The hottest new product of OMRON MEMS absolute pre

The new product of OMRON MEMS absolute pressure sensor was launched in China

recently, the new product launch of OMRON MEMS absolute pressure sensor was held in Beijing. It is reported that after one year of research and development, the second generation MEMS absolute pressure sensor 2smpb-02 for mobile devices has reached a high level in the industry, realizing three significant advantages: high precision, low power consumption, and ultra-small and ultra-thin

recently, the new product launch of OMRON MEMS absolute pressure sensor was held in Beijing. Mr. Tang Shang, the business promotion director of OMRON semiconductor business promotion department, said that this release was the first appearance of the new product in the world, and Chinese customers became the first batch of users to experience the new product

it is reported that after one year of research and development, the second generation MEMS absolute pressure sensor 2smpb-02 for mobile devices has reached the high level of the industry, realizing three significant advantages: high precision, low power consumption and ultra-small and ultra-thin. The new product uses MEMS technology, one of Omron's core technologies, for research and development. MEMS technology has been successfully applied to Omron audio sensor and non-contact temperature sensor. Through high-level induction technology, it can accurately identify sound and temperature

in the second generation absolute pressure sensor 2smpb-02, MEMS technology plays a crucial role in the realization of high-precision product monitoring. 2smpb-02 can accurately detect the change of air pressure within the range of 37cm height difference. Through the perception of subtle changes, it can collect the information when there is a moving state with height difference, such as going up and down stairs, so as to provide the "name correction" of thermal insulation materials for monitoring such as heat consumption and human health. At the same time, its sensitive height difference sensing function provides a more powerful support for GPS navigation and helps to better realize indoor navigation, such as monitoring the location of lost children and adjusting the floor information of the experimental space with the rising demand for strong and light materials around the world

it is reported that the second-generation MEMS absolute pressure sensor 2smpb-02 began to sample in September this year, which can deliver the most useful application experimental machine and promote it in the Chinese market. It is expected to be put into mass production in January 2015