DLM4000 Mixed-signal Oscilloscope
Contents
1. Unit mm O O Ele 9 D O O I 13 4 178 23 a su01 891 193dS Model and Suffix Codes Standard Main Unit Accessories Model Suffix code Description Part Name Quantity DLM4038 Mixed Signal Oscilloscope 8ch 350 MHz Power cord 1 DLM4058 Mixed Signal Oscilloscope 8ch 500 MHz Passive probe 701939 500MHz 1 3m 4 Power cord D UL CSA standard Protective front cover 1 F VDE standard Soft carrying case for probes 1 Q BS standard Printer roll paper for B5 option 1 roll R AS standard Rubber leg cap 1 set H GB standard User s manuals 1 set N NBR standard 1 When E1 option is selected eight 701939 probes are included When either E2 or E3 option is selected no 701939 probe Language HE English Message and Panel 2 ae the printerd material and User s manuals as CD ROM are included HC Chinese Message and Panel HK Korean Message and Panel 3 HG German Message and Panel Accessories sold separately HF French Message and Panel HL Italian Message and Panel Name Model pce cistern HS Spanish Message and Panel Passive probe 701939 10MQ 10 1 500MHz 1 3m Option L16 Logic 16bit Miniature passive probe 701946 10MQ 12. Max Mean and Standard deviation display and jump to G4 option from multiple acquisitions is also possible the actual waveform The Yokogawa original cycle statistic by clicking it KEES ai l a and history statistic measurement asin ete ma Off line waveform display and XviewerLITE Basic check functions in combination with its long 2 Ge ae Zoom V cursor conversion to CSV format memory and 8 channel inputs helps the analysis analysis of e periodic mechatronics and power electronics signals http tmi yokogawa com ea products oscilloscopes oscilloscopes application software Free Software Optional Software Sane Xviewer Advanced Analysis Advanced and useful functions are supported Good for precise off line waveform analysis e Waveform observation and analysis e Cursor Parameteric Measure e Statistical Analysis e Multiple file display e Advanced waveform operations e Comment marking printing and making report e Optional Math computation feature e Remote monitor e Instruments communication function e Transferring waveform amp image files Waveform monitoring on a PC XWirepuller Remote monitor and operation Transferring image files Logic Measurement Variety of Display Formats Automated GO NO GO Judgment Parallel logic signals can be easily analysed using Many types of display format are supported such GO NO GO judgment using polygon zon
3. Edge Edge Qualified State Serial Bus A to B N 1 to 10 Edge Edge Qualified State Serial Bus Dual Bus Serial bus only Force a trigger manually 4 div from center of screen 0 01 div TV trigger 0 1 div 0 2 div 10 of trigger level Center Width can be set on individual Channels from CH1 to CH8 Display Functions Waveform acquisition modes High Resolution mode Sampling modes Accumulation Accumulation time Roll mode Zoom function Zoom factor Scroll Search functions History memory Max data History search Replay function Display Cursor Types Snapshot Statistical computation of parameters Statistics modes Trend Histogram display of wave parameters Computations MATH Computable no of traces Max computable memory length Reference function Action ON trigger Modes Actions XY FFT Histogram User defined math G2 option Power supply analysis G4 option Power analysis Switching loss Safety operation area Harmonic analysis Joule integral 12 1 inch TFT color liquid crystal display 1024 x 768 XGA Normal Envelope Average Max 12 bit the resolution of the A D converter can be improved equivalently by placing a bandwidth limit on the input signal Real time interpolation repetitive sampling Select OFF Intensity waveform frequency by brightness or Color waveform frequency by color 100 ms to 100 s Infinite Enabled at 100 ms div to 500 s d
4. channels Serial Bus trigger in which A combina tion of two bus signals is possible or an A and B combination of different trigger types This comprehensive trigger suite means you capture the correct fella ae a caida waveforms even for fast and complicated sets of waveforms TV NTSC PAL SDTV HDTV user defined containing combinations of analog digital and serial bus signals A Delay B A to B n Dual bus combination trigger of 2 serial busses Force Trigger Force a trigger manually During Roll Mode real time waveform processing such as PWM filtering or pulse counting means un interrupted recording Selecting a long Time Div setting automatically sets the DLM4000 into Roll Mode which performs just like a recorder During roll mode powerful real time waveform processing such as filtering pulse counting and rotary counting can be executed simultaneously ee This means that the DLM4000 can observe a PWM and encoder waveform analysis of these i omanova am waveforms in realtime is normally challenging but the DLM4000 does it herr a Furthermore checking the waveform by using the powerful zoom feature and parametric measurements is also possible during roll mode acquisition This enables ongoing realtime waveforms to be analysed without interrupting or pausing the acquisition Many oscilloscopes simply cannot do this i 3 Best in class Deep Memory amp Architecture For four channel
