By MEMSIC Inc.
MEMSIC magnetometer is new generation of MEMS sensor based on AMR technology. Compared to the traditional magnetometer based on Hall technology, AMR magnetometer has high accuracy, low noise, low temperature drift. In addition, MEMIC first introduced high performance AMR magnetometer into the consumer market. Technical Advantages: Higher accuracy up to 1 degree - The offset of AMR magnetometer is not changed along the temperature change; Stable when the magnetic environment is changed - It can use SET or RESET coil for de-gauss. Since the hysteresis is low, it does not need to calibrate the magnetometer frequently when it is disturbed by a strong magnet; Lower noise - AMR sensor has high signal-to-noise ratio, high sensitivity, and low noise
The MEMSlC mag encoder chip is a MEMs sensor based on anisotropic magnetoresistance (AMR technology, Compared with the traditional Hallmag encodesensor, AMR Mag Encoder is more.accurat,lower noise and lovtemperature drift, The sensor implements ASlC signal processing chip to output highprecision absolute angular position, can replace some optical encoder application scenarios Technical Advantages Multiple power supply voltages VDD：3-5.5V High-accuracy INL Angleaccuracy<±0.07°；Can replace someoptical encoder applications Multiple Interfaces 21-bit SPI up to10Mhz；12-bit PWM；ABZ-1-16384PPR；UVW Anti- interference AMR works in thesaturation zone and is resistant to horizontal magneticfield interference Circle counting Circle counting function max.65536
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LCC package, 3x3x1mm, consumer and industrial grade 2-axis thermal accelerometer Application Electronic Spirit Level Inclinometer Attitude Control of the Solar Panel Engineering Machinery OOB of Washing Machine Motorcycle Fall Down Detection 2 Axis Fully Integrated Thermal Accelerometer X/Y Axis, 14 bit, Acceleration A/D Output (± 8g) Absolute 0G offset less than +/- 10mg (Typ) 4-position Orientation Detection 8-position Angle Detection Power Down Mode Shock Survival Rating more than 50,000 g Operating Supply Voltage (VDD) from 2.7V to 5.5V VIO from 1.65V to VDD No Sensor Resonance Built-in Self-test Functionality Operates from -40~125°C Inclination Sensing even in High Vibration Environments 3x3x1mm 6 pin LCC Package
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Ultra-low power consumption, FIFO, SPI&I²C, LGA small size package Application Medical Equipment ±2, ±4, ±8, ±12 or ±16g ranges 8, 10 or 12-bit resolution with FIFO 14-bit single samples Sample rate 14 - 1300 samples/sec Sample trigger via internal oscillator, clock pin or software command Sniff and Wake modes 0.3 μA Sniff current @ 1Hz Separate or combined sniff/wake Ultra-Low Power with 32 sample FIFO 0.9 μA typical current @ 25Hz 1.6 μA typical current @ 50Hz 2.8 μA typical current @ 100Hz 36 μA typical current @ 1300Hz I²C interface, up to 1 MHz SPI Interface, up to 8 MHz 1.6 × 1.6 × 0.94 mm 10-pin package Single-chip 3D silicon MEMS Low noise to 2.3mgRMS RoHS compliant
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Ultra-low power consumption, FIFO, SPI&I²C, LGA package Wearable Devices ±2, 4, 8, 12 or 16g ranges Range, Sampling & Power 8, 10 or 12-bit resolution with FIFO Sample rate 14 - 1300 samples/sec Sample trigger via internal oscillator, clock pin or software command Sniff and Wake modes 0.4 μA Sniff current @ 1Hz Separate or combined sniff/wake Ultra-Low Power with 32 sample FIFO 2.0 μA typical current @ 25Hz 3.5 μA typical current @ 50Hz 4.8 μA typical current @ 100Hz I²C interface, up to 1 MHz SPI Interface, up to 8 MHz 2.0 × 2.0 × 0.94 mm 12-pin package Single-chip 3D silicon MEMS Low noise to 2.3mgRMS ROHS Compliant
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