DC-DC 18W PD3.0 PPS car charger evaluation board composed of two main parts: The AN6575 synchronous four-switch buck-boost DC/DC controller and the AP43771 decoder IC.
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This Arduino-powered solution implements an energy monitoring-based anomaly detection system using a current sensor and machine learning models running on edge devices.
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Access real-time power usage, interact with your consumption plan, and use daily stats and seasonal forecasts for efficient energy management.
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Energy Meter solution for ATSAM4C32CA-AU based on Microchip solution.
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The energy meter enables real-time measurement and monitoring of electrical current consumption, providing valuable and useful insights into energy usage patterns to the user.
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The home automation systems allow to control electronic devices remotely and to perform automatic routines based on the user's programming preferences, also optimizing energy costs.
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Integrated system-on-module (SOM) platform with wireless connectivity designed for longevity and scalability in industrial IoT applications.
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LoRaWAN, being a wireless technology, provides a cost-effective alternative, as it requires minimal infrastructure setup, reducing installation and maintenance costs.
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Reference designbased on NXPs Technology for a mission computer (companion computer), for use in mobile robotics using ROS2 and similar applications such as ground stations and smart cameras.
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Arduino Edge Control Power Tree is a block diagram that describes the power distribution and control system of the Arduino Edge Control board.
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Arduino MKR WiFi 1010 Power Tree is a block diagram that describes the power distribution and control system of the Arduino MKR WiFi 1010 board.
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Arduino Nicla Vision Power Tree is a block diagram that describes the power distribution and control system of the Arduino Nicla Vision board.
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Arduino Portenta C33 Power Tree is a block diagram that describes the power distribution and control system of the Arduino Portenta C33 board.
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Arduino Portenta H7 Power Tree is a block diagram that describes the power distribution and control system of the Arduino Portenta H7 board.
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Arduino Portenta Machine Control Power Tree is a block diagram that describes the power distribution and control system of the Arduino Portenta Machine Control board.
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Arduino Portenta X8 Power Tree is a block diagram that describes the power distribution and control system of the Arduino Portenta X8 board.
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Taking advantage of the control capabilities, sensor data analysis and cloud connectivity, Arduino Edge Control is perfect for managing agriculture applications.
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Converts DC Power from HV Voltage to AC Power to drive the main motor or motors of an electric vehicle.
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Addresses accuracy and cost needs by providing a high-performance analog front end solution.
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Basic Type-C charger based on Microchip solution providing a dual USB port power switch PD controller and a synchronous buck current-mode controller.
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