As i understand, this sensor is good for orientation. but is also better for 3d position calculation, then the cheaper imus?

The linear acceleration comes only relative to the Chip's coordinate frame. Getting absolute "earth-frame" acceleration requires 3D vector rotations (Adafruit might do this, but I did my own). Regardless, double integrating acceleration to get position has a lot of drift error. The fusion acceleration data (gravity removed) only updates at 100Hz. I tried integrating at 60Hz with no filtering and picking the chip up off the table caused a velocity drift of ~1m/s. Unusable! Getting accurate *position* readings for any IMU is an incredibly intricate science regardless of the IMU capabilities.

Does anybody know about the effect of vibrations on this sensor?

This device is usually used in fusion modes which filter out noise, including vibration, to a significant degree in order to calculate absolute orientation and direction. You can access the sensors in raw mode to fully expose the vibration. The Adafruit website has example code and a link to the Bosh BNO055 data sheet.

Is it possible to connect this through USB to my computer?

Not directly. You would need to connect it to something like an Arduino or Raspberry Pi, and write code for those processors to get the data into your PC.

ASIN	B017PEIGIG
Best Sellers Rank	#32,133 in Electronics ( See Top 100 in Electronics ) #1,810 in In-Ear Headphones
Item model number	BNO055
Manufacturer	Adafruit
Product Dimensions	7.62 x 5.08 x 2.54 cm; 9.07 g

Adafruit 9-DOF Absolute Orientation IMU Fusion Breakout - BNO055 [ADA2472]

Details

Description

Specifications

Common Questions