Reference Designs
“Industry-grade DIY Projects”—that’s perhaps the best way to describe what Reference Designs are. Or, you can define them as “complete, tested blueprints and working models for a specific electronic device or system.”
In this section, we have found and shared 100s of such blueprints, which enable engineers and DIYers like yourself to save significant time and resources in designing new products since they provide everything you need to get started including: schematics, software, PCB layout files, and BoM!
Low Power Blood Pressure Meter Reference Design
Extreme power efficiency, integrated sensors, and smart algorithms ensure accurate and comfortable readings.
A sphygmomanometer, commonly known as a blood pressure meter, is a medical...
Smart Blood Pressure Monitor Reference Design
A pressure monitor measures blood pressure and pulse, syncing data with a smartphone app, utilizing specific modules, and employing an oscillometric method for measurement.
The...
Ultra-Efficient Blood Pressure And Heart Rate Monitoring Reference Design
Dive into the future of cardiovascular monitoring with a device that combines efficiency, user-friendliness, and detailed health insights, all while supporting battery-powered applications for...
Direct Time−of−Flight Depth Sensing Reference Design
The design utilizes Time-to-Digital Converter signal processing for depth sensing, enabling LiDAR ecosystem partners to develop their applications with depths up to 23 meters.
LiDAR,...
High-Resolution LiDAR With GaN HEMT-Based Laser Driver Reference Design
The new 905nm high-power laser diodes and EcoGaN devices enable faster, more powerful laser driving, enhancing LiDAR sensor performance.
The range of uses for LiDAR...
High Voltage Boost For APD In LiDAR Applications
The LiDAR power solution employs a boost converter in Discontinuous Conduction Mode to deliver over 350V output, tailored for automotive applications and compliance with...
Automotive 5-W Inverting Buck-Boost Reference Design For Lidar
These buck devices are ideal for high-duty-cycle ranges and effortless startups below 5-V input.
The Simple Switcher's integrated FET in an inverting buck-boost configuration offers...
Pulse Oximeter Reference Design
Based on the Renesas RL78/G13 microcontroller, the pulse oximeter design includes external hardware, signal processing, and connectivity options for enhanced functionality.
Pulse oximetry, a critical...
Reference Design For SpO2 Measurements
A SpO2 reference design utilises a biosensor for non-invasive blood oxygen level measurements, focusing on accuracy and efficiency.
A pulse oximeter is a non-invasive medical...
Advanced Pulse Oximeter Reference Design
Unveiling a low-cost, low-power handheld or wearable solution, this demo board allows designers to create devices capable of measuring heart rate and blood oxygen...
Single-Chip Pulse Oximeter Reference Design With 90dB Dynamic Range For Lower Perfusion Index
This compact device offers real-time oxygen saturation and heart rate measurements, transforming patient care in hospitals, clinics, and home healthcare.
The single-chip pulse oximeter represents...
Sensorless Sinusoidal Field-Oriented Control Drone Propeller Reference Design
Dive into technology with the dsPIC33EP Digital Signal Controller and Sinusoidal Field-Oriented Control, and learn how these innovations are revolutionizing drone propeller design and...
Power Factor Regulator Converter Reference Design
The reference design offers a tested supply platform for PFCs, ensuring efficiency and robust output protection for appliances, making it versatile and reliable.
Major appliances...
Reference Design Of Forehead Thermometer
The design for a forehead thermometer features a microcontroller with ADC, power management, and connectivity for healthcare applications.
The reference design from NXP semiconductor for...
Reference Design For Infrared Forehead Thermometer
With precision, adaptability, and energy efficiency, this innovation sets a new standard in monitoring and safeguarding public health.
In today's ever-evolving world, health and well-being...
Skin Temperature Measurement Reference Design
The design uses a temperature sensor and BLE MCU for skin contact measurements, offering two modes: a long shelf life and iOS device monitoring.
A...
Thermometer Reference Design With Integrated MCU, Capacitive Touch Module And Bluetooth
Discover how Microchip's Connected Thermometer Board utilizes technology to create a Bluetooth-connected digital thermometer, offering efficient power management, capacitive touch interfaces, and global compatibility.
Thermometers...
IR Contactless Thermometer Reference Design
The IR contactless thermometer design includes a microcontroller, a lithium-ion battery charger, and a low dropout regulator, which are suitable for healthcare applications.
Infrared (IR)...