Also need remember that SDG1010 and 1025 can produce 50MHz sinewave. (Temporary occasional use, when some of the restrictions or the sine wave characteristics may be compromised. When user know some limits and can accept these, it can use)
(EasyWave: open "new" with default property settings (-10 - +10V))
Draw -> Equation draw
New Equation
Write exactly: 10*(sin(10*x))
Ok
Store as 10SIN.CSV (name it as you want xxxxx.CSV) to USB and move this 10SIN.CSV to your SDG.
Turn arb on and select this new 10SIN.CSV.
Set Arb freq 5MHz and there you have 50MHz sine out.
(set arb to wanted/10 frequency.)
Then user need know that there is 8ns system jitter with most frequencies due to system working principle - with all arb and pulse waveforms - as in specifications tell)
Also you can do other waveforms, example pulse with this method. But you need know how to write math functions for different waveforms. (if do not want hand draw waveform)
Something like this (and this is NOT Square math but in paractice you can try what it give out AND look real out with oscilloscope - theory and practice differ because we do not have right theory due to fact that real world and equipments are not ideal)
Just for fun, all waveforms are sum of some sinewaves.
You can write for SDG1000:
10*(sin(1.6*(sin(1.6*(sin(1.6*(sin(1.6*(sin(1.6*(sin(1.6*(sin(1.6*(sin(1.6*(sin(1.6*(sin(1.6*(sin(1.6*(sin(10*x))))))))))))))))))))))))
With these harmonics and harmonic levels..... it is partially shit but if think square, you get idea how you can do
Change numbers and look how it change..
And look what scope show example if you set arb freq for 1kHz.
caution:
It is also good to know that continuous run with maximal signal power and specially to poor matched load impedance may lead to high thermal stress, even over stress, there in end amplifier(s) stage.