TL610D Highly Anti-vibration MEMS Gyroscope Sensor With Temperature Compensated Widely Used For Industry Control
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Min.Order:1 Set
Shenzhen Rion Technology Co., Ltd.
TL610D Highly Anti-vibration MEMS Gyroscope Sensor With Temperature Compensated Widely Used For Industry Control
General Description
TL610D is a gyroscope (angle rate sensor)based on the micro mechanical principle,a miniature inertial devices for mainly measuring the angular velocity of a moving object. Product internal withthe silicon ultrafine precision ring sensing technology so that it has a high-performance, waterproof,anti-vibration, light weight,anti-electromagnetic interference characteristics and etc. Uninterrupted the machine with self-test technology, the filtering algorithm and the first time in the country by eliminating resonance technology to solve the influence on data because of the surrounding noise or vibration interference source to the ordinary gryoscope. TL610D add another new temperature sensor compensation technology to solve the temperature drift impact problems,with over-temperature stability and long life characteristics etc. to realizethe domestic similar products technology-leading technology.
Products with high cost-effective, small volume,more advantages than the FOG in application fields, is now widely used in the automotive, military, marine, moving objects, position control & attitude control, and other applications that require precise angle measurement occasions!
Key Featuers
1.High performance drift stability
2.Low noise
3.Light weight
4.Long life,strong stability
5.Cost-effective
6.Excellent vibration performance
7.All solid state
8.Compact & light design
9.0~5V voltage output
10.Wide temperature range
11.DC+9~36V power supply
12.Temperature drift< ±0.2°/sec
Application
1.Military & Industry
2.Navigation
3. Car navigation
4.Platform stability
5. Auto safety system
6.Remote control helicopters
7.Turck-mounted satellite antenna equipment
8.Industrial control
9.Equipments
10.GPS combination
11.Camera stability
12.Robot
13.3D virtual reality
14.Ships electronic needle error compensation on inclined(angle rate)inductioni equipment