page 67 2.18 Triggering on User-Defined Serial Bus Signals • Setting the Latch Source (Latch) Press the Latch soft key to display the following menu. Set the latch source (CH1 to CH4 or X) Set the timing to compare the data source pattern ( Set trigger coupling, HF rejection, and noise rejection.
Page 68: Triggering On A Tv Trigger
2.19 Triggering on a TV Trigger This section explains the following settings (which are used when triggering on a TV trigger): • Broadcasting system • Source Polarity, line number, field number, frame skip, and the level used to detect source states •...
Page 69 2.19 Triggering on a TV Trigger HDTV Press the HDTV soft key to display the following menu. The DLM2000 triggers using the specified field and line of the HDTV signal as trigger conditions. Set the video format (effective number of scanlines/frame rate: 1080/60i, 1080/50i, 720/60p, 1080/25p, 1080/24p, 1080/24sF, or 1080/60p) UserdefTV Press the UserdefTV soft key to display the following menu.
Page 70: Triggering On Combination Triggers (B Trig)
2.20 Triggering on Combination Triggers (B TRIG) This section explains the following settings (which are used when triggering on a combination trigger): • Combination • A trigger: condition A • B trigger: condition B • Delay time for condition B •...
Page 71 2.20 Triggering on Combination Triggers (B TRIG) A -> B(N) Press the A -> B(N) soft key to display the following menu. Set the number of times condition B must be met After the trigger A conditions are met, the DLM2000 triggers when the trigger B conditions are met N times.
Page 72: Setting The Action-On-Trigger Function
2.21 Setting the Action-On-Trigger Function This section explains the following settings (which are used when executing the action-on-trigger function): • Action mode • Action to execute • The number of actions • Action execution ► “Executing Actions” in the Features Guide Action on Trig Menu Press SHIFT+MODE (ACTION GO/NO-GO), the Mode soft key, and the Action on Trig soft key to display the following menu.
Page 73: Performing Go/No-Go Determination
2.22 Performing GO/NO-GO Determination This section explains the following settings (which are used when performing GO/NO-GO determination): • Action mode • The number of actions • The number of NO-GO determinations • Reference condition Reference standard Source waveform Reference range type Rectangular zone, waveform zone, polygonal zone, or waveform parameter •...
Page 74 2.22 Performing GO/NO-GO Determination Setting the Reference Range Type (Mode) Press the Mode soft key to display the following menu. Wave-Zone Polygon-Zone Rect-Zone Parameter Under the following circumstances, there are reference range types that you cannot specify. • When the source waveform is LOGIC, XY1, XY2, FFT1, or FFT2 •...
Page 75 2.22 Performing GO/NO-GO Determination Wave-Zone Press the WaveZone soft key to display the following menu. Reference standard, the waveform zone appears when this is set to IN or OUT Set the source waveform (CH1 to CH4, Math1, or Math2 * Math1 and Math2 can be specified when the reference condition is 1 or 3. Set the reference range type (WaveZone) Set the GO/NO-GO determination source window (Main, Zoom1, or Zoom2)
Page 76 2.22 Performing GO/NO-GO Determination Editing a Part of the Waveform Change the base waveform (CH1 to CH4, Math1, or Math2) If you change the base waveform, all the zones that you have edited up to that point are lost. Set the editing range to Part This appears after you press the Upper/Lower soft key.
Page 77 2.22 Performing GO/NO-GO Determination Parameter Press the Parameter soft key to open one of the menus shown below. The menu that appears varies depending on the specified source waveform. When Math1, Math2, or a Channel from CH1 to CH4 Is the Source Waveform You can select the measurement items to use in the GO/NO-GO determination from all of the items used for automated measurement of waveform parameters For information on setting automated measurement of waveform parameters, see section 9.1.
Page 78 2.22 Performing GO/NO-GO Determination When XY1 or XY2 Is the Source Waveform The measurement item to use in the GO/NO-GO determination is the area of XY1 or XY2. For information on setting how the XY waveform is displayed and how its area is determined, see chapter 5 and appendix 1.
Page 79: Chapter 3 Waveform Acquisition
Chapter 3 Waveform Acquisition Setting Conditions for Waveform Acquisition This section explains the following settings (which are used when acquiring waveforms): • Record length • Acquisition mode • Trigger mode • High resolution mode • Interleave mode • Sampling mode •...
Page 80: 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 to start or stop waveform acquisition. The key is illuminated while the DLM2000 is acquiring waveforms. Acquiring a Waveform Once (SINGLE) Press SINGLE.
Page 81: Chapter 4 Display
Chapter 4 Display Setting Display Conditions This section explains the following settings (which are used when viewing the display): • Display format • Waveform mapping • Display interpolation • Color • Graticule • Intensity • Scale value display ► “Display” in the Features Guide DISPLAY Menu Press DISPLAY to display the following menu.
Page 82 4.1 Setting Display Conditions Setting the Display Color (Color) Press the Color soft key to display the following menu. Models without the SENT or PSI5 Option Set the intensity of the grid, zoom box, cursor, or marker Set the waveform color* * See “Setting the Intensity”...
Page 83: Using The Accumulate Feature
Using the Accumulate Feature This section explains the following settings (which are used when using the accumulate feature): • Gradation mode (accumulate display) • Intensity level • Accumulation time ► “Accumulate (Accumulate)” in the Features Guide DISPLAY Menu Press DISPLAY to display the following menu. Set the intensity (When Mode is set to Intensity) Set the gradation mode...
Page 84: Using The Snapshot And Clear Trace Features
Using the Snapshot and Clear Trace Features Press SNAP SHOT to retain the currently displayed waveform on the screen as a snapshot displayed in white. Snapshot waveforms remain on the screen until you execute a clear trace operation. Press CLEAR TRACE to clear all of the waveforms that are displayed on the screen. ►...
Page 85: Adjusting The Backlight
Adjusting the Backlight This section explains the following settings (which are used when adjusting the backlight): • Turning off the backlight • Automatically turning off the backlight • Adjusting the brightness ► “System Configuration (System Configuration)” in the Features Guide UTILITY System Configuration Menu Press UTILITY, and then press the System Configuration soft key to display the following menu.
Page 86: Chapter 5 Xy Display
Chapter 5 XY Display Displaying XY Waveforms This section explains the following settings (which are used when displaying XY waveforms): • XY waveform display • X-axis and Y-axis source waveforms • VT waveform display and split display • Display range ►...
Page 87: Performing Cursor Measurements And Area Calculations
Performing Cursor Measurements and Area Calculations This section explains the following settings (which are used when performing cursor measurements on and determining the area of the displayed XY waveform): • Measurement mode • Cursor measurement • Area determination method ► “Measurement (Measure Setup)” in the Features Guide XY Measure Setup Menu Press SHIFT+DISPLAY (X-Y), the Measure Setup soft key, and then the Mode soft key to display the following menu.
Page 88: 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 to display the following menu. Select whether to set MATH1/REF1 or MATH2/REF2* Set the computation mode * MATH2/REF2 is only available on 4-channel models Setting the Computation Mode (Mode)
Page 89: Performing Addition, Subtraction, And Multiplication
Performing Addition, Subtraction, and Multiplication This section explains the following settings (which are used when performing addition, subtraction, and multiplication): • Operators • Computation source waveforms ► “Operators (Operation)” in the Features Guide MATH/REF menu Press MATH/REF to display the following menu. The specified operator Specify Math1 or Math2 Set the operator (S1 + S2, S1 - S2, or S1 ×...
Page 90: Performing Filter Functions
Performing Filter Functions This section explains the following settings (which are used when performing the phase shift and average filter functions and when applying an IIR filter to the waveform): • Operators • Computation source waveforms • Filter type ► “Operators (Operation)” in the Features Guide MATH/REF menu Press MATH/REF to display the following menu.
Page 91 6.3 Performing Filter Functions Configuring the IIR Filter (IIR Lowpass or IIR Highpass) Press the IIR Lowpass or IIR Highpass soft key to display the following menu. Set the filter order Set the cutoff frequency IM 710105-02E...
Page 92: Performing Integration
Performing Integration This section explains the following settings (which are used when performing integration): • Operators • Computation source waveforms • Initial point ► “Operators (Operation)” in the Features Guide MATH/REF menu Press MATH/REF to display the following menu. The specified operator Specify Math1 or Math2 Set the operator to Integ(S1) Set the computation source waveform (CH1 to CH4 or Math1*)
Page 93: Performing Count Computations
