Ultra-low Power Consumption, High Accuracy - Nanochap BAF003 Leads a New Leap in ECG Detection Technology

In the medical and healthcare field, ECG testing equipment, as an important tool for diagnosing cardiovascular diseases, has been attracting a lot of attention for its technological innovation. Nanochap's BAF003 ultra-low power 6-in-1 physiological signal analog front-end chip has shown excellent performance and wide application prospects in ECG detection equipment.

BAF003 Technical Characteristics: A Perfect Fusion of High Precision and Low Power Consumption

• The Nanochap BAF003 chip is an ultra-low-power analog front-end (AFE) chip designed to capture physiological signals. It integrates a variety of advanced functional modules, including a two-stage programmable amplifier, a 16-bit high-precision ADC, two transimpedance amplifiers, a bio-impedance detection module, high-precision temperature sensors, and digital controllers (including memory circuits such as FIFOs). These modules work together to provide powerful technical support for ECG detection.

• High Accuracy: The BAF003's amplifier has a maximum gain of 120x, ensuring accurate acquisition of ECG signals, and the ADC sampling speed of 2kHz captures subtle changes in ECG signals for improved diagnostic accuracy.

• Low Power Consumption: The BAF003 has excellent power consumption of less than 100nA during sleep, less than 4μA in standby, and about 35μA when the ADC is turned on for continuous sampling, a feature that is especially important for ECG devices that require long periods of time to monitor, prolonging the device's lifespan and minimizing the need to replace batteries.

BAF003 Application Advantages: Improved Detection Accuracy and User Experience

1. Improve detection accuracy: Traditional ECG testing equipment is often limited by environmental noise, equipment accuracy and other factors, making it difficult to ensure the accuracy of the test results. The Nanochap BAF003 chip, with its high-precision amplifier and ADC, as well as optimized signal processing algorithms, significantly improves the detection accuracy of ECG signals, providing doctors with a more reliable basis for diagnosis.

2. Enhance user experience: The low power consumption of BAF003 chip makes the ECG testing device more lightweight and easy to carry, so that patients can monitor ECG anytime and anywhere. At the same time, the high degree of integration of the chip also simplifies the structure of the device and reduces production costs, enabling more patients to enjoy high-quality ECG testing services.

3. Multi-parameter monitoring: BAF003 chip is not only suitable for ECG signal monitoring, but also can simultaneously monitor pulse, body temperature, bio-impedance and other physiological parameters. This multi-parameter monitoring capability provides doctors with more comprehensive information about the patient's health and helps to develop more personalized treatment plans.

With the increasing demand for health monitoring and the continuous advancement of medical technology, the ECG testing equipment market is ushering in unprecedented development opportunities. The Nanochap BAF003 chip has shown great potential for application in ECG testing equipment due to its advantages of high precision, low power consumption and multi-parameter monitoring.