Design Guides
Collection of articles to help you design better embedded systems.
Reference Designs Of IoT based smart plugs
Title of Reference Design
Reference Design of a Smart Plug Featuring Solid-State Relay
Reference Design of a Smart Plug With Grid Frequency Monitoring
Reference Design...
Reference Design For Wireless Charging Transmitter
The wireless charger solution utilizes a low-cost microcontroller and enables charging through resonant inductive coupling facilitating efficient power transfer between transmitter and receiver.
Wireless charging,...
Reference Design For 5 Watt Wireless Charger
The Qi Wireless 5W Charging Transmitter design offers a 70% efficiency rating and is compatible with any phone charger capable of delivering a minimum...
Reference Design Of A Wireless Charger For Wearable Applications
A compact wireless charger design that follows Wireless Power Consortium (WPC) standard for establishing wireless communication and holds Qi certification.
Wireless chargers provide the convenience...
Reference Design For Narrowband Internet Of Things (NB-IoT)
The reference design provides an enhanced power solution tailored for the NB-IoT module market, specifically focusing on water and gas meters.
Narrowband Internet of Things...
Automotive Power Design For ADAS Systems
The reference design optimizes power design for ADAS applications, providing an integrated solution with a compact size and simplified implementation.
Automotive Power is necessary for...
Electronic Speed Controller Reference Design For Drones
A reference design of an Electronic speed controller (ESC) intended for entry-level commercial drone designs.
The design drives 3-phase brushless or permanent magnet synchronous motors...
Reference Design For Electronic Speed Controller
A specialized high-speed reference design is available for Electronic Speed Controller (ESC) modules specifically designed for drones or unmanned aerial vehicles (UAVs).
Electronic Speed Controller...
Reference Design For A Smart Plug That Can Measure 1ϕ Power
Reference design for a smart plug that can measure single-phase power and enable wireless control of equipment.
In today’s connected world, most things can be...
Reference Design Of A Smart Plug For Home Automation
A smart plug that is enabled for IoT and based on a Bluetooth low energy (BLE) system-on-chip (SoC) application processor module.
In the progressive world,...
Reference Design For Bluetooth Enabled Smart Plug
A smart plug that works as a power meter and wirelessly transmits data to an Android device via Bluetooth interface.
A smart plug can remotely...
Reference Design For A Non-Isolated Smart Plug
Smart plug reference design which can fit into a wall plug and enable IoT and make switches smart.
Do you want to control your...
Reference Design For Brushless DC Motor Driver
A brushless DC (BLDC) motor driver for power tools that claim to meet the demands of modern motor control applications.
A brushless DC (BLDC) motor...
Reference Design For Distance And Weight Measurement System
Reference design for a distance and weight measurements system using inductive sensing to incorporate weight and distance measurements into mechanical systems.
Distance and weight measurements...
Reference Design For Humidity & Temperature Sensor Node
Reference design for humidity and temperature sensor nodes that can operate in star networks and provide a coin cell battery life of over ten...
Reference Design For Low-Power Wireless Motion Detector
Reference design for low-power PIR detector to sense motion with wireless capability and approximately more than ten years of battery life.
Automation systems use motion...
Reference Design For Smart Backlight
Reference design for a smart backlight system that utilizes ambient and proximity sensors to control the lighting.
The backlight and smart lighting control systems help...
Reference Design For Wireless Microcontroller Unit Module
Reference design of a programmable wireless development board for Internet of Things (IoT) applications.
Internet of Things (IoT) enabled devices have become increasingly important as...