Performing Count Computations This section explains the following settings (which are used when performing edge count or rotary count): • Operators • Count type • Computation source waveforms • Initial point • Edge count detection level, slope, and hysteresis • Rotary count threshold level ►...
Page 94: Setting Labels, Units, And Scaling
Setting Labels, Units, and Scaling This section explains the following settings (which are used with labels, units, and scaling): • Label • Unit • Scaling ► “Setting Labels and Units (Label/Unit)” and “Scaling (Ranging)” in the Features Guide MATH/REF menu Press MATH/REF to display the following menu.
Page 95: Loading Reference Waveforms
Loading Reference Waveforms This section explains the following settings (which are used when loading reference waveforms): • Loading reference waveforms • Label • Vertical position ► “Reference Waveforms” in the Features Guide MATH/REF menu Press MATH/REF to display the following menu. Set to REF1 or REF2 Load reference waveforms Set labels...
Page 96: Performing User-Defined Computations (Option)
Performing User-Defined Computations (Option) This section explains the following settings (which are used when performing user-defined computations): • Operators • Expressions • Computation conditions • Labels and units • Auto scaling • Scaling ► “User-Defined Computation (User Define, option)” in the Features Guide MATH/REF menu Press MATH/REF to display the following menu.
Page 97 6.8 Performing User-Defined Computations (Option) Setting Computation Conditions (Setup) Press the Setup soft key to display the following menu. Perform computations on past waveforms Set constants K1 to K4 (with the jog shuttle) Turn averaging on or off (This setting is the same Set the digital filters for Math1 and Math2.) Setting Digital Filters (Filter1 and Filter2)
Page 98: Chapter 7 Fft
Chapter 7 Displaying FFT Waveforms This section explains the following settings (which are used when performing FFT analysis): • FFT waveform display • Analysis source waveform • FFT conditions • Analysis range • Vertical and horizontal scale values • The number of FFT points ►...
Page 99 7.1 Displaying FFT Waveforms Setting the Vertical and Horizontal Scale Values (Display Setup) Press the Display Setup soft key to display the following menu. Set the vertical scale (Auto or Manual) Manually set the vertical scale value (set using the jog shuttle) Set the horizontal scale (Auto, Center/Span, or Left/Right) Manually set the horizontal scale value (set using the jog shuttle) Turn the VT waveform display on or off...
Page 100: Measuring Fft Waveforms
Measuring FFT Waveforms This section explains the following settings (which are used when measuring FFT waveforms): • Cursor type • Marker cursor measurements • Peak cursor measurements ► “Cursor Measurement (Measure Setup)” in the Features Guide Setting the Cursor Type (Mode) Press SHIFT+MATH/REF (FFT), the Measure Setup soft key, and then the Mode soft key to display the following menu.
Page 101: Chapter 8 Cursor Measurements
Chapter 8 Cursor Measurements ΔT Cursor Measurements This section explains the following settings (which are used when performing ΔT cursor measurements): • Cursor measurement • Cursor type • Source waveform • Measurement items • Cursor jumping • Cursor position ► “ΔT Cursors (ΔT)” in the Features Guide CURSOR Menu Press CURSOR to display the following menu.
Page 102: Δv Cursor Measurements
ΔV Cursor Measurements This section explains the following settings (which are used when performing ΔV cursor measurements): • Cursor measurement • Cursor type • Source waveform • Measurement items • Cursor position ► “ΔV Cursors (ΔV)” in the Features Guide CURSOR Menu Press CURSOR to display the following menu.
Page 103: Δt&Δv Cursor Measurements
ΔT&ΔV Cursor Measurements This section explains the following settings (which are used when performing ΔT&ΔV cursor measurements): • Cursor measurement • Cursor type • Source waveform • Measurement items • ΔT cursor jumping • Cursor position ► “ΔT&ΔV Cursors (ΔT&ΔV)” in the Features Guide CURSOR Menu Press CURSOR to display the following menu.
Page 104: Marker Cursor Measurements (Marker)
Marker Cursor Measurements (Marker) This section explains the following settings (which are used when measuring with marker cursors): • Cursor measurement • Cursor type • Marker display format • The waveform to measure using the cursors • Measurement items • Cursor jumping •...
Page 105: Angle Cursor Measurements (Degree)
Angle Cursor Measurements (Degree) This section explains the following settings (which are used when measuring with angle cursors): • Cursor measurement • Cursor type • Source waveform • Measurement items • References • Cursor jumping • Cursor position ► “Angle Cursors (Degree)” in the Features Guide CURSOR Menu Press CURSOR to display the following menu.
Page 106: Chapter 9 Automated Measurement Of Waveform Parameters
Chapter 9 Automated Measurement of Waveform Parameters Automatically Measuring Waveform Parameters This section explains the following settings (which are used when automatically measuring waveform parameters): • Automated measurement • The reference level for time measurements • The source waveform and measurement items •...
Page 107: Automatically Measuring Waveform Parameters
9.1 Automatically Measuring Waveform Parameters When You Press the LOGIC Soft Key Select the measurement items that you want to use Configure the measurement of delay between waveforms Set the reference (CH1 to CH3, LOGIC, Math1, Math2, or TrigPos) Set the source bit when Reference is set to LOGIC Set the slope of the edge to be detected Set which counted edge to use as a detected point...
Page 108 9.1 Automatically Measuring Waveform Parameters Setting the Measurement Source Window (Time Range) Main: Set the measurement source window to the Main window. Zoom1: Set the measurement source window to the Zoom1 window. Zoom2: Set the measurement source window to the Zoom2 window. Setting the Measurement Time Period (T Range1/T Range2) Set the measurement time period within the window specified by Time Range.
Page 109: Processing Statistics On Automatically Measured Values
Processing Statistics on Automatically Measured Values This section explains the following settings (which are used when processing statistics on automatically measured waveform parameters): • Statistical processing mode • Normal statistical processing • Cyclic statistical processing • Statistical processing of history data ►...
Page 110 9.2 Processing Statistics on Automatically Measured Values Configuring the Trend Display and the Histogram Display (Trend/Histogram) Press the Trend/Histogram soft key to display the following menu. Trend Display Select whether to set Trend1 or Trend2* Switch the graph display on or off Set the displayed graph to Trend Set the measurement items to Turn cursor measurement on or off...
Page 111 9.2 Processing Statistics on Automatically Measured Values Configuring Cyclic Statistical Processing (Cycle) Press the Cycle soft key to display the following menu. Execute statistical processing Set the source waveform used to determine the period (Own, CH1 to CH4, LOGIC,* Math1, or Math2) Configure the list display Configure the trend display or the histogram display ►...
Page 112 9.2 Processing Statistics on Automatically Measured Values Configuring Statistical Processing of History Data (History) Press the History soft key to display the following menu. Configure the list display ► the List menu for Cycle mode Configure the trend display or the histogram display ►...
Page 113: Measuring Enhanced Parameters
Measuring Enhanced Parameters This section explains the settings used when performing automated measurement of the waveform parameters of two areas. ► “Enhanced Parameter Measurement (Enhanced)” in the Features Guide MEASURE Enhanced Menu Press Measure, and then the Enhanced soft key to display the following menu. Set up the calculation that uses automated measurement values Configure the time range...
Page 114: Chapter 10 Zooming In On Waveforms
Chapter 10 Zooming in on Waveforms 10.1 Zooming in on or out from Waveforms This section explains the following settings (which are used when zooming in on or out from waveforms): • Zoom • Display format • Main window display •...
Page 115: Zooming In On Or Out From Waveforms In The Vertical Direction
10.2 Zooming in on or out from Waveforms in the Vertical Direction This section explains the following settings (which are used when zooming in on or out from waveforms in the vertical direction): ► “Vertical Zoom (Vertical Zoom)” in the Features Guide ZOOM Vertical Zoom Menu Press ZOOM1 or ZOOM2, and then the Vertical Zoom soft key to display the following menu.
Page 116: Chapter 11 Searching Waveforms
Chapter 11 Searching Waveforms 11.1 Searching for Edges This section explains the following settings (which are used when searching for edges): • Search type • Search range Search start and end points • Search conditions Source, slope, the level used to detect source states, and hysteresis •...
Page 117 11.1 Searching for Edges Setting 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 logic signal input ports as the source at the same time. Specify the source that you want to use in advance by pressing either the CH4 key or the LOGIC key.
