Showing 1–16 of 24 results

MSG1100D MEMS Gyros

  1. Based on MEMS Process
  2. Angular Rate & Temp. Output
  3. 2000g Shock Resistance
  4. Integrate Signal Conditioning
  5. SPI/RS422 Interface
  6. Self-Test

MSG7100D MEMS Gyros

  1. Based on MEMS Process
  2. Standard Ceramic Packaging
  3. Ultra-Small Size
  4. Low Power
  5. SPI Interface
  6. Self-Test
  7. Output
  8. 2000g Shock Resistance

MSG9000D MEMS Gyros

  1. Based on MEMS Process
  2. Standard Ceramic Packaging
  3. Ultra-Small Size
  4. Low Power
  5. +5V Voltage Input
  6. SPI Interface
  7. Output
  8. Excellent Environmental Adaptability

MSG3000D Tri-axis MEMS Gyros

  1. Based on MEMS Process
  2. Angular Rate, Temp. Output
  3. 2000g Shock Resistance
  4. High-density, 3 Axis Integration
  5. RS422 Interface
  6. Compact, Higher Reliability

MSI3100 MIMU

  1. Based on MEMS Process
  2. Compensation & Calibration
  3. Completely Digital Gyros & Accelerometers
  4. Low Power, Extra-small Size
  5. High Speed Processor Embedded
  6. Robust for Vibration & Shock

MSI3200 MIMU

  1. Based on MEMS process
  2. Compensation & Calibration
  3. Completely Digital Gyros & Accelerometers
  4. Low power, Small Size
  5. High Speed Processor Embedded
  6. High Tolerance for Vibration & Shock

MNS620 Micro Inertial/ GNSS Integrated Navigation systems

  1. Based on MEMS Process
  2. Vibration Isolation Mechanism Embedded
  3. Fully Calibrated for the Parameters of Each Axis of Sensors
  4. 400Hz with Synchronous Sampling Rate at 230.4kSPS of Each Sensor
  5. Output Data Rate up to 400Hz, RS422 Interface
  6. Low Power, Typical 0.25A (12V)

SD201 Low Precision Fiber Inertial Measurement Unit

This product is an inertial measurement unit consisting of a small three-axis fiber optic gyroscope and a small quartz accelerometer. It provides three axial angular velocity and acceleration information through the RS422 serial port. It has outstanding features such as small size, light weight, low power consumption, large measuring range and high reliability. It is an ideal choice for IMUs with low precision in the control field.

SD211 Medium Precision Optical Inertial Navigation System

The product features pure inertial navigation and a GNSS system interface for inertial/GNSS integrated navigation on demand. Its compatible GNSS systems include GPS, GLONASS, Beidou and more. Products meet the basic level and base level maintenance system, the average repair time at the grassroots level is no more than 0.5h. At the same time, its external interface can realize the online upgrade and maintenance detection of software, which can greatly shorten the maintenance time and maintenance cost of the onboard platform.

SD212 Medium Precision Optical Inertial Navigation System

This product has pure inertial navigation and inertial /GNSS integrated navigation function, and it is compatible with GPS, GLONASS, BeiDou and other GNSS systems under the integrated navigation function mode. The product features high reliability, long life and low power consumption, which can meet the requirements of various carrying platforms for product power consumption.

SD221 High Precision Optical Fiber Inertial Navigation System

Small size, light weight, high attitude, speed and positioning accuracy, suitable for a variety of platform conditions such as vehicle, airborne and ship (ship), the system also has GPSBD, Doppler. The log and odometer interface adapt to high-precision attitude measurement and navigation during long-distance navigation. At the same time, it provides various working modes such as attitude, autonomous navigation and integrated navigation.

SD231 High Precision Optical Fiber Inertial Navigation System

The product is a Strapdown Inertial Navigation System consisting of high-precision fiber optic gyroscope and quartz accelerometer. The main features of the product are as follows:

  1. Quick self-alignment: the fastest alignment time is 2 min, the alignment accuracy is 1 milsecL;
  2. Full navigation parameter output: carrier angular rate, attitude angle, speed, position, etc.;
  3. Inertial self-test function: the key components are self-tested and output in real time;
  4. Integrated navigation function: can be combined with odometer, altimeter, satellite navigation, and built-in GPS / BD receiver;
  5. Autonomous output function: the inertial navigation outputs the navigation parameters autonomously according to the cycle;
  6. Provide real-time ephemeris data: Ephemeris data can be output in real time.

SD232 Optical Fiber Inertial Navigation System

The product has self-calibration, self-alignment and self-detection functions, and can realize independent maintenance and protection at the base level. It is a typical intelligent single machine; it has a built-in dual-axis index locking mechanism and has multiple positions under the three-self function. The dual working attributes of “flip” and “reliable locking during flight”; The product is a Strapdown Inertial Navigation System consisting of high-precision fiber optic gyroscope and quartz accelerometer. The main features of the product are as follows:

SD301 Single-Axis Fiber Optic Gyroscope

The product has the characteristics of small size, low power, large measuring range and good linearity. It is a typical all-digital closed-loop fiber optic gyroscope single machine; it greatly reduces the interferometric closed-loop fiber through the miniaturization of optical circuit components and the improvement of assembly process. The volume of the gyro; the realization of this product is of great significance for promoting the miniaturization and intelligence of the inertial weapon system.

SD311 Single-Axis Fiber Optic Gyroscope

This product is designed for all-solid structure, adopting integrated optoelectronic and all-digital closed-loop control design; without any rotating parts, it has good anti-vibration performance. At the same time, it has excellent magnetic field resistance and temperature performance, and good environmental adaptability.