Design Guides
Collection of articles to help you design better embedded systems.
Health Sensor Platform 4.0 Reference Design
The chest patch design helps track vital signs using PPG, ECG, BioZ, and temperature sensors. It allows real-time data analysis, custom algorithms, and wearable...
Short-Range Radar Reference Design
Develop short-range radar with a reference design that enables object tracking for autonomous parking, lane change assist, blind spot detection, and collision avoidance.
The TIDEP-0092,...
Reference Design For Edge-AI Wireless ECG Holter Monitor
This reference design is particularly beneficial for applications such as medical sensor patches, electrocardiograms (ECG), and wearable fitness and activity monitors.
The Edge-AI-ready wearable biosensing...
24 GHz Radar Sensor Reference Design
Want to build a radar system without being an expert? This 24 GHz design helps detect objects, track movement, and measure speed in minutes....
Reference Design For LCR Meter Using Auto-Balancing
By integrating the OPA2810 and BUF634A, the system ensures accuracy, stability, and wide impedance coverage, making it a reliable choice for semiconductor testing, digital...
Analog Front End Reference Design
The design helps collect analog data with a 16-bit ADC, useful for industrial automation, medical devices, and process control, making development easier.
High-resolution data converters...
Radar Sensor Reference Design
The reference design helps detect motion using a radar sensor and microcontroller. It supports SPI mode, adjustable settings, and easy device integration to save...
2D Radar Transceiver Reference Design
With its high-speed digital processing, customizable antenna options, and integrated Ethernet interface, the design provides a powerful foundation for designing radar systems with high...
Energy Harvesting For Fault Indicators Reference Design
The design helps extend battery life, optimize power management, and ensure reliable operation of fault indicator systems using energy harvested from solar cells.
Design engineers...
Battery Cell Tester Reference Design
Need accurate current and voltage control for battery testing or power supplies? This reference design solves regulation errors and startup issues—see more!
The TIDA-010090 reference...
ADAS Camera Hub Reference Design
This efficient power and signal management approach makes the design highly effective for automotive ADAS applications.
For many automotive Advanced Driver Assistance Systems (ADAS), multiple...
Reference Design For Longer Coin Cell Battery Life
Detects gas leaks without wires or frequent battery changes. This sensor uses ultrasonic signals, runs on a coin cell, and sends real-time alerts. Find...
Internet of Things with Python: How Python Helps Run IoT Devices
Python’s strength lies in its English-like syntax, the nimble MicroPython, and an extensive library of modules. It’s a great tool for prototyping, developing, and...
Digital Power Supply Design Using A Microcontroller
As power demands rise, digital power supplies provide a forward-thinking solution, optimising efficiency and reducing component complexity through digital control.
Advantages of Digital Power SupplyDisadvantages...
Optimising High-Power AC Electronic Switches Using PSpice Simulation
Optimising electronic switches for high-power AC applications through SPICE simulation guarantees accurate on/off switching behaviour, even with sinusoidal inputs.
The design and modelling of voltage...
Qi Wireless Charging LED Lantern Reference Design
Looking to add wireless charging to your designs? Explore a solution that combines Qi 1.1 compatibility, battery charging, and LED driving in one package....
Reference Design For Scalable 20.8 GSPS 12 Bit Digitizers
This reference design serves several applications, including oscilloscopes (DSOs), data acquisition (DAQ) systems, and electronic warfare, where high-speed signal acquisition is critical.
This reference design...
LIDAR-Pulsed Time-of-Flight Reference Design
See how time-of-flight technology measures distance. Learn how data converters, optics, and signal processing are used in drones, LiDAR, and robotics.
Time-of-flight (ToF) optical methods...