Page 118 11.1 Searching for Edges Configuring Search Skipping (Skip Mode) Press the Skip Mode soft key to display the following menu. 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. Configure search skipping Set the length of time for which to...
Page 119: Searching For Edges Using Conditions
11.2 Searching for Edges Using Conditions This section explains the following settings (which are used when using conditions to limit edge searches): • Search type • Search range Search start and end points • Search conditions Source, slope, qualifications, logic combination, search requirements, the level used to detect signal states, and hysteresis ►...
Page 120 11.2 Searching for Edges Using Conditions Setting 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 logic signal input ports as the source at the same time.
Page 121 11.2 Searching for Edges Using Conditions When the Source Is LOGIC (On models with the logic signal input port) Set the source (LOGIC) Set the slope ( Set the qualifications Set the logic combination (AND, OR) Set the search requirement (True or False) Set the hysteresis and the level used to detect the state for each signal Set the source bit (Bit0 to Bit7)
Page 122: Searching For State Conditions
11.3 Searching for State Conditions This section explains the following settings (which are used when searching for state conditions): • Search type • Search range Search start and end points • Search conditions State conditions, clock source, logic combination, search requirements, the level used to detect signal states, and hysteresis ►...
Page 123 11.3 Searching for State Conditions Setting the State Conditions (State) Note Using the CH4 Terminal and Logic Signal Input Port When you execute a search, you cannot use the CH4 terminal and logic signal input ports as the source at the same time.
Page 124 11.3 Searching for State Conditions • When There Is No Clock Source Set the clock source (X) Set the level used to detect Set the state conditions for signals other the state of each signal than the clock source (H, L, or X) Set the hysteresis On models with the logic signal input port, the menu item CH4 becomes LOGIC BITS...
Page 125: Searching For Pulse Width
11.4 Searching for Pulse Width This section explains the following settings (which are used when searching for pulse width): • Search type • Search range Search start and end points • Search conditions Source, polarity, time width mode, reference times, the level used to detect signal states, and hysteresis ►...
Page 126 11.4 Searching for Pulse Width Setting the Source (Source) Note Using the CH4 Terminal and Logic Signal Input Port When you execute a search, 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 the CH4 key or the LOGIC key.
Page 127 11.4 Searching for Pulse Width Setting the Reference Times (Time1 and Time2) Press the Time soft key to open one of the menus shown below. The menu that appears varies depending on the set time width mode. • When the Time Width Mode is More than, Less than, or Time Out Set the reference time •...
Page 128: Searching For State Width
11.5 Searching for State Width This section explains the following settings (which are used when searching for state width): • Search type • Search range Search start and end points • Search conditions State conditions, clock source, logic combination, search requirements, time width mode, reference times, the level used to detect signal states, and hysteresis ►...
Page 129 11.5 Searching for State Width Setting the State Conditions (State) Note Using the CH4 Terminal and Logic Signal Input Port When you execute a search, you cannot use the CH4 terminal and logic signal input ports as the source at the same time.
Page 130 11.5 Searching for State Width • When There Is No Clock Source Set the clock source (X) Set the level used to detect the state of each signal Set the state conditions (H, L, or X) Set the hysteresis On models with the logic signal input port, the menu item CH4 becomes LOGIC BITS when LOGIC input is enabled.
Page 131 11.5 Searching for State Width Setting the Reference Times (Time1 and Time2) The menu that appears varies depending on the set time width mode. • When the Time Width Mode is More than, Less than, or Time Out Set the reference time •...
Page 132: Chapter 12 Analyzing And Searching Serial Bus Signals
Chapter 12 Analyzing and Searching Serial Bus Signals 12.1 Analyzing and Searching CAN Bus Signals (Option) This section explains the following settings (which are used when analyzing or searching CAN bus signals): • Serial bus signal analysis and search displays •...
Page 133 12.1 Analyzing and Searching CAN Bus Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the source, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 134 12.1 Analyzing and Searching CAN Bus Signals (Option) Configuring the List Display (List) Press the List soft key to display the decoded results as a list. If one display setting of Serial Bus 1 to 4 is on List of analysis results Analysis number Turn zoom linking on or off Set the analysis number...
Page 135 12.1 Analyzing and Searching CAN Bus Signals (Option) Search Setup (Search) Press the Search soft key to display the following menu. Jump to the specified field (SOF, ID, Control Field, Data Field, CRC, or ACK) Set the zoom window (Zoom1 or Zoom2) Set the search type (SOF, Error, or ID/Data) Execute the search ►...
Page 136: Analyzing And Searching Can Fd Bus Signals (Option)
12.2 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): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, source, bit rate, data bit rate, recessive level, sample point, the level used to detect source states, and hysteresis •...
Page 137 12.2 Analyzing and Searching CAN FD Bus Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the source and CAN FD standard, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 138 12.2 Analyzing and Searching CAN FD Bus Signals (Option) Setting the Data Bit Rate (Data BitRate) Set the data bit rate (500 kbps, 1 Mbps, 2 Mbps, 4 Mbps, 5 Mbps, 8 Mbps, or User Define) Set the sample point Set the bit rate This appears when you set the bit rate to User Define.
Page 139 12.2 Analyzing and Searching CAN FD Bus Signals (Option) Search Setup (Search) Press the Search soft key to display the following menu. Jump to the specified field (SOF, ID, Control Field, Data Field, CRC, or ACK) Set the zoom window (Zoom1 or Zoom2) Set the search type Execute the search Set the detected...
Page 140 12.2 Analyzing and Searching CAN FD Bus Signals (Option) ID/Data Mode Press the ID/Data soft key to display the following menu. Set the search conditions Setting Search Conditions (Condition Setup) Press the Condition Setup soft key to display the following screen. The DLM2000 searches on the AND of the SOF, ID, frame type (Remote Frame or Data Frame), Data, and ACK conditions.
Page 141 12.2 Analyzing and Searching CAN FD Bus Signals (Option) • When ID Input Format Is Message SOF (always selected) Set the ID input format (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 142: Analyzing And Searching Lin Bus Signals (Option)
12.3 Analyzing and Searching LIN Bus Signals (Option) This section explains the following settings (which are used when analyzing or searching LIN bus signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, source, bit rate, revision, sample point, the level used to detect the source state, and hysteresis •...
Page 143 12.3 Analyzing and Searching LIN Bus Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the source, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 144 12.3 Analyzing and Searching LIN Bus Signals (Option) Configuring the List Display (List) Press the List soft key to display the decoded results as a list. If one display setting of Serial Bus 1 to 4 is on List of analysis Analysis Turn zoom linking on or off Set the analysis number...
Page 145 12.3 Analyzing and Searching LIN Bus Signals (Option) Search Setup (Search) Press the Search soft key to display the following menu. Jump to the specified field (Break, Synch, ID, Data, or CheckSum) Set the zoom window (Zoom1 or Zoom2) Set the search type (Break Synch, Error, or ID/Data) ►...
Page 146: Analyzing And Searching Cxpi Bus Signals (Option)
12.4 Analyzing and Searching CXPI Bus Signals (Option) This section explains the following settings (which are used when analyzing or searching CXPI bus signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, source, bit rate, T Sample, clock tolerance, counter error detection, the level used to detect the source state, and hysteresis •...
Page 147 12.4 Analyzing and Searching CXPI Bus Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the source, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 148 12.4 Analyzing and Searching CXPI Bus Signals (Option) Configuring the List Display (List) Press the List soft key. The decoded results are listed for serial buses whose analysis and search displays (Display) are on. If one display setting of Serial Bus 1 to 4 is on List of analysis results Analysis number Set the analysis number...
Page 149 12.4 Analyzing and Searching CXPI Bus Signals (Option) Search Setup (Search) Press the Search soft key to display the following menu. Set the zoom window (Zoom1 or Zoom2) Set the search type Execute the search Set the detected point number This appears when a point that matches the specified search conditions is found.