5. maximum input current may be imited by the number of the probes used at a time Name Model Description DLM is a registered trademark of Yokogawa Electric Corporation Any company s names and product names appearing in this document are the registered trademarks or Logic probe PBL100 701988 1MQ input resistance max toggle frequency 100 MHz 8 inputs trademarks of their respective companies NOTE Before operating the product read the users manual thoroughly for proper and safe operation Logic probe PBL250 701989 100kQ input resistance max toggle frequency 250 MHz 8 inputs Yokogawa s Approach to Preserving the Global Environment e Yokogawa s electrical products are developed and produced in facilities that have received 15014001 approval e In order to protect the global environment Yokogawa s electrical products are designed in accordance with Yokogawa s Environmentally Friendly Product Design Guidelines and Product Design Assessment Criteria YOKOGAWA Yokogawa Meters amp Instruments Corporation Phone 82 2 2628 3810 Facsimile 82 2 2628 3899 Phone 7 495 737 7868 Facsimile 7 495 737 7869 YOKOGAWA METERS amp INSTRUMENTS CORPORATION Tachihi Bld No 2 6 1 3 Sakaecho Tachikawa shi Tokyo 190 8586 Japan Global Sales Dept Phone 81 42 534 1413 Facsimile 81 42 534 1426 YOKOGAWA CORPORATION OF AMERICA YOKOGAWA AUSTRALIA PTY LTD Se Oa A E S 2 Dart Road Newnan GA 302
6. of frames Analysis results displays Auxiliary analysis function Analysis result save function GP IB Option Rear panel I O signal Probe interface terminal front panel Probe power terminal side panel Electromechanical specifications Protocol DLM 4000 Series zA Data search and Analysis list data can be saved to CSV format files S FlexRay Protocol Version2 1 All analog and Math channels 10Mbps 5Mbps 2 5Mbps Frame Start Error ID Data ID OR Auto setting of bit rate threshold value time axis scale voltage axis scale and display of analysis results 5 000 Analysis no time from trigger position Time ms Segment Static or Dynamic Indicator FramelD PayLoad length Cycle count Data Information Data search Analysis list data can be saved to CSV format files Conforms to IEEE std 488 1978 JIS C 1901 1987 Conforms to IEEE std 488 2 1992 External trigger input external trigger output GO NOGO output video output 8 terminals 8 terminals P8 option Standard model Approx 1 8 GB C8 option Approx 7 2 GB Per l m Connector Electromechanical specifications Supported transfer standards Supported devices USB type A connector x 2 front panel USB 2 0 compliant Low Speed Full Speed High Speed USB Mass Storage Class Ver 1 1 compliant mass storage devices USB HID Class Ver 1 1 compliant mouse keyboad Connector Electromechanical s
7. 0 1 500MHz 1 2m B5 Built in printer Active probe PBA1000 701912 1 GHz bandwidth 100 kQ 10 1 0 9 pF Memory expansion FET probe 700939 900 MHz bandwidth 2 5 MQ 10 1 1 8 pF M1 During continuous measurement 6 25Mpoints 100 1 high voltage probe 701944 400 MHz bandwidth 1 2 m 1000 Vrms Single mode 25Mpoints when interleave mode ON 62 5Mpoints 100 1 high voltage probe 701945 250 MHz bandwidth 3 m 1000 Vrms Memory expansion Differential probe PBDH1 000 701924 1 GHz bandwidth 1 MQ 50 1 max 25V 0 rota Single rode 62 SH soints when ir eion SONETS Differential probe PBDH0150 701927 ee a Pe Eight probe power connectors 500MHz differential probe 701920 500 MHz bandwidth max 12 V C1 GP IB Interface 200Mlz differential probe 701922 200 MHz bandwidth max 20 V C8 Internal storage 7 2 GB 100MHz differential probe 700924 100 MHz bandwidth max 1400 V G2 4 User defined math 100MHz differential probe 701921 100 MHz bandwidth max 700 V G4 4 Power Suphy analysis neuan includes G2 High voltage 50MHz 701926 50 MHz bandwidth max 5000 Vrms FT UART trigger and analysis differential probe F2 5 l C SPI trigger and analysis 15MHz differential probe 700925 15 MHz bandwidth max 500 V F3 5 UART I C SPI trigger and analysis Current probe PBC100 701928 100 MHz bandwidth max 30 Arms F4 6 CAN LIN trigger and analysis Current probe PBC050 701929 50 MHz bandwidth max 30 Arms F5 6 FlexRay trigger and analysis Current
