The ACM-1700 Series High-Performance MEMS Accelerometer Infuses High-Precision Sensing Power into Industrial and Aerospace Applications
Recently, Micro-Magic Inc has officially launched the ACM-1700 series of high performance MEMS single-axis accelerometers. With its outstanding measurement accuracy, robust environmental adaptability, and flexible system integration capabilities, this product is designed to provide reliable acceleration sensing solutions for high-end fields such as aerospace, industrial control, precision navigation, and structural health monitoring.
The ACM-1700 series is designed for high-precision and high reliability acceleration measurement scenarios, providing a wide range coverage from ±10g to ±200g and supporting customized customer needs. The sensor adopts 24 bit binary complement data output and achieves stable communication through SPI digital interface. It can maintain the accuracy and consistency of data acquisition even in harsh environments such as complex vibration, high and low temperature alternation, and strong shock. Its core performance indicators are outstanding: zero bias stability as low as 50 μg, scale factor nonlinear error of only 500ppm, typical working current of 10mA, and integrated temperature sensor that supports real-time compensation across the entire temperature range, significantly improving system level measurement stability.
In the aerospace field, ACM-1700 can be widely used in flight control systems, inertial navigation units, attitude reference systems, and vibration monitoring platforms, providing real-time and reliable motion perception data for aircraft. In industrial automation and mechanical monitoring scenarios, this sensor can accurately capture changes in equipment vibration, tilt, shock, and other states, helping to achieve predictive maintenance and intelligent operation and maintenance. Meanwhile, it has also demonstrated strong application potential in fields such as structural health monitoring, earthquake sensing, and transportation attitude control.
In addition to its high-performance measurement capabilities, the ACM-1700 also takes into account the convenience of system integration and engineering implementation in its design. The product adopts a compact LCC package with a size of only 7.8 × 5.8 × 3mm, suitable for high-density PCB layout. Its pin design is compatible with multiple voltage systems and has built-in multiple reference voltages and reset control functions, providing users with highly flexible system connection solutions. The sensor also has excellent shock resistance, supporting high-intensity shock of 10000g, suitable for high-frequency vibration environments such as vehicle mounted, airborne, and shipborne.
To ensure the optimal performance of sensors in practical applications, the ACM-1700 series provides complete reference circuit design, PCB layout guidelines, and soldering process recommendations. The chip has good suppression ability against interference factors such as power noise, mechanical stress, and temperature fluctuations. The accompanying ESD protection and installation guidance further enhance the reliability and service life of the product.
Micro Magic Inc stated that it will continue to expand its application ecosystem around the ACM-1700 series in the future, and work with partners to promote its deep application in high-end manufacturing, aerospace research, intelligent transportation and other fields worldwide, helping the industry move towards a new era of smarter, more reliable and more accurate perception.
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