projects: ADE7816: Added readme doc

doc/sphinx/source/projects/meter/ade7816.rst

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+.. include:: ../../../../../projects/ade7816/README.rst

projects/ade7816/README.rst

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+ADE7816 no-OS Example Project
+=============================
+
+.. contents::
+    :depth: 3
+
+Supported Evaluation Boards
+---------------------------
+
+- :adi:`EVAL-ADE7816EBZ`
+
+Overview
+--------
+
+The EVAL-ADE7816 is an evaluation board designed to facilitate the
+assessment and prototyping of the ADE7816 energy metering IC from Analog
+Devices. This board provides users with access to the various
+functionalities of the ADE7816, allowing for comprehensive evaluation of
+its performance in monitoring electric properties such as voltage,
+current, and power. Configured for simple connectivity with other
+systems, the evaluation board supports interfacing via test points,
+connectors, and communication ports, making it suitable for both
+standalone operation and integration into broader testing environments.
+The board aids in analyzing the precision of energy measurements and
+testing the device in real-world scenarios without the need for
+additional complex setups.
+
+Applications
+------------
+
+- Energy metering applications
+- Power monitoring systems
+- Application in electronic designs requiring precise power measurement
+
+Hardware Specifications
+-----------------------
+
+Power Supply Requirements
+~~~~~~~~~~~~~~~~~~~~~~~~~
+
+The EVAL-ADE7816 Evaluation Board requires a 3.3V power supply. By
+default, power is supplied via a USB connection, feeding the NXP LPC2368
+microcontroller and one side of the isocouplers through the JP24 jumper
+positioned at 2, 3. For external power use, adjust JP24 to position 1, 2
+and connect a 3.3V source to the P12 connector. This configuration
+maintains the same power domain as the default USB setup. The board is
+ready for COM port detection without an external supply if jumper
+settings are correctly configured.
+
+Device Interrupt
+~~~~~~~~~~~~~~~~
+To run the ADE7816 no-OS project with the AD-APARD32690-SL controller board, 
+the IRQ pin from the EVAL-ADE7816 must be connected to a GPIO pin on the 
+AD-APARD32690-SL platform. This GPIO pin is configured to detect interrupts 
+and trigger an interrupt service routine (ISR) when the IRQ pin is activated, 
+signaling events like data ready or fault conditions. The ISR handles the interrupt 
+by reading the ADE7816’s status, processing the data, and clearing the interrupt flag. 
+This setup ensures real-time communication between the ADE7816 and the controller 
+for efficient data processing and error management.
+
+
+No-OS Build Setup
+-----------------
+
+Please see: `https://wiki.analog.com/resources/no-os/build`.
+
+No-OS Supported Examples
+------------------------
+
+The initialization data used in the example is taken out from the
+`Project Common Data Path <https://github.com/analogdevicesinc/no-OS/tree/main/projects/ade7816/src/common>`__.
+
+The macros used in Common Data are defined in platform specific files
+found in the 
+`Project Platform Configuration Path <https://github.com/analogdevicesinc/no-OS/tree/main/projects/ade7816/src/platform>`__.
+
+Basic Example
+~~~~~~~~~~~~~
+
+The basic example code for the ADE7816 involves initializing the SPI
+interface, which configures necessary parameters such as device ID, SPI
+mode, clock speed, and chip select. GPIO setup includes managing
+interrupt handling crucial for energy measurement operations. The code
+demonstrates measuring energy by configuring the ADE7816 for
+zero-crossing detection across different channels to set phases and
+reading active/reactive energy values. It converts raw RMS readings into
+microamperes or microvolts for display. Interrupts control the
+measurement cycle, pausing operations when triggered to ensure precise
+energy readings.
+
+No-OS Supported Platforms
+-------------------------
+
+Maxim
+~~~~~
+
+Hardware Used
+^^^^^^^^^^^^^
+
+- EVAL-ADE7816
+- AD-APARD32690-SL
+
+Connections
+^^^^^^^^^^^
+
+Supplying a regulated 3.3V DC to the EVAL-ADE7816 board is achieved via
+connector P9, which powers the ADE7816 IC and the non-isolated side of
+the circuit; the setup requires adjusting the jumper JP24 to position 1,
+2 if using an external power source like P12, as per the user guide. SPI
+is the default communication protocol configured for interfacing the
+ADE7816 with the AD-APARD32690-SL, using pins for SCLK (SPI
+clock), MOSI (data to ADE7816), MISO (data from ADE7816), and SS (SPI
+chip select). The evaluation kit supports SPI and I2C interfaces, but
+the included example defaults to SPI.
+
+**Important**
+
+- Connect the IRQ Pin from the ADE7816 to a GPIO pin on the AD-APARD32690-SL.
+- Configure the GPIO on the AD-APARD32690-SL to detect the IRQ pin's interrupt signal.
+
++----------+-----------------------------+------------------------------+
+| Signal   | EVAL-ADE7816 (P17 Header)   | AD-APARD32690-SL (P4 Header) |
++==========+=============================+==============================+
+| MOSI     | P17.1                       | P4.4                         |
++----------+-----------------------------+------------------------------+
+| MISO     | P17.7                       | P4.3                         |
++----------+-----------------------------+------------------------------+
+| SCLK     | P17.3                       | P4.2                         |
++----------+-----------------------------+------------------------------+
+| SS       | P17.5                       | P4.1                         |
++----------+-----------------------------+------------------------------+
+
+Build Command
+^^^^^^^^^^^^^
+
+.. code-block:: bash
+
+   # to delete current build
+   make reset
+   # to build the project
+   make PLATFORM=maxim TARGET=max32690
+   # to flash the code
+   make run