Update README with more board info

This commit is contained in:
jaseg 2026-01-14 08:10:41 +01:00
parent acaf8c228a
commit 25bcf88a5a

View file

@ -40,7 +40,8 @@ Repo structure
``main_pcb`` ``main_pcb``
KiCad design files, exports and manufacturing files for the main circuit board. This board contains the measurement KiCad design files, exports and manufacturing files for the main circuit board. This board contains the measurement
circuit, and has a connector for test coupons to be inserted. Data is read out throught the SWD interface using an circuit, and has a connector for test coupons to be inserted. Data is read out throught the SWD interface using an
SWD adapter. The board is a 6-layer SWD adapter. The board is a 6-layer PCB. The circuit is described in detail in the paper. It is based around a
``STM32G474RE`` ARM microcontroller.
``test_coupons`` ``test_coupons``
KiCad design files, exports and manufacturing files for the test coupon PCBs. The coupons are four-layer boards. KiCad design files, exports and manufacturing files for the test coupon PCBs. The coupons are four-layer boards.
@ -48,7 +49,7 @@ Repo structure
edge connectors at the coupon's corners. edge connectors at the coupon's corners.
``firmware`` ``firmware``
Source code for the firmware as well as tooling for running the experiments. The firmware is written in C, and Source code for the board firmware as well as tooling for running the experiments. The firmware is written in C, and
you'll need a standard ARM GCC/binutils toolchain to build it. The experiment tool is a python script that connects you'll need a standard ARM GCC/binutils toolchain to build it. The experiment tool is a python script that connects
to the board through GDB and exposes a local web server for controlling the board, monitoring the measurements in to the board through GDB and exposes a local web server for controlling the board, monitoring the measurements in
real time, and capturing data. real time, and capturing data.