8. 1st byte address 2nd byte address R W Data Presence absence of ACK information Auto setting of threshold value time axis scale voltage axis scale and display of analysis results 300 000 bytes max Searches data that matches specified address pattern data pattern and acknowledge bit condition Analysis list data can be saved to CSV format files 3 wire 4 wire After assertion of CS compares data after arbitrary byte count and triggers All analog logic and Math channels Analysis no time from trigger position Time ms 1st byte address 2nd byte address R W Data Presence absence of ACK information MSB LSB Auto setting of threshold value time axis scale voltage axis scale and display of analysis results 300 000 bytes max Specify data interval 1 to 32 bits decode start point and data length Analysis no time from trigger position Time ms Data 1 Data 2 Data search function Analysis list data can be saved to CSV format files 1200 bps 2400 bps 4800 bps 9600 bps 19200 bps user defined an arbitrary bit rate from 1 k to 10 Mbps with resolution of 100 bps Select a data format from the following 8 bit Non Parity 7 bit Data Parity 8 bit Parity Every Data Data Error Framing Parity All analog logic and Math channels Auto setting of bit rate threshold value time axis scale voltage axis scale and display of analysis results 300 000 frames max Analysis no time from trig
9. 4 and T Y simultaneously Number of points 1 25k 12 5k 125k 250k Window functions Rectangular Hanning Flat Top FFT Types PS LS RS PSD CS TF CH are available with G2 or G4 option Displays a histogram of acquired waveforms The following operators can be arbitrarily combined in equations x SIN COS TAN ASIN ACOS ATAN INTEG DIFF ABS SQRT LOG EXP LN BIN DELAY P2 power of 2 PH DA MEAN HLBT PWHH PWLL PWHL PWLH PWXX FV DUTYH DUTYL The maximum record length that can be computed is as well as standard math functions For Pwr1 and Pwr2 selectable from 4 analysis types Deskweing between the voltage and current waveforms can be executed automatically Total loss switching loss power waveform display Automatic measurement and statistical analysis of power analysis items Wp Wp Wp Abs Wp P P P Abs P Z SOA analysis by X Y display using voltage as X axis and current as Y axis is possible Basic comparison is possible with following standard Harmonic emission standard IEC61000 3 2 edition 2 2 EN61000 3 2 2000 IEC61000 4 7 edition 2 Joule integral I2t waveform display automatic measurement and statistical analysis is possible Power Measurement Measurement parameters IC Bus Signal Analysis Functions I Applicable bus C Trigger modes Analyzable signals Analysis results displays Auto setup function Analyzable no of data Search function Analys
10. 65 1094 U S A Tower A 112 118 Talavera Road Macquarie Park NSW 2113 Represented by Phone 1 770 253 7000 Facsimile 1 770 254 0928 Australia I YOKOGAWA EUROPE B V Phone 61 2 8870 1100 Facsimile 61 2 8870 1111 Euroweg 2 3825 HD Amersfoort THE NETHERLANDS YOKOGAWA INDIA LTD I Phone 31 88 4641000 Facsimile 31 88 4641111 Plot No 96 Electronic City Complex Hosur Road Bangalore 560100 INDIA 1 i 5 Bedok South Road Singapore 469270 SINGAPORE YOKOGAWA SHANGHAI TRADING CO LTD Phone 65 6241 9933 Facsimile 65 6241 2606 4F Tower D Cartelo Crocodile Building No 568 West Tianshan i Road Shanghai CHINA i YOKOGAWA AMERICA DO SUL LTDA en i Praca Acapulco 31 Santo Amaro Sao Paulo SP BRAZIL CEP 04675 190 Phone 86 21 6239 6363 Facsimile 86 21 6880 4987 l Phone 55 11 5681 2400 YOKOGAWA MIDDLE EAST B S C C i Facsimile 55 11 5681 4434 P O BOX 10070 Manama Building 577 Road 2516 i l Busaiteen 225 Muharraq BAHRAIN l YOKOGAWA ELECTRIC KOREA CO LTD i j ER i 1301 1305 13rd floor Kolon digital tower 106 1 YOKOGAWA ELECTRIC CIS LTD i l Yangpyongdong 5Ga Yeongdeungpo Gu Seoul 150 105 Grokholskiy per 13 Build 2 4th Floor 129090 Moscow Korea RUSSIAN FEDERATION Subject to change without notice Ed 02 b Printed in Japan 305 KP All Rights Reserved Copyright 2012 Yokogawa Meters amp Instruments Corporation
11. YOKOGAWA DLM4000r h Mixed Signal Oscilloscope OOOVWIN 1d doosojlboso eubis Pp XIN When 4 channels are not enough DLM 4000 Eon more Iniormation gotc Re 7 C 4 E ATAN pol 4 E iF ear Warranty Test amp Me re FP Instru its est amp Measurement Instruments sagas Bulletin DLM4000 00EN CRSP mae OES Maer This combination with the optional PBDH0150 High Voltage Differential Probe creates a compact and multi channel floating voltage and current measuring system _ Typical Demanding Applications for the Eight Channel DLM4000 CID ian ot sen scope Whole system measurement is impossible with a four channel scope the real difficulty is measuring the timing between IGBT gate signals within the inverter Voltage and Motor Control amp Inverter Circuit Development Key to efficient and reliable high performance electric motors is the modern inverter design or Intelligent Power Module Multi channel high speed waveform measurement is an absolute necessity i our channels simply not enough current measurements between 3 phases Boasting eight true analog inputs the DLM4000 and the 10 of the motor driver IC is a very empowers today s engineer with a convenientand challenging test with a four channel scope comprehensive measurement system The truly practical solution is an Example 3 voltage amp 3 current measurements of a 3 phase motor eight channel MSO Measur