Page 150 12.4 Analyzing and Searching CXPI Bus Signals (Option) PTYPE mode Press the PTYPE soft key. The DLM4000 searches for the PTYPE of the CXPI bus signal. ID/Data mode Press the ID/Data soft key to display the following menu. Set the search conditions Setting Search Conditions (Condition Setup) Press the Condition Setup soft key to display the following screen.
Page 151 12.4 Analyzing and Searching CXPI Bus Signals (Option) Wakeup/Sleep mode Press the Wakeup/Sleep soft key and then the Wakeup/Sleep Type OR soft key to display the following menu. The DLM2000 searches for wakeup pulses, wakeup states, sleep frames, or sleep states. Turn on or off the detection of wakeup pulses, wakeup states, sleep frames, or sleep states Executing Searches...
Page 152: Analyzing And Searching Sent Signals (Option)
12.5 Analyzing and Searching SENT Signals (Option) This section explains the following settings (which are used when analyzing or searching SENT signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, source, format, display channel, fast channel data type, slow channel message type, the level used to detect the source state, and hysteresis •...
Page 153 12.5 Analyzing and Searching SENT Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the source, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 154 12.5 Analyzing and Searching SENT Signals (Option) Setting the Source (Source) Press the Source soft key. The menu that appears varies depending on the specified source. 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 155 12.5 Analyzing and Searching SENT Signals (Option) Configuring the List Display (List/Trend - List) Press the List/Trend soft key and then the List soft key. The decoded results are listed for serial buses whose analysis and search displays (Display) are on. If one display setting of Serial Bus 1 to 4 is on List of analysis results Analysis number...
Page 156 12.5 Analyzing and Searching SENT Signals (Option) Configuring the Trend Display (List/Trend - Trend) Selecting the Trend Number (Trend) Press the List/Trend soft key, the Trend soft key, and then the Trend soft key again to display the following menu. Select the number from Trend1 to Trend4 that you want to set Trend Menu...
Page 157 12.5 Analyzing and Searching SENT Signals (Option) Configuring the Display (Display Setup) Press the Display Setup soft key to display the following menu. Execute automatic scaling Set the range to display the trend of (Main, Zoom1, or Zoom2) Turn the VT waveform display on or off Set the vertical scale of the trend display Executing Automatic Scaling...
Page 158 12.5 Analyzing and Searching SENT Signals (Option) Search Setup (Search) Press the Search soft key to display the following menu. Set the zoom window (Zoom1 or Zoom2) Execute the search Set the search type Set the detected point number This appears when a point that matches the specified search conditions is found.
Page 159 12.5 Analyzing and Searching SENT Signals (Option) Fast CH Data Mode Press the Fast CH Data soft key to display the following menu. Set the search conditions * When using Fast CH Data to search, if necessary, select the data type using the fast channel data type menu in “Setting the Serial Bus (Setup)”...
Page 160 12.5 Analyzing and Searching SENT Signals (Option) Setting Search Conditions (Condition Setup) Press the Condition Setup soft key. The screen that appears varies depending on the slow channel message type setting. The DLM2000 searches on the AND of slow channel ID and data conditions. Items whose check boxes are selected are used as search conditions.
Page 161 12.5 Analyzing and Searching 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 ≤ b; or Data <...
Page 162: Analyzing And Searching Psi5 Airbag Signals (Option)
12.6 Analyzing and Searching PSI5 Airbag Signals (Option) This section explains the following settings (which are used when analyzing or searching PSI5 Airbag signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, sync signal, data frame source, bit rate, data length, error detection method, sync noise rejection, clock tolerance, and the level and hysteresis used to detect the sync signal or data frame source state •...
Page 163 12.6 Analyzing and Searching PSI5 Airbag Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the sync signal and data frame source, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 164 12.6 Analyzing and Searching PSI5 Airbag Signals (Option) Setting the Sync Signal (Sync) Press the Sync soft key. The menu that appears varies depending on the specified sync signal source. • When the Source Is Set to a Channel from CH1 to CH4, Math1, or Math2 Set the sync signal (CH1 to CH4, Math1, Math2) Set the level used to detect the state of the sync signal...
Page 165 12.6 Analyzing and Searching PSI5 Airbag Signals (Option) Setting the Number of Slots (Number of Slots) Press the Number of Slots soft key to display the following menu. Set the slot number to Auto or a number from 1 to 6. If you do not specify Auto, set the number of slots the same as the number of data frames.
Page 166 12.6 Analyzing and Searching PSI5 Airbag Signals (Option) Configuring the List Display (List/Trend - List) Press the List/Trend soft key and then the List soft key. The decoded results are listed for serial buses whose analysis and search displays (Display) are on. If one display setting of Serial Bus 1 to 4 is on List of analysis results Analysis number...
Page 167 12.6 Analyzing and Searching PSI5 Airbag Signals (Option) Configuring the Trend Display (List/Trend - Trend) Selecting the Trend Number (Trend) Press the List/Trend soft key, the Trend soft key, and then the Trend soft key again to display the following menu. Select the number from Trend1 to Trend4 that you want to set Trend Menu...
Page 168 12.6 Analyzing and Searching PSI5 Airbag Signals (Option) Search Setup (Search) Press the Search soft key to display the following menu. Set the zoom window (Zoom1 or Zoom2) Execute the search Set the search type This appears when a point Set the detected point number that matches the specified search conditions is found.
Page 169 12.6 Analyzing and Searching PSI5 Airbag Signals (Option) Frame in Slot Mode Press the Frame in Slot soft key to display the following menu. The DLM2000 searches for data frames included in the selected slot. Frame in Slot mode will not be available if the sync signal source (page 12-33) is set X.
Page 170 12.6 Analyzing and Searching PSI5 Airbag Signals (Option) • Selecting the Slot Number • When the number of slots on the Setup menu is set to a number from 1 to 6 1 to N where N is the specified number of slots •...
Page 171: Analyzing And Searching Uart Signals (Option)
12.7 Analyzing and Searching UART Signals (Option) This section explains the following settings (which are used when analyzing or searching UART signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, source, format, parity, grouping, the level used to detect the source state, and hysteresis •...
Page 172 12.7 Analyzing and Searching UART Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the source, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 173 12.7 Analyzing and Searching UART Signals (Option) • When the Source Is LOGIC (On models with the logic signal input port) Set the source (LOGIC) Set the bit rate (1200 bps, 2400 bps, 4800 bps, 9600 bps, 19200 bps, 38400 bps, 57600 bps, 115200 bps, or User Define) Set the sample point Set the polarity Set the source bit (Bit0 to Bit7)
Page 174 12.7 Analyzing and Searching UART Signals (Option) If several display settings of Serial Bus 1 to 4 are on Select the list The selected list is displayed expanded The setting menu changes to the serial bus menu for the selected list. When Grouping Is Set to ON If multiple errors are detected in one piece of data, the List of analysis results...
Page 175 12.7 Analyzing and Searching UART Signals (Option) Search Setup (Search) Press the Search soft key on the SEARCH UART menu to display the following menu. Set the zoom window (Zoom1 or Zoom2) Set the search type (Every Data, Error, or Data) ►...
Page 176: Analyzing And Searching I
12.8 Analyzing and Searching I C Bus Signals (Option) This section explains the following settings (which are used when analyzing or searching I C bus signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, SCL source, SDA source, the level used to detect the source state, and hysteresis •...
Page 177 12.8 Analyzing and Searching I2C Bus Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the SCL and SDA sources, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 178 12.8 Analyzing and Searching I2C Bus Signals (Option) R/W Bit Inclusion (Include R/W) Specify whether to include the R/W bit (ON) or omit it (OFF) in the address pattern when setting or displaying it. This setting is reflected in the following situations where the address pattern is set or displayed. •...
Page 179 12.8 Analyzing and Searching I2C Bus Signals (Option) If several display settings of Serial Bus 1 to 4 are on Select the list The selected list is displayed expanded The setting menu changes to the serial bus menu for the selected list. Search Setup (Search) Press the Search soft key on the SEARCH I2C menu to display the following menu.
Page 180: Analyzing And Searching Spi Bus Signals (Option)
