DLM2000 Portable Series
(Mixed Signal Oscilloscopes)
Available with FlexRay bus analysis

Literature and Technical Information
	Test & Measurement
++	DLM2000 | Brochure (3.5 MB)
++	DLM2000 | Installation of the USB Driver (680 kB)
++	DLM2000 | Features Guide (1.6 MB)
++	DLM2000 | Operation Guide (9.5 MB)
++	DLM2000 |Communication Interface (4.6 MB)
++	DLM2000 | User’s Manual (7.6 MB)
	Software
++	XViewer Software (10.6 MB)
++	MATLAB Software (3.15 kB)
++	X-Wirepuller Software (991 kB)
++	Mask Pattern Editor (799 kB)

Model: Yokogawa DLM2000 Mixed Signal Oscilloscopes
Models	DLM2022	DLM2024	DLM2032	DLM2034	DLM2052	DLM2054
Maximum sample rate	2.5GS/s	2.5GS/s	2.5GS/s	2.5GS/s	2.5GS/s	2.5GS/s
Frequency bandwidth	200MHz	200MHz	350MHz	350MHz	500MHz	500MHz
Maximum Record length	62.5Mpts*	125Mpts**	62.5Mpts*	125Mpts**	62.5Mpts*	125Mpts**
Logic input	//\\//	8bit	//\\//	8bit	//\\//	8bit
Channels	2ch	4ch	2ch	4ch	2ch	4ch
	*(Single measurement, memory length:/M1S, interleave ON) **(Single measurement, memory length: /M2, interleave ON)
Display
Display:	8.4-inch TFT color liquid crystal display
Screen size:	170.5 mm (W) x 127.9 mm (H)
Total pixels:	1024 x 768 (XGA)
Analog input
Input channels:	DLM20x2: CH1, CH2 DLM20x4: CH1 to CH4- (CH1 to CH3 when using logic input)
Input coupling setting:	AC, DC, GND, DC50 Ω
Input impedance:	1 MΩ±1.0%, approximately 20 pF | 50 Ω±1.5% | (VSWR 1.4 or less, DC to 500MHz)
Voltage axis sensitivity setting range:	1 MΩ: 2 mV/div to 5 V/div (steps of 1-2-5) 50 Ω: 2 mV/div to 500 mV/div (steps of 1-2-5)
Max. input voltage:	1 MΩ: 150 Vrms CATl (when frequency is 1 kHz or less) 50 Ω: Must not exceed 5 Vrms or less, or 10 Vpeak
DC accuracy:	±(1.5% of 8 div + offset voltage accuracy)
Offset voltage accuracy:	2 mV/div to 50 mV/div: ±(1% of setting + 0.2 mV) 100 mV/div to 500 mV/div: ±(1% of setting + 2 mV) 1 V/div to 5 V/div: ±(1% of setting + 20 mV)
A/D Resolution:	8 bit (25LSB/div)
Bandwidth limit:	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
Logic Input	(4 ch model only)
Number of inputs:	8 bit (excl. 4 ch input and logic input)
Maximum toggle frequency:	Model 701988: 100 MHz Model 701989: 250 MHz
Compatible probes:	701988, 701989 (8 bit input) (701980, 701981 also available)
Min. input voltage:	Model 701988: 500mVp-p Model 701989: 300 mVp-p
Input range:	Model 701988: ±40 V Model 701989: Threshold ±6 V
Threshold level setting range:	Model 701988: ±40 V (setting resolution of 0.05 V) Model 701989: ±6 V (setting resolution of 0.05 V)
Input impedance:	Model 701988: Approx. 1 MΩ/approx. 10 pF Model 701989: Approx. 100 kΩ/approx. 3 pF
Maximum sampling rate:	1.25 GS/s
Maximum record length:	Standard — Repeat: 1.25 MPoints, Single: 6.25 MPoints /M1, /M1S option — Repeat: 6.25 MPoints, Single: 25 MPoints /M2 option — Repeat: 12.5 MPoints, Single: 62.5 MPoints
Max. Sampling Rate	DLM6054, DLM6014
Interleave mode ON	1.25 GS/s
Interleave mode OFF	2.5 GS/s
Repetitive sampling mode:	125 GS/s
Time axis setting range:	1 ns/div to 500 s/div (steps of 1-2-5)
Time base accuracy:	±0.002%
Max. acquisition rate:	Approx. 20,000 waveform/sec/ch (Accumulation mode)
Dead time in N Single mode	Approx. 2.2 μs (approx. 450,000 waveforms/sec/ch)
Built-in Printer (/B5 Option)
Print type	Thermal line/dot matrix
Paper width	112 mm wide, monochrome, thermal
Effective print width	104 mm (832 dots)
PC Card Interface
Slots	1 (rear panel)
Supported card	GPIB (National Instruments NI PCMCIA-GPIB card or compatible) Flash ATA memory card (PC card TYPE II), CF card + adapter card, various HDD type PC cards
Storage
Built-in storage media	Standard model: 100 MB /C8 option: 1.8 GB
Environment
Power supply:	100 to 240 VAC /50/60Hz
Power consumption:	Max 170 VA
Operating Temperature:	5C° to 40C°
Dimensions:	226 (W) x 293 (H) x 193 (D) mm (when printer cover is closed, excluding protrusions)
Weight:	Approx. 4.2 kg

