example_notecard.yaml

esphome:
    name: radial-hall-effect-sensor
    friendly_name: Radial Hall Effect Sensor
    on_boot:
        then:
            - output.turn_on: sensor_pin
            - delay: 0.5s # Allow sensor to boot
    on_shutdown:
        then:
            - output.turn_off: sensor_pin

esp32:
    board: esp32dev

external_components:
    - source: components

logger:
    level: DEBUG

uart:
    id: uart_notecard
    tx_pin: GPIO17
    rx_pin: GPIO16
    baud_rate: 9600

i2c:
    sda: GPIO21
    scl: GPIO22
    scan: true

output:
    - platform: gpio
      pin: GPIO2
      id: sensor_pin

as5600:
    # direction: counterclockwise # if DIR Soldered directly to 3.3V (for counterclockwise) then this is not needed. For normal clockwise it should be soldered to GND.
    # dir_pin: GPIO4
    id: my_as5600
    power_mode: low3

sensor:
    - platform: as5600
      as5600_id: my_as5600
      name: "Angle"
      update_interval: 1s
      id: position
      filters:
          - lambda: "return x * 360.0 / 4096.0;"
          - sliding_window_moving_average:
                window_size: 5
                send_every: 5
                send_first_at: 5
      on_value:
          then:
              - lambda: |-
                    // Get values from Notecard
                    float temperature = id(notecard_component).get_notecard_temperature();
                    float battery_voltage = id(notecard_component).get_notecard_battery_voltage();

                    // Create JSON with all values
                    std::string json = "{";
                    json += "\"angle\":" + to_string(x);
                    json += ",\"temperature\":" + to_string(temperature);
                    json += ",\"batteryVoltage\":" + to_string(battery_voltage);
                    json += "}";

                    ESP_LOGD("main", "Raw json: %s", json.c_str());

                    bool success = id(notecard_component).send_data(json);
                    ESP_LOGD("main", "Data send %s, going to sleep in 1s...", success ? "successful" : "failed");
                    delay(1000);  // Give time for Notecard communication to complete
              - deep_sleep.enter: deep_sleep_mode

# Notecard configuration
notecard:
    id: notecard_component
    uart_id: uart_notecard
    project_id: your-project.devices
    sync_interval: 6h
    org: "Your Organization"

# Deep sleep configuration
deep_sleep:
    id: deep_sleep_mode
    run_duration: 5min #this will cause the device to goto sleep if something stalls or fails
    sleep_duration: 2h