12.9 Analyzing and Searching SPI Bus Signals (Option) This section explains the following settings (which are used when analyzing or searching SPI bus signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, wiring system, bit order, clock source, data source, chip select source, the level used to detect the source state, hysteresis, and polarity •...
Page 181 12.9 Analyzing and Searching SPI Bus Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the wiring system and the clock, data, and chip select sources, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 182 12.9 Analyzing and Searching SPI Bus Signals (Option) Manual Setup Press the Clock, Data1, Data2, or CS(SS) soft key to open one of the menus shown below. The menu that appears varies depending on the source that is specified in the pressed soft key’s menu. 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 logic signal input...
Page 183 12.9 Analyzing and Searching SPI Bus Signals (Option) Setting the Chip Select Source (CS (SS)) • When the Source Is Math1, Math2, or from CH1 to CH4 Set the chip select source Set the level used to detect (CH1 to CH4, Math1, or Math2) chip select source states Set the hysteresis Set the active state (H or L)
Page 184 12.9 Analyzing and Searching SPI Bus Signals (Option) Configuring the List Display (List) Press the List soft key on the SEARCH SPI menu to display the decoded results as a list. In the analysis configuration shown two pages earlier, when the wiring system is set to 3 Wire, the contents of Data1 are displayed in a list.
Page 185 12.9 Analyzing and Searching SPI Bus Signals (Option) Search Setup (Search) Press the Search soft key on the SEARCH SPI menu to display the following menu. Set the zoom window (Zoom1 or Zoom2) Set the search conditions. ► section 2.16 Execute the search Set the detected point number...
Page 186: Analyzing And Searching Flexray Bus Signals (Option)
12.10 Analyzing and Searching FlexRay Bus Signals (Option) This section explains the following settings (which are used when analyzing or searching FlexRay bus signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Auto setup, source, bit rate, analysis channel, sample point, the level used to detect the source state, and hysteresis •...
Page 187 12.10 Analyzing and Searching FlexRay Bus Signals (Option) Setting the Serial Bus (Setup) Press the Setup soft key to display the following menu. Auto Setup (Auto Setup) After setting the source, press the Auto Setup soft key to automatically configure the serial bus settings.
Page 188 12.10 Analyzing and Searching FlexRay Bus Signals (Option) Setting the List Display (List) Press the List soft key to display the decoded results as a list. If one display setting of Serial Bus 1 to 4 is on List of analysis results Analysis number Set the analysis number Set the list size and the display position to...
Page 189 12.10 Analyzing and Searching FlexRay Bus Signals (Option) Search Setup (Search) Press the Search soft key to display the following menu. Jump to the specified field (ID, Payload Length, Header CRC, Cycle Count, or CRC) Set the zoom window (Zoom1 or Zoom2) Set the search type (Frame Start, Error, or ID/Data) ►...
Page 190: Analyzing And Searching User-Defined Serial Bus Signals
12.11 Analyzing and Searching User-Defined Serial Bus Signals This section explains the following settings (which are used when analyzing or searching user-defined serial bus signals): • Serial bus signal analysis and search displays • Serial bus signal types • Analysis Bit rate, data source, clock source, chip select source, latch source, the level used to detect the source state, hysteresis, and polarity •...
Page 191 12.11 Analyzing and Searching User-Defined Serial Bus Signals Setting the Serial Bus (Setup) Press the Setup soft key to open one of the menus shown below. The menu that appears varies depending on whether the clock is on or off. 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...
Page 192 12.11 Analyzing and Searching User-Defined Serial Bus Signals Setting the Clock Source (Clock) Press the Clock soft key to display the following menu. Set the clock source (CH1 to CH4) Set the timing for data Set the level used to detect source sampling ( clock source states Set the hysteresis...
Page 193 12.11 Analyzing and Searching User-Defined Serial Bus Signals Search Setup (Search) Press the Search soft key on the SEARCH User Define menu to display the following menu. Set the zoom window (Zoom1 or Zoom2) Set the search conditions. ► section 2.18 Execute the search Set the detected point number...
Page 194: Chapter 13 Waveform Histogram Display
Chapter 13 Waveform Histogram Display 13.1 Displaying Waveform Histograms This section explains the following settings (which are used when displaying a histogram of the frequency of data occurrence in a specified area): • Histogram • Source waveform • Source axis •...
Page 195: Measuring Histogram Parameters
13.2 Measuring Histogram Parameters This section explains the following settings (which are used when measuring histogram parameters): • Measurement mode • Measurement items • Cursor measurement ► “Measurement (Measure Setup)” in the Features Guide ANALYSIS Histogram Menu Press ANALYSIS and then the Histogram soft key to display the following menu. Configure parameter or cursor measurements Set the cursor position...
Page 196: Chapter 14 Power Supply Analysis
Chapter 14 Power Supply Analysis (Power Analysis and Power Measurement, Option) 14.1 Power Supply Analysis Types This section explains how to set the power supply analysis type. ► “Type (Type)” in the Features Guide ANALYSIS Power Analysis Menu Press ANALYSIS and then the Power Analysis soft key to display the following menu. Select whether to set analysis number PWR1 or PWR2 Set the power supply analysis type Setting the Power Supply Analysis Type (Type)
Page 197: Analyzing Switching Loss
14.2 Analyzing Switching Loss This section explains the following settings (which are used when analyzing switching loss): • Probe • Measurement conditions Cycle mode, device, RDS or Vce value, measurement items, measurement source window, and measurement time period • Power trace display •...
Page 198 14.2 Analyzing Switching Loss Setting Measurement Conditions (Measure Setup) Press the Measure Setup soft key to display the following menu. Turn cycle mode on or off Set the device (MOSFET, BJT/IGBT, or OFF)* Configure the RDS or Vce value* Set the reference levels for voltage channels* ►...
Page 199: Performing Safe Operating Area Analysis
14.3 Performing Safe Operating Area Analysis This section explains the following settings (which are used when performing safe operating area analysis): • Probe • Showing and hiding VT waveforms • Cursor display ► “Safe Operating Area Analysis (SOA)” in the Features Guide ANALYSIS Power Analysis Menu Press ANALYSIS and then the Power Analysis soft key to display the following menu.
Page 200: Performing Harmonic Analysis
14.4 Performing Harmonic Analysis This section explains the following settings (which are used when performing harmonic analysis): • Probe • List size • Applicable class • Analysis start point • Harmonic grouping • EUT’s power supply voltage • Scale ► “Harmonic Analysis (Harmonics)” in the Features Guide ANALYSIS Power Analysis Menu Press ANALYSIS and then the Power Analysis soft key to display the following menu.
Page 201: Measuring The Joule Integral
14.5 Measuring the Joule Integral This section explains the following settings (which are used when measuring the Joule integral): • Probe • Measurement conditions • Measurement window and measurement time period • Joule integral waveform display • Auto scaling ► “Measuring Inrush Current by Measuring the Joule Integral (I t)”...
Page 202: Measuring Power
14.6 Measuring Power This section explains the following settings (which are used when measuring power). • Turning power measurement on and off • Probe • Measurement conditions Measurement items, reference levels for time measurements, measurement location indicator, measurement source window, and measurement time range ►...
Page 203 14.6 Measuring Power Setting Measurement Conditions (Measure Setup) Press the Measure Setup soft key to display the following menu. Set the measurement items. Set the reference levels for time measurements. Set the measurement location indicator. Select the items to display from the items selected in Item Setup.
Page 204 14.6 Measuring Power Set Up a Calclation That Uses Automated Measurement Value. Press the Calc Setup soft key to display the following menu. Select the expressions to use. Enter the name using Enter the unit using up to 8 characters. up to 4 characters.
Page 205: 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 (which are used when displaying history waveforms, waveforms that were previously saved to acquisition memory): • Display mode • Averaging • Highlighting of the selected record number •...
Page 206 15.1 Displaying History Waveforms Displaying a List of Timestamps (List) Press the List soft key to display the following screen. Record number The difference between the triggered time of Triggered time the current data and the data before it List of timestamps Jump to the latest record number Jump to the oldest record number Jump to the record number whose data contains the triggers...
