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HRM-104S(41) application field and working principle

The HRM-104S(41) module is a specialized module designed for medical applications. It is designed to provide accurate measurements of human tissue dielectric properties, including electrical conductivity, impedance, and electric capacitance.HRM-104S(41) has wide applications in the medical field, such as tissue characterization, diagnosis, therapy, and biomechanical studies. It is suitable for monitoring the electrical properties of living cells, tissues, and organs in vivo, and can be used to study tissue dielectric properties, such as electrical conductivity, impedance, and electric capacitance.In addition, HRM-104S(41) can be used to analyze the physiological effects of drugs such as painkillers and anticonvulsants, as well as to measure the electrical properties of biological materials such as muscle and nerve tissues.The working principle of HRM-104S(41) is based on the concept of dielectric spectroscopy. This technique utilizes a specific type of electrode to induce electrical currents in human tissues. The amplitude and phase angle of these currents can then be measured, and the electrical parameters of the tissue can be computed based on these measurements.The HRM-104S(41) module also includes a frequency generator, which allows for precise control of the frequency of the electrical current. This allows the user to measure the dielectric properties of human tissues at various frequencies, and to obtain an accurate characterization of the tissue.The HRM-104S(41) module can be connected to a variety of monitoring and recording systems, and is also compatible with many computer software programs. The module is highly user-friendly and requires minimal setup and operation.In conclusion, the HRM-104S(41) module is a useful tool for medical researchers and practitioners. It offers accurate measurements of human tissue dielectric properties, and can be used to monitor and analyze the physiological effects of drugs, as well as measure the electrical properties of biological materials. The module is highly user-friendly and is compatible with many computer programs, making it an invaluable tool for medical research and diagnosis.

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