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MEMS Vision's MVPM100 series captures the forefront of particulate matter detection technology with an emphasis on size reduction while maintaining high measurement precision. Moving beyond the bulkiness of traditional gravimetric devices, these sensors directly ascertain particle mass within compact dimensions, fostering portable applications. The immense accuracy of the MVPM100—a capability typically exclusive to larger instruments—extends its applicability into diverse environments, making it not only comprehensive but efficient. By providing multiple interface options and operating over a broad temperature spectrum, it adapts to varied climatic conditions effortlessly. Its small encapsulated format does not sacrifice performance, offering I2C and UART interfaces for extended connectivity. The sensors deliver optimal results for sectors like industrial-manufacturing, consumer technological devices, healthcare systems, and automotive solutions requiring meticulous air quality insights.
The MVH4000 series of sensors represents a pinnacle of precision in the field of humidity and temperature monitoring. Using the innovative Silicon Carbide MEMS technology, these sensors offer unmatched stability and responsiveness, critical for time-sensitive applications. Their design allows for significant energy savings, making them an ideal choice for battery-powered devices due to their minimal power consumption. Over the years, they maintain excellent accuracy, ensuring persistent performance with a high degree of reliability. Characterized by a small package size, each MVH4000 sensor is fully equipped with digital I2C interfaces, featuring 8 to 14-bit resolution. They can operate in a wide temperature range from -40 to 125°C, and their encapsulated design ensures durability in diverse environmental conditions. As such, these sensors are well-suited for precision-driven fields such as industrial, consumer electronics, medical devices, and automotive systems. Available in various output configurations, including digital and analog versions, the sensors cater to different technological needs, enabling easy integration into existing systems. The MVH4000 series not only meets current standards but sets new benchmarks for cost-effective solutions without compromising on quality or performance.
The MVWS4000 series signifies a leap in integrated environmental monitoring by combining humidity, pressure, and temperature measurement in one digital sensor package. Tailored for efficiency, these sensors deliver swift data to effectively support immediate applications. Based on a refined Silicon Carbide technology, they are engineered to provide high performance coupled with low power demands, ideal for battery-operated and OEM devices. Offering multiple accuracy configurations, the series addresses a spectrum of budgeting needs, without sacrificing essential performance characteristics. They thrive in various climates, executing tasks with a high degree of accuracy and are suitable across a variety of platforms. The sensors are available in a compact 2.5 x 2.5 x 0.91 mm DFN package, making them adaptable to constrained installations while ensuring robust operation in demanding conditions. Ideal for use in industrial, consumer, medical, and automotive applications, they provide a comprehensive solution for modern monitoring challenges.
The MVT4000D series are top-performing digital temperature sensors engineered for precision and efficiency. These instruments, founded on Silicon Carbide MEMS technology, offer unmatched stability and rapid response times, making them ideal for a broad span of applications. Known for their negligible power draw, they serve well in conserving energy, providing a compact solution for critical temperature monitoring. With a remarkable accuracy margin of ±0.2°C, these sensors are positioned to support more stringent controls in temperature management. Designed for plug-and-play integration due to their on-chip calibration, the modules come in small DFN packages that are particularly advantageous where space is limited. The sensors include versatile digital interfaces and are dynamic enough to operate in extreme temperatures, ranging from -40 to 125°C. Applications extend across various industries, including industrial automation, consumer products, medical equipment, and automotive technology, where efficient thermal management is essential.
The MVDP2000 series from MEMS Vision consists of leading-edge differential pressure sensors attributed with capacitive sensing technology for outstanding sensitivity and stability. Particularly fashioned for accurate pressure and temperature calibration, these sensors are the epitome of low-power-consumption models suited for high-demand OEM and portable applications. These sensors are vital in industries where precision in differential pressure detection is necessary, such as respiratory medical devices, gas flow machines, and HVAC systems. Their configurability makes them versatile for adaptation into existing frameworks, ensuring swift performance with incredibly low error margins. With a 7 x 7 mm DFN packaging size, the sensors are adept for applications where space is at a premium, yet accurate readings are paramount. They support digital I2C and Analog output, enhancing their applicability across varied usage scopes in sectors demanding the highest standard reliability.
The MVUM1000 ultrasound sensor array from MEMS Vision revolutionizes medical imaging with its scalable 256-element architecture. Employing advanced capacitive micromachined ultrasound transducers (CMUT), it provides high sensitivity and efficient electronic integration, capitalizing on their capacitive transduction properties to achieve energy-efficient operation. Its compatibility extends to various imaging methodologies, including time-of-flight and Doppler imaging, making it a flexible tool for contemporary medical visualization. The array is suitable for both portable point-of-care uses and traditional cart-based ultrasound devices, showcasing scalability and versatility. Beyond imaging, the MVUM1000's compact linear arrangement ensures precision without compromising on detail or surface coverage, delivering a distinguished imaging experience. Its design emphasizes ease of integration with ancillary electronic systems, maximizing its applicability in diverse clinical settings and procedures.
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