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...
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...
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...
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...
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...
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...
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,...
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...
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...
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...
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...
Reference design enables isolated AC voltage sensing for motor control, charging, and power applications, supporting accurate monitoring of high-voltage systems.
A reference design from Vishay...
What if ECU design was already done? The right reference design can do more than save development time. Explore reference designs that help engineers...
The design enables accurate current, voltage, power and temperature measurements for high-voltage applications with CANFD communication.
A new reference design of an intelligent battery shunt...
The design enables isolated measurement of high AC currents while providing an analogue output for monitoring and control applications.
The reference design offered by Vishay...
The design enables precise measurement of high AC currents while maintaining electrical isolation between the sensing and measurement circuits.
Applications like EV powertrains, battery monitoring...
Using an isolated sensing architecture, the circuit converts high DC voltages while maintaining electrical isolation between the input and measurement circuitry.
In high voltage systems...