rusefi_documentation/dev-hardware-quality-contro...

Between chip shortage, quick prototyping pace and choice of semi-manual assembly we have less than 100% quality.

As of July 9th we have custom FW builds and custom LED board with custom undocumented wired pigtail. Humans are to program, initiate test and evaluate LED status.

We need a solution to speed up the complete programming and validation cycle of freshly assembled boards.

The plan is to develop incrementally starting with a quick & dirty solution.

In the end we would need 5-25 units total (one unit soldered to application-specific connector, multiplied by number of people) so we shall maximize use of JLCPBC assembly from beginning.

For first round the proposal is to test functional blocks as separate small PCBs, long term we might Hellen merge or not.


See [Tag-Connect-TC2030](Tag-Connect-TC2030)
Created dev hardware quality control (markdown) 2021-07-09 16:32:48 -07:00			`Between chip shortage, quick prototyping pace and choice of semi-manual assembly we have less than 100% quality.`

Updated dev hardware quality control (markdown) 2021-07-09 16:34:56 -07:00			`As of July 9th we have custom FW builds and custom LED board with custom undocumented wired pigtail. Humans are to program, initiate test and evaluate LED status.`

Updated dev hardware quality control (markdown) 2021-07-09 19:29:14 -07:00			`We need a solution to speed up the complete programming and validation cycle of freshly assembled boards.`

			`The plan is to develop incrementally starting with a quick & dirty solution.`

			`In the end we would need 5-25 units total (one unit soldered to application-specific connector, multiplied by number of people) so we shall maximize use of JLCPBC assembly from beginning.`

Updated dev hardware quality control (markdown) 2021-07-09 19:47:48 -07:00			`For first round the proposal is to test functional blocks as separate small PCBs, long term we might Hellen merge or not.`


			`See [Tag-Connect-TC2030](Tag-Connect-TC2030)`