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In the past, medical equipment was huge and occupied the entire room. Today's medical equipment has become smaller and lighter, and many new applications have been created. For example, many new wearable medical devices have been designed to be hidden and difficult to find. Like smart phones and game consoles, portable medical devices work around the clock, making communication between patients and doctors easier and more immediate. Because of the same advanced technology as the telecom industry and the electronic game machine industry, the new medical equipment is becoming more intelligent, and the operational intuition is getting stronger and stronger, and it has the basic functions required for out-of-hospital diagnosis and treatment.
Introducing advanced semiconductor technology, healthcare equipment costs are falling
In addition to the advanced use of advanced semiconductor technology in medical devices, market demand is also the main cause of changes in the healthcare industry. For example, the price of health care equipment must continue to decrease, giving everyone the opportunity to use health care equipment so that health care can be implemented on everyone.
Semiconductor technology is undergoing major changes in two ways. First, the performance of traditional medical devices is constantly improving from low-tech beds to high-tech nuclear magnetic resonance (MRI) testing equipment. Like all industrial applications, these improvements benefit from the versatile win-win effect of semiconductor technology, which has led to continuous advancement in price, performance, power consumption, and size.
Second, semiconductor technology is also essentially redefining the healthcare industry, driving and simplifying the healthcare industry's move from hospital or outpatient medical approaches to cloud-based advancement of healthcare services anywhere, anytime. In the new healthcare era, hospitals, outpatients, and medical professionals will continue to be providers of advanced diagnostic and surgical techniques, while community health professionals will take on more personal health management responsibilities, using large amounts of consumer healthcare. Product monitoring patients.
Although semiconductors have been used in healthcare devices for more than 40 years, semiconductors still account for a small percentage of medical electronics because hospitals and clinics are major users of medical devices. However, with the increasing popularity of microelectronics technology, in many countries around the world, the traditional medical electronics market is developing into a broader and high-growth healthcare market, enabling people to take on more of their own health care. responsibility.
Sensing / wireless technology to help the increasing popularity of mobile medical equipment <br> <br> new consumer healthcare equipment, there are many products use some semiconductor elements, such as micro-electromechanical systems (MEMS) sensor or actuator , low power microcontroller (MCU) and wireless transceiver. MEMS sensors and actuators cover the smart sensing or motion of most devices; low-power microcontrollers use very low power supplies to control devices for higher portability, while wireless transceivers Enables interoperability between devices.
For medical device users, medical care can be used anytime, anywhere with feature-rich personal wearable and portable wireless healthcare devices at very low power consumption, while low-power microcontrollers can be inconspicuous The compact and sophisticated device has powerful and flexible features.
On the other hand, components such as MEMS sensors and actuators are the key drivers for the development of consumer healthcare devices towards intellectualization. Various types of sensors such as magnetometers, pressure gauges, motion sensors, direction sensors, temperature sensors, and microphone sensors are commonly used in healthcare devices. In addition to the sensing function, the sensor provides direct intelligent operation and seamless human-computer interaction for end users.
The actuator can be used to design a medical micro continuous infusion device. Innovative actuator technology enables simultaneous and rapid molecular diagnostic tests for influenza, biohazards, foodborne pathogens and tuberculosis.
In addition to microcontrollers and MEMS components, the rapid development of wireless communication technology is also a key factor in the wisdom of healthcare. From short-range ultra-low-power RFID to high-speed broadband wireless area networks (Wi-Fi), the flexibility of wireless communication increases the versatility of medical electronics. As shown in Figure 1, if a smart contact lens for detecting glaucoma has a tiny sensor and a microprocessor that are extremely small in size, then the data logger can be made into a small object like a necklace. Let smart contact lenses send measurement data to the data logger to realize the vision of mobile medicine.
Unlike other semiconductor markets, medical electronics is less affected by cyclical changes in the market sentiment. Although the application of medical electronics is not as popular as smart phones or tablet devices, it is believed that in the next five years, it will be an emerging market that is worth developing and growing at a high speed.
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Semiconductor technology is undergoing major changes in two ways
Zyzhan Guide: With the efforts of semiconductor industry, MEMS sensors and actuators, low-power microcontrollers, and wireless transceivers continue to improve in performance and power consumption is greatly reduced, thus helping electronics manufacturers to Portable medical electronic devices add intelligence to accelerate the development of mobile medical care and remote care.