Flexible MSO Input

• Capture a mixed signals of analog and logic signals

  — Four channels is not sufficient to view the functioning of digital control circuits. The DLM2000 series converts 4 ch of analog input to 8-bit logic, and functions as a 3 ch analog + 8-bit logic MSO (mixed signal oscilloscope)

• The performance of up to 11 inputs by converting to logic-

  — Using logic input, up to 11 input signals can be observed simultaneously as 3 ch of analog and 8-bit logic. It is not only possible to use logic input for observation of data and control signals, or as a trigger source, but also for logic

• Sophisticated waveform acquisition engine-

  — With long memory and the History function, you’ll never miss an historical waveform. A variety of trigger functions reliably capture the waveforms you want.
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History Function -

• You can replay waveforms later on, so you’ll never miss an abnormal waveform -

  —With the DLM2000 series, up to 20,000 previously captured waveforms can be saved in the acquisition memory. With the History function, you can display 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 analyze rarely-occurring abnormal signals.

• History Search Function

  — You can search the up to 20,000 previously captured waveforms for history waveforms that meet certain conditions. You can perform cursor measurement and other analyses on the found waveforms.

• Replay Function

  —Waveforms can be displayed in order, one at a time, by using the rotary knob. With the Replay function, history waveforms can be automatically played back, paused, fast-forwarded, and rewound.
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Capture & Display Zoom and Search Functions

Never miss the waveforms you want to capture.

• Real time Filter with optimum noise reduction (from 8 kHz to 200 MHz)
  — The DLM2000 series has two types of filters, one processed at the input circuit and one based on MATH functions. These filters are effective for rejecting unwanted signals, allowing observation of only the desired bandwidths.

• Real Time Filters

  — Each channel has 14 low pass filters available from 8 kHz to 200 MHz. Waveforms of limited bandwidths are stored in internal memory.

• Cutoff Frequencies

  200 MHz, 100 MHz, 20 MHz, 10 MHz, 5 MHz,
  2 MHz, 1 MHz, 500 kHz, 250 kHz, 125 kHz,
  62.5 kHz, 32 kHz, 16 kHz, and 8 kHz

• Computed Digital Filters

  The input waveform can be filtered using an IIR filter, which is a MATH function. Filtered waveforms can be displayed at the same time as the input waveform for comparison. You can select low pass or high pass filters

  Cutoff Frequency Setting Range:

  0.01 Hz to 500 MHz
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Zooms into two different points – Waveform zoom and search functions

• Zoom two locations simultaneously

  Because the DLM2000 series lets you set zoom factors independently, you can display two zoomed waveforms with different time axis scales at the same time. Also, using the Auto Scroll function, you can automatically scroll waveforms captured in long memory and change the zoomed location. With Auto Scroll you can choose forward, backward, fast-forward, scroll speed, and other control options.
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Large capacity memory gives you a variety of waveform search functions

Two types of waveform searching:

Normally, searching for data takes time and costs money, and long memory is useless without functions for extracting desired data from a large capacity memory. That’s why the DLM2000 series does not simply offer long memory, it also provides powerful waveform search functions.

• Searching for data in a single screen: the Zoom Search function.

