Hardware » Bringup

h1. Eval

* Big LEDs to test outputs / Backlight-PWM

* Amplified Buzzer to test buzzer output directly on MCU

* PWM output to test buzzers; 3V; normal and amplified

* Test for CANBus-cables;

** MCU with 4 inputs

** 4 outputs to control which line to be tested to detect shortcuts

** 4 outputs for LEDs to indicate errornous wire

** How detect shortcuts

** Button to reset

* Durchgangsprüfer ( buzzer-out / Buzzer-in )

** Do i really need this? Dont want to setup an multimeter

** Does not cost much

** The signal is already there. It might be usefull to inspect the board

h2. Functions

* Measure power consumption of boards

* Measure functions of PCBs (PWM Buzzer, Backlight)

* Measure periphery (e.g. buzzers)

* Test CANBus wires

h2. Buchsen

* GND

* Durchgang

* PWM out

* PWM in to buzzer

* LED/BL in to big LED

* Strom-Mess-Durchgang mit Schiebeschater; e.g. 1101M2S3CGE2

* 2xJST-4; Kabeltest

** Auch ueber Stiftbuchse fuer Schoenes Gehaeuse, Acryl ala Ophio

Stiftleiste

* GND

* 3V

* 5V

* LED in 1

* LED in 2

* LED in 3

* LED in 4

* 2 Buzzers

* 1 Big LED

* Heardbeat

* User

* 1 Buzzer reset test

* 4 LEDs "open connection"

h2. MCU Pins

* 4 GPIO out cable-test

* 4 GPIO Input test

* 4 GPIO LEDs

* 1 LED "Running" amber

* 1 LED "Good" green

* 1 LED "Failed" red

* 1 LED "Not 1:1" orange

* PWM buzzer

* Button start testing

* 2 LEDs HB, User

20 Pins; STM32G030C8T6 Cheap and boring LQFP48;

2 Uart

2 I2C

2 Pow

h2. No-MCU version

* 4-Pin Power JST fuer CCandis Versorgung

* 2-Pin Power fuer Miniminutnik

* 2 Pin VOUT

* Spannungsregler 5V; L78M05; was habe ich von den LED-Reglern?

* 2 Pin VIN

* 2 Pin Measure

* Schieberegler

* 2 * Power-LED

* 4 * LED-In

* Buzzer-Input