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EV-CATTLETAG-ARDZ Sensor for Livestock Tracking and Health Monitoring

Overview

The EV-CATTLETAG-ARDZ is an Arduino board with a fully integrated solution for harvesting energy from single-/multi-cell solar sources. The device includes battery chargers for small lithium-ion systems, and a digital temperature sensor for applications such as Wearables and IoT.

The system is consisting of a MAX20361 power harvester, MAX20335 BMS, and a MAX30210 temperature sensor and a buzzer with an option for vibration motor.



Features

  • Monitors the health and vitality of livestock in real-time, enabling farmers to quickly treat animals and prevent the spread of illness or disease.
  • Tracks grazing animals to prevent loss and to identify grazing patterns.
  • Gathers and analyzes historical data to identify trends in cattle health or to track the spread of illness.
  • Monitors readiness to mate or give birth, preventing the loss of new calves and optimizing breeding practices.


Applications

  • Asset location
  • Asset recovery
  • Asset traceability
  • Inventory management
  • Asset loss and theft prevention


System Architecture



Hardware Design

Components and Connections

Power Supply

When using the board, the power supply may come from different sources, and these are listed below:

  • Solar Panel - use to recharge the lithium-ion connected to either P8 or to the 2x AAA battery. An example of a probe that can be used is a product from Anysolar and its datasheet can be found in here.
  • P6 Terminal block - external power source (e.g., solar panel)
When using an external power source, it is required to disconnect the on-board solar panel by removing the resistor R30

  • P8 Terminal block - external power supply, between 3 V to 4.2 V allowable input
  • Battery holder - 2xAAA battery is required
  • Arduino Power - external power supply that comes directly from the host board it is connected to.
When power supply directly from the host board is used, it is required to remove the R84 resistor and placed a 0 Ω resistor at R86


Digital Interface (Arduino)

The Arduino interface is a standardized digital interface for various digital communication protocols such as SPI, I2C, and UART. These interface types were standardized by Arduino, which is hardware and software company. Complete details on the PMOD specification can be found here.

The pin map for the Arduino pins is described in the table and its schematic diagram below.



Applications

The EV-CATTLETAG-ARDZ can be used with the MAX32670-LR-ARDZ Base Board, which is a long-range wireless radio development platform based on MAX32670 ultralow power Arm Cortex-M4 microcontroller and LR1110 RF transceiver.

Using these platforms together enables users to design solutions based on low-power, long range proprietary radio communication technique that is suitable for customized heat/flow meters.

To learn more about the Long Range Wireless Radio solution developed by Analog Devices, visit the AD-MAX32LRWISE-SL Long Range Wireless Radio Development Kit User Guide


System Setup

PHASE 1: Hardware Setup

Note that this setup only applies for MAX32670-LR-ARDZ Base Board. Users may use a different base board or microcontroller, however the firmware built for this demo application cannot be used as this is specifically designed for the MAX32670-LR-ARDZ.


Equipment Needed

  • One (1) MAX32670-LR-ARDZ Base Board
  • One (1) EV-CATTLETAG-ARDZ Sensor Node
  • One (1) MAX32625PICO Rapid Development Platform with 10-pin ribbon cable
  • One (1) CR123A Battery or any equivalent external DC power supply (+3 V to +4.7 V)
    • Note that this is not included in the kit
  • One (1) Micro USB to USB cable
  • Host PC (Windows 10 or later)




  1. Insert one CR123A battery (3 V to 4.7 V) into the battery holder (BT1 connector) of the MAX32670-LR-ARDZ Base Board.

    Make sure to check for the battery polarity in the BT1 connector, refer to the figure below. The DS3 LED will light up indicating that you have inserted the battery correctly and that power is provided in the base board.

  2. Connect the EV-CATTLETAG-ARDZ Sensor Node to the MAX32670-LR-ARDZ Base Board by aligning the corresponding Arduino headers on each board.
  3. Connect the MAX32625PICO programming adapter to the MAX32670-LR-ARDZ Base Board through the 10-pin ribbon cable.

    Make sure that the MAX32625PICO programming adapter has been flashed with the correct image before connecting it to the MAX32670-LR-ARDZ Base Board. If you do not know how to load the image, click on the instructions below:

    How to flash the firmware image in the MAX32625PICO

    How to flash the firmware image in the MAX32625PICO

    1. Download the firmware image: MAX32625PICO Firmware
    2. Do not connect the MAX32625PICO to the MAX32670-LR-ARDZ Base Board yet.
    3. Connect the MAX32625PICO to the Host PC using the micro USB to USB cable.
    4. Press the button on the MAX32625PICO. (Do not release the button until the MAINTENANCE drive is mounted).
    5. Release the button once the MAINTENANCE drive is mounted.
    6. Drag and drop (to the MAINTENANCE drive) the firmware image.
    7. After a few seconds, the MAINTENANCE drive will disappear and be replaced by a drive named DAPLINK. This indicates that the process is complete, and the MAX32625PICO can now be used to flash the firmware of the MAX32670-LR-ARDZ Base Board.
  4. Connect the MAX32625PICO programming adapter to the Host PC using the micro USB to USB cable.


Once you have completed this setup, proceed to PHASE 2 found in ADI Long Range Wireless Radio Software User Guide.



Resources

Design and Integration Files

EV-CATTLETAG-ARDZ Design Support Package

REV C

  • Schematic
  • Bill of Materials
  • Layout
  • Fabrication Files

Help and Support

For questions and more information about this product, connect with us through the Analog Devices Engineer Zone.



/srv/wiki.analog.com/data/pages/resources/eval/user-guides/ev-cattletag-ardz.txt · Last modified: 02 Apr 2024 10:43 by Joyce Velasco