So I spent some time this afternoon with the XDG 2035 and took some pictures and screenshots.
Heart shaped arbitrary waveformFor starters, the famous heat-shaped arbitrary waveform. To get a clean display on the DHO804 I had to use a low frequency (1kHz), activate the 20MHz low-pass filter on the scope and set the trace persistance to 2s :
You can see on ch2 that the sine wave Vpp set to 3 volts is spot on with 3.0032V measured on the DHO804. I used 50 Ohm output setting on the XDG and a 50 Ohm terminal on the scope end (by the way, the 2 BNC cables provided with the XDG are nice quality RG 58/U coax).
Same with square wave en ch2 :
Ch1/2 Phase alignmentI read somewhere that phase alignement between ch1/2 was complicated on Owon DGE series so I wanted to check on the XDG.
There is a 7-8° phase shift at higher frequency :
But i can be easily adjusted with the StartPhase parameter :
Rise timeRise-time is within spec with a nice value of 6.6 ns (here with a 25Mhz square wave) :
And here another example with a pulse where the fall time as been set to 8.5 ns (measured 8.6ns) :
Arb waveform and modulationHere is an example of Arb waveform at 1Mhz :
And a nice colored am modulation (440 Hz sine carrier and 1 Mhz sine modulated signal) :