  This function searches captured waveforms in the long memory and displays waveforms that meet the search criteria in the zoom area. The locations of the found waveforms are marked on screen

• Waveform Search Criteria

  Edge, edge (with conditions), state pattern, pulse width, state width, serial bus (only on models with the serial bus analysis option)

• Searching for history waveforms: the History Search Function

  Criteria can be specified for extracting desired waveforms from up to 20,000 previously captured waveforms.

• Searching for waveforms in zones created by moving measured waveforms up/down/left/right.
• Search for waveforms that pass through/do not pass through a rectangular zone placed on screen.
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Real Time Filter and High Resolution Mode

• Display trends of peak-to-peak or pulse width per cycle

• Measure function and statistics

  — Twenty-eight waveform parameters are included such as: maximum, minimum, peak-to-peak, pulse width, period, frequency, rise/fall time, and duty ratio. Automated measurement can be performed using up to 20 of these waveform parameters. Also, waveform parameters can be measured repeatedly, and the statistical values displayed (mean, maximum, minimum, standard deviation, etc.)

• Trend and histogram displays

  — Waveform parameters such as period, pulse width, and amplitude can be measured repeatedly and displayed in graphs. In a single screen you can observe period-by-period fluctuations, compute amplitudes every screen using multiple waveforms, and display amplitudes as trends. You can also display histograms referencing the voltage or time axis using values from repeated automated measurement of waveform parameters.
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• Measures voltage/time differences automatically – Cursor Measurement –

  — Cursors can be placed on the displayed waveform from signal data, and various measurement values at the intersection of the cursor and waveform can be displayed. There are six types of cursor; ΔT, ΔV, ΔT& ΔV, Marker, Degree Cursor.

• Analyzes Frequency Spectrums – FFT Analysis -

  —Up to 2 FFT analyses can be performed simultaneously. FFT can be performed on computed waveforms in addition to the actual waveforms on CH1 to CH4. Analysis can be performed of the frequency components of waveforms filtered for limited bandwidth, of frequency for changes in period of rotary objects, and other phenomena.
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• Keeps waveforms with one push of a button

  —By pressing the SNAPSHOT key to the lower right of the screen, you can freeze a white trace of the currently displayed waveform on the screen. You can press the key repeatedly and conveniently leave traces for comparing multiple waveforms. Also, snapshot data recorded on screen can be saved or loaded as files, and can be recalled for use as reference waveforms when making comparisons.

• Displays stored files in thumbnail format

  —Thumbnails of waveform data, waveform image data, and Wave-Zone files can be displayed. The image and file names are shown so that you can view screen image contents while copying or deleting files. A file can be enlarged to confirm the data.

• GO/NO-GO function

  — GO/NO-GO can be determined using trigger conditions, zone waveforms, measurement parameters, and other criteria. For NO-GO, actions can be carried out at the same time such as sounding a buzzer, saving the current waveform, or sending notification to a designated e-mail address. Waveforms in which an abnormality occurred can be saved for confirmation and analysis of the phenomena at a later time.

• Can check functions with graphical online help

  — You can view detailed graphical explanations of the oscilloscope’s functions by pressing the "?" key in the lower left of the screen. This lets you get help on functions and operations on screen without having to consult the user’s manual.

Serial bus analysis function (/F1, /F2, /F3, /F4, /F5, /F6) – FlexRay/UART/CAN/LIN/I²C/SPI

Triggers for FlexRay, UART, CAN, LIN, I²C, and SPI bus signals are supported along with decode display analysis (serial bus analysis option only on 4 ch models). Logic input can also be used for serial buses (excluding FlexRay, CAN and LIN).

• Simultaneous analyses of different busses

  — Two busses can be analyzed simultaneously. Waveforms and analysis results from busses with different speeds can be displayed in individual Zoom screens with different scales..

• A wealth of trigger functions:

  — A wide variety of trigger conditions can be set, such as ID/Data trigger combinations and combinations of serial bus triggers with normal edge triggers.
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Power Supply Analysis Option (/G4)

Dedicated power supply analysis options are available (4 ch models only) for switching loss, joule integral (i2t), SOA (safe operating area) analysis, harmonic analysis of power supply current based on EN61000-3-2, and other operations.

• Switching Loss Analysis

  — Voltage and current waveforms can be input to the 62.5 MW (max.) long memory (/M2 models) for computation of switching loss (V(t) xi(t)). A wide variety of switching loss analyses are supported, including turn-on/off loss calculation, loss including continuity loss, and loss over long cycles (50 Hz/60Hz).

