Nanochap Vital Signs Parameter Detection Chip Nine Senses Series EPC001 on Oximeter, Self-developed Algorithm for Fast Response
In today's medical technology, accurate and fast physiological parameter testing equipment is extremely important for disease prevention and diagnosis. Oximeter as an important tool to monitor human blood oxygen saturation, its accuracy and ease of use is directly related to the patient's life safety. Nanochap Vital Signs Parameter Detection Chip, Nine Senses Series EPC001, is an innovative technology in this field, which has revolutionized oximetry.
The core function of oximeter is to measure the blood oxygen saturation of human body, and this index is an important basis for assessing the state of human respiratory system and circulatory system. Traditional oximeters, due to technical limitations, often have problems such as poor measurement accuracy and poor stability, which largely affect the doctor's diagnosis and timely treatment of patients.
The emergence of Nanochap vital signs parameter detection chip Nine Senses Series EPC001 effectively solves these problems. The chip adopts the most advanced bioelectrical sensing technology, which is able to acquire and process physiological signals in a very short period of time, and accurately calculate blood oxygen saturation. Its core advantages are high precision, high stability and low power consumption, which can continuously and stably monitor the patient's oxygen saturation.
In addition, the Nine Senses Series EPC001 chip also integrates a number of functions in one, such as heart rate monitoring, blood pressure measurement, etc., which can monitor the patient's vital signs in an all-round way. The integration of these functions not only improves medical efficiency, but also makes the oximeter more portable and convenient for healthcare professionals to use in various environments.
Meanwhile, the intelligent diagnostic function of Nine Senses Series EPC001 chip also provides more reference information for doctors. It can automatically adjust the measurement parameters according to the patient's individual differences and physiological changes, providing doctors with more accurate diagnostic basis.
What's more, Nanochap EPC001 also has a set of self-developed algorithms to respond quickly and provide higher accuracy. This feature allows the Nine Senses Series EPC001 chip to quickly capture and analyze data when processing physiological signals, greatly reducing response time. In emergency medical situations, this means that patients can be treated in a more timely manner, reducing the risks caused by delays. At the same time, high accuracy also means more accurate diagnostic results, helping doctors make more rational treatment plans.
Overall, the use of Nanochap's Vital Signs Parameter Detection Chip Nine Senses Series EPC001 on oximeters greatly improves the performance and accuracy of oximeters, bringing new breakthroughs in the medical and healthcare field. It not only improves medical efficiency and reduces medical costs, but more importantly, it allows more people to receive timely and accurate medical services, making an important contribution to the maintenance of people's lives and health. In the future, with the continuous development of science and technology, we expect more innovative breakthroughs in this field, injecting new vitality into the development of human health.
Nanochap Nine Senses Series EPC001 Vital Signs Parameter Detection Chip Advantages and Features
High integration. Integrated RISC-V MCU, single-channel ECG analog front-end, single-channel PPG analog front-end, and hardware filter circuit.
Rich interfaces: UART, SPI, QSPI, I²C, I²S, and other communication interfaces.
High detection accuracy. Ultra-low noise programmable amplifier PGA and 24-bit ADC to intercept the complete signal with high dynamic range and high precision, providing a guarantee for the accuracy of measurement results.
Three-stage integrated comb filter.
Independent acquisition system with up to 32 kHz bandwidth.
Product Parameters
Operating voltage range: 2.5V ~ 5V
Operating temperature range: -40℃ ~ 125℃
Low power consumption modes: sleep mode, shutdown mode, standby mode.
INA programmable gain range: 1 to 120
AC, DC lead off detection; support right leg drive (RLD)
24-bit ADC analog front-end with programmable amplifier support
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