Updated to include Rover MEMS trigger patterns#16
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Covers all four patterns
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Merging this into Ardu-Stim master would be fantastic! Rover used the MEMS obviously for various engines, but the early pattern 36-1-1 (MEMS 1.0, 1.3, 1.6) was in particular used on the A-series engines in the classic Mini SPI from ca. 1992 to 1996. And although this doesn't allow even semi-sequential, you just keep (and lock) your dizzy and still have way better resolution for ign timing. So: yes, please! :-) Mike501 and noisymime: thank you very much! |
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Don, I've done the code in such a way that using the 36-1-1 pattern if you generate a cam signal, you can go fully sequential. This could be (I think) as simple as the rotar arm from the dizzy having 5v through it on cylinder 3 or 4 with the advance locked. If you want to test the speeduino code let me know. |
DonPasquale
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The only minor suggestion I would have is to slightly rename lines 117-120 in order to reflect that this is not limited to the Rover K-series engines, but applies to all engines equipped with the Rover MEMS ( https://en.wikipedia.org/wiki/Modular_Engine_Management_System ).
May I therefore kindly propose to write:
"ROVER_MEMS_MODE..."
instead of:
"ROVER_K_MODE..."
Thank you.
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Fair comment - I think in the actual firmware code I don't mention the k
series just rover mems. Will update this when I've finished the current
trigger pattern project
…On Mon, 9 Aug 2021, 15:05 DonPasquale, ***@***.***> wrote:
***@***.**** commented on this pull request.
The only minor suggestion I would have is to slightly rename lines 117-120
in order to reflect that this is not limited to the Rover K-series engines,
but applies to all engines equipped with the Rover MEMS (
https://en.wikipedia.org/wiki/Modular_Engine_Management_System ).
May I therefore kindly propose to write:
"ROVER_MEMS_MODE..."
instead of:
"ROVER_K_MODE..."
Thank you.
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Covers all four patterns used by rover with cam for the 3 most recent.