Magnetoresistive Position Sensor Comes in Rotary Configuration - Encompassing such basic geometric configurations as lines, angles, and circles, SMART position sensor with rotary configuration provides 360° non-contact angular position sensing. Non-contact magnetoresistive technology is used to determine object's position with accuracy down to 0.01º despite dirty and harsh environments. Repeatable output occurs within 0.118 in. ±0.079 in. air gap between sensor and magnet collar. Design provides minimal signal error, with up to 0.10 in. of radial error ...

List of Position Sensors Manufacturers			Sponsored Links:
		MLX90291 - SMD Programmable Linear Hall Sensor, 12-bit 125 Hz PWM output signal proportional to the magnetic flux density MLX90292 - Programmable Linear Hall Sensor, 2-/3-Wire PWM Mode (up to 2 kHz)
		Model 194 - Rotary Position Sensor, quadrature square wave, resolution from 128 to 4096 pulses per revolution; max standard speed 300 rpm
		Professional Displacement and Position Measurements. From Nanos to Hundreds of Meters
		MMT Digital Position Sensors provide an accurate digital output signal from a toothed ferromagnetic target with a contactless principle
		AS5410 - 3D Hall sensor for linear position sensing up to 50 mm stroke; 14-bit resolution; PWM output AS5411 - 3D Hall sensor for off and on axis angular position sensing, PWM output
		G- Series Models GP and GH Sensors - : Start/Stop or PWM output L Series, - Start/Stop, PWM output industrial position sensors MH-Series - Magnetostrictive, Absolute, Non-contact Linear-Position Sensors with PWM output, accuracy, < ±0.04% F.S.
		20 LHE - Linear Position Sensor; electrical strokes from 0 mm to 10 mm; Accurate linearity down to 1 %; Resolution 12 bit; PWM output
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Papers, Articles and References
1.	Lin D., One-Chip Linear Position Measurement with Hall Sensors, Sensors Magazine, Vol.23, No.8, August 2006, pp. 23-25
2.	Scott D. Welsby, Tim Hitz, True Position Measurement with Eddy Current Technology, Sensors Magazine, November 1997
3.	Steven D. Roach, Designing and Building an Eddy Current Position Sensor, Sensors Magazine, September 1998
4.	Stephen J. Prosser, The Evolution of Proximity, Displacement, and Position Sensing, Sensors Magazine, April 1998
5.	Curtis Rebizant, Ron Smith, Using CAE Software to Build a New Position Sensor, Sensors Magazine, March 1998
6.	Dave Nyce, Magnetostrictive Linear Position Sensors, Sensors Magazine, November 1999
7.	An Intrinsically Safe Position Transmitter, Martin Aronow, Jackson Szczyrbak, Sensors Magazine, January 2000
8.	Jesse L.J. Russell, Magnetostrictive Position Sensors Enter the Automotive Market, Sensors Magazine, December 2001
9.	Christine Graham, John Feltus, Position Monitoring with Hall Effect Sensors, Sensors Magazine, September 2002
10.	Lou Law, Angular Position Sensing with 2-Axis Hall ICs, Sensors Magazine, March 2003
11.	Measuring Position or Speed in Harsh Environments, Control Engineering Europe, March 2011