Nowadays, Chinese people are paying more and more attention to their own health. China has become an important market for the world's medical electronics industry and one of the major sunrise industries. The domestic medical electronics industry is using new technologies, components and algorithms to innovate and develop.
Therefore, the development trend of medical electronic devices and equipment in the future has also caused extensive discussion. In this regard, Mr. Wang Sheng, Marketing Manager of ADI's Asia Pacific Healthcare Industry, believes that the development trend of medical electronics will have several characteristics. "China's medical electronic equipment company's products will extend to the mid-to-high-end product line, such as digital DR, multi-layer CT, high-end color ultrasound and other large-scale medical imaging equipment, increasing the global medical electronics market share; the government will continue to increase efforts to support China Local enterprises, including direct introduction of core overseas talents, capital investment, channel support, etc.; more and more medical functional devices will be extended from medical institutions to communities, families and individuals, remote transmission and real-time health data collection will be further popularized. Medical and certain medical service centers, such as medical imaging centers, will appear one after another, providing patient testing services to share the information to provide efficient use of medical resources and to address the uneven distribution of medical resources. From the perspective of market applications, X-ray digital imaging including CT and DR began to have more and more new independent research and development products and brands in 2015, breaking the monopoly position of foreign brands in this relatively high-end product; professional medical care Mobile wearable device will also be substantial Long, it means that the maturity of the technical solution, the acceptance of the product form in the market, the business operation mode, etc. will make a big breakthrough. The extension from the professional medical structure to the community, family and individual will be the trend. Moreover, I can predict that in the future, as the technology matures and the industry ecosystem and business model improve, the wearable products will cover the relevant products in the consumer field and cover the medical-grade wearable products. The difference between the two will be Gradually shrinking."
Wang Sheng, Marketing Manager, Asia Pacific, Analog Devices
The above trend also has new demands and challenges for device components. Mr. Wang Sheng emphasized: "The requirements for the original device are no longer a single chip level, but a higher integration and subsystem level modular solution. Requires volume, power consumption and cost to meet the needs of the market, especially in terms of performance and reliability, can not be reduced because of the increase in integration. In addition, localized system-level technical services and fast new products Iteration is also a challenge for chip vendors."
ADI has its new technology and products in response to new demands for medical electronics and components. The "ADAS1131's industry's first" 256-channel, 24-bit current-to-digital converter module is suitable for multi-channel, low-current data acquisition. CT (computational tomography), industrial and security scanners, and photodiode sensor applications. "The main technical features of the ADAS1131 include: no charge loss, simultaneous sampling without dead time; ultra-low noise; configurable current input range; integrated high-speed ADC with 2 configurable sampling rates, internal buffer Decoupling and bypass capacitors for data acquisition; 3mW per channel; LVDS/CMOS serial interface; on-chip temperature sensor. The ADAS1131 is housed in a 15x15mm 324-pin flat SiP BGA package that contains decoupling capacitors for the power supply and reference. The ball grid array is a full 18x18 array with a solder ball pitch of 0.8 mm and a solder ball diameter of 0.45 mm. The 0.8mm solder ball pitch allows multiple wiring between pins, which reduces many laser holes and buried holes, improves PCB yield and reliability, and reduces cost. ADI also provided pictures for reference:
Mr. Wang Sheng added: "In addition to single-chip integrated 256 channels, 16-bit resolution, 22us line scan speed and other performance, the ADAS1256 COF solution also provides nine power modes, because we know that power consumption and noise cannot be simultaneously The minimum requirements are met, so the switching function of the power mode allows the user to choose the best power consumption and noise mode to meet the demand at that time. For the patient, the most concerned is the radiation dose. Because during various inspections, X-rays can also cause damage to the patient's province. For this, the ADAS1256 COF solution reduces the noise of the detector itself, so low-noise detectors can receive and clearly present images when the X-ray dose is low." (See The following figure)
“In addition to the application of ADI and the analog front-end chip solution for ultrasound, ADI has been leading the trend of similar products and solutions in the industry. The following is a summary of the products derived and representative of these products. Leading position in this field:
In the field of portable medical electronics in hospitals, ADI has a range of innovative products and solutions, such as high-precision, low-power on-chip meters that support a wide range of portable healthcare applications. The ADuCM350 has been representative at home and abroad. Milestones have been made in major customers. â€
Finally, Mr. Wang Sheng also shared: "ADI's series of low-power, single-lead, heart rate monitor analog front end (AFE) AD8232 and the latest AD8233, designed to meet emerging fitness equipment, portable / wearable monitoring equipment and Designed for ECG signal conditioning requirements for remote health monitoring devices. Unlike the topology used in many current integrated solutions, the AD8233's highly flexible analog filtering configuration uses a bipolar high-pass filter combined with an in-chip instrumentation amplifier architecture and no-use constraints. An operational (gain) amplifier that allows the user to use multi-pole low-pass filtering to eliminate line noise and other interference, and provides lead-off monitoring in shutdown mode. It provides system designers with flexibility Take the value and performance of fitness and medical monitoring to a new level. Another highly integrated ADAS1000 can be used in similar applications to provide high quality and highly integrated multi-lead ECG, breathing and pacing Detector and other all-in-one solutions are the first choice for high performance diagnostic level ECG monitoring Case. "
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