Products > Test Equipment
R&S to launch MXO5
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pdenisowski:

--- Quote from: nctnico on October 31, 2023, 02:23:16 pm ---Aha, so it does allow setting the bandwidth!  :-+ IMHO that is a major differentiation from eres / highres modes and makes it much more useful.

What is the lowest bandwidth you can set for 'HD mode'?

--- End quote ---

:)

When you enable HD mode, you select bandwidth in steps from 1 kHz to 300 MHz and the vertical resolution in bits is shown.


--- Quote from: nctnico on October 31, 2023, 02:23:16 pm ---It would be nice if the marketing department could come up with a better term than HD mode.

--- End quote ---

Part of the reason I made the video was to explain the difference between "high resolution" mode and "high definition" mode.  I'm pretty sure we're going to stick with "high definition" mode but will probably phase out "high resolution" over time.  The MXO series only have HD mode.

And believe me, I have regular conversations with our marketing and product management teams about how we name things :) 
nctnico:
Yeah, naming things can easely lead to heated discussions. At some customers I've seen products change names 3 or 4 times even after being introduced...
Martin72:

--- Quote ---When you enable HD mode, you select bandwidth in steps from 1 kHz to 300 MHz and the vertical resolution in bits is shown.
--- End quote ---

Ohh... :D
This would make it easy for me to display the sine from the PWMs...
nctnico:

--- Quote from: Martin72 on October 31, 2023, 02:42:32 pm ---
--- Quote ---When you enable HD mode, you select bandwidth in steps from 1 kHz to 300 MHz and the vertical resolution in bits is shown.
--- End quote ---

Ohh... :D
This would make it easy for me to display the sine from the PWMs...

--- End quote ---
Or a small ripple current on a current shunt (with the right probing solution though)
jjoonathan:
Regarding FFTs, do they operate on an independent parallel stream of time-domain samples so that low RBW and long fft acquisition time does not necessarily force long time domain acquisition time? Or do FFTs operate downstream of time domain acquisition so low RBW requires long acquisition? In any case, they look slick. 12 bits and loads of FFT/sec really makes beautiful spectra!
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