Page 207 15.1 Displaying History Waveforms Replay (Replay) Press the Replay soft key to display the following menu. Set the replay speed, there are seven speed settings The record number Set the record number to start replaying The replay speed Display the latest history waveform Replay waveforms toward newer waveforms Stop replay Replay waveforms toward older waveforms...
Page 208: Searching History Waveforms
15.2 Searching History Waveforms This section explains the following settings (which are used when searching history waveforms): • Search condition • Search Conditions (1 to 4) Search criterion, search waveform, search range mode, and search window • Executing searches • Finishing searches ►...
Page 209 15.2 Searching History Waveforms When the Search Condition Is Set to AND or OR Execute the search Set the search condition (AND, OR) Finish the search Select reference condition 1 to 4 (1 or 2 on 2-channel models) Set the search source window (Main, Zoom1, or Zoom2) Set the search range mode (RectZone, WaveZone, PolygonZone, or Parameter) Set the waveform to search Set the search criterion (IN, OUT, or X)
Page 210: Chapter 16 Printing And Saving Screen Captures
Roll Paper for Printers Only use roll paper specifically made for use with the DLM2000 series. The DLM2000 comes with one set of roll paper included. Use this when you first load roll paper into the built-in printer. When you require a new supply of roll paper, please contact your nearest YOKOGAWA dealer.
Page 211 16.1 Loading Roll Paper Into the Built-In Printer (Option) Attaching 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 212: Printing On The Built-In Printer (Option)
16.2 Printing on the Built-in Printer (Option) This section explains the following settings (which are used when printing on the optional built-in printer): • Print destination • Print mode • Additional information • Comments • Magnification • Time range ► “Printing on the Built-in Printer (BuiltIn)” in the Features Guide PRINT BuiltIn Menu Press SHIFT+PRINT (MENU), the Print To soft key, and then the BuiltIn soft key to display the following menu.
Page 213: Printing On A Usb Printer
16.3 Printing on a USB Printer This section explains the following settings (which are used when printing on a USB printer): • Print destination • Print mode • Printer type • Color • Comments ► “Printing on a USB Printer (USB)” in the Features Guide PRINT USB Menu Press SHIFT+PRINT (MENU), the Print To soft key, and then the USB soft key to display the following menu.
Page 214: Printing On A Network Printer (Option)
16.4 Printing on a Network Printer (Option) This section explains the following settings (which are used when printing on a network printer): • Print destination • Print mode • Printer type • Color • Comments ► “Printing on a Network Printer (Network)” in the Features Guide PRINT Network Menu Press SHIFT+PRINT (MENU), the Print To soft key, and then the Network soft key to display the following menu.
Page 215: Saving Screen Captures To Files
16.5 Saving Screen Captures to Files This section explains the following settings (which are used when saving screen captures to files): • Print destination • Save mode • Data format • Color data • Background transparency (transparent or opaque) • Save destination •...
Page 216 16.5 Saving Screen Captures to Files Assigning File Names (File Name) As with the file 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. Screen Capture Examples a.
Page 217: 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 (which are used when printing and saving screen-capture and waveform data to multiple output destinations at the same time): •...
Page 218: Chapter 17 Saving And Loading Data
Chapter 17 Saving and Loading Data 17.1 Connecting USB Storage Media to the USB Port CAUTION Do not remove the USB storage medium or turn off the power when the media Access icon (internal memory or USB storage media) access icon is blinking in the center of the screen or when the USB storage media access indicator is blinking.
Page 219: Saving Waveform Data
17.2 Saving Waveform Data This section explains the following settings (which are used when saving waveform data): • Save destination • File name • Data format • Waveform to save • History range • Window to be saved • Data compression •...
Page 220 17.2 Saving Waveform Data Assigning File Names (File Name) Press the File Name soft key to display the following menu. Specify comments Set the file name Set auto naming Setting Auto Naming (Auto Naming) OFF: Disables the auto naming feature. The name that you specify using the File Name setting is used.
Page 221 17.2 Saving Waveform Data Setting the 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. All: All history waveforms within the range bounded by Start No.
Page 222: Saving Setup Data
17.3 Saving Setup Data This section explains the following settings (which are used when saving setup data): You can save setup data to a file or to three different internal memory locations. • Save destination • File name • Internal memory details •...
Page 223: Saving Other Types Of Data
17.4 Saving Other Types of Data This section explains the following settings (which are used when 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 224 17.4 Saving Other Types of Data Note The serial bus analysis results are saved according to the settings made on the HISTORY menu. If the history mode is set to One, the analysis results of the specified record number’s waveform are saved. If the history mode is set to All or Accumulate, the analysis results of all the displayed waveforms are saved.
Page 225 17.4 Saving Other Types of Data When Data Type Is Serial Bus (When saving signals other than SENT) Set Data Type to Serial Bus Set the serial bus (Serial bus1 to Serial bus4) Set the history range (One, All) ►section 17.2 Save the serial bus analysis results When Data Type Is Serial Bus (When saving SENT signals) Set Data Type to Serial Bus...
Page 226 17.4 Saving Other Types of Data When Data Type Is Histogram Set Data Type to Histogram Save the histogram data Set the histogram to use (Hist1 or Hist2) When Data Type is History List Set Data Type to History List Save the list of timestamps 17-9 IM 710105-02E...
Page 227: Loading Waveform Data
17.5 Loading Waveform Data This section explains the following settings (which are used when loading waveform data): • Displaying file information • Loading waveform data into reference waveforms • Loading waveform data into channels ► “Loading Waveform Data (Waveform)” in the Features Guide File Waveform (Load) Menu Press FILE and then the Waveform(Load) soft key to display the following menu.
Page 228: Loading Setup Data
17.6 Loading Setup Data This section explains the following settings (which are used when 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 229: Loading Other Types Of Data
17.7 Loading Other Types of Data This section explains the following settings (which are used when loading waveform zones, polygonal zones, snapshot waveforms, or serial bus waveform symbol data): • Displaying file information • Data type to load • Loading data ►...
Page 230 17.7 Loading Other Types of Data When Data Type Is Snap Set Data Type to Snap Load snapshot waveforms When Data Type Is Symbol Set Data Type to Symbol Load serial bus waveform symbol data 17-13 IM 710105-02E...
Page 231: File Operations
17.8 File Operations This section explains the following settings (which are used when performing various file operations from the file list or the file utility menu): • Sorting the file list • Display format • Selecting the type of file to list •...
Page 232 17.8 File Operations Sorting the List (Sort To) Select Sort To on the operation menu to display the following screen. Sort by file name in ascending order Sort by file name in descending order Sort by file size in ascending order Sort by file size in descending order Sort by date in ascending order Sort by date in descending order...
Page 233 17.8 File Operations Selecting the Type of File to List (File Filter) Select Filter on the operation menu to display the following screen. Select the type of file to list *.*: All files *.set: Setup files *.wdf: Waveform files *.bmp: Image files (BMP) *.png: Image files (PNG) *.jpg:...
Page 234 17.8 File Operations Deleting Files and Folders (Delete) Select the file or folder that you want to delete from the file list. Select Delete on the operation menu to display the following screen. The file to delete Delete files or folders Note You can delete multiple files at the same time by selecting them with the jog shuttle and the SET key.
Page 235 17.8 File Operations Making Folders (Make Dir) Select the drive or folder that you want to make the new folder in from the file list. Select Make Dir on the operation menu to display the following screen. Use a keyboard to input the new folder name Press the ENTER key on the keyboard or the ENTER soft key to confirm the name.
Page 236 17.8 File Operations Moving Files and Folders (Move) Select the file or folder that you want to move from the file list. Select Move on the operation menu to display the following screen. File list you are moving from Execute the move operation File list you are moving to Select the drive and folder on the file list that you are moving to.
Page 237 17.8 File Operations File Utility Menu Press FILE, and then press the Utility soft key to display the following menu. Turn protection on or off All Set/All Reset Set/Reset Display file information The attributes for a file with protection turned on look like this.