12. al Channel 8 is Convertible to 8 Bit Logic Input Standard Feature Eight Analog Input Channels Yokogawa Probe Interface Compliant Half of the former model DL7480 me i gt h ap ana rmp i a ap r i saine SuONOUN Portable a r o e p C a ee _ F fe E i in 15 oh Ei m i TIILITIT A s uoss 22y 9 suondo aIeEMIOS X AyIqeiado Tn ARARRAEREE GhGKEOE immm eeeeee ee o s cu l pon Modest 178 mm Depth rf i ir suoieoyineds Typical General Applications for the Eight Channel DLM4000 Power Supply amp Power Converter Test During the evaluation of a power supply design it is necessary to measure noise ripple voltage margin and current as well as timing margins and the jitter of the startup shutdown sequences As the number of waveforms in modern power supply designs is increasing especially for intelligent digitally controlled power supplies battery management systems and wireless power supply systems a four channel oscilloscope is not enough Example Start up sequence test of multi output power supply or Converter Primary secondary voltage current and power supply control signal Troubleshooting total system test For laboratory and field troubleshooting the ability to measureas many suspicious signals as possible enables quick solutions to be found The measurement time for sys
13. al Probe power terminal x8 optional j Control from a PC For current and differential probes that Dedicated knobs assure analog like intuitive operation Multi color LED for clarity don t support the Yokogawa probe interface The push function for each knob enables Speed sensitive knob behavior creates a natural response ponnn Se aes fine adjustments to be made or puts the The scope intelligently responds to the operator SARIN FA i ae meee USB PC Connection setting back to the default i Higi ef eT se same terminal 3 7 BELEH Control from a PC pia riait t Mount to PC as External s storage lt Broad Connectivity and Easier Control i Ethernet 1000BASE T Monitor amp Control from a PC Network Data Transfer amp Email By pushing the knob trigger level is set to the center USB 2 0 peripheral connection terminal x2 of the waveform automatically Supports USB storage USB mouse and keyboards GO NO GO Output terminal RGB video signal output terminal Connection to an external monitor Built in user guidance Trigger output External trigger input Graphical online help Thumbnail can be viewed full size Multiple Languages The button gets the operator fast and friendly Thumbnails of waveform data waveform image data and Wave Zone Select from online help No more need to consult the user s files can be displayed The image a
14. d search criteria knob With the Replay function history waveforms can be You can also perform cursor measurement and other types of automatically played back paused fast forwarded and analysis on the search results rewound Save time using unattended supervisory data acquisition Abnormal waveform detected i Ao Buzzer Output to printer A GO NO GO test result can be determined using customizable trigger conditions including waveform zoning parameter measurement and other criteria For either a GO or a NO GO test R result an action can be executed such as sounding a buzzer saving the current waveform or i ___ Savewaveform Email sending a notification to a designated e mail address a Waveforms in which an abnormality occurred can be saved for confirmation and analysis at a later time Let the DLM4000 save you time 05 0mplete the Solution CAN LIN FC SPI amp UART RS232 Protocol Analysis wen E m m Power supply analysis function G4 3 gt 3p Power Analysis Example Switching Loss Analysis Serial Bus Auto Setup Saves Time Hardware based Decoding Switching Loss n N Safe Operating Area apo ire z E E Harmonic Analysis BET Temis S GE neeese i D Joule Integral er 7 p gt lt Power Measurement Auto Setup Symbol cn Automated measurement of Serial bus waveforms are processed in realtime 2 power parameters such as The built in algorithm fine tu
15. div 5V 100 mV div to 500 mV div 1 5 of 8 div offset voltage accuracy 1 of setting 0 2 mV 1 of setting 2 mV 1 of setting 20 mV Frequency characteristics 3 dB attenuation when inputting a sinewave of amplitude 3div 2 1 MQ when using passive probe DLM4038 DLM4058 100 mV to 100 V div DC to 350 MHz DC to 500 MHz 20 mV to 50 mV div DC to 300 MHz DC to 400 MHz 500 10 mV to 500 mV div 2 mV to 5 mV div Isolation between channels Residual noise level s A D resolution Bandwidth limit Maximum sample rate Real time sampling modelnterleave OFF Interleave ON Repetitive sampling mode Maximum record length Standard M1 M2 Ch to Ch deskew Time axis setting range Time base accuracy Logic Signal Input Number of inputs Standard L16 Maximum toggle frequency Compatible probes Min input voltage Input range Max nondestructive input voltage Threshold level setting range Input impedance Maximum sampling rate Maximum record length Standard M1 M2 DC to 350 MHz DC to 500 MHz DC to 300 MHz DC to 400 MHz 34 dB analog bandwidth typical value The larger of 0 4 mV rms or 0 05 div rms typical value 8bit 25LSB div Max 12 bit in High Resolution mode FULL 200 MHz 100MHz 20 MHz 10 MHz 5 MHz 2 MHz 1 MHz 500 kHz 250 kHz 125 kHz 62 5 KHz 32 kHz 16 KHz 8 kHz can be set for each channel 1 25 GS s 2 5 GS s 125 GS s Repeat Single Single Interleav
