TommyCat
Power poster
And a cheery good day to everyone! 
I would like to cordially invite you to view this exciting opportunity of E-bike throttle control using a microprocessor in an individualized build thread.
With experience or not (like me) with the Arduino micro processing architecture and programming, this proven build of 9 months effort, is sure to please.
No dead-end rabbit hole here... the initial Sketch is ready for download, and the wiring diagrams are hot off the press.
With plenty of direction, details, explanations, pictures, diagrams, and instruction.
Background:
Having had an interest in E-bike throttles since my first build, I've kind of had an eye open for improvements that might be desired and could be made in their outputs.
Removing deadbands, enabling a soft start, limiting speed, and having cruise and walk modes. All without the help of a more expensive programmable controller seemed to be a good start.
At first, I tried an electronic analog approach using simulation software. But when the time came to solder, and most likely re-solder again and again to build a working prototype board. Well, that didn't appeal to me at all.
So, I was somewhat reluctantly talked into going the microprocessor route by my friend and collaborator of that thread. Turns out AZguy is a skilled programmer and is much appreciated for the design and creation of practically all of the programming code of the TAZ tm.
And what a code it is! Which has even more goodies included with the items mentioned above. Advanced features and top shelf construction, way beyond what I could even have imagined, let alone knew about.
This makes the build fun and enjoyable and is available to all that would endeavor to build and use it.
Not to say it's perfect... did I mention I have novice code included and other improvements that could be made.
But it works well for me, and I didn't want to sit on it too long waiting for an end goal that always seems to be moving.
And I'm sure will be improved and updated often over time.
Use the link below to have a look and to get started on your build today...
Welcome to throttle output modifications accomplished with an Arduino or STM32* microcontroller thread!
Please let me know if you have any comments, questions, need clarifications, or would like to make a correction... all are welcomed.
This is an excellent foundation to start with, and to add too in the future with other possible desired functions.
Let's work to make it even better!
Best Regards,
TommyCat
I would like to cordially invite you to view this exciting opportunity of E-bike throttle control using a microprocessor in an individualized build thread.
With experience or not (like me) with the Arduino micro processing architecture and programming, this proven build of 9 months effort, is sure to please.
No dead-end rabbit hole here... the initial Sketch is ready for download, and the wiring diagrams are hot off the press.
With plenty of direction, details, explanations, pictures, diagrams, and instruction.
Background:
Having had an interest in E-bike throttles since my first build, I've kind of had an eye open for improvements that might be desired and could be made in their outputs.
Removing deadbands, enabling a soft start, limiting speed, and having cruise and walk modes. All without the help of a more expensive programmable controller seemed to be a good start.
At first, I tried an electronic analog approach using simulation software. But when the time came to solder, and most likely re-solder again and again to build a working prototype board. Well, that didn't appeal to me at all.
So, I was somewhat reluctantly talked into going the microprocessor route by my friend and collaborator of that thread. Turns out AZguy is a skilled programmer and is much appreciated for the design and creation of practically all of the programming code of the TAZ tm.
And what a code it is! Which has even more goodies included with the items mentioned above. Advanced features and top shelf construction, way beyond what I could even have imagined, let alone knew about.
This makes the build fun and enjoyable and is available to all that would endeavor to build and use it.
Not to say it's perfect... did I mention I have novice code included and other improvements that could be made.
But it works well for me, and I didn't want to sit on it too long waiting for an end goal that always seems to be moving.
And I'm sure will be improved and updated often over time.
Use the link below to have a look and to get started on your build today...
Welcome to throttle output modifications accomplished with an Arduino or STM32* microcontroller thread!
This is an excellent foundation to start with, and to add too in the future with other possible desired functions.
Let's work to make it even better!
Best Regards,
TommyCat
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