Tektronix | MSO72004C

Manufacturer	Tektronix Inc
Series	MSO70000
Part Number	MSO72004C

Tektronix MSO72004C Oscilloscope

The Tektronix MSO72004C Mixed Signal Oscilloscope is designed to address fast serial information plans by embodying serial area highlights required for rapid serial confirmation and portrayal. These standard highlights on the MSO70000 Series are choices on the DPO70000 Series.

The MSO72004C Oscilloscope has a DPOJET jitter, timing, and eye outline investigation, which includes jitter and timing estimations and, in addition, far reaching examination calculations. Various estimations and pattern plots rapidly demonstrate framework timing under variable conditions, including Random, Deterministic, and Bounded Uncorrelated Jitter detachment. You can see the 8b/10b piece arrangements decoded into their words for advantageous investigation, also, set the coveted encoded words for the serial example trigger to catch. With design bolt setting, the MSO72004C Oscilloscope can synchronize to long serial test designs with information rates up to 6.25 Gb/s and eradicate irregular jitter.

Model	MSO72004C
Manufacturer	Tektronix
Series	MSO70000
Type	Oscilloscope
Sample Rate	Up to 100 GS/s
Bandwidth	20 GHz
Channels	4 analog and 16 digital channels.
Waveform Capture Rate	>300,000 wfms/s max per channel
Status	One Year
MSO72004C Manual	User Manual and Maintenance Manual Available for Download
Application	Industrial

MSO72004C FAQ- Tektronix Oscilloscope

Frequently Asked Questions

Question:

Does the MSO72004C have a USB port?

Answer:

Yes, there is a USB port on the front panel and another on the back panel.

Question:

What is the standard memory capacity for the MS72004C?

Answer:

The standard memory available is 62 MS.

Question:

What is the function or benefit of the MultiView Zoom feature on the MSO72004C?

Answer:

MultiView Zoom aids in keeping track of long records and comparing and assessing numerous waveforms.

Question:

While using the MSO72004C, if I would like the highest real-time sample rate with the most exact measurement, which acquisition mode is ideal?

Answer:

In this instance, the Constant Sample Rate would be best because it will keep up the highest sample rate and give the ideal real-time solution.