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|
Basic Specification |
|
Maximum
Sample Rate |
5GS/s |
|
Frequency
Bandwidth |
500MHz |
|
Max. Record
Length |
2.5MW (model
DL9040), 6.25MW (model DL9040L) |
|
Input
Channels |
4 (CH1 to CH4) |
|
Input
Coupling |
AC, DC, GND,
DC50Ω |
|
Input
Impedance
|
1MΩ
±1% approx. 20pF
(when using PB500 probe, 10MΩ 2%, approx. 14pF)
50Ω ±1.5% |
|
Voltage
Axis Sensitivity
|
For 1MΩ
Input: |
2mV/div to 5V/div (steps
1-2-5) |
|
For 50Ω
Input: |
2mV/div to 500mV/div
(steps 1-2-5) |
|
Maximum
Input Voltage
|
For 1MΩ
Input: |
150Vrms CAT I (less than
1kHz) |
|
For 50Ω
Input: |
5Vrms or less and 10V peak
or less |
|
DC Offset
Max. Setting
when
probe attenuation
set to 1:1
|
2mV/div to
50mV/div: |
±1V
for 1MΩ input |
|
100mV/div to
500mV/div: |
±10V
for 1MΩ input |
|
1V/div to
5V/div: |
±100V
for 1MΩ input |
|
2mV/div to
50mV/div: |
±1V
for 50Ω input |
|
100mV/div to
500mV/div: |
±5V
for 50Ω input |
|
Vertical
(voltage) Axis Sensitivity |
|
DC Accuracy
|
For 1MΩ
Input: |
±(1.5% of 8 div + offset
Volt Accy) |
|
For 50Ω
Input: |
±(1.5% of 8 div + offset
Volt Accy) |
|
Offset
Voltage Axis
Accuracy note 1
|
2mV/div to
50mV/div: |
±(1% of reading + 0.2mV) |
|
100mV/div to
500mV/div: |
±(1% of reading + 2mV) |
|
1V/div to
5V/div: |
±(1% of reading + 20mV) |
|
Frequency
Characteristics notes 1,2 For 50Ω
Input and For 1MΩ Input [from probe
tip when using the dedicated passive probe (PB500)].
(attenuation point -3dB when inputting a sinewave of amplitude
±2 div or equivalent) |
| |
5V/div to
10mV/div: |
DC to 500MHz |
|
5mV/div to
2mV/div: |
DC to 400MHz |
|
Residual
Noise
Level note3 |
0.4mV rms or
0.05 div rms, whichever is larger (typical value)
|
|
A/D
Resolution |
8-bit (25
LSB/div) |
Bandwidth Limit
|
For each
channel, select Full, 200MHz, 20MHz, 8MHz, 4MHz,
2MHz, 1MHz, 500kHz, 250kHz, 125kHz, 62.5kHz, 32kHz, 16kHz,
8kHz |
|
Maximum
Sampling
Rate
Real time sampling mode |
Interleave
mode ON: |
5GS/s |
|
Interleave
mode OFF: |
2.5GS/s |
|
Repetitive
sampling mode: |
2.5TS/s |
|
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|
Note 1. |
Please order /P2 option if you use
either current probes or differential probes. |
|
Note 2. |
Choose either one |
|
Note 3. |
PC and SPI triggers are standard. |
|
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|
Trigger Section |
|
Trigger
Modes |
Auto, Auto
Level, Normal, Single, and N Single |
|
Trigger
Source |
CH1 to CH4,
LINE, EXT |
|
Window
Comparator |
Channels CH1
to CH4, or individual channels |
|
Trigger
Types
|
Edge/State: |
Edge, Edge (Qualified),
Edge OR, State |
|
Width: |
Pulse, Pulse (Qualified),
Pulse State |
|
Event
Interval |
Event Cycle,
Event Delay, Event Sequence |
|
Enhanced
|
TV (NTSC),
PAL, HDTV, USER/PC, SPI (3-wire, 4-wire) serial pattern |
|
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Display |
|
Display |
8.4-inch color
TFT liquid crystal display |
|
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Functions (waveform
acquisition/display functions) |
|
Acquisition
Modes |
Select from
three acquisition modes: Normal, Envelope, and Average. |
|
Other
Acquisition Modes |
High
resolution mode, Repetitive sampling mode, Interleave mode,
Interpolate mode. |
|
Interpolate
Function |
Interpolates
actual sampled data by up to 1000 times (or up to 2000 times in
High-Res. mode) and increases the time resolution (up to 2.5
TS/s). |
|
X - Y |
Displays XY1, XY2 and T-Y simultaneously. |
|
Accumulation |
Accumulates waveforms on the display. Choose Count/Time and
Inten/Color. |
|
Snapshot |
Retains the
current displayed waveform on the screen. |
|
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Analysis Functions |
|
Search and
Zoom
|
Zooms the
displayed waveform along the time (Horizontal Zoom) and voltage
(Vertical Zoom) axes. Independent zooming factors can be applied
to two zoom areas.
Search Types: Edge, Edge Qualified, State, Pulse, Pulse
Qualified, Pulse State, Serial Pattern, PC (optional), SPI
(optional). |
|
History
Memory
|
|
Model DL9040: |
1000 waveforms (2.5 kW) |
|
Model DL9040L: |
2000 waveforms (2.5 kW) |
|
|
Cursor
Measurements |
Vertical,
Horizontal, VT, Marker, Serial |
|
Automatic
Measurement
of Waveform Parameter
Function
|
MAX, MIN, HIGH, LOW, P-P, HIGH-LOW, +OVER, -OVER, RMS, MEAN,
Sdev, IntegTY.
C.rms, C.mean, C.Sdev, C.IntegTY, (1/FREQ), FREQ, COUNT, BURST.
+WIDTH, -WIDTH, PERIOD, DUTY, RISE, FALL, DELAY |
|
Telecom
Test |
Performs mask test and eye pattern measurement |
|
Computation
Functions |
Computes up to
eight traces (CH1 - CH4/M1 -M4) |
|
Reference
Functions |
Display and
analysis (computation and cursors) on up to four traces (M1-M4)
of the saved waveform data. |
|
Action-on-trigger
|
|
Modes:
|
OFF, All Condition, (GO/NOGO
Zone/Parameter), GO/NOGO Telecom Test) |
|
Actions: |
Buzzer, Print, Save, Mail |
|
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Optional Functions |
|
Option /B5 |
Built-in
Printer |
|
Option /C8 |
Internal Hard
Disk Drive |
|
Option /C10
and C8 |
Ethernet
Communication |
|
Option /F5 |
Bus Analysis
Function (PC + SPI) |
|
Option /F7 |
CAN+SPI bus
analyzer |
|
Option /F8 |
I2+CAN+SPI
bus analyzer |
|
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Measured value under standard operating
conditions after 30-minute warm-up and performing calibration |
| Standard Operating
Conditions: |
Ambient temperature
|
23°C
±5°C
|
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Ambient humidity |
55°C
±10% |
| |
Error in supply
voltage and frequency |
within 1% of reading |
|
|
Value in the case of a
repetitive signal.
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. |
|
When the input section is shorted,
the acquisition mode is set to normal, interleave mode is OFF,
accumulation is OFF, and the probe attenuation is set to 1:1. |
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