16. e 1 25M 6 25 M 12 5 MPoints 6 25M 25M _ 62 5 MPoints 12 5M 62 5 M 125 MPoints 100 ns 1 ns div to 500 s div steps of 1 2 5 0 002 8 bit excl 8 ch input and logic input 24bit 16bit when 8 ch is used Model 701988 100 MHz Model 701989 250 MHz 701988 701989 8 bit input 701980 701981 are available 701988 500 mVp p 701989 300 mVp p Model 701988 40 V Model 701989 threshold 6V 40 V DC ACpeak or 28 Vrms when using 701989 Model 701988 40 V setting resolution of 0 05 V Model 701989 6 V setting resolution of 0 05 V 701988 Approx 1 MO approx 10 pF 701989 Approx 100 kO approx 3 pF 1 25 GS s Repeat Single 1 25 M 6 25 MPoints 6 25 M 25 MPoints 12 5 M 62 5 MPoints Trigger modes Trigger type trigger source A triggers Auto Auto Level Normal Single N Single Edge CH1 to CH8 Logic EXT LINE Edge OR CH1 to CH8 Edge Qualified CH1 to CH8 Logic EXT State CH1 to CH8 Logic Pulse width CH1 to CH8 Logic EXT State width CH1 to CH8 Logic TV CH1 to CH8 Serial Bus l2C optional CH1 to CH8 Logic SPI optional CH1 to CH8 Logic UART optiona CH1 to CH8 Logic FlexRay optiona CH1 to CH8 CAN optional CH1 to CH8 LIN optional CH1 to CH8 User defined CH1 to CH8 AB triggers Force trigger Trigger level setting range CH1 to CH8 Trigger level setting resolution CH1 to CH8 Trigger level accuracy CH1 to CH8 Window Comparator A Delay B 10 ns to 10 s
17. ement of the gate drive signals of six IGBTs within the inverter Electronic Control Unit amp Mechatronic Test 4 ch Numerous 1 0 analog digital and serial bus waveforms Power Clock Reset surrounding the Electronic Control Unit ECU must be The additional logic inputs of a four channel te measured The DLM4000 offers ample channel count MSO Lei abe ra s es and architecture to monitor eight analog channels and up SOUS Channels Dut TIS merod nas a l S hs blind spot Digital waveform analysis using to 24 bits of logic input while simultaneously performing logic inputs alone cannot reveal anomalies im protocol analysis such as UART 12C SPI CAN LIN and such as voltage drift noise distortion or L CAN LIN FlexRay FlexRay The DLM4000 can speed up the the R amp D ringing and measure rise fall times ECU z MART EC PI process Four channels are not enough testing requires stringent examination of all Example Analog 1 0 and serial bus controller signals digital waveforms and analog input Stringent realtime test of digital waveforms in the analog domain channels are the best tool for the job 02 The portable eight channel DLM4000 Is the daily instrument of choice 12 1 LCD enables eight waveforms to be easily observed four direction selection button Jog shuttle and rotary knob Two USB Terminals on Front Panel Additional 16 bits of Input Logic for a total of 24 bits Option
18. ger position Time ms Data Bin Hex display ASCII display and Information Data search Analysis list data can be saved to CSV format files CAN version 2 04 B Hi Speed CAN IS011898 Low Speed CAN ISO11519 2 All analog and Math channels 1 Mbps 500 kbps 250 kbps 125 kbps 83 3 kbps 33 3 kbps User defined an arbitrary bit rate from 10 kbps to 1 Mbps with resolution of 100 bps SOF ID DATA ID OR Error enabled when loading physical values symbol definitions Auto setting of bit rate threshold value time axis scale voltage axis scale and display of analysis results 100 000 frames max Analysis no time from trigger position Time ms Frame type ID DLC Data CRC presence absence of Ack information Data search and field jump functions Analysis list data can be saved to CSV format files All analog and Math channels 19 2 kbps 9 6 kbps 4 8 kbps 2 4 kbps 1 2 kbps User defined an arbitrary bit rate from 1 kbps to 20 kbps with resolution of 10 bps Break Synch ID DATA ID OR and ERROR trigger Auto setting of bit rate threshold value time axis scale voltage axis scale and display of analysis results 100 000 frames max Analysis no time from trigger position Time ms ID ID Field Data CheckSum information a Auxiliary analysis functions Analysis result save function Applicable bus Analyzable signals Bit rate FlexRay bus Trigger modes Auto setup function Analyzable no