• Harmonic Analysis of Power Supply Current

  —Harmonics determined by the IEC standard that are generated by the target device can be judged for each applicable class (classes A-D). Bar graphs and lists can be displayed for comparing harmonic current limit values with values calculated from actually measured signals.
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STANDARD ACCESSORIES
	Power cord (with 3-prong to 2-prong adapter) "Passive probe, model 701938 (200 MHz, 1.5 m) For models 710105, 710110" "Passive probe, model 701939 (500 MHz, 1.3 m) For models 710115, 710120, 710125, 710130" Protective front cover Soft carrying case for probes Printer roll paper (for /B5 option) User’s manuals
OPTIONAL ACCESSORIES (Brochure Download)
FET Probes
	700939 — DC to 900 MHz bandwidth/2.5M/1.8pF — FET Probe The 700939 FET is an active probe with a frequency bandwidth of 900 MHz and attenuation ratio of 10 : 1
Passive Probes
	701938 — 10 MΩ (10:1), 200 MHz, 1.5 m — Passive probe Passive Probe
	701939 — 10 MΩ (10:1), 500 MHz, 1.3 m — Passive probe Passive Probe
Active Probes
	701912 — DC to 1 GHz bandwidth/100kΩ/0.9pF — Active probe (PBA1000) Active Probe
Differential Probes
	700924 — DC to 100 MHz bandwidth/max. ±1400 V — Differential probe Differential probe capable of wide-band, high-voltage floating measurements
	700925 — DC to 15 MHz bandwidth/max. ±500 V — Differential probe Input attenuation ratio: switch between 1/10, 1/100
	701920 — DC to 500 MHz bandwidth/max. ±12 V —Differential Probe Accurately observe high-speed differential signals
	701921 — DC to 100 MHz bandwidth/max. ±700 V — Differential Probe Bandwidth: DC to 100 MHz (-3 dB)
	701922 — DC to 200 MHz bandwidth/max. ±20 V — Differential Probe Bandwidth: DC to 200 MHz (-3 dB)
	701924 — DC to 1 GHz bandwidth/1MΩ/max. ±25 V — Differential Probe This probe can be used in combination with the DL9000 or SB5000 series.
	701926 —DC to 50MHz bandwidth / 50MΩ / max. ±5000 Vrms—Differential Probe High Voltage Differential Probe for the DL series
Current Probes
	701928 — DC to 100 MHz bandwidth, 30 Arms— Current probe This probe doesn’t need an extra power connection (LEMO connector), can be recognized automatically and adjust zero position from the operation of the DLM2000 series.
	701929 — DC to 50 MHz bandwidth, 30 Arms — Current probe This probe doesn’t need an extra power connection (LEMO connector), can be recognized automatically and adjust zero position from the operation of the DLM2000 series.
	701930 — DC to 10 MHz bandwidth, 150 Arms — Current probe Bandwidth: DC to 10 MHz (-3dB)
	701931 —DC to 2 MHz bandwidth, 500 Arms — Current probe Bandwidth: DC to 2 MHz (-3dB)
100:1 Probes
	701944 — DC to 400 MHz, 1.2 m, 1000 Vrms —100:1 probe For the DC power supply model (/DC). Alligator clip type.
	701945 — DC to 250 MHz, 3 m, 1000 Vrms —100:1 probe Bandwidth: DC to 2 MHz (-3dB)
Miscellaneous
	701919 — Probe Stand — Round base, 1 arm Using a probe stand with a flexible arm and heavy base to hold and stabilize probes can simplify circuit board testing.
	700971 — Mini clip converter — For models 701938 and 701939 Mini clip converter
	700972 — BNC adapter — For models 701938 and 701939 BNC Adapter
	366945 — PCB adapter — For models 701938 and 701939,10 per set PCB Adapter
	366946 — Solder-in adapter —For models 701938 and 701939 1 adapter,red/black cables (3 ea.)
	B9988AE — Printer roll paper — Lot size is 10 rolls,10 meters each For DLM2000 Series
	701992 —Xviewer— For DL/WE series Software
	701964 — Carrying Case Carrying Case
	701936 —Deskew correction signal source** For deskew correction
Logic Probes
	701988 — (PBL100) Logic Probe 1 MΩ input resistance, toggle frequency of 100 MHz
	701989 — (PBL250) Logic Probe 100 kΩ input resistance, toggle frequency of 250 MHz