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Hello, At the bottom of the screen on my FLUKE PM3082 scope a have : Ch1 1.00 V= MTB 10us ch1f . Does the 1.00 V= means that every square along grid Y axis corresponds to 1 V? Thanks. Dusan
On 18 May 2007 05:35:16 -0700, s...@gmail.com wrote: >Hello, > >At the bottom of the screen on my FLUKE PM3082 scope a have : >Ch1 1.00 V= MTB 10us ch1f . > >Does the 1.00 V= means that every square along grid Y axis corresponds >to 1 V? --- Easy way to find out is to hook your probe to the calibrator, which has a 600mVpp output. -- JF
On 18 May 2007 05:35:16 -0700, s...@gmail.com wrote: >Hello, > >At the bottom of the screen on my FLUKE PM3082 scope a have : >Ch1 1.00 V= MTB 10us ch1f . > >Does the 1.00 V= means that every square along grid Y axis corresponds >to 1 V? > >Thanks. > >Dusan Yes. But if you use a common 10:1 probe, and the scope doesn't know it, that will become 10 volts/cm. John
s...@gmail.com wrote: > Hello, > > At the bottom of the screen on my FLUKE PM3082 scope a have : > Ch1 1.00 V= MTB 10us ch1f . > > Does the 1.00 V= means that every square along grid Y axis corresponds > to 1 V? > > Thanks. > > Dusan > yes how ever, I don't think that scope has a 10:1 selection for the input if you're using a 10:1 mode probe.. in this case, each grid block vertically would mean 10 times actual reading in voltage.. i could be wrong about the scope sensing the 10:1 probe being how ever. -- "I'm never wrong, once i thought i was, but was mistaken" Real Programmers Do things like this. http://webpages.charter.net/jamie_5
On Fri, 18 May 2007 19:14:18 -0400, Jamie wrote: > s...@gmail.com wrote: >> >> At the bottom of the screen on my FLUKE PM3082 scope a have : >> Ch1 1.00 V= MTB 10us ch1f . >> >> Does the 1.00 V= means that every square along grid Y axis corresponds >> to 1 V? >> > yes how ever, I don't think that scope has a 10:1 selection for the > input if you're using a 10:1 mode probe.. in this case, each grid > block vertically would mean 10 times actual reading in voltage.. > i could be wrong about the scope sensing the 10:1 probe being how ever. Some TI scopes I've used did that, but they had special connectors. Every other scope I've used apparently assumes that the operator knows what he/she is doing. Cheers! Rich