Tektronix MSO66B/6-BW-1000 Digital Oscilloscope is a mixed-signal oscilloscope for capturing and analyzing complex signals in electronics, automotive, telecommunications, and other test environments.
Applications and selection
Select this instrument for debugging, characterization, and validation when simultaneous signal acquisition, 1 GHz bandwidth, 12.5 GS/s sampling, and mixed-signal analysis are required. Advanced triggering, Wave Inspector tools, and the built-in spectrum analyzer support detailed investigation.
Technical information
- Channels: 6/48 for simultaneous acquisition
- Bandwidth: 1 GHz
- Sample rate: 12.5 GS/s
- Vertical resolution: 10-bit
- Digital channels: 16
- Triggering: edge, pulse width, and pattern
- Analysis: Wave Inspector navigation and search
- Frequency-domain tool: built-in spectrum analyzer
Request a quotation
Contact Indomultimeter for a quotation for the Tektronix MSO66B/6-BW-1000 Digital Oscilloscope. indomultimeter-seo-rewrite-v1





Nina Kowalski –
Procurement noted competitive lead time versus other distributors. The Tektronix MSO66B/6-BW-1000 Digital Oscilloscope powers up cleanly, self-test passes, and results align with our reference standards.
Priya Sharma –
The Tektronix MSO66B/6-BW-1000 Digital Oscilloscope is now a core asset in our test cell. Stable measurements, intuitive UI for a complex instrument, and seller communication stayed strong through customs clearance.
Emma Larsson –
We integrated the Tektronix MSO66B/6-BW-1000 Digital Oscilloscope into our RF/metrology lab and performance has matched factory specifications through several weeks of validation. Documentation package was complete for audit purposes.
Budi Santoso –
Premium instrument for premium requirements. The Tektronix MSO66B/6-BW-1000 Digital Oscilloscope delivers the bandwidth/accuracy we needed for next-gen product lines.
James Wilson –
Trusted supplier for high-value test assets. The Tektronix MSO66B/6-BW-1000 Digital Oscilloscope arrived on the promised window and passed incoming inspection first time.