The amount of offset that can be added depends upon the Vpp as well as the frequency. You can add an offset with 10 Vpp to sine wave if the frequency were lower eg. You can also increase Vpp to 20 V at lower frequencies.
Thanks for the cool video. I think the reason you can't change the DC offset is because the amplitude is already 10Vp-p. If you don't mind me asking, can the sweep function output a sync on the aux port and the FM/AM modulation take input for modulating from that?
I just bought a Siglent SDG1032X and I'm already planning on returning it. When it boots up (to the default initial condition), the display tells me that channel one is set to sine wave output; "Frequency 1.000 000 kHz"; "Amplitude 4.000 Vpp"; "Offset 0.000 Vdc"; "Phase 0.00 degrees". The "Offset 0.000 Vdc" is a lie. On channel one it is approximately 0.085 Vdc; and on channel two it is about 0.065 Vdc. If 0.085 Vdc is acceptable (instead of 0.000 Vdc as claimed), then why not 0.85, 8.5 or 85 Vdc? Where do we stop?
i understand these are generally audio frequency generators, but what about the higher frequencies? like 15mhz, 100mhz etc. does it turn into an rf signal generator? i want one but im confused on their purpose as far as the higher non audio frequencies. help!!!
Greetings Paul, I saw your video from 2016 regarding the Siglent 1032X function gen. You seemed satisfied at the time with it and was wondering what your thoughts are a few years later. I have sig gens that will take me from under 100Hz to over 20GHz but nothing that will generate clean square wave for amp testing. Though, I can build something cheap. 73, Glenn WA4AOS