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The 300W Wireless Power Reference Design utilizes inductive wireless power technology and fixed-function WP300TX transmitter and WP300RX receiver controllers. This solution utilizes a proprietary protocol that implements reliable power transfer with high efficiency and effective Foreign Object Detection (FOD) at 300W of power. The system operates over an input voltage range of 11V–36V and operates at more than 90% efficiency at a Z distance of 5–10 mm between the transmitter and the receiver. This reference design achieved CE certification and is ideal for applications such as robotic mowers, industrial equipment, underwater lighting, drones and more.
INTERACTIVE BLOCK DIAGRAM
INTERACTIVE BLOCK DIAGRAM
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High-Wattage Wireless Power Solution
High-Wattage Wireless Power Solution
This video explains a 100-200W inductive wireless power transmitter/receiver solution. The solution operates in the input voltage range of 8-24V DC. This highly efficient solution with an in-band communication scheme and advanced foreign object detection is implemented effectively with Microchip’s high-performance digital controllers.
Scalable dsPIC33C DSCs for Time-Critical Applications
Scalable dsPIC33C DSCs for Time-Critical Applications
This video introduces Microchip’s latest dsPIC33C family of DSCs offering single core and dual core variants for time-critical control and high-performance embedded applications.
Introducing the dsPIC33CH Family of Dual-Core Digital Signal Controllers (DSCs)
Introducing the dsPIC33CH Family of Dual-Core Digital Signal Controllers (DSCs)
This video is a quick introduction to the high-performance dual-core and peripheral of the dsPIC33CH family of DSCs. Learn how to take advantages of the new features of the dsPIC33CH family of DSCs, in your next real-time embedded system development.
Dual-Core dsPIC33CH DSCs Get Simplified with MPLAB® Code Configurator (MCC)
Dual-Core dsPIC33CH DSCs Get Simplified with MPLAB® Code Configurator (MCC)
This video will demonstrate the basic setup of MPLAB® Code Configurator for a dual-core dsPIC DSCs.