Inertial Sensor Units
Inertial Measurement Units (IMUs) are electronic sensing systems that calculate an object’s orientation, rotation, and linear motion in space without requiring an external reference, using accelerometers and gyroscopes (sometimes in combination with magnetometers).
MT-Gyro-3T03
The MT-GYRO-3T03 is a tactical grade 3-axis gyroscope. It has increased performance for demanding guidance and navigation applications. MT-GYRO-3T03 consists of a 3-axis high precision MEMS gyroscope. The sensing elements of each axis are calibrated against deflection and misalignment. The temperature information of the sensors is sent together with inertial information so that it can be used over the entire operating temperature range..
MT-IMU-9T101005
MT-IMU-9T101005 is a tactical grade Inertial Measurement Unit (IMU). It features increased performance for demanding guidance and navigation applications. The MT-IMU-9T101005 consists of a 3-axis high-precision MEMS gyroscope, 3-axis high-stability accelerometer and 3-axis magnetometer. The sensing elements of each axis are calibrated against drift and misalignment. The temperature information of the sensors is sent together with inertial information so that it can be used over the entire operating temperature range.
Configurable communication protocols and 5VDC input power requirement make the MT-IMU-9T101005 easy to use in a wide range of high-end integrated system applications
MT-IMU-6T1010
MT-IMU-6T1010 is a tactical grade Inertial Measurement Unit (IMU). It features increased performance for demanding guidance and navigation applications. The MT-IMU-6T1010 consists of a 3-axis high-precision MEMS gyroscope, 3-axis high-stability accelerometer. The sensing elements of each axis are calibrated against drift and misalignment. The temperature information of the sensors is sent together with inertial information so that it can be used over the entire operating temperature range.
The enhanced eliminates the effect of linear acceleration, allowing the IMU to operate in extremely harsh environments where shock and vibration are present. In many applications, the MT-IMU-6T1010 can competitively replace MUs using Fiber Optic Gyroscopes.
DRIVER BOARDS
Driver boards used for sensitive optoelectronic components such as LEDs and lasers are specialized power electronics circuits that provide the required current and voltage to these components with high stability, low noise, and fast response characteristics. They ensure both precise control of light output and the component’s lifespan and safe operation.
COMMUNICATION AND CONTROL BOARDS
FPGA, ARM AND SOC BASED BOARDS
POWER AND DISTRIBUTION BOARDS
Power and Distribution Boards are central power management cards that distribute the required voltage to different sub-units in a system in a safe, balanced, and controlled manner; they also incorporate protection, filtering, and monitoring functions.
