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Our Qi® Wireless Power Micro-Receiver reference design allows you to quickly add wireless charging functionality to your projects without having to deal with complex specific protocols or state machines. This receiver is implemented using a general-purpose 8-bit microcontroller (MCU) and is a flexible, low-cost alternative to common wireless charging solutions based on ASICs. The receiver is compatible with the Qi 1.1 (5W) standard and can be used in conjunction with any Qi 1.1-compatible wireless charging transmitters. All Qi 1.2 or higher-compliant base stations are also backwards compatible with Qi 1.1.
Key Features
- 8-bit PIC16F15313 MCU
- MCP1755 Low Dropout (LDO) voltage regulator, which supplies the 5V voltage for the battery charger and the MCU
- MCP73830 single-cell Li-Ion/Li-Polymer battery charge management controller
- A shunt resistor and an MCP6001 amplifier used by the MCU to measure input current
- Foreign Object Detection (FOD) using the power loss method
- Full Digital Power Products
- Digitally Enhanced Power Analog (DEPA) Controllers
- Core Independent Peripheral Products
Similar Devices
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Similar Devices
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Similar Devices
- Hardware Tools
- Software Tools
MPLAB® Starter Kit and Development Boards
Development Boards for Full-Digital Power Controllers
Programmers/Debuggers
Software Tools
Code Examples
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Title
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| CE002 Configuring 10-Bit dsPIC DSC A/D Converters for 1 Msps Conversion Rate | Download |
| CE021 - dsPIC SMPS Buck Converter with PID Control | Download |
| CE031 - dsPIC SMPS ADC Triggered by PWM | Download |
| CE028 - dsPIC SMPS Complementary PWM | Download |
| CE020 - Standard Mode PWM using dsPIC SMPS DSC | Download |
| CE032 - dsPIC SMPS ADC Interrupt Vectoring - Assembly | Download |
| PMBus Setup for dsPIC33F | Download |
- Application Notes
- Brochures
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Title
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| Power Factor Correction in Power Conversion Applications Using the dsPIC® DSC | Download |
| Digital Power IPFC Reference Design Application Note | Download |
| Switch Mode Power Supply (SMPS) Topologies (Part II) | Download |
| Switch Mode Power Supply (SMPS) Topologies (Part I) | Download |
| Advantages of Slope Compensation with CIPs | Download |
| Oscillator Jitter and Jitter-Causing Events | Download |
| Primary Side Power Limiter and Control | Download |
| Switching Power Supply Design with the PIC16F785 | Download |
| Configurability in a Switched Mode Power Supply Controller | Download |
| Advantages of the Operational Amplifier Peripheral in PIC Microcontrollers for SMPS Applications | Download |
| Getting Started with Dual Core | Download |
| Frequently Asked Questions (FAQs) About dsPIC® DSC SMPS Devices | Download |
| Solar MPPT Battery Charger for the Rural Electrification System | Download |
| Soft-Start Controller for Switching Power Supplies | Download |
dsPIC® DSC Wireless Power and Charging Solutions
Learn how the dsPIC33 Digital Signal Controller which includes a powerful DSP Core, high-speed ADCs, high resolution PWMs, provides a high level of programmability, enables standards based wireless charging solutions. The dsPIC33 based 15W transmitter complies with the Qi standard, and supports CAN, NFC and authentication. The 200W Transmitter/Receiver solution developed with a custom controller is targeted for applications such as power tools, industrial robots etc., provides greater than 90% efficiency and includes an advanced foreign object detection scheme.
dsPIC® DSC Wireless Power and Charging Solutions
dsPIC® DSC Wireless Power and Charging Solutions
Learn how the dsPIC33 Digital Signal Controller which includes a powerful DSP Core, high-speed ADCs, high resolution PWMs, provides a high level of programmability, enables standards based wireless charging solutions. The dsPIC33 based 15W transmitter complies with the Qi standard, and supports CAN, NFC and authentication. The 200W Transmitter/Receiver solution developed with a custom controller is targeted for applications such as power tools, industrial robots etc., provides greater than 90% efficiency and includes an advanced foreign object detection scheme.
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.
Event Sequencing using Peripheral Trigger Generator (PTG)
Event Sequencing using Peripheral Trigger Generator (PTG)
This video will introduce you to one of our new peripherals, the Peripheral Trigger Generator or commonly referred as PTG, available on 16-bit dsPIC33 digital signal controllers. The video will give a glimpse into the capabilities of PTG peripheral, which can help you in addressing the challenges of sequencing asynchronous tasks and event triggers.
Digital Power Starter Kit Demonstration – MASTERs Conference 2015
Digital Power Starter Kit Demonstration – MASTERs Conference 2015
This is a Live Update demonstration of the power supply firmware using Microchip’s new dsPIC33EP ‘GS’ devices. These devices contain two flash partitions such that programming of the inactive partition can occur without stalling the CPU which then leads to continuous regulation of the power supply (i.e. no down time to update PSU firmware). The demonstration shows an extreme case where the compensator is being changed from an poorly designed 2P2Z compensator to a properly designed 3P3Z compensator.
Microchip dsPIC® DSC Digital Power Solutions
Microchip dsPIC® DSC Digital Power Solutions
Microchip's dsPIC® digital signal controller digitally controls different power supply topologies. On display at Microchip’s Design West booth were several of Microchip’s digital power reference designs, including the solar micro inverter, LLC resonant converter, quarter brick DC/DC and LED development board.