Design Guides
Collection of articles to help you design better embedded systems.
Capacitive Touchscreen Display Reference Design
The evolution of tactile interaction with screens that react to even the most delicate movement provides unmatched finesse and accuracy for the optimal user...
Multi-Cell 36-48V Battery Management System Reference Design
The reference design improves battery safety and performance, suitable for vehicles, energy storage, and industrial applications.
The advent of high-voltage battery systems in sectors like...
Battery Management System Reference Design
Enhancing electric vehicles and energy systems with cutting-edge technology to optimize performance and extend lifespan.
Battery Management Systems (BMS) play a pivotal role in high-end...
Reference Design For Three-Wheeler Battery Management Applications
The reference design for three-wheeler BMS epitomizes the next generation of electric vehicle technology with enhanced performance, safety, and versatility.
A Data-Acquisition System with Integrated...
Flexible Battery Management System Reference Design
The BMS reference design heralds a new era of efficient battery management for modern EVs, ensuring unparalleled safety and peak performance.
The Battery Management System...
High-Voltage Auxiliary E-Fuse Reference Design
The future of high-voltage systems is shaped by the e-fuse technology, elevating precision, safety, and efficiency in EVs, HEVs, and beyond.
High-voltage auxiliary E-Fuse technology...
Reference Design For Power Distribution Box With e-Fuse
In the EV evolution, ensuring vehicle safety and circuit efficiency is paramount, highlighted by introducing a compact e-fuse box board.
In the rapidly evolving landscape...
A Bidirectional eFuse Reference Design
High-voltage eFuse innovation, safeguarding users and hardware with remote control and CAN bus integration, is reshaping power protection for the future.
With the rise in...
Reference Design Of Automotive Precision eFuse
With rapid response times and high accuracy, the eFuse design revolutionizes vehicle safety and manages power for evolving EV charging demands.
Fuses are commonly employed...
Designing Manufacturable Products By Simplifying Complexity
Building upon the author’s previous article on product risk analysis, this article delves into the often overlooked link between design and manufacturing, where poor...
Reference Design Of A Bi-directional Converter For EV Charging
E-mobility is evolving with a 97.2% efficient, compact 11 kW SiC bi-directional DC/DC converter design for EV charging and energy storage systems.
E-mobility is rapidly...
Reference Design For 6.6kW Unidirectional On-Board Charger
The horizon of EV charging is illuminated by a 6.6kW OBC reference design, leveraging GaN's potential for swift and efficient energy transfer.
The transition to...
Interesting Reference Designs Of remote control
TitleMulti-Button IR Remote ControlBluetooth Low Energy Remote ControlVoice Remote ControlInfrared RemoteSmart RemoteImageKey AttractionsThe reference design for a multi-button IR remote control comprises both the...
Reference Design For 6.6 kW Bi-Directional EV On-Board Charger
The Bi-Directional EV On-Board Charger is the future of efficient EV charging, being compact yet power-packed and offering benefits beyond mere charging.
The evolution of...
Reference Design For 7 kW On-Board Charger
The on-board charger reference design of electric vehicles offers high power efficiency, innovative heat management, and modular adaptability.
An on-board charger (OBC) is an integral...
Mastering Product Risk Analysis for Robust and Reliable Designs
Those who are following the author’s series of articles would have seen the design of the charge controller in the previous article. In that...
Reference Design For 7.4-kW On-Board Charger
Elevate the Electric Vehicle charging landscape with amplified efficiency, sleek designs, and high power density of on-board chargers.
On-board chargers (OBCs) represent a critical component...
High-Speed PCB Design Guide
High-speed PCB design consists of multiple steps. Design re-spin is not only cost-sensitive but also time-consuming. So, one should follow proper design rules early...