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POST Hacking Rigol MSO5000 - POST HACKING TUTORIAL - DEEP DIVE
3PinFanHeader:
Yes, I was able to download it - and am watching as I am able to find time :)
Thanks again - I'm always excited to learn something new or somthing old better :-+
BTO:
--- Quote from: 3PinFanHeader on April 07, 2024, 01:24:13 pm ---Yes, I was able to download it - and am watching as I am able to find time :)
Thanks again - I'm always excited to learn something new or somthing old better :-+
--- End quote ---
That's great and you're welcome.
By all means GO THROUGH IT SLOWLY and in our own time.
it's More important that you digest the information fully as opposed to going through it all in one day.
one of the reasons the video's were created is because i understand no newbie is going to digest this on 1 zoom call.
You need to watch it and re watch it and keep it as reference, it takes time to sink in.
you need to do a few experiments along the way so it sets solid in your mind.
so yes, Take your time , But learn it well.
BRZ.tech:
Hi,
@BTO
I have some questions about using the MSO5000, which I ask you and other colleagues to repeat the test and help with the solution:
1. Measure SlewRate of a Square Wave Signal.
Connect the MSO5000 GI to CH-1, with Square Wave and f=1MHz, and Amplitude = 1Vpp.
See the IMG, notice that the SlewRate Measurement is in the unit of (Mv/s).
It turns out that the SlewRate unit is (V/us) and the MSO5000 displays (Mv/s).
Besides (v) is in lowercase and should be capitalized (V). The (Mv) means (Mega Volt) which is a very large number, and at the bottom it shows (s) which means (seconds) and should be (us).
I was unable to change the Unit of SlewRate in the MSO5000 menu.
Check how to resolve this.
2. Using the (Ref) function to store IMG of signals and compare
We will use the MSO5000 GI on CH-1, to generate several signals, to be stored in the (Ref) table and in Drive (C). Press the buttons in the sequence:
2.1 Generate a Sinosoidal Signal and place it in Memory (Ref1) and save it on Drive (C):
(Generate a sinusoidal signal of f = 100KHz and Amplitude = 1Vpp) -> (Ref) => (Ref1) -> (Current = Ref1) -> (SaveToRef) -> (More) -> (Color -> ORANGE) - > (Export) -> (File Type -> *.ref) -> (File Name -> RigolDS0) -> (Save) -> (Close (C) -> x) -> (Menu off)
Verify -> Move -> (CH-1 -> V-Position) -> (Verify Signal Yellow and Orange) ->
(Press -> CLEAR).
2.2 Generate a Square Wave and place it in Memory (Ref5) and save it in Drive (C):
(Generate a Square Wave signal of f = 100KHz and Amplitude = 1Vpp) -> (Ref) => (Ref1) -> (Current -> Ref5) -> (SaveToRef) -> (More) -> (Color -> GREEN) -> (Export) -> (File Type -> *.ref) -> (File Name -> RigolDS1) -> (Save) -> (Close (C) -> x) -> (Menu off).
Verify -> Move -> (CH-1 -> V-Position) -> (Verify Signal Yellow and Green) ->
(Press -> CLEAR).
2.3 Generate a Ramp Wave Signal and place it in Memory (Ref10) and save it in Drive (C):
(Generate a Ramp Wave signal of f = 100KHz and Amplitude = 1Vpp) -> (Ref) -> (Current -> Ref10) -> (SaveToRef) -> (More) -> (Color -> RED) -> (Export ) -> (File Type -> *.ref) -> (File Name -> RigolDS2) -> (Save) -> (Close (C) -> x) -> (Menu off)
Verify -> Move -> (CH-1 -> V-Position) -> (Verify Signal Yellow and Red)
-> (Press -> CLEAR).
3. Read the Memoirs (Ref):
(Power off -> GI)
We save different Signals in Memories (Ref1) and (Ref5) and (Ref10).
And we save the IMGs in Drive (C), in positions (RigolDS0), (RigolDS1) and (RigolDS2).
The objective is to place the Memory Signals (Ref1) and (Ref5) and (Ref10) on the screen to use to compare with a signal of interest:
(Press -> Ref) -> (More) -> (Details) -> (See table -> (Ref1) and (Ref5) and (Ref10))
Dear @BTO, I can't bring the signals saved in (Ref1) and (Ref5) and (Ref10) to the screen.
Check how to do this.
