Accelerometers
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Three axis digital accelerometer MEMSIC MXC6655XA with shock survival over 200000g and I2C interface
Product OverviewThe MEMSIC MXC6655XA is a digital three-axis accelerometer utilizing MEMSIC's proprietary thermal technology. Built on a 0.18m CMOS process, it features no moving sensor parts, ensuring high reliability and repeatability by eliminating issues like resonance, stiction, and hysteresis. The device offers a shock survival rating of over 200,000g. It provides 12-bit X, Y, and Z axis acceleration signals, an 8-bit temperature output, 6-position orientation detection
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Programmable 8 angle inclination sensor MEMSIC MXD6241AU with vibration immunity and compact package
Product OverviewThe MEMSIC MXD6240/6241AU is an autonomous 8-angle programmable inclination sensor designed for tip-over detection. It features a single-wire digital output, built-in self-test, and high vibration immunity, making it ideal for applications where a microcontroller is not available. Its proprietary thermal accelerometer technology ensures robustness, reliability, and high accuracy in harsh environments. The device operates from a 2.7V to 5.5V supply and is
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2 axis MEMSIC MXC6245XU accelerometer with 50 000g shock resistance and compact ceramic LCC package design
Product OverviewThe MEMSIC MXC6245XU is a high-accuracy, 2-axis accelerometer with a 1mg resolution and an I2C interface. It features a 2g full-scale range, 1mg/LSB resolution, and low offset drift over temperature. Utilizing MEMSIC's proprietary thermal accelerometer technology, it offers exceptional robustness, shock survivability (50,000g), and immunity to stiction and mechanical resonance, making it ideal for harsh or high-vibration environments. The device includes built
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Ultra MEMSIC MXC4005XC three axis thermal accelerometer with no moving parts and robust performance
OverviewThe MEMSIC MXC400xXC is a monolithic, wafer-level packaged three-axis thermal accelerometer featuring MEMSIC's proprietary technology. It offers ultra-low cost, high shock survival (>200,000g), and robust performance with no moving parts, eliminating issues like resonance, stiction, and hysteresis. This device provides 12-bit X, Y, and Z axis acceleration signals, an 8-bit temperature output, 6-position orientation detection, and shake detection with programmable
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Highly accurate 2 axis accelerometer system MEMSIC MXC6244AU with programmable internal anti vibration filter
Product OverviewThe MEMSIC MXC6244AU is a highly accurate 2-axis accelerometer system featuring a programmable internal anti-vibration filter. This device excels in high vibration environments, offering significant attenuation of unwanted signals and preventing false readings. It includes an internal angle detection circuit with programmable thresholds for tip-over or fall-down event alerts, offloading processor burden. The MXC6244AU utilizes MEMSIC's proprietary thermal
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Ultra digital thermal orientation sensor MEMSIC MXC6255XC with chip scale package and I2C interface
Product OverviewThe MEMSIC MXC6255XC is a fully integrated, ultra-low-cost digital thermal orientation sensor with a chip-scale package. Utilizing patented MEMS-thermal technology and a standard 0.18um CMOS process, it offers robust orientation detection, shake detection with programmable thresholds and direction, and X/Y axis acceleration sensing. Its ball-less design eliminates reliability and repeatability issues, as well as audible "click" sounds common in other
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Ultra digital output 3 axis accelerometer MEMSIC MC3635 sensor for wearable and consumer products
Product OverviewThe MC3635 is an ultra-low power, low-noise, integrated digital output 3-axis accelerometer designed for wearables and consumer product motion sensing. Its monolithic fabrication integrates MEMS with electronics on a single chip, offering inherent low noise and low power consumption. The device supports flexible sample rates, interrupt triggers, and polling for sample/event status, making it suitable for a wide range of applications including IoT devices, user
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Digital 3 axis accelerometer MEMSIC MC3416-P with integrated motion detection and I2C communication
Product OverviewThe MC3416-P is a compact, integrated digital output 3-axis accelerometer designed for motion sensing in cell phones and consumer products. It offers features for user interface control, gaming, electronic compass tilt compensation, and more. The device includes a dedicated motion block for detecting "any motion," shake, and tilt/flip positions. Its monolithic fabrication integrates MEMS and electronics on a single chip, ensuring low power consumption and
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Compact 3 axis accelerometer MEMSIC MC3419 with advanced motion sensing algorithms and consumption
Product OverviewThe MEMSIC MC3419 is a compact, integrated digital output 3-axis accelerometer designed for motion sensing in cell phones and consumer electronics. It features a dedicated motion block for advanced detection algorithms like "any motion," shake, tilt/flip, and tilt 35 position. Its monolithic design integrates MEMS and electronics on a single chip, offering low power consumption and small size. The device supports flexible sampling rates from 0.5 to 1000
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Low noise digital output 3 axis accelerometer MEMSIC MC3630 designed for consumer and IoT devices
Product OverviewThe MC3630 is an ultra-low power, low-noise, integrated digital output 3-axis accelerometer designed for wearables and consumer products. Its monolithic fabrication integrates MEMS with electronics for inherent low noise and power efficiency. Applications include IoT devices, user interface control, gaming, and tilt compensation for mobile devices.Product AttributesBrand: MEMSICPart Number: MC3630Interface: I2C, SPIPackage: 12-pin, 2.0 x 2.0 x 0.94 mmCertifica
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2 axis digital inclinometer sensor muRata SCL3400-D01-1 with capacitive 3D MEMS technology and RoHS ELV compliance
Product OverviewThe SCL3400-D01 is a high-performance, 2-axis digital inclinometer sensor based on Murata's proven capacitive 3D-MEMS technology. It offers best-in-class stability and accuracy for applications with demanding environmental requirements. The sensor features a mixed-signal ASIC with a flexible SPI digital interface and is housed in a compact 12-pin pre-molded plastic package, ensuring reliable operation. Designed for high stability, reliability, and quality, it
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6 DOF inertial sensor muRata SCH16T-K01-004 with gyroscope accelerometer and timestamp synchronization
Product OverviewThe SCH16T-K01 is a high-performance 6-DOF (Degrees of Freedom) inertial sensor combining a 3-axis gyroscope and a 3-axis accelerometer. Built on Murata's proven capacitive 3D-MEMS technology, it features a single mixed-signal ASIC for signal processing and offers a flexible SafeSPI v2.0 compliant digital interface. Packaged in an SOIC-24 housing, this component is designed for high stability, reliability, and quality, with excellent output stability across
