Design Guides
Collection of articles to help you design better embedded systems.
Power Factor Regulator Converter Reference Design
The reference design offers a tested supply platform for PFCs, ensuring efficiency and robust output protection for appliances, making it versatile and reliable.
Major appliances...
Reference Design Of Forehead Thermometer
The design for a forehead thermometer features a microcontroller with ADC, power management, and connectivity for healthcare applications.
The reference design from NXP semiconductor for...
Reference Design For Infrared Forehead Thermometer
With precision, adaptability, and energy efficiency, this innovation sets a new standard in monitoring and safeguarding public health.
In today's ever-evolving world, health and well-being...
Skin Temperature Measurement Reference Design
The design uses a temperature sensor and BLE MCU for skin contact measurements, offering two modes: a long shelf life and iOS device monitoring.
A...
Thermometer Reference Design With Integrated MCU, Capacitive Touch Module And Bluetooth
Discover how Microchip's Connected Thermometer Board utilizes technology to create a Bluetooth-connected digital thermometer, offering efficient power management, capacitive touch interfaces, and global compatibility.
Thermometers...
IR Contactless Thermometer Reference Design
The IR contactless thermometer design includes a microcontroller, a lithium-ion battery charger, and a low dropout regulator, which are suitable for healthcare applications.
Infrared (IR)...
Reference Design For Charging Solutions For Industrial Light Electric Vehicles (LEVs)
As industries worldwide embrace the shift towards cleaner and more sustainable electric mobility, this design offers efficiency, precision, and adaptability to ensure reliable and...
E-bike Charger Reference Design
The reference design caters to e-mobility and general power supply needs with high efficiency, a wide input range, and a compact size, suitable for...
84 W AC-DC Reference Design For E-bike Battery Charger
This highly versatile solution supports a wide output load range from 6 V to 42 V, making it suitable for various applications.
Battery chargers for...
500-W CC/CV e-Bike Charger Reference Design
The charger, a 500-watt design for e-bikes, offers a 71.4V, 7A output with 95.8% efficiency and an adjustable CC/CV feature, suitable for various charging...
High-Power-Density Battery Charger For eBikes Reference Design
The design integrates three PowiGaN-based ICs for a 180W battery charger, suitable for power tools and eBikes, focusing on efficiency and power density, with...
5kW Low Voltage Electric Traction Inverter Reference Design Kit
Discover how ST Microelectronics' reference design shapes the future of cleaner and more efficient transportation with its cutting-edge technology, precision control, and robust power...
200 kW Three-Phase Inverter Reference Design
The 200kW three-phase inverter reference design improves power density and efficiency, using a platform for SiC MOSFETs suitable for multiple applications.
A 200 kW three-phase...
Traction Inverter Direct Evaluation Reference Design Kit
The design offers advanced IGBT technology and customizable testing options for early-stage development and performance assessment in motor control.
The traction inverter is crucial in...
Traction Inverter Single-Phase Power Stage Reference Design
Discover the future of sustainable transportation with a single-phase power stage for traction inverters, powering electric vehicles for efficient energy conversion, precise motor control,...
Traction Motor Controller Reference Design
The traction motor controller design includes a 240MHz CPU core, a microcontroller with multiple functionalities, and a power management system suitable for HEVs and...
Battery Control Unit Reference Design
The design is a central controller for high-voltage Li-ion and LiFePO4 battery racks, with communication interfaces, a microcontroller, and safety features for industrial battery...
3rd Generation EV Power Inverter Control Reference Design
The EV power inverter control design updates electric vehicle technology with improved processing, safety standards compliance, and advanced connectivity for performance.
Electric Vehicle (EV) Power...