4. Read the IMGs saved in Drive (C), place them in the (Ref) table and execute:
(Press -> Default -> OK)
(Press -> Ref -> Ref1) -> (More) -> (Details) -> (See the table -> is Reset) -> (Close Table -> x) ->
(Press -> Import) -> (Local Disk (C)) -> (Select -> RigolDS0.ref) -> (Load)
->
(Verify -> Saved -> Ref1)
-> (Press -> CLEAR) -> (Menu off)
(Press -> Ref -> Ref2) -> (More) -> (Import) -> (Local Disk (C)) -> (Select -> RigolDS1.ref) -> (Load) ->
(Verify -> Saved -> Ref2)
(Press -> Ref -> Ref10) -> (More) -> (Import) -> (Local Disk (C)) -> (Select -> RigolDS2.ref) -> (Load) ->
(Verify -> Saved -> Ref10)
Dear @BTO, I can't bring the signals saved in (Ref1) and (Ref5) and (Ref10) to the screen. I can only run the most recent IMG brought from Drive (C), and if I press (CLEAR) the IMGs become inaccessible.
Check how to resolve this.
Any colleague can comment on my question.
Translation with Google Translate.
modify: "item #2.2" from "sinusoidal signal" to "Square Wave".
BTO:
--- Quote from: BRZ.tech on May 01, 2024, 12:31:31 am ---Hi,
@BTO
I have some questions about using the MSO5000, which I ask you and other colleagues to repeat the test and help with the solution:
3. Read the Memoirs (Ref):
(Power off -> GI)
We save different Signals in Memories (Ref1) and (Ref5) and (Ref10).
And we save the IMGs in Drive (C), in positions (RigolDS0), (RigolDS1) and (RigolDS2).
The objective is to place the Memory Signals (Ref1) and (Ref5) and (Ref10) on the screen to use to compare with a signal of interest:
(Press -> Ref) -> (More) -> (Details) -> (See table -> (Ref1) and (Ref5) and (Ref10))
Dear @BTO, I can't bring the signals saved in (Ref1) and (Ref5) and (Ref10) to the screen.
Check how to do this.
--- End quote ---
Hi mate,
RE Problem 1 - I'm looking into it.
Re Problem 2 and 3 - IS NOT A PROBLEM, ALTHOUGH I CAN SEE HOW IT WOULD BE CONFUSING.
1. I'm going to make a video on this as i can see a lot of people asking this question
For now , i'll give you a text response as well.
As you stated
Go to GI - Let's just say
WAVE 1 - SINE - 1Khz - 1Vpp
Go to REF1 / MORE / COLOUR (Assign unique colour)
back to MORE / LABEL / DISPLAY = ON
back to LABEL / Label = REF 1
BACK / BACK to REF
SAVE TO REF
(THIS SAVES THE FILE TO THE SCREEN)
REF /MORE / EXPORT
File Type .ref
File Name RigolDS1
SAVE
(THIS EXPORTS THE FILE TO BE STORED ON THE C: DRIVE) for later use
Now repeat this process for 2 other waves
Assign a unique colour
Assign a Unique Label
Assign a Unique REF#
SAVE IT
EXPORT THEM and before Export GIVE THE FILES UNIQUE EXPORT NAMES
If you do that...
HERE IS HOW YOU GET THEM ALL ON SCREEN
You can clear the screen, it makes no difference
1. Select REF
2. Select CURRENT (Ref of choice) say Ref 1
3. MORE / IMPORT
THIS WILL BRING THE FILE BACK
Now go to
4. Select REF
5. Select CURRENT (Ref of choice) say Ref 2
6. MORE / IMPORT
THIS WILL BRING THE FILE 2 BACK
7. Select REF
8. Select CURRENT (Ref of choice) say Ref 1
9. MORE / IMPORT
THIS WILL BRING THE FILE 3 BACK
You will now have them all on screen
BTO:
--- Quote from: BRZ.tech on May 01, 2024, 12:31:31 am ---Hi,
@BTO
I have some questions about using the MSO5000, which I ask you and other colleagues to repeat the test and help with the solution:
Dear @BTO, I can't bring the signals saved in (Ref1) and (Ref5) and (Ref10) to the screen. I can only run the most recent IMG brought from Drive (C), and if I press (CLEAR) the IMGs become inaccessible.
Check how to resolve this.
Any colleague can comment on my question.
Translation with Google Translate.
--- End quote ---
Hi mate, the files are accessible,
Follow the instructions in the last post, I've also made a video that i will shortly post after i edit it.
In short
SAVE TO REF : Only saves the file to the screen
EXPORT : Save the file to the C Drive
IMPORT : Brings it back from the C Drive to the Screen
You can select any one of the 10 Reference Slots and Select any of the sources CH 1 - CH 4 + L.A. and In L.A. you can select any of the channels
from D0 - D15 for digital comparison
Anyway, it all works, i think you just didn't use the IMPORT option
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