Fix some missing suppliers, remove old sheet

.github/workflows/kibot.yml

@@ -25,13 +25,13 @@ jobs:
     container:
       image: ghcr.io/inti-cmnb/kicad7_auto:latest
     steps:
-      - uses: actions/checkout@v3
+      - uses: actions/checkout@v4
       - name: run kibot
         run: | 
           cd ${{env.project_dir}}
           mkdir ${{env.out_dir}}
           kibot -c kibot.yml -e ${{env.schema}} -b ${{env.board}} -d ${{env.out_dir}} -v
-      - uses: actions/upload-artifact@v3
+      - uses: actions/upload-artifact@v4
         if: ${{success()}}
         with:
           name: ${{github.event.repository.name}}_design_files

README.md

@@ -23,10 +23,10 @@ It can test up to 10 different types of IO:
 |---|---|
 | **USB Device** | The Mbed target's USB Device port can be connected to one of the shield's downstream USB ports |
 | **SPI Master** | The Mbed target can interact with the MicroSD card.  The logic analyzer can observe this interaction. |
-| **SPI Slave** | The FT232H can initiate SPI transactions which are handled by the MCU.  The logic analyzer can observe this interaction. |
+| **SPI Slave** | The CY7C65211 can initiate SPI transactions which are handled by the MCU.  The logic analyzer can observe this interaction. |
 | **I2C Master** | The Mbed target can talk to the EEPROM over I2C.  The logic analyzer can observe this interaction. |
-| **I2C Slave** | The FT232H can initiate I2C transactions which are handled by the MCU.  The logic analyzer can observe this interaction. |
-| **UART** | The MCU can communicate with the FT232H bidirectionally over UART.  The logic analyzer can observe this interaction. |
+| **I2C Slave** | The CY7C65211 can initiate I2C transactions which are handled by the MCU.  The logic analyzer can observe this interaction. |
+| **UART** | The MCU can communicate with the CY7C65211 bidirectionally over UART.  The logic analyzer can observe this interaction. |
 | **GPIO** (incl. interrupts) | The shield has 3 sets of "looped back" GPIOs, through which the MCU can send signals to itself.  The logic analyzer can observe this interaction. |
 | **PWM** | The MCU outputs a PWM signal via GPIN1.  The logic analyzer measures the frequency and duty cycle. |
 | **ADC** (AnalogIn) | The MCU outputs a PWM signal, which is averaged via an RC filter into a voltage.  This voltage is fed into the ADC and the test verifies whether it's read correctly. |