19. ic probes PBL100 100 MHz 1 MQ which has mimimal loading and the PBL250 250 MHz 100 kQ ideal for probing high speed logic waveforms User Defined Math G2 Customizable User Defined Equations 701946 Miniature passive probe The 701946 is an ultra compact passive probe for measuring high speed waveforms on ICs and in high density circuitry Various accessories maximise safety and performance XY Display Power Spectrum Expansion of FFT Calculation In addition to power spectrum advanced FFT functions such as coherence and transfer function calculations are available for detailed frequency domain analysis Example of the functions in G2 option User Define Math Duty cycle analysis for PWM waveform F V conversion High pass Low pass Band pass filtering moving average differential integral trigonometric exponential logarithm arithmetic calculation of multiple channels DA conversion of logic signals Input pulse Frequency User defined math performs computation on input waveforms and math channel results user defined math can also use parametric measurement results within a computation expression Math 1 F C1 0 1 0 1 Measure FIT A ALT FH MEAN HLET Computed waveform F V conversion Bug PEH PELL NIEG SH CO TiN ia F V conversion of frequency pulse G2 option 06 07 al Advanced User intertace P Comfortable Operation GP IB connection terminal option
20. ing or the Bus display and bit assignment functions A as XY FFT histogram waveform parameters is possible without State display is possible by using a clock edge to programming Data transfer to a PC normalise the input bits The optional DA calculation function is useful for evaluating AD DA converters Control library TMCTL Command control For Visual Studio Interactive tool MATLAB Tool Kit Custom software A Remote control from MATLAB and data file development importing Specification DLM4038 350 MHz DLM4058 500 MHz L16 option standard 8 analog channels or 7 analog channels 8bit logic 8 analog channels 16bit logic or 7 analog channels 24bit logic nalog Signal input Input channels Input coupling setting Input impedance Voltage axis sensitivity 1MQO setting range 50 0 Max input voltage 1 MQ 50 0 Max DC offset 1 MO setting range 50 0 DC accuracy Offset voltage accuracy 2 mV to 50mV div 100 mV to 500 mV div 1 V to 10 V div CH1 to CH8 CH1 to CH7 when using logic input AC DC DC50 0 GND 1 MQ 1 0 approximately 20 pF 50 Q 1 0 VSWR 1 4 or less DC to 500MHz 2 mV div to 10 V div steps of 1 2 5 2 mV div to 500 mV div steps of 1 2 5 150 Vrms Must not exceed 5 Vrms or 10 Vpeak 1V 2 mV div to 50 mV div 10V 100 mV div to 500 mV div 100V 1 V div to 10 V div 1V 2 mV div to 50 mV
21. is results save function Trigger types Analyzable signals Analysis results displays Byte order Auto setup function Analyzable no of data Decode bit length Analysis results displays Auxiliary analysis functions Analysis result save function UART R M Bus Bit rate Data format UART Trigger modes Analyzable signals Auto setup function Analyzable no of frames Analysis results displays Auxiliary analysis functions Analysis result save function CA N E Appl icable bus Analyzable signals Bit rate CAN bus Trigger modes Auto setup function Analyzable no of frames Analysis results displays Auxiliary analysis functions Analysis result save function Applicable bus Analyzable signals Bit rate LIN bus Trigger modes Auto setup function Analyzable no of frames Analysis results displays LIN Rev 1 3 2 0 2 1 Automated measurement of power parameters for up to four pairs of voltage and current waveforms Values can be statistically processed and calculated Urms Unm Udc Urmn Uac U pk U pk Up p Irms Imn Idc Irmn lac I pk I pk lp p P S Q Z Wp Wp Wp Abs Wp q q d Abs q Bus transfer rate 3 4 Mbit s max Address mode 7 bit 10 bit Complies with System Management Bus Every Start Address amp Data Non Ack General Call Start Byte HS Mode All analog logic and Math channels Analysis no time from trigger position Time ms
22. iv depending on the record length setting Two zooming windows can be set independently Zoom1 Zoom2 x2 to 2 5 points 1Odiv in zoom area Auto Scroll Edge Edge Qualified State Pulse Width State Width l2C option SPI option UART option CAN option LIN option FlexRay option 2 500 record length 1 25 kPoints with standard 10 000 record length 1 25 kPoints with M1 option 20 000 record length 1 25 kPoints with M2 option Select Rect WAVE Polygon or Parameter mode Automatically displays the history waveforms sequentially Specified or average waveforms AT AV AT amp AV Marker Degree Currently displayed waveform can be retained on screen Max Min P P High Low Amplitude Rms Mean Sdev IntegTY IntegTY Over Over Pulse Count Edge Count V1 V2 AT Freq Period Avg Freq Avg Period Burst Rise Fall Width Width Duty Delay Min Max Ave Cnt Sdev Continuous Cycle History Up to 2 trend or histgram display of specied wave parameters x Filter Delay Moving Avg IIR Lowpass IIR Highpass Integ Count Rotaly count user defined math optional 4 Math1 to Math4 Standard model 6 25 MPoints M1 memory expansion option 25 MPoints M2 memory expansion option 62 5 MPoints Up to 4 traces REF1 to REF4 of saved waveform data can be displayed and analyzed All Condition Zone Param Rect Polygon Buzzer Print Save Mail Go Nogo out Displays XY1 to XY
