Inertial & MEMS Sensors
MEMSIC CXTA – Solid state, analog series
The CXTA single- and dual-axis analog tilt sensors offer resolution, accuracy and fast response in an inexpensive, easy-to-use package. The CXTA series design centers on a highly stable silicon micro-machined capacitive inclination sensor element. The CXTA series is fully signal conditioned with high level analog output(s), and optional analog temperature signal.
Key Features:
- Small, Low-Cost, Rugged
- Rapid Response
- ± 75° Range
- Fully Conditioned Analog Outputs
- SPI (or UART) Interface
Magnetic Sensor Components
Memsic magnetometers are new MEMS sensors based on anisotropic magnetoresistive (AMR) technology. Compared with traditional magnetometers based on Hall technology, the accuracy is higher and the noise is lower. In addition, Memsic introduced high-performance AMR magnetometers into the smartphone market.
HTS-FB Single Aaxis Ffiber Ooptic Ggyro Family
The HTS-FB single axis FOG family are all solid state high precision angular rate inertial sensors which integrate optics, mechanics and electricity. Adopting RS422 digital communication mode is convenient for users. An ideal inertial device to replace the traditional mechanical gyroscope.
Main applications: high precision inertial navigation systems, positioning and orientation systems, attitude measurement systems, servo stabilization systems and more.
HTS-GD1
The HTS-GD1 is a light weight, small size, and high precision gyroscope. Widely used in Space strapdown attitude systems; also suitable for Ground, Maritime, Aviation, Aerospace and other transportation carriers and platform type strapdown attitude system.
HTS-GD2
The HTS-GD2 is a high precision, long life time, wide dynamic range and high reliability gyroscope. Widely used in water surface and land strapdown systems, fast true-north seeking instrument, helicopter light guidance platform, television antenna tracker and more. Can also be used in spaceflight strapdown inertial systems and land, sea, aviation, spaceflight transporter strapdown and platform type attitude system.
HTS-GD3
The HTS-GD3 is a long lifetime, wide measurement range and high reliability gyroscope. Widely used in strap-down inertial measurement units; can also be used for high dynamic transporter attitude systems.
HTS-GD4
The HTS-GD4 is a light weight, small size, and short start time gyroscope, that can be used in higher operating temperatures. Used in short-range missile strap-down attitude systems, Oil drilling inclinometer tools and other products. Also suitable for all kinds of strapdown attitude systems and inertial measurement instruments with higher operating temperatures requirement.
HTS-GJ1
This dynamically tuned gyro is designed for dynamical positioning and orientation in the drilling field, with small dimension, light weight and high working temperature. Mainly used in borehole gyro survey tools, wellbore logging tools and many other systems for north seeking or orientation.
HTS-GJ2
This dynamically tuned gyro is designed for applications in the drilling field. with operating temperatures of up to 100 degree centigrade.
HTS-K1/2 High accurate single axis MEMS Gyro
The HTS-K1/2 series of single axis MEMS Gyro is composed of a home-made MEMS gyroscope chip and their driving pickup circuit, temperature sensor, digital signal processing circuit, etc. It has built-in full temperature compensation algorithm and outputs high-precision measurement data through high-speed RS422 serial port. Main advantages include high accuracy, good repeatability, small size, impact resistance, low delay and more
Widely used in guidance and attitude control and other fields.
HTS-X1/5 High accurate single axis MEMS Gyro
The HTS-X1/5 series of single axis MEMS Gyro is composed of a home-made MEMS gyroscope chip and their driving pickup circuit, temperature sensor, digital signal processing circuit, etc. Main advantages include high accuracy, good repeatability, small size, impact resistance, low delay and more. Suitable for guidance and attitude control applications and other fields.
HTS-E1/2 High accurate dual axis MEMS Gyro
The HTS-E1/2 series includes a high-precision dual-axis MEMS gyroscope and driver pick up circuit, temperature sensor, digital signal processing circuit and control software etc. Used for real-time measurement of two horizontal axial angular rates, through the RS -422 serial port output after error compensation of two angular rate information(including temperature compensation, install the misalignment Angle compensation, nonlinear compensation and more).
HTS-K3/1 High accurate three-axis MEMS Gyro
The HTS-K3/1 series of high-precision three-axis MEMS gyro products are composed of domestic MEMS gyro chip and its driving pickup circuit, temperature sensor, digital signal processing circuit and control software. Built-in all-temperature compensation, installation error compensation and other algorithms, through high-speed RS422 serial port output high-precision measurement data. The products are divided into industrial grade and military grade (working temperature -55℃~+85℃).
HTS-E3/6 High accurate three-axis MEMS Gyro
The HTS-E3/6 series of high-precision three-axis micro is composed of domestic MEMS gyro chip and its driving pickup circuit, temperature sensor, digital signal processing circuit, structure and software, etc. Used for real-time measurement of the angular velocity of the carrier in three axial directions.
HTS-E3/5 Low cost three-axis MEMS Gyro
The HTS-E3/5 three-axis MEMS gyro combination consists of cost-effective MEMS gyro chip and its drive pickup circuit, temperature sensor, digital signal processing circuit, structure and software, etc., Used for real-time measurement of the angular velocity of the carrier in three axial direction.
Single & Bi axial inclinometer
High accurate Single & Bi axial tilt sensor with high resolution, wide range for measurement and voltage excitation, low current supply and harsh environment tolerance.
ACCELEROMETER COMPONENTS – Consumer Electronics
MEMSIC’s accelerometer can sense the acceleration of gravity, and the magnetic sensor can sense the strength of the environmental magnetic field, providing key data for smart phone motion detection, entertainment applications, navigation, flipping screens and other application scenarios.
