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Reference Designs

Low-Side Current Sensing Board

The reference design enables accurate low-side current sensing for automotive and industrial equipment using a shunt resistor and a low-noise operational amplifier. ROHM Semiconductor has...

High-Density 240W Power Converter

Reference design enables high-density DC-DC power conversion using GaN MOSFETs with a wide input-voltage range and high output current.  Microchip Technology has introduced a 240...

GaN Reference Design Powers Bidirectional Converters

Enables compact, high-efficiency bidirectional power conversion for battery storage, EV charging, and grid-connected industrial systems.  The rapid adoption of renewable energy systems, battery energy storage,...

High-Voltage Modular Battery Management System

Reference design enables scalable battery management for high-voltage battery packs with integrated monitoring, protection, cell balancing and isolated communication. Microchip Technology has unveiled a reference...

Microchip Unveils High-Speed Edge Vision Reference Design

Microchip's new reference design combines PolarFire FPGA technology with CoaXPress connectivity to enable low-power, high-speed image capture for industrial edge vision systems. Microchip has introduced...

High-Voltage Hardware-Based E-Fuse

Reference design demonstrates a hardware-only e-fuse architecture for high-voltage AC and DC systems with configurable protection, bidirectional current blocking and modular implementation. Microchip has announced...

Wireless Control for Brushed DC Motors

Design enables wireless monitoring and control of brushed DC motors using Bluetooth LE for consumer, industrial and medical applications. Microchip has introduced a reference design...

Reference Design Simplifies High-Efficiency Residential Solar Inverter Development

Texas Instruments introduced a gallium nitride reference design enabling compact, efficient 3.6kW residential solar inverters with integrated wireless connectivity and simplified development. Texas Instruments has...

Reference Design Enables Isolated Automotive Power

Built around the BD7F105EFJ-C flyback converter, the REF67006 reference design generates an isolated 16.5V output from an 8V–32V input, helping engineers accelerate automotive and...

Button Slider Wheel Touch Solution

See how a reference design combines touch controls with vibration feedback to help build products and test different touch input methods. Capacitive touch controls have...

Reference Design for OCPP 1.6 EV Charging Platform Using MPLAB Harmony v3

The reference design integrates an OCPP 1.6 software stack with MPLAB Harmony v3 to simplify the development of connected AC EV charging stations, enabling...

Reference Design for Isolated Flyback Power Supply

The new design enables isolated multi-output power supplies for automotive and industrial applications with built-in protection features. A reference design from ROHM demonstrates an isolated...

Isolated Flyback DC-DC Converter Reference 

A 24V to 5V isolated flyback design shows power conversion, testing, and control in one setup, helping you check performance and build prototypes faster. Developing...

Precision DC Power and System Monitoring Reference Design

Ideal for industrial automation, battery management, and instrumentation, the modular platform helps engineers accelerate the development of reliable DC monitoring solutions. Accurate monitoring of voltage,...

Reference Design Enables Smarter Autonomous Robotic Vehicle Development

A new reference design combines sensor fusion, wireless connectivity and real-time processing to accelerate development of scalable autonomous robotic vehicle applications. Microchip Technology has introduced...

Reference Design for Eight-Channel 1kVA Class-H Audio Amplifier

The reference design combines Class-H envelope tracking with a Class-D amplifier to deliver high-output automotive audio while improving efficiency, reducing thermal dissipation, and simplifying...

Reference Design for AI-Based Arc Fault Detection

AI and machine learning enable faster and more accurate arc fault detection for AC and DC applications, accelerating the development of intelligent safety systems. The...

Reference Design for Multi-Axis Motor Control

Design demonstrates multi-motor field-oriented control for industrial automation, robotics and appliance systems. A reference design from Microchip demonstrates how a 32-bit microcontroller platform can control...

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