Design Guides
Collection of articles to help you design better embedded systems.
HEV/EV HVAC eCompressor Motor Control Reference Design
The reference design used sensorless field-oriented control without a position sensor, aiming to reduce development time and enhance system efficiency.
For decades, the internal combustion...
AC Level 2 Charger Platform Reference Design
The AC level 2 charger platform features a low standby power stage, control interfaces, and applications for residential and commercial settings, ensuring energy management...
Wearable Electrocardiogram Reference Design
The Wearable ECG reference design measures heart rate data and movement and enables IoT connectivity for health management.
Electrocardiogram (ECG) heart data, which provides a...
Heart-Rate Monitor Wrist Band Reference Design
The design features compact components suitable for creating efficient heart rate monitors with advanced functionality and performance.
Wearable devices are valued for compactness, often designed...
56G Retimer MCB Reference Design
This reference design effectively uses the DS560DF410 retimer in a versatile, high-performance MCB suitable for various high-speed data communication applications.
The 56G PAM-4 retimer DS560DF410...
Guide To Calculating PCB Area: Optimization Strategies & Cost Reduction
Calculating the area of a Printed Circuit Board (PCB) accurately is essential for optimizing the layout and cost-effectiveness of these crucial components in electronic...
Wearable Demo Reference Design
This comprehensive integration of sensors and connectivity solutions provides a robust reference design for wearable technology. It ensures high performance and low power consumption...
Wearable Sensor Unit Reference Design
The reference design fits within a watch strap for real-time activity monitoring and seamless sensor interaction, optimized for wearable and portable applications.
Wearable sensor units...
DSP + ARM Processor Audio Processing Reference Design
The design is equipped with a simple serial user interface, facilitating easy interaction and control.
The Reference Design TIDEP0069 by Texas Instruments is an advanced...
Temperature Sensor For Wearable Devices Reference Design
The temperature sensor reference design for wearable devices features 0.13°C accuracy and a versatile USB form-factor PCB.
Temperature sensors in wearable devices are crucial in...
Passive NFC Temperature Patch Reference Design
This design is ideal for applications that require accurate temperature monitoring, particularly for human skin, and allows the transfer of temperature data to an...
Smart Cockpit Reference Design
This design aims to broaden the range of applications, including those in mass-market vehicles and contributes to spread of smart vehicle cockpits.
The surge in...
Barcode And QR Code Scanner Reference Design
This design is a practical example of using the Atmel SAM4S microcontroller for QR code decoding, demonstrating its capabilities and providing a foundation for...
Three Output Smart Power Strip Reference Design
The smart power strip reference designs offer three outputs to simplify the design process and speed up market entry, enhancing home automation, security, and...
Daisy Chain Clock Reference Design For RADAR And 5G Wireless Testing
The clock reference design stands out for its robustness and scalability, making it an ideal solution for high-speed, multi-channel clocking needs in advanced RADAR...
LED Driver Reference Design For Automotive Lights
The design's adaptability and robust features make it a good choice for developers looking to create reliable, dynamic lighting solutions in automotive and other...
Automotive Front Light LED Reference Design
The automotive lighting reference design simplifies the integration of high and low beams in automotive lighting, using a versatile SEPIC topology for cost-effectiveness.
Automotive front...
Light Control And E-Switch Reference Design
The solution controls automotive lighting and diagnostics, provides communication via LIN and CAN, and precisely manages all car lights.
Light control and e-switch systems are...