23. measurements in Single shot mode you can add the M2 memory expansion option which provides a large memory of up to 125 Mpoints Even at a fast 7 sampling rate of 1 25 GS s records as long as 100 milli seconds can be captured gt Yokogawa s proprietary ScopeCORE IC assures responsiveness even for long record 8 lengths ScopeCORE maintains a responsive waveform display even when parametric a measurements and waveform calculations are used and defines the architecture and D power of the DLM4000 In order to find and display the desired parts of the signal within the long memory powerful waveform search and a unique dual window zoom function are provided l S Dual window zooming enables two separate areas to be displayed Center ScopeCORE fast data processing IC A With the DLM4000 series up to 20 000 previously captured waveforms g can be saved in the automatically segmented acquisition memory without z sacrificing acquisition rate This History function enables you to display S just one or all of the previously captured waveforms history waveforms on screen You can also perform cursor measurement computation and other operations on history waveforms Using the History function you can find and analyze rarely occurring abnormal signals which may not cause a trigger to occur You can search the 20 000 previously captured waveforms Waveforms can be displayed one at a time using the rotary for history waveforms that meet specifie
24. nd file names are shown so that you 9 languages can screen image om while oe or deleting files Japanese P C efficiency impr ovement Eielisti Chinese aJeEMIOS X Ayiqeiadg sachet DLM4000 is not Windows based so it s safer when connecting to networks Italian French German Password protection and Spanish i z selectable server function Russian Pe Connacuvity Options Ethernet assures security a 1 Thumbnail can be viewed full size Internal storage Standard 1 8 GB On PCs Optional 7 2 GB Flexible and Powerful Features onan DLM4000 s internal storage Se gt e can be recognized by a PC On DLM4000 as an external USB storage eA hard drive of the PC on the network can be selected ka a a N is as the save destination FTP connection eMail sending in automatic GO NO GO judgment IE Cal EDE Uson SUOI BOIIDGdS Advanced Waveform Parameter Measurement Functions Statistical Analysis Trend and Histogram of Waveform Parameters User defined Waveform Parameters Max Mean Freq Rise Fall Delay Waveform parameters can be displayed in list trend and Create customised waveform parameter 29 different parameters are available histogram formats It ispossible to find a characteristic measurements using the freeform equation editor Softw Control Statistical processing of parameters such value in the list Calculation of three phase power is also possible oftware Lontro as Min
25. nes By dividing the long memory into segments It is also possible to display a list of Intelligent serial bus auto setup feature enables by a dedicated processor Decoded serial bus Many systems contain multiple serial buses The z active power apparent Power Loss calculations the SOA safe operating area can be the switching loss of each cycle and quick and easy setup The bit rate and voltage data is displayed alongside the bus waveform in DLM4000 analyzes four different serial bus types power power factor etc User specified parameters include analysed and peak voltages between save the results By clicking a value thresholds are set automatically a user selected format Binary HEX or ASCII simultaneously A combination trigger of two Calculation of three phase device such as IGBTs and MOSFETs switching cycles can be compared by in the list the corresponding Symbol display based on a user defined symbol different serial buses is also possible power is also possible overlaying or one by one replay waveform will be directly displayed library is also easily setup L O aj Easy Probing for Floating Signals Wide Range of Current Measurement Enables Precise Power Measurement Analyzing High speed Differential Signals Probing Fast amp Slow Logic Signals High density IC and PCB Probing PBDH1000 Differential Probe Deskew correction signal source When measuring very fast switching devices probe delay time correction de skew is c
