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Anti Shock Mems Imu Inertial Measuring Unit 10000g Overload Resistance

Anti Shock Mems Imu Inertial Measuring Unit 10000g Overload Resistance

Brand Name : SkyMEMS
Model Number : IMU200
Certification : CE, FCC, ROHS
Place of Origin : Nanjing, Jiangsu
MOQ : 1PCS
Price : discuss personally
Payment Terms : Western Union, MoneyGram, L/C, T/T, D/A, D/P
Supply Ability : 1000PCS for month
Delivery Time : 3-5 days after payment
Packaging Details : Strong carton with PET strap for IMU200 Inertial Measurement Unit
High Performance Inertial Measurement Unit : Yes
Integrated sensors : Triaxial accelerometer, triaxial gyroscope
Accelerometer Range : ±10g (custom design)
Gyro Dynamic Range : ±400°/s
Accelerometer Bias stability : 0.005g
Gyroscope Bias stability : 80°/h
Bandwidth : 40Hz
Power supply : 3.3V
Working temperature  : -40~+85°C
Overload resistance : 10,000g
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Competitive Price IMU Module Inertial Sensors Anti Shock Imu Inertial Measurement Unit for ROV IMU200


Product Description

IMU200 Inertial Measurement Unit is a high performance tactical-grade Inertial Measurement Unit (IMU) designed to meet the needs of a broad range of guidance and control applications. IMU200 adopts low power consumption design and simplifies system integration by offering many configurable features.

IMU200 is factory calibrated and compensated for temperature effects over the full temperature operating range.

IMU200 has been successfully deployed on a wide range of weaponry, UAVs, stabilized platforms and commercial applications.


Main Features

High stability, high accuracy, high reliability, high survivability

Best in Class Performance

Fully calibrated, temperature-compensated

Angular range:±400°/s, acceleration range:±10g (custom design)

Bias stability: acc 0.005g, gyro 80°/h

Triaxial accelerometer, gyroscope sensors achieve the best combination of measurement qualities

Small size, lightweight packaging, and header connector interface ideal for OEM integration

Overload resistance:10000g, IP67 protection

Wide temperature: -40°C~+85°C

Small size: 38*35*28mm


Typical Application

All inertial sensors utilized in our tactical IMUs are designed, developed and manufactured by SkyMEMS, more than 10 year proven performance in a wide range of military and commercial applications:
- Weaponry
- Ground survey
- UAVs
- Stabilized platforms
- Antenna and camera pointing


Technical Specifications


Technical Specs
NameSpecsRemarks
Rangeacceleromenter±10gsupport custom service
gyroscope±400°/ssupport custom service
Resolutionacceleromenter≤0.01g
gyroscope≤0.5°/s
Bias stabilityacceleromenter0.005g1σ standard
gyroscope80°/h1σ standard
Bias repeatabilityacceleromenter0.005g1σ standard
gyroscope80°/h1σ standard
Bandwidth40Hz
Cross coupling≤0.2%
Power supply3.3V
Output interface0~3V analog output
Weight50g
Demension38*35*28mm
Working temperature-40~+85°C
Overload resistance10,000g

Competitive Advantages

High Performance Imu Inertial Measurement Unit

- High-quality components, industrial-grade MEMS only

- Excellent for control and stabilization

- Proven and robust filter design

- Overload resistance: 10,000g

- Full tests and individual calibration from -40 to 85°C

- High cost effective


FAQ

What is the Working Principle of IMU sensor??

IMUs operate by use of reference data, bias values from an initial starting point, and calculate changes to these values using its integrated sensors. A central processing unit calculates directional information; position, speed, orientation, and direction of movement, at a given time in space using the IMU. The sensors suffer from orientation drift as they calculate these variables using a process known as dead-reckoning and are subject to accumulative errors.

What is Dead reckoning?

Dead reckoning is the calculation of current position by use of a previously determined location and the advancement of that position by a known or estimated directional speed over an elapsed time. The process was first used in marine navigation and relied upon manual measurements. IMUs calculate accurate directional information using integrated sensors and operate using these same principles.

Orientation drift is the propagation of orientation errors. Small measurement errors of acceleration and angular velocity produce larger errors in velocity that are compounded into even greater errors in position. Orientation drift, the difference between the actual position and orientation from the measured values, increases with respect to time as measurement errors are compounded. IMUs typically incorporate some amount of calibration in order to compensate for orientation drift.


Product Tags:

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