Nanochap Vital Signs Parameter Detection Chip EPC001 on Electromyography Machine, Intelligent Characteristics Bring Higher Accuracy

2024-02-16 Nanochap News
Vital Signs Parameter Detection Chip,EPC001,Nanochap

An EMG machine (electromyography machine) is an instrument commonly used to test muscle activity and assess muscle health by measuring EMG signals. However, traditional EMG machines often only provide basic information, making it difficult to meet the demand for detailed and accurate information. The use of the Nine Senses EPC001 chip can solve this problem.


The Nine Senses EPC001 chip is a Vital Signs Parameter Detection Chip developed by Nanochap, with strong intelligent and multi-functional characteristics. By integrating a variety of sensors, such as EMG sensor, heart rate sensor, temperature sensor processing unit, etc., it can comprehensively and accurately detect a variety of vital signs parameters.


First of all, the utilization of the Nine Senses EPC001 chip in the EMG machine makes the testing of EMG signals more accurate. The signal acquisition of traditional EMG machine is often disturbed, resulting in the accuracy of data cannot be guaranteed. The Nine Senses EPC001 chip adopts advanced signal processing technology, which can effectively suppress the interference signal and improve the accuracy of the signal.


Secondly, the Nine Senses EPC001 chip is not only able to detect EMG signals but also to monitor other important parameters such as heart rate and body temperature at the same time. This multi-functional design makes the EMG machine no longer limited to the detection of muscle activity, but can also provide a more comprehensive assessment of health conditions. For example, in sports training, by simultaneously measuring EMG signals and heart rate, the state of muscle fatigue and changes in cardiorespiratory function can be better assessed, providing a scientific basis for athletes' training.


In addition, the intelligent features of the Nine Senses EPC001 chip also bring convenience to the utilization of EMG machines. By integrating advanced artificial intelligence algorithms, the chip can automatically adjust the sampling parameters according to the individual's physical state and training needs, improving the efficiency and accuracy of the test. At the same time, the chip is also able to analyze the data in real time and provide relevant health advice to help people better carry out fitness training or rehabilitation treatment.


To summarize, the use of the Nanochap vital signs parameter detection chip Nine Senses EPC001 on an electromyography machine makes the function of electromyography machine greatly expanded and improved. Its precise signal acquisition, multi-functional parameter monitoring, and intelligent features greatly meet the needs of people for detailed and accurate vital signs parameter detection.


Advantages and Features of Nanochap EPC001 Vital Signs Parameter Detection Chip:

1. Rich health detection algorithms: cuffless blood pressure, cardiovascular function index, anxiety index, fatigue index, blood oxygen, brain wave concentration, relaxation, etc.

2. Multi-parameter detection: PPG/EEG/ECG/EMG multiple signal detection.

3. High integration: integrated RISC-V MCU, single-channel ECG analog front-end, single-channel PPG analog front-end, hardware filter circuit.

4. High detection accuracy: Ultra-low noise programmable amplifier PGA and 24-bit ADC to intercept the complete signal with high dynamic range and high accuracy, providing a guarantee for the accuracy of measurement results.

5. Strong expandability: Its rich peripheral interface supports the SoC to be used with many different sensors.


Product Parameters

- Operating voltage range: 2.5V ~ 5V

- Operating Temperature Range: -40℃ ~ 125℃

- Low Power Mode: Sleep Mode, Shutdown Mode, Standby Mode

- Low-pass/high-pass/band-stop filter

- 256KB-Flash, 64KB-ROM, 64KB-RAM

- UART, SPI, QSPI, I²C, I²S and other digital communication interfaces

- RISC-V core

- EMG signaling

Standalone acquisition system with up to 32kHz bandwidth

INA programmable gain range: 1 to 120

Input noise: <2.5μVrms (BW = 0.1 to 100Hz, gain = 6)

AC and DC lead shedding detection; right leg drive (RLD) support

24-bit ADC analog front-end with programmable amplifier support

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