26. pecifications Supported transfer standards Supported class Connector Transmission methods Supported services Rated supply voltage Rated supply frequency Maximum power consumption External dimensions Weight Operating temperature range USB type B connector x 1 USB 2 0 compliant High Speed Full Speed USBTMC USB488 USB Test and Measurement Class Ver 1 0 RJ 45 connector x 1 Ethernet 1000BASE T 100BASE TX 10BASE T Server FTP VXI 11 HTTP Client FTP SMTP SNTP LPR DHCP DNS 100 to 240 VAC 50 Hz 60 Hz 250 VA when printer is used 426 W x 266 H x 178 D mm when printer cover is closed excluding protrusions Approx 6 6kg 5 Tto40T With no options 1 Measured under standard operating conditions after a 30 minute warm up followed by calibration Standard operating conditions Ambient temperature 23 C 5 Ambient humidity 55 10 RH Error in supply voltage and frequency Within 1 of rating 2 Value in the case of repetitive phenomenon The frequency bandwidth of a single shot phenomenon is the smaller of the two values DC to sampling frequency 2 5 or the frequency bandwidth of the repetitive phenomenon 3 When the input section is shorted the acquisition mode is set to Normal accumulation is OFF and the probe attenuation is set to 1 1
27. probe 701930 10 MHz bandwidth max 150 Arms F6 8 FlexRay CAN LIN trigger and analysis Current probe 701931 2 MHz bandwidth max 500 Arms E17 Four additional 701939 probes 8 in total Deskew correction signal source 701936 For deskew between voltage and current E2 7 Attach four 701946 probes Probe stand 701919 Round base 1 arm E3 Attach eight 701946 probes Printer roll paper B9988AE One lot 10 rolls 10 m each 1 Logic probes are not included Please order the accessory logic probe 701988 701989 sold separately MATLAB tool kit 701991 MATLAB plug in software 2 Only one of these can be selected at a time z 3 Specify this option when using current probes or differential probes that don t support probe interface Xviewer 701992 SP01 Viewer software standard edition 4 Only one of these can be selected at a time 701992 GP01 Viewer software MATH edition 5 Only one of these can be selected at a time 6 Only one of these can be selected at a time GO NO GO cable 366973 GO NO GO signal output 7 Only one of these can be selected at a time Soft carrying case 701968 For DLM4000 8 The 701939 probes are not included when this option is specified 701969 E EIA standard compliant Rack mount kit for DLM4000 701969 J JIS standard compliant Log G ro bes 1 As the accessories for 701939 probe various adapters are available Please refer to DL Series Accessories brochure 2 Current probes
28. rucial The 701936 signal source and auto de skew feature makes de skewing quick and and simple High Voltage Differential Probe The High Voltage Differential Probe range includes models such as the compact PBDH0150 1400Vpeak as well as the 701926 7kVpeak Current probe The PBC100 and PBC050 high bandwidth current probes measure DC to 100MHz and 50MHz at up to 30Arms The 701931 is available for higher currents up to 500Arms The current probe range covers a wide range of applications PBDH0150 701927 a 00 701928 PBC050 701929 701936 DC to 100 MHz DC to 50 MHz 150 MHz bandwidth Deskew correction 1 4kV 30 Arms signal source _ PWM F V FFT Diff integ For an Increasingly Mechatronic World Examples of Standard Computations Real time Low Pass Filter Add Subtract amp Multiply Waveforms integral Pulse Count Rotary Count of Encoder A B Signal The PBDH1000 differential probe features high input resistance wide bandwidth and a wide input voltage range The PBDH1000 is perfect for measuring the noise or surge voltage of in vehicle high speed serial bus waveforms including CAN and FlexRay A generous assortment of probe tip accessories assures flexible probing options a f PBDH1000 701924 d 7 1 0GHz bandwidth 1 MQ approx 1 1pF J 7d PBL100 amp PBL250 Logic Probe Logic signals are not always fast In some cases high input resistance is important Yokogawa offers two types of log
29. tem testing is often very limited The 8 channels of the DLM4000 provide the capability to measure more signals at one time both now and to meet future needs Example Troubleshooting of infrequent problems Comprehensive stability test of the whole system Recorde A modern multi channel recorder provides enough channels and long record times however due to modest sample and update rates the recorder is unlikely to be successful at measuring high speed waveforms in the vicinity of CPUs amp FPGA such as communication signals high frequency noise and fast waveform anomalies CED eamel Soomes When four channels are not enough it is common to connect two separate four channel scopes This approach is not only cumbersome but inter waveform timing can lack credibility and post processing of the waveform data files is twice as much work The sensible approach is an eight channel MSO 03 04 fe oT M me E oe am aw are aa f N I LE PLE OR biar ee a h Banga Gb z m o o MSi Cee r Gry i a Lias a r 4 E W HE i fh i i F A gt O q h i Portrait compact body DLM2000 Mixed signal oscilloscope series e EO Pulse width IU State width In addition to basic trigger functions such as Edge State and Pulse Width Advanced trigger types are provided including Edge OR between multiple
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