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Mixed-signal oscilloscope 6 Series B MSO
bench-topmulti-channelUSB

Mixed-signal oscilloscope - 6 Series B MSO - Tektronix - bench-top / multi-channel / USB
Mixed-signal oscilloscope - 6 Series B MSO - Tektronix - bench-top / multi-channel / USB
Mixed-signal oscilloscope - 6 Series B MSO - Tektronix - bench-top / multi-channel / USB - image - 2
Mixed-signal oscilloscope - 6 Series B MSO - Tektronix - bench-top / multi-channel / USB - image - 3
Mixed-signal oscilloscope - 6 Series B MSO - Tektronix - bench-top / multi-channel / USB - image - 4
Mixed-signal oscilloscope - 6 Series B MSO - Tektronix - bench-top / multi-channel / USB - image - 5
Mixed-signal oscilloscope - 6 Series B MSO - Tektronix - bench-top / multi-channel / USB - image - 6
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Characteristics

Input signal
mixed-signal
Portability
bench-top
Number of channels
multi-channel
Options and accessories
USB, with touchscreen
Bandwidth

Max.: 10 GHz

Min.: 1 GHz

Description

Troubleshoot and validate high-speed designs with bandwidth that starts at 1 GHz and goes up to 10 GHz . Get accurate measurements with low noise and sample rate up to 50 GS/s . See more of your design with 6- and 8-channel models Get to know the 6 Series B • Performance Specifications • A new standard in usability • Built-in measurements and analysis • Tackling high-speed clocks and data • Multi-channel spectrum analysis • From 3 V power rails to 3-phase drives Lowest noise. More detail.See signal details you couldn’t see before. • Lowest input noise enabled by new TEK061 front-end ASICs • 12-bit resolution at 5 GHz and up to 16-bit resolution at 200 MHz • < 55 µV of noise at 1 mV/div and 1 GHz • < 1.25 mV of noise at 50 mV/div and 10 GHz Synchronized multi-channel spectrum analysis Get 4, 6 or 8 channels of spectrum analysis. Hardware digital downconverters (DDCs) in parallel with time domain signal processing unlock exciting capabilities. • Any analog channel can be viewed as a waveform, spectrum, or both • Plot and trigger on changes in RF frequency or magnitude • Spectrums and time domain waveforms are synchronized to correlate RF and time domain events • Spectrum controls such as center frequency and RBW are completely independent of time domain controls Advanced analysis simplified Characterize jitter on GHz clocks and serial buses with ease. Bring statistics into your everyday toolkit with integrated measurements. Use the same simple drag and drop action to add advanced and everyday measurements.

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