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We provide a consistent foundry service from MEMS prototyping to mass production in collaboration with Silex in Sweden.
[Features] - Dedicated 8-inch full-line factory for MEMS - Pure foundry without in-house products - Proprietary through-via technology - Established PZT film production technology using sputtering method
Pressure calibrated and temperature compensated output! Equipped with dual porting in vertical or horizontal direction.
The "SM9000 series" is a MEMS sensor that supports a low pressure range of 125Pa and features a 16-bit I2C digital interface. It is offered in a gauge pressure and differential pressure configuration in a SOIC-16 package compliant with JEDEC standards. The total error band after automatic zeroing at the board mount and system level is less than 1% FS. 【Features】 ■ Differential pressure measurement range: ±125 and ±250Pa ■ Gauge pressure range: 0–250, 0–300, 0–600Pa ■ Total error band after automatic zeroing: less than 1% FS ■ 16-bit I2C digital interface ■ Pressure calibrated and temperature compensated output * You can download the English version of the catalog. * For more details, please refer to the PDF materials or feel free to contact us.
Low-pressure MEMS sensors that do not require additional correction circuits such as microcontrollers!
The "SM7000/SM6000/SM5000" is a low-pressure MEMS sensor in a JEDEC standard SOIC-16 package. By integrating with a signal conditioning ASIC, a high-level calibrated (FS accuracy ±1%) pressure signal is output from a digital interface, eliminating the need for additional correction circuits such as microcontrollers. Please feel free to contact us when you need assistance. 【Features】 ■ Measurement pressure range: 0.48 to 17.2 [kPa] (0.07 to 2.49 [psi]) ■ Total error range: ±1% FS (digital), ±1.5% FS (analog) ■ 16-bit I2C digital output and analog output ■ Compatible with gauge pressure and differential pressure ■ JEDEC standard SOIC-16 package *For more details, please download the PDF (English version) or feel free to contact us.
Spray-type alcohol checker equipped with MEMS sensors
This is an alcohol detector that has seen increased demand due to the revised Road Traffic Act enforcement regulations effective from April 2022. Starting in October of the same year, it will be mandatory for safety driving managers to record data using detectors, in addition to visually confirming the presence or absence of alcohol. - This product complies with the specifications set by the National Public Safety Commission. - This product is equipped with a MEMS sensor. Compared to conventional semiconductor gas sensors, MEMS sensors feature high sensitivity, high precision, and low power consumption. - The operation method is simple; just press a button and blow into it. An alarm will notify you when the measurement is complete. - It can automatically record the measurement values for the last 32 instances. - It displays the number of times the device has been used and allows you to check the remaining number of uses until the sensor's lifespan is reached. - If alcohol is detected above a certain level, it will issue a warning through an alarm. - It is rechargeable via USB, so there is no need to purchase batteries (charging cable included). - *After the 1000th measurement, it will display 000, but measurements can continue. The maximum number of uses is 3000.* "*Note: The content provided is an excerpt. Please contact us for more details.*"
![[English Market Research Report] Global Market for MEMS](https://image.mono.ipros.com/public/product/image/157/2001182935/IPROS10497281892751358615.png?w=280&h=280)
"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly from the related links.
The global MEMS market size is expected to grow at a CAGR of 7.9% during the forecast period, increasing from 16.5 billion USD in 2024 to 24.2 billion USD by 2029. The growth of the MEMS market is being driven by the rising demand for IoT devices from manufacturing companies, the increasing demand for RF MEMS technology in CE products and LTE networks, and the trend towards miniaturization of devices. This report investigates the global MEMS market, summarizing the market overview, analysis of market impact factors and opportunities, trends in technology and patents, regulatory environment, case studies, market size trends and forecasts, detailed analysis by various segments and regions, competitive landscape, and profiles of key companies.
