As mobile healthcare continues to rise, wearable medical electronics has become one of the hottest industries. At the same time, wearable medical devices with data acquisition and monitoring capabilities have placed new demands on electronic components, and small-volume, low-power, low-cost control and personal application markets have expanded into design bottlenecks. Of course, the services of technology and solutions are also very important, especially for new medical device providers. "For suppliers, to change the original supply and service model is particularly prominent", ADI Mr. healthcare industry in Asia Pacific marketing manager Wang Sheng from the presentation.
Wang Sheng, Marketing Manager, ADI Asia Pacific
Mr. Wang Sheng, Marketing Manager of ADI Asia Pacific, pointed out, “We have reason to believe that the emergence of wearable medical electronic applications will have a profound impact on our lives in the near future. 2015 must be an important year. There are more and more actual medical electronic products and application cases appearing."
Mr. Wang Sheng pointed out that the biggest difference between mobile medical and traditional medical equipment lies in its size and portability, but mobile does not mean low performance, and it is no longer limited to use in traditional medical institutions. Applications will be transformed according to different life scenarios and application methods. As the diagnostic mobile medical devices continue to mature, devices with personal monitoring and diagnosis and motion monitoring will be better in our lives.
Common needs of wearable medical design
In the field of portable medicine, the common needs of semiconductors include low power consumption, high integration, small package, and the number of peripheral components to be minimized, and it is easy to use, to ensure high reliability requirements, and even to meet special requirements. Medical industry norms, as well as reasonable cost control. In this respect, ADI's technological advantages in system applications not only provide chips, but also for specific applications and products.
ADI's products cover a wide range of applications, but in terms of signal monitoring, ADI can be regarded as the industry's top experts. The most common signs and signals monitoring mainly include sound monitoring, heart rate monitoring, blood pressure monitoring, etc. It is difficult to achieve, and may be counted by photoelectric measurement, physiological potential, temperature. In the interview, Wang Sheng introduced us. ADI's most representative signage signal monitoring solutions.
1. Physiological electromotive force measurement. The ADAS1000 ECG system solution is convenient for displaying the electrode electrocardiogram. It can easily perform thoracic impedance and respiratory measurement. In the chip, the pulse pulse detection algorithm can also support high-speed data channel chip speed detection.
2. Photoelectric method measures heart rate and blood oxygen content. Using wrist-reflexed heart rate measurement, including ambient light, photodiode area, industrial design, motion removal (algorithm), power consumption, and spectroscopy, current modules include red-light green or red-light infrared (ADPD142RG/ADPD142RI) ).
Photoelectric method for measuring heart rate and blood oxygen content
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