According to the World Health Organization, by 2020, the number of elderly people over the age of 60 in the world will double that of 2000. The global population aging problem directly affects the health care expenditures of countries. In the more developed economies of the United States and Europe, health care costs account for about 15% of GDP, reaching trillions of dollars. Take the United States as an example: 2007 US health insurance Expenditure reached 2 trillion US dollars, and with the aging of the population, it is estimated that in 2012, the nation's medical insurance spending will reach 3.1 trillion US dollars. In addition, rising living standards have led to an increase in expectations for health care. These have made health care spending continue to grow.

As a developing country, health care spending rose from 3.7% of GDP in 1995 to 5.6% in 2007. In 2010, the Chinese government officially announced the “Healthy China 2020” program, which is proposed for all Chinese residents in the next decade. Providing basic health care, China's health care costs soared to 13% of GDP. China's economic prosperity and the government's large-scale investment in health care have driven the rapid growth of the healthcare market.

With the development of electronics, semiconductors and related supporting technologies, the share of electronic products in the healthcare market continues to expand. According to market research firm Databeans, global medical electronics spending is growing 15% a year, and semiconductor consumption for medical applications is up 11% annually. By 2012, the value of semiconductors for medical electronics will be close to $5 billion, with the home and portable markets growing at the fastest rate, with a compound annual growth rate of 16%. Auxiliary rehabilitation, treatment devices, surveillance/sensors and telemetry devices have become the main driving force for the growth of the home electronics medical market.

Today, when electronic technology is so developed, we have a wide range of electronic products in our hands, but there are only a handful of electronic products related to healthcare, as Henri Richard, senior vice president of sales and marketing at Freescale Semiconductor, said: Incredibly, the most advanced medical device in our home is the scale. This situation should be changed."

New demands and new ideas are emerging, and various advanced technologies are combined to realize the innovation of medical electronics. Freescale Semiconductor has long been committed to the research and application of many advanced technologies such as sensor technology, MCU technology, RF technology, etc., which makes it have inherent advantages in today's complex and demanding medical electronics market. In particular, MCUs for medical electronic applications not only require high concentration and low power consumption, but also bear the heavy responsibility of interoperating with various technologies, devices, and interfaces. The new MCU devices used in medical electronics are expected to be high.

Kinetis K50 microcontroller sets new standards for medical electronic measurement and monitoring

The K50 microcontroller family, released in March 2011, offers a variety of connectivity options for continuous monitoring and an integrated measurement engine for reliable analog signal processing in applications such as portable medical devices , instrumentation and industrial test and measurement equipment. The K50 series has an ARM Cortex M4 core in a 64-pin package and 128 KB of flash memory. The 10K version is priced at only $3.58.

With the scalability of the Kinetis portfolio, ease of use of the software, and modular hardware development tools, the K50 Series delivers exceptional freedom in design. The K50 series (including the K50, K51, K52 and K53 sub-families, a total of 40 devices) is compatible with more than 200 other microcontrollers in the Kinetis portfolio. Moreover, the vast software ecosystem gives developers the freedom to choose their favorite IDE/software compiler.

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