Page 238: Chapter 18 Ethernet Interface (Option)
Chapter 18 Ethernet Interface (Option) 18.1 Connecting the DLM2000 to a Network This section explains how to connect the DLM2000 to a network. Optional Ethernet Interface Specifications There is a 1000BASE-T port located on the rear panel of the DLM2000. Item Specifications Ports...
Page 239 18.1 Connecting the DLM2000 to a Network Connection Procedure To Connect to a PC over a Network 1. Turn off the DLM2000. 2. Connect one end of a UTP (or STP) cable to the ETHERNET 1000BASE-T port on the rear panel.
Page 240: Configuring Tcp/Ip Settings
18.2 Configuring TCP/IP Settings This section explains the following TCP/IP settings (which are used when 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 UTILITY and then press the Network soft key to display the following menu.
Page 241: Accessing The Dlm2000 From A Pc (Ftp Server)
18.3 Accessing the DLM2000 from a PC (FTP Server) This section explains the following settings (which are used when accessing the DLM2000 from a PC on a network): • User name • Password • Timeout • Executing FTP client software ►...
Page 242: Monitoring The Dlm2000 Display From A Pc (Web Server)
18.4 Monitoring the DLM2000 Display from a PC (Web Server) This section explains the following settings (which are used when connecting to the DLM2000 from a PC over a network to show the DLM2000’s display on the PC and to start and stop waveform acquisition from the PC): •...
Page 243 18.4 Monitoring the DLM2000 Display from a PC (Web Server) Connecting to the DLM2000 from a PC Open a Web browser on a PC that is connected to a network and type the DLM2000’s IP address as follows: http://xxx.xxx.xxx.xxx/ where xxx.xxx.xxx.xxx is the IP address. Input the user name and password that you set on the DLM2000’s network setup screen shown on the previous page, and connect to the DLM2000.
Page 244: Connecting To A Network Drive
18.5 Connecting to a Network Drive This section explains the following settings (which are used when accessing a network drive (Net Drive) through an Ethernet connection to read or save various DLM2000 data): • FTP server (file server) • User name •...
Page 245: Configuring Mail Transmission (Smtp Client Function)
18.6 Configuring Mail Transmission (SMTP client function) This section explains the following settings (which are used when transmitting mail to a specified mail address on a network): • Mail server • Mail address • Comments • Attaching image files • Timeout •...
Page 246: 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 date and time of the DLM2000. • SNTP server • Timeout • Executing time adjustment • Automatic adjustment ► “SNTP (SNTP)” in the Features Guide UTILITY Network Menu Press UTILITY and then press the Network soft key to display the following menu.
Page 247: Setting A Network Printer
18.8 Setting a Network Printer This section explains the following settings (which are used when printing screen images to a network printer): • LPR server • LPR name • Timeout ► “Network Printer (Net Print)” in the Features Guide UTILITY Network Menu Press UTILITY and then press the Network soft key to display the following menu.
Page 248: Chapter 19 Rear Panel Input And Output
Chapter 19 Rear Panel Input and Output 19.1 External Trigger Input (TRIG IN/EXT) CAUTION Only apply signals that meet the following specifications. Signals that do not meet the specifications may damage the DLM2000, because of factors such as excessive voltage. French ATTENTION N’appliquer que des signaux correspondant aux spécifications suivantes.
Page 249: Trigger Output (Trig Out)
19.2 Trigger Output (TRIG OUT) CAUTION Do not short the TRIG OUT terminal or apply external voltage to it. Doing so may damage the DLM2000. French ATTENTION Ne pas court-circuiter la borne TRIG OUT et ne pas appliquer de tension de sortie. Cela pourrait endommager le DLM2000.
Page 250 19.2 Trigger Output (TRIG OUT) Low Level and High Level Hold Times Trigger occurrence Trigger occurrence Trigger output (Negative logic) Post-trigger time + internal processing time (Pre-trigger time + internal processing time) Trigger Trigger Post Post Waveform acquisition 1 HIGH (high level) period: The sum of pre-trigger time and internal processing time.
Page 251: Video Signal Output (Video Out)
19.3 Video Signal Output (VIDEO OUT) CAUTION • Only connect the DLM2000 to a monitor after turning both the DLM2000 and the monitor off. • Do not short the VIDEO OUT terminal or apply external voltage to it. Doing so may damage the DLM2000.
Page 252: Go/No-Go Signal Output
19.4 GO/NO-GO Signal Output Output signal NO-GO OUT Signal When the determination result is NO-GO, the output signal level (the TTL level) temporarily changes from high level (H) to low level (L). GO OUT Signal When the determination result is GO, the output signal level (the TTL level) temporarily changes from high level (H) to low level (L).
Page 253 19.4 GO/NO-GO Signal Output Connecting to Other Instruments CAUTION • Do not apply external voltage to the NO-GO OUT and GO OUT output pins. Doing so may damage the DLM2000. • When connecting the GO/NO-GO determination signal output to another instrument, do not connect the wrong signal pin.
Page 254: Chapter 20 Other Operations
Chapter 20 Other Operations 20.1 Turning the Click Sound On or Off, and Changing the Menu Language, Message Language, and USB Keyboard Language This section explains the settings that you can use to turn the click sound on and off and change the menu language, message language, and USB keyboard language.
Page 255: Configuring The Menu Display, Measured Value Font Size, And Default Values Of Legacy Models
20.2 Configuring the Menu Display, Measured Value Font Size, and Default Values of Legacy Models This section explains the following settings (which are used when setting the menu display; the font sizes of cursor-measurement values and automatically measured values; and default values): •...
Page 256 20.2 Setting the Menu Display Menu Theme 2 Menu Theme 3 Setting Menu Animation (Menu Animation) OFF: Do not show menu transitions when changing menus. ON: Show menu transitions when changing menus. Default Values of Legacy Models (Legacy Mode) OFF: The default values are the DLM2000 factory default values. ON: The default values are compatible with the DL1600 series and DL1700 series default values.
Page 257: Viewing Setup Information (Overview)
20.3 Viewing Setup Information (Overview) This section explains how to view the current DLM2000 setup information. ► “Overview (Overview)” in the Features Guide UTILITY Overview Menu Press UTILITY and then press the Overview soft key to display the following menu. Display setup information 2 Display setup information 1 Displaying Setup Information 1 (Setup Information1)
Page 258: Using The Dlm2000 As A Usb Storage Device
20.4 Using the DLM2000 as a USB Storage Device This section explains the following settings (which are used when connecting the USB port on the rear of the DLM2000 to a PC through a USB cable and using the DLM2000 as a USB storage device): ►...
Page 259: Chapter 21 Troubleshooting, Maintenance, And Inspection
• If a message appears on the screen, see the following pages for reference. • If servicing is necessary, or if the instrument does not operate properly even after you have attempted to deal with the problem according to the instructions in this section, contact your nearest YOKOGAWA dealer. Reference Description...
Page 260: Messages And Corrective Actions
You can display the messages in the language that you specify through the operations explained in section 20.1. If servicing is necessary to solve the problem indicated by a message, contact your nearest YOKOGAWA dealer. In addition to the following error messages, there are also communications error messages. These messages are explained in the Communication Interface User’s Manual (IM 710105-17E).
Page 261 21.2 Messages and Corrective Actions File Errors Code Message and Corrective Action Section Data size larger than remaining capacity in media. Delete unnecessary files or use other media. Chapter 17 File does not exist. Check the file name. Chapter 17 Assigned path does not exist or no media.
Page 262 21.2 Messages and Corrective Actions Printer Errors Code Message and Corrective Action Section Printer error. Confirm the printer status. — Cannot detect printer. Turn ON the printer. Check connectors. — Communication error. Check all connections and make sure all devices are on. —...
Page 263 21.2 Messages and Corrective Actions Code Message and Corrective Action Section The data length that is necessary for the harmonics analysis function is short. — The decode cannot be displayed, because the threshold level is not appropriate. — Cannot execute the math function, because the display of source is OFF. Chapter 6 It’s not available while running.
Page 264: Carrying Out Self-Tests (Self Test)
21.3 Carrying Out Self-Tests (Self Test) This section explains the following settings (which are used when testing whether or not the DLM2000’s memory, keyboard, and printer are functioning properly): • Test type • Test execution ► “Self-Test (Self Test)” in the Features Guide UTILITY Self Test Menu Press UTILITY and then press the Self Test soft key to display the following menu.
