Products > Test Equipment
Show us your square wave
Fungus:
--- Quote from: Mechatrommer on September 01, 2020, 07:45:22 pm ---
--- Quote from: Fungus on September 01, 2020, 10:23:11 am ---1x probes have more capacitance.
--- End quote ---
your statement is not wrong, but i guess in this case, it has nothing to do with attenuation setting in FW (FW just multiple the signal accordingly) nor a 1x coax cable. i was using the same 50 ohm termination setup (no cable),
--- End quote ---
Oh, duh, you're using a cable not a probe... :palm: :-DD
It was a knee jerk reaction to "I get different results in 1x mode then 10x mode".
--- Quote from: Mechatrommer on September 01, 2020, 07:45:22 pm ---i only rotated the V/div knob (500mV/div to 200mV/div in 1X setting ie 5V/div to 2V/div in 10X setting), relay clicked and the displayed signal changed, same input signal setup, no change. i highly believe its the signal paths difference inside the oscilloscope.
--- End quote ---
Makes sense.
tautech:
Leo Bodnar 10 MHz pulse generator.
http://www.leobodnar.com/shop/index.php?main_page=product_info&cPath=124&products_id=295
Supplied test sheet = sub 30ps rise and fall times.
2 GHz BW SDS6204A
mawyatt:
Nice, those look great!!
Any chance you could show the 10 bit and various ERES modes with this new scope?
Best,
tautech:
--- Quote from: mawyatt on February 26, 2022, 07:32:40 pm ---Nice, those look great!!
Any chance you could show the 10 bit and various ERES modes with this new scope?
--- End quote ---
No 10 bit mode in this one Mike but study the screenshots in the SDS6000A thread. ;) This thing has some nice tricks.
Not played much with ERES yet but will post something when time allows in the 6kA thread.
JohnG:
Those transition times (~250 ps) seem rather long for a 2 GHz bandwidth scope. I saw that the spec is 230 ps, but the 1 GHz version of the scope is 350 ps. Whatever they are doing to get the extra bandwidth is not helping the risetime nearly as much.
John
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