Design Guides
Collection of articles to help you design better embedded systems.
USB Type-C Power Bank Reference Design from Renesas
The power bank reference design supports 2-4 cell configurations and features Dual Role Power functionality for versatile applications.
The reference design from Renesas introduces a...
MCU-Based 6-Channel Power Sequencer Reference Design
The Flexible 6-Channel Power Sequencer Reference Design, centered around the microcontroller and discrete DC/DC regulators, provides a powerful, scalable, and reliable solution for managing...
Power Bank Reference Design
The power bank design features USB Type-C and Type-A ports, supports fast charging, and includes system-level protection for reliable performance.
Power banks are indispensable portable...
PD Power Bank Reference Design
The design has advanced charging technology, works with PD3.0 and BC1.2, and has a USB Type-C port that can switch roles. It's suitable for...
Reference Design For Power Sequencing With Load Switches
Using integrated load switches simplifies the design and ensures safe and reliable power sequencing while maintaining a compact footprint compared to traditional discrete MOSFET...
Quad-Channel LiDAR Receiver Front-End Reference Design
This reference design offers a robust and scalable solution for LiDAR receiver front-end development, with a particular focus on automotive applications but with the...
Speech Recognition Reference Design
The reference design simplifies speech recognition integration, offering customizable trigger words and low-power DSP technology for diverse applications.
Speech recognition technology is pivotal in enhancing...
LiDAR Reference Design For Automotive Applications
The design enables precise short-range measurements, high frame rates, and adaptability across industrial and automotive sectors.
The MT LiDAR, a multi-triangulation reference design from Newsight...
Reference Design For Precision Signal Chain In Digital Multimeters
This design offers good DC performance and high accuracy in DC measurements, making it ideal for applications that require precise voltage readings.
This reference design...
IOT Cellular Mini Reference Design
This all-inclusive design ensures that the AVR-IoT Cellular Mini is an ideal platform for developing secure, connected, smart IoT solutions.
The AVR-IoT Cellular Mini development...
Automotive High-Voltage Interlock Loop Reference Design
The HVIL reference design enhances safety in high-voltage environments with comprehensive fault diagnosis, configurable settings, and robust interlock features.
In hybrid or electric vehicles (HEVs,...
Entry-Level Blind Spot Detection Reference Design
The reference design establishes a baseline for basic radar applications, enhancing car safety with blind spot detection up to 120 meters.
Advanced Driver Assistance Systems...
Reference Design For Three-Phase AC Commercial EV Charger
The designs are adaptable to various market needs, offering solutions tailored for both residential and commercial charging applications.
Microchip Technology has introduced a flexible and...
Reference Design Of 3-Phase AC EV Charger With OCPP & WiFi SoC
This EV charger reference design is particularly advantageous for high-end residential and commercial applications, requiring a high degree of integration.
The reliability and performance of...
Reference Design For Single-Phase AC Residential Electric Vehicle Charger
EV charger reference designs enable manufacturers to scale solutions based on market demands, catering to both residential and commercial charging applications.
The reliability and performance...
Compact High-Current BLDC Motor Control Reference Design
It is a ready-to-use, flexible solution for applications such as electric vehicles, drones, and industrial automation, where high current output and compact design are...
Wideband Software Defined Radio Board Reference Design
The module is designed for RF applications, featuring programmability and a frequency range of 70 MHz to 6 GHz, suitable for 3G, 4G, and...
1.6kW Bidirectional GaN Micro Inverter Reference Design
It offers significant advantages in power density, switching frequency, and system cost, making it a valuable asset for modern renewable energy applications.
The pressing need...