SKU: Siglent SDS1072CML 70MHz
Siglent SDS1072CML 70MHz
Features and Benefits:
● Up to 150MHz Bandwidth 1GSa/s sample rate
● 7''TFT-LCD display, 8*18 grids
● Channels: 2CH+1EXT
● 1GSa/s samplinge rate, 2Mpts memory depth
● 6 digits hardware frequency counter, real time counting display
● Support SCPI programming command control
● Interface: USB Device, USB Host, RS-232, Pass/Fail
● Unique digital filter and data recorder function
● Embedded 12 languages, online help, one key storing and one key printing
Siglent oscilloscopes include:
2 x probe's
1 x EU power cord
1 x USB cable
1 x Manual
1 x CD with software
Specifications
Model |
SDS1072CML |
Bandwidth |
70MHz |
Channels |
2CH+1EXT |
Real time sampling rate |
1GSa/s |
Equivalent sampling rate |
50GSa/s |
Memory depth |
2Mpts |
Rise time |
< 5ns |
Input impedance |
1MΏ‖17pF |
Time base range |
5.0ns/div-50s/div |
Scan: 100ms-50s/div |
|
Vertical sensitivity |
2mV-10V/div |
Vertical resolution |
8bit |
Trigger source |
CH1, CH2, Ext/5, AC Line |
Trigger types |
Edge, Pulse, Video, Slope, Alternative |
Math Operation |
+, -, x, ÷, FFT |
Digital filter |
High pass, Low pass, Band pass, Band Stop |
Max input voltage |
±400V (DC+AC Pk-Pk), CAT I, CAT II |
Internal storage |
2 groups of reference waveform, 20 groups of setting, 10 groups waveform |
External storage |
Bitmap save, CSV save, Waveform save, Setting save |
Language |
English, French, German, Russian, Spanish, Simplified Chinese, Traditional Chinese, Portuguese, Japanese, Korean, Italian, Arabic |
Interface |
USB Host, USB Device, RS-232, Pass/Fail out |
Display |
7 inches (178mm) colour TFT (480*234) LCD |
Power |
AC 100-240V, 45Hz-440Hz, 50VA Max |
PC software |
Can through the computer remote control oscilloscope, extraction waveform analysis data |
Remark |
With original source seamless connection, from signal collection, produce integration system |
011 805 5030 / 084 3797 031 - Phone orders
Monday-Friday, 08:00-17:00
Category: Oscilloscopes
Manufacturer: Siglent
Product code - SKU: Siglent SDS1072CML 70MHz