Factors such as the aging of the global population, the improvement of people's living standards and the increasing demand for medical services in remote areas are driving the transformation of traditional medical methods. Mobility and portability have gradually become the key factors affecting the medical electronics industry. On the other hand, the development of semiconductor technology has pushed the pace of medical innovation forward at an unprecedented speed. With the rapid processing of computing, high-precision analog-to-digital conversion and advances in wireless network technology, medical electronic products have become portable and miniaturized. .
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Currently, the portable medical electronic device market is currently growing at double-digit rates, and this trend will continue in the future. Portable medical electronic devices are mainly divided into four major applications: diagnostic equipment, drug delivery equipment, personal care products and imaging systems, including cholesterol, blood conditions, blood pressure testing, glucose meter, pulse oximeter, AED, insulin injection pen, Digital hearing aids, CT scanners, and X-ray detectors. Among them, the family diagnosis market is expected to account for about 50%, of the remaining 50%, imaging products account for 25%, and other diagnostic or therapeutic electronics products account for 25%.
Stability, high precision, and strong anti-interference ability are the main requirements of portable medical electronics for semiconductor devices. John Di Cristina, director of marketing strategy at Maxim, said in an interview with China Electronics News that portable medical electronic devices require semiconductor solutions with some or all of the following features: low operating voltage, low power consumption, compact package, and high integration. High precision and consistency. He explained that if medical electronics are battery powered, low operating voltage and low power consumption are critical; if medical electronics are handheld or portable, then miniaturized packaging is the right product size for the user. necessary. For some high-volume applications, high integration is a must for low cost and high reliability. In order to ensure that many medical products have better control over the safety and health of patients, high precision and product consistency are very important.
High precision is very important because the human body signals received by medical electronics are very weak, requiring high-precision products for signal amplification and processing. From this perspective, the application of wireless technology in medical electronic devices is not unlimited. The application of low-power, low-rate and narrow-band wireless technologies may be no problem, but in order to avoid interference, the application of broadband wireless technology needs to be cautious.
2.0mm Pitch
2.0mm Pitch
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