ACCELEROMETER COMPONENTS – Industry
MEMSIC’s sensors have the advantages of ultra small size and ultra low power, which meets the requirements of smart wearable devices to accurately output attitude and orientation under limited computing power and space.
ACCELEROMETER COMPONENTS – Automotive
MEMSIC has been supplying global automotive customers for more than 15 years and has excellent market performance in safety areas such as ESC, EPB, Rollover Detection, ECU.
Capacitive Accelerometer
MEMSIC is exclusively authorized by mCube for all its inertial sensor technologies, which have proved by mature capacitive accelerometer technology based on 600 million pieces of mass production shipment, and its products cover a rich combination of the industry’s smallest size and lowest power consumption, such as 1.1×1.3mm WLCSP package the capacitive accelerometer was recognized by Yole Développement as the smallest product in the world, and also one of the lowest power consumption products in the industry.
Hall Switch
MEMSIC’s Hall switch sensors use a low-power CMOS process and integrate Hall sensor chip in a single chip. Built-in sensitivity compensation, and has excellent temperature compensation characteristics, so that the chip can work in the environment of -45 ~ 85 ℃, and maintain good performance consistency.
Quartz flexible accelerometer
Application: Inertial measurement and vibration isolation test of precision instruments and equipment for military high-precision inertial navigation systems in the fields of aerospace, aviation, ships etc.
displacement sensor
LVDT displacement sensor with high resolution, outstanding linearity, shock resistance, high operating temperature, compact size and light weight.
HAWK R2 (RTK + E-COMPASS)
HAWK R2 is L1+L5 dual-frequency RTK centimeter-level receiver designed for Pixhawk(PX4) platform-based UAV. The receiver is capable of concurrently tracking all global civil navigation systems, including GPS, GLONASS, GALILEO, BEIDOU and QZSS. It acquires both L1 and L5 signals at a time while providing the centimeter-level RTK positioning accuracy.
Besides the built-in lightweight helical antenna not only enhances RTK positioning stability, but also increases the flight time of the drone The fast Time-To-First-Fix, RTK convergence, superior sensitivity and low power consumption, the integrated 3-axis e-compass make sure the quality of its performance in the poor environment for GNSS positioning, make it become the best RTK receiver solution for Pixhawk(PX4) platform-based UAV.
Key Features:
- Centimeter-level RTK high position accuracy+ integrated 3-axis e-compass
- Concurrent reception of L1 and L5 band signals
- Support GPS, GLONASS, BEIDOU, GALILEO, QZSS
- Capable of SBAS (WAAS, EGNOS, MSAS, GAGAN)
- Support 135-channel GNSS
- Fast TTFF at low signal level
- Free hybrid ephemeris prediction to achieve faster cold start
- Default 5Hz, up to 10 Hz update rate*
- Build-in super capacitor to reserve system data for rapid satellite acquisition
- Build-in 3 axis compass function
- Three LED indicator for Power, PPS and Data transmit
- *Note: SBAS support 5Hz only.
Hawk A1 (GNSS)
Hawk A1 is dual-frequency GNSS sub-meter level receiver designed for Pixhawk(PX4) platform-based UAV. The receiver is capable of concurrently tracking all global civil navigation systems, including GPS, GLONASS, GALILEO, BEIDOU and QZSS.
It acquires both L1 and L5 signals at a time while providing sub-meter positioning accuracy.The built-in lightweight helical antenna not only enhances positioning stability, but also increases the flight time of the drone. The fast Time-To-First-Fix, GNSS convergence, superior sensitivity and low power consumption make it become better GNSS receiver solution for Pixhawk(PX4) platform-based UAV.
Key Features
- Sub-meter position accuracy< 1.5m
- Concurrent reception of L1 and L5 band signals
- Support GPS, GLONASS,BEIDOU, GALILEO, QZSS
- Capable of SBAS (WAAS, EGNOS, MSAS, GAGAN)
- Support 135-channel GNSS
- Fast TTFF at low signal level
- Free hybrid ephemeris prediction to achieve faster cold start
- Default 5Hz, up to 10 Hz update rate*
- Build-in super capacitor to reserve system data for rapid satellite acquisition
- Three LED indicator for Power, PPS and Data transmit
- *Note: SBAS support 5Hz only
Hawk R1 (RTK)
HAWK R1 is L1+L5 dual-frequency RTK centimeter-level receiver designed for Pixhawk(PX4) platform-based UAV.
The receiver is capable of concurrently tracking all global civil navigation systems, including GPS, GLONASS, GALILEO, BEIDOU and QZSS. It acquires both L1 and L5 signals at a time to achieve centimeter-level RTK positioning accuracy.
The built-in lightweight helical antenna not only enhances RTK positioning stability, but also increases the flight time of the drone. The fast Time-To-First-Fix, RTK convergence, superior sensitivity and low power consumption make it become better RTK receiver solution for Pixhawk(PX4) platform-based UAV.
Key Features
- Centimeter-level RTK high position accuracy
- Concurrent reception of L1 and L5 band signals
- Support GPS, GLONASS, BEIDOU, GALILEO, QZSS
- Capable of SBAS (WAAS, EGNOS, MSAS, GAGAN)
- Support 135-channel GNSS
- Fast TTFF at low signal level
- Free hybrid ephemeris prediction to achieve faster cold start
- Default 5Hz, up to 10 Hz update rate*
- Build-in super capacitor to reserve system data for rapid satellite acquisition
- Three LED indicator for Power, PPS and Data transmit
- *Note: SBAS support 5Hz only
