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Design Guides

Collection of articles to help you design better embedded systems.

Choosing The Right Materials For Automotive Electronics

Designing modern automotives filled with complex electronics poses a variety of challenges. Can innovative materials such as adhesives, coatings, and resins help you extend...

Reference Design for Air Conditioner Outdoor Units

A complete system-level reference design enabling dual-motor control, advanced inverter technology, and optimized power conversion for modern, energy-efficient air conditioner outdoor units. The Renesas AIR-CON-ODU-REF...

Dual-axis motor drive on a single MCU design

Dual-axis motor control delivers response, speeds, and precision from a single controller using control techniques. TIDM-02007, a reference design from Texas Instruments (TI) demonstrates a...

Reliable Medical Alarm Reference Design

Featuring high-fidelity audio alerts, robust power backup with supercapacitors, and integrated visual indicators in a compact, ready-to-deploy design. The Texas Instruments TIDA-010264 reference design provides...

Power supply architecture reference design

Power systems are getting complex. This reference design shows a way to build multi-rail supplies with load support and protection features. Power systems used in...

Efficient Isolated Flyback Power Reference Design 

A ready-to-use reference design that helps engineers quickly develop reliable, compact, and efficient isolated DC-DC power supplies with reduced design complexity and faster time-to-market. An...

Low-power RF mesh reference design 

Build RF mesh networks with multi-hop range, lower cost, and reliable links—this design shows how engineers can scale smart metering and wireless systems. The reference...

Reference Design For Compact IoT And Wearable Systems

Achieve the perfect balance between efficiency, noise performance, and miniaturisation—enabling reliable power solutions for next-generation portable and battery-powered devices. It serves as an important benchmark...

Bi-Directional Active Front End Reference Design

A bidirectional converter design shows how SiC devices handle charging and discharging in EV systems, with simple control and flexible setup for testing different...

Switching Converter Reference Design

A single platform brings multiple DC-DC regulators together, helping you test performance, compare topologies, validate behavior, and move from evaluation to design integration. The Building...

SiC Gate Driver Reference Design

A 100 kW-class inverter reference platform that helps design engineers accelerate development of high-efficiency SiC-based traction and motor drive systems. For design engineers working on...

SiC-Based Three-Phase Inverter Design

A ready-to-use reference platform that helps engineers accelerate the development of efficient mid-power inverter systems using advanced SiC technology. Designed around silicon carbide (SiC) technology,...

Energy-Efficient Ethernet Reference Designs

Start building a 24-port Ethernet switch faster. Test features, check performance, save power, and turn an idea into a working system with less effort. These...

SiC Inverter Reference Design Simplified

It  offers engineers a ready-to-use three-phase inverter platform, accelerating prototyping and evaluation of high-efficiency SiC-based power systems. ROHM Semiconductor’s reference deign is particularly useful for...

400V DC eFuse Protection Reference Design

A high-voltage, bidirectional electronic fuse architecture demonstrating ultra-fast fault protection, low-loss SiC switching, and isolated current monitoring for 400V DC power systems up to...

48V Zone Reference Design

Cars are moving to 48V power systems. A new design shows how power can flow easily, use less wiring, and still run old 12V...

Wireless Smoke Detector Reference Design 

It provides design engineers with a practical architecture, hardware components, and firmware framework for developing reliable and scalable fire-safety devices used in smart homes...

Simple Tricks To Pack More 5G Antennas

Can compact isolation structures enable denser 5G antennas? PCB-friendly isolation techniques make it possible to place more antennas into tight layouts without sacrificing isolation,...
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