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I'm wondering if there are particular aspects of an oscilloscope probe's performance that tend to suffer, or failure points to look out for, if/when buying lower-end makes of oscilloscope probes (l...
#2: Post edited
by
Pete W
·
2021-11-04T22:31:10Z (over 2 years ago)
I'm wondering if there are particular aspects of an oscilloscope probe's performance that tend to suffer, or failure points to look out for, when buying lower-end makes of oscilloscope probes (looking at the typical 1x/10x in 200-300 MHz BW range).
- I'm wondering if there are particular aspects of an oscilloscope probe's performance that tend to suffer, or failure points to look out for, if/when buying lower-end makes of oscilloscope probes (looking at the typical 1x/10x in 200-300 MHz BW range).
#1: Initial revision
by
Pete W
·
2021-11-04T22:30:41Z (over 2 years ago)
What is sacrificed when buying cheaper oscilloscope probes (of same BW/cap/R/gain)
I'm wondering if there are particular aspects of an oscilloscope probe's performance that tend to suffer, or failure points to look out for, when buying lower-end makes of oscilloscope probes (looking at the typical 1x/10x in 200-300 MHz BW range).