Elecbee CJMCU-1292 ADS1292R Electrocardiogram Respiration Impedance ECG 2 Channel 24-bit Analog-to-Digital Converter

ADS1292R ECG Analog Front End Module for Biomedical Signal Acquisition

Elecbee ADS1292R ECG analog front end module is a 2-channel 24-bit biopotential acquisition board designed for simultaneous ECG monitoring and respiration impedance measurement. The module integrates the Texas Instruments ADS1292R biomedical analog front end IC and supports SPI communication for wearable healthcare devices, physiological monitoring systems, embedded medical electronics, and biomedical research applications.

The module is compatible with ADS1292R and CJMCU-1292 ECG development ecosystems, making it suitable for biomedical prototyping, Arduino-based physiological acquisition systems, and embedded healthcare development projects.

Technical Specifications

• Main Chipset: Texas Instruments ADS1292R Analog Front End IC
• Module Type: ECG Analog Front End / Biopotential Acquisition Module
• Measurement Functions: ECG Monitoring and Respiration Impedance Detection
• ADC Resolution: 24-Bit
• Channel Configuration: 2-Channel Biopotential Acquisition
• Communication Interface: SPI
• Operating Voltage: 5V DC
• Integrated Regulator: Onboard 3.3V Low-Noise Voltage Regulator
• Signal Connector: 3.5mm ECG Electrode Interface
• Logic Translation: Integrated Logic Level Translators
• Compatible Platforms: Arduino, Yun, Due, Embedded SPI Systems

Biomedical and Embedded Applications

This ECG acquisition module is suitable for wearable healthcare devices, ECG monitoring equipment, respiration analysis systems, biomedical instrumentation, portable medical electronics, IoT healthcare development, physiological signal acquisition systems, and embedded biomedical research platforms.

Reliable Low-Noise ECG Acquisition

The integrated ADS1292R analog front end combines low-noise signal conditioning with high-resolution biopotential conversion for accurate ECG waveform acquisition and respiration monitoring. The module supports impedance pneumography measurement using chest impedance variation during respiration while maintaining stable biomedical signal performance.

Embedded System Integration

The SPI communication interface allows reliable integration with microcontrollers, embedded systems, biomedical prototypes, and physiological monitoring platforms. The onboard 3.5mm electrode connector simplifies ECG electrode connection for rapid development and evaluation.