Microcontroller-Based Charging Timer Proposal


Yes — since this is a new design direction and you don’t have edit access to the current project, the right move is to start a new project with a pre-filled prompt, which matches the Flux project-URL workflow .
That link follows the required new-project creation URL format with a fully URL-encoded prompt .
If you want, I can also give you:
  • a version optimized for ATtiny85 only, or
  • a version optimized for ATmega328P only.
Set up the new project structure from the proposal in the screenshots, and keep it separate from this design. use the ATtiny85
Here’s a separate new-project link set up specifically for the ATtiny85-based version of the proposal. Since you want this kept separate from the current AquaTimer design, the correct workflow is to create a new project with a fully URL-encoded prompt rather than modify this one
That link uses the required Flux new-project URL format with a fully URL-encoded prompt, which is the recommended way to start a separate design when you don’t want to alter the current project
If you want, I can also prepare a second version of the prompt that is more specific about:
  • relay output current
  • vehicle-input protection
  • through-hole vs SMD parts
  • whether the timing should be field-configurable or fixed in firmware
Add input protection
Choose through-hole parts
Make timing configurable

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DC Input Jack

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Microcontroller

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Electrolytic Capacitors

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Control Keys

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5V Voltage Regulator

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OLED

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Buffer Battery

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UPDI Header

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Power Path Control

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Aquatimer