Product Description:
The KQ6IMU100 is a module that utilizes MEMS technology to measure
and analyze information regarding the angular velocity and
acceleration of an object in three dimensions. With its advanced
design and capabilities, this module is an efficient and reliable
solution to measuring inertial data.
MEMS technology is the integration of various micro devices and
systems into one unified design. These include micro-sensors,
micro-actuators, micro-mechanical structures, micro-power and
micro-energy systems, signal processing and control circuits, as
well as interfaces and communication capabilities. The integrated
nature of MEMS allows for sophisticated and intelligent systems
that can be mass-produced and are incredibly small in size, with
internal structures measured in micron or even nanometer scale.
MEMS technology has a wide range of applications and products,
including accelerometers, optical sensors, pressure sensors,
gyroscopes, humidity sensors, gas sensors and other integrated
systems. The technology is revolutionizing the fields of sensing,
communications, and control systems with its miniaturization and
integration capabilities.
Features:
● Small Size,27mmX27mmX10mm
● Easy to be integrated by connect the digital interface RS422.
● Dual redundancy design to sets of gyro and accelerator
integrated.
● Bias < 0.05°
Technical Parameters:
| Parameter | KQ6IMU100 |
| Power supply parameter |
| Input Voltage | 5±0.2 V DC |
| Input Current | ≤100mA |
| Product performance |
| GYRO | Range | ±400°/s |
| Bias | 0±0.05°/s |
| Bias stability | ≤30°/h |
| Scale factor | 70±3LSB/°/s |
| Scale factor nonlinearity | ≤200ppm |
| Vibration error | ≤0.03°/s |
| Bandwidth | ≥100Hz |
| Accelerometer | Range | ±10g |
| Bias | 0±0.02g |
| Bias stability | ≤0.002g |
| Scale factor | 1000±30LSB/g |
| Bandwidth | ≥400Hz |
| Interface | RS422(1-bit start +8-bit data +1-bit even parity check +1-bit stop) |
| Baud rate | 460800bps |
| Inner Data update speed | ≤2.5ms |
| Environment |
| Operating temperature | -40～+65℃ |
| Random vibration | 6.06 g |
Dimensions:
Applications:
Robotics
Robotics is an interdisciplinary field that combines mechanical
engineering, electrical engineering, computer science, and other
fields to create machines that can perform tasks without human
intervention. Robotics has many real-world applications and is used
in industries as diverse as manufacturing, healthcare, and space
exploration.
Flight Testing
Flight testing is the process of evaluating an aircraft's
performance and handling characteristics in flight. It is an
essential step in the development of any new airplane or
helicopter, as it allows engineers to identify and correct any
design flaws or performance issues before the aircraft is put into
service.
Guidance & Control Systems
Guidance and control systems are critical components of any
aerospace vehicle. These systems include sensors, computers, and
other hardware and software that help the vehicle navigate and
maintain stability during flight. Without effective guidance and
control systems, aerospace vehicles would be unable to perform
complex maneuvers or safely navigate through the skies.
Short Term Navigation
Short-term navigation involves the use of various tools and
techniques to navigate an aerospace vehicle over relatively short
distances. This can include traditional navigation methods like
charts and compasses, as well as more modern technologies like GPS
and inertial navigation systems. Short-term navigation is essential
for aircraft taking off, landing, and maneuvering at low altitudes.
Aerospace
Aerospace is a broad field that encompasses everything related to
flight in the Earth's atmosphere and beyond. This includes the
design, development, and operation of aircraft, spacecraft, and
satellites. Aerospace is a complex and constantly evolving field
that requires expertise in many different areas, including
engineering, physics, and materials science.
Support and Services:
Our Electronic Gyroscope Sensor is designed with precision to
provide reliable performance for your applications. Our support
includes detailed product documentation, an extensive online
knowledge base, and troubleshooting guides to help you resolve any
issues you may encounter.
We are committed to the satisfaction of our customers and strive to
provide exceptional after-sales support. Should you have any
feedback or suggestions, we welcome your input as it helps us to
continuously improve our products and services.
Packing and Shipping:
The Electronic Gyroscope Sensor is housed in a robust, anti-static
packaging to ensure the device remains secure and undamaged during
transit. The interior of the packaging is lined with a cushioning
material that absorbs shocks and vibrations, providing additional
protection for the sensitive components of the sensor.
Prior to shipment, each package is sealed and subjected to a
thorough inspection to guarantee that the sensor is securely
enclosed. The exterior of the packaging is clearly labeled with
handling instructions and the package contents to facilitate
careful handling and to inform the recipient about the enclosed
device.
For shipping, the packaged Electronic Gyroscope Sensor is placed in
a larger, durable cardboard box designed to withstand the rigors of
transport. This box is further secured with packing tape and, if
necessary, additional cushioning materials are added to prevent
movement within the box during shipment.
Each shipment includes a detailed packing slip with product
information and a unique serial number for inventory tracking and
quality control purposes. The package is then dispatched through a
reliable courier service with options for tracking and insurance to
ensure the Electronic Gyroscope Sensor arrives at its destination
promptly and in pristine condition.
