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Energy Reference Designs
Whether you deliver energy through a pipeline or the smart grid, you’ll need components selected for performance and lifetime within harsh environments. Explore our resources to stay up to date with energy trends and technology.
This electronic fuse (eFuse) solution has been designed to switch loads up to 200 A at 48 V, providing a new method of safely connecting and disconnecting high current loads to a battery.
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This reference design offers a comprehensive solution for developing high-power EV charging stations. It provides a blueprint for engineers to design efficient of 200kW of charging power.
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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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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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