DSO1072B CAL D

The DSO1072B CAL D from Keysight Technologies is a DSO1000B series portable oscilloscope with DC to 70MHz bandwidth and 2 channels. This oscilloscope has excellent performance, portability and low price in a small size. It has powerful signal capture and display, wide viewing angle, bright colour display, up to 16Kpts memory, up to 8x more than other scope, simultaneous viewing of main and zoomed waveforms, 25% more viewing area with menus switched off. The scope will maintain high resolution acquisitions even at slower time base settings so user can see the details on signals. This scope incorporates a bright, crisp LCD colour display (300cd/m²). It has 23 automatic measurements, waveform math including FFT, standard go/no-go mask testing, sequential acquisition of up to 1000 trigger events, selectable high pass/low pass/band pass, and band reject digital filters. It has UL61010-1:2003, CSA22.2 no. 61010-1:2003, EN61010-1:2001, IEC61010-1:2001 safety approval.

• Calibrated with data portable oscilloscope
• Capture long time periods with high resolution, advanced measurement capability
• Sequence mode for easier debug, digital filtering on waveforms, advanced triggering
• USB connectivity, 11 language localization of user interface, front panel controls and manuals
• Context sensitive built-in help menus, free education student lab guide and professor slide set
• Real-time sample rate of 1GSa/sec half channel interleaved, 500MSa/sec all channel
• Vertical resolution of 8bit, vertical sensitivity (range) of 2mV/div to 10V/div
• CAT I 300Vrms, 400Vpk, transient overvoltage 1.6KVpk maximum input voltage
• 30.3cm x 15.4cm x 13.3cm physical size (W x H x D), 2.4Kg net weight
• 100 to 240VAC, 50/60Hz (±10%) AC input, 10 to +40°C operating ambient temperature

Applications

Test & Measurement

Contents

DSO1072B oscilloscope, IntuiLink toolbar connectivity software, Documentation CD, Localized front panel overlay (if language option other than English is chosen), Power cord, 10:1 passive probe for each input channel (2 or 4).