Page 265 Set the test type to Printer Test the printer If an Error Occurs during a Self-Test If an error occurs even after you carry out the following procedure, contact your nearest YOKOGAWA dealer. • Execute the self-test again several times.
Page 266: Viewing System Information (Overview)
21.4 Viewing System Information (Overview) This section explains how to view the DLM2000 system information. ► “Overview (Overview)” in the Features Guide UTILITY Overview Menu Press UTILITY and then press the Overview soft key to display the following menu. View system information Viewing System Information (System Overview) Press the System Overview soft key to display the following screen.
Page 267: Adding Options To The Dlm2000
License Key Have a license key ready. Purchase a license key by contacting your nearest YOKOGAWA dealer. When making a purchase, please indicate the DLM2000 instrument number and the suffix code of the option you want to add. UTILITY_Overview Menu Press UTILITY and then press the Overview soft key to display the following menu.
Page 268 21.5 Adding Options to the DLM2000 Restarting Restart the DLM2000. The additional option will be activated. Viewing the System Information To verify that the option has been installed, view the system information on the DLM2000 overview screen. For instructions on how to display the overview screen, see section 21.4. Note The SUFFIX (suffix code) inscribed in the name plate on the DLM2000 case indicates the installed options at the time of factory shipment.
Page 269: Formatting Internal Memory
21.6 Formatting Internal Memory This section explains the following settings (which are used when formatting the DLM2000’s internal memory): • Storage management • Formatting internal memory ► “System Configuration (System Configuration)” in the Features Guide UTILITY System Configuration Menu Press UTILITY and then press the System Configuration soft key to display the following menu. Open the storage manager Storage Management (Storage Manager) Press the Storage Manager soft key to display the following menu.
Page 270: Recommended Part Replacement
The life and replacement period for expendable items varies depending on the conditions of use. Refer to the table below as a general guideline. For part replacement and purchase, contact your nearest YOKOGAWA dealer. Parts with Limited Service Life Part Name...
Page 271: Appendix
Appendix Appendix 1 How to Calculate the Area of a Waveform IntegTY+ Sum of only the positive curve areas: S IntegTY Sum of the positive and negative curve areas: S – S Integ for XY Display Open (1) When Each Y Data Point Corresponds to a Single X Data Point X-Axis (Y = 0) End point Start point...
Page 272 Appendix 1 How to Calculate the Area of a Waveform Close (2) Non-Closed Curve (1) Multiple Loops Area S = S Area S = n × S Area enclosed by a curve n: The number of loops connecting the start and stop points Start point End point...
Page 273: Appendix 2 User-Defined Computation
Appendix 2 User-Defined Computation Digital Filter Type Type Bandwidth Lowpass, highpass, or bandpass Lowpass, highpass, or bandpass Filter Order See the following table for the filter orders. 30% (Cutoff Lowpass Highpass Lowpass Highpass * The cutoff percentage is with respect to the sample rate. Filter Response Filter Pass-band Ripple...
Page 274 Appendix 2 User-Defined Computation Hilbert Function (HLBT) Normally, when we analyze real-time signals, it is useful to think of these signals as the real part of functions of complex variables, and to carry out the actual signal analysis using such functions. If the real-time signal is considered to be the real part of the function, the imaginary part can be determined with the Hilbert transform of the real part.
Page 275 Appendix 2 User-Defined Computation Differentiation and Integration The computation of the differentiated value uses the 5th order Lagrange interpolation formula to derive a point of data from the five points of data before and after the target point. The following equations use data f to f with respect to sampling time x to x...
Page 276 Appendix 2 User-Defined Computation Pulse Width Computation The signal is converted to binary values by comparing to the preset threshold level, and the time of the pulse width is plotted as the Y-axis value for that interval. You can set the interval to one of the settings below. PWHH: From a rising edge to the next rising edge.
Page 277 Appendix 2 User-Defined Computation FFT Function Each frequency component G of a linear spectrum is represented by G=R + jI, where R is the real part and I is the imaginary part. Linear Spectrum The linear spectrum can be directly determined with the FFT. Through this spectrum, the magnitude and phase of each frequency component included in the measured waveform can be found.
Page 278 Appendix 2 User-Defined Computation Cross Spectrum The cross spectrum is determined from two signals. It is found by taking the product of the linear spectrum of one signal (Gy) and the complex conjugate (Gx ) of the linear spectrum of the other signal (Gx).
Page 279 Appendix 2 User-Defined Computation Time Windows You can select from rectangular, Hanning, or flat top time windows. The rectangular window is best suited to transient signals, such as impulse waves, which attenuate completely within the time window. The Hanning and flat top windows allow continuity of the signal by gradually attenuating the parts of the signal located near the ends of the time window down to the 0 level.
Page 280: Appendix 3 Ascii Data File Format
Appendix 3 ASCII Data File Format The DLM2000 can save waveform data to ASCII files. The format of such files is given below. Data Header Size The number of header lines. Model Name Name of the instrument (DLM2000). Comment Comment attached at the time the data file was saved. BlockNumber Block number for this group.
Page 281 Appendix 4 USB Keyboard Key Assignments DLM2000 USB Keyboard ACQUIRE menu CTRL+A MATH/REF menu CTRL+B Execute PRINT CTRL+C DISPLAY menu CTRL+D ENHANCED menu CTRL+E FILE menu CTRL+F ACTION, GO/NO-GO menu CTRL+G HISTORY menu CTRL+H Execute DEFAULT SETUP CTRL+I Execute AUTO SETUP CTRL+J ANALYSIS menu CTRL+K...
Page 282: Appendix 4 Usb Keyboard Key Assignments
Appendix 4 USB Keyboard Key Assignments DLM2000 USB Keyboard Increase the trigger level INSERT Decrease the trigger level DELETE Increase the vertical scale (SCALE knob) HOME Decrease the vertical scale (SCALE knob) Increase the time axis setting (TIME/DIV knob) PAGE UP Decrease the time axis setting (TIME/DIV knob) PAGE DOWN App-12...
Page 283 Index Symbols Page Page ΔT cursor ................8-1 Calc Setup ................9-8 ΔT&ΔV cursor ................. 8-3 CAN bus, analyzing and searching ........12-1 ΔV cursor ................8-2 CAN bus trigger ..............2-15 CAN FD bus, analyzing and searching......... 12-5 Numerics CAN FD bus trigger .............. 2-19 Page CAN FD standard ..............
Page 284 Index data mode, PSI5 search ............. 12-38 FFT menu ................7-1 data mode, PSI5 trigger............2-29 FFT Setup ................7-1 data type, loading ............... 17-12 FFT results, saving ............... 17-8 data type, saving ..............17-6 file errors................21-3 date or time, setting via sntp..........18-9 file list.................
Page 285 Index ID OR mode, CAN FD bus trigger ........2-22 measurement source window ..........9-3 ID OR mode, FlexRay bus trigger ........2-43 measurement time period ............9-3 ID OR mode, LIN bus trigger ..........2-25 measure menu................ 9-1 IIR filter ................... 6-4 measure setup, I2t ..............
Page 286 Index power supply analysis type........... 14-1 search conditions, state conditions........11-7 print builtin menu ..............16-3 search conditions, state width ..........11-13 printer errors ................. 21-4 search, CXPI bus..............12-18 printer test................21-7 search CXPI menu ............. 12-15 print file menu ............... 16-6 search edge menu ..............11-1 print mode, built-in printer .............
Page 287 Index SOF mode ................2-16 TV trigger ................2-47 SOF mode, CAN FD bus search .......... 12-8 SOF mode, CAN FD bus trigger ........... 2-20 Page SOF mode, CXPI bus search ..........12-18 UART, analyzing and searching ......... 12-40 SPI bus, analyzing and searching ........12-49 UART trigger .................
Page 288 Index Page zoom factor ................10-1 zoom menu ................10-1 zoom vertical zoom menu............. 10-2 Index-6 IM 710105-02E...

YOKOGAWA DLM2000 Series User Manual

Chapter 1 Vertical and Horizontal Control

Chapter 2 Triggering

Chapter 3 Waveform Acquisition

Chapter 4 Display

Chapter 5 XY Display

Chapter 6 Computed and Reference Waveforms

Chapter 7 FFT

Chapter 8 Cursor Measurements

Chapter 9 Automated Measurement of Waveform Parameters

Chapter 10 Zooming in on 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 Interface (Option)

Chapter 19 Rear Panel Input and Output

Chapter 20 Other Operations

Chapter 21 Troubleshooting, Maintenance, and Inspection

Appendix

Appendix 1 How to Calculate the Area of a Waveform

Appendix 2 User-Defined Computation

Appendix 3 ASCII Data File Format

Appendix 4 USB Keyboard Key Assignments

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Summary of Contents for YOKOGAWA DLM2000 Series