Honeywell APS00A

High Resolution Magnetic Angular Position Sensor

Board Mount Motion & Position Sensors 1ST LEVEL VEH POS

Displacement Sensor 8-Pin SOIC T/R

MOSFET N-CH 100V 19A/100A TDSON

No. Of Channels:3Channels; Input Offset Voltage:1V; Gain Bandwidth Product:5Mhz; Supply Voltage Range:12V; Ic Case/Package:Soic; No. Of Pins:8Pins; Cmrr:-; Instrumentation Amplifier Type:General Purpose; Ic Mounting:Surface Mount Rohs Compliant: Yes |Honeywell APS00A

APS00A Instrumentation amplifier for the APS00B series high resolution magnetic angular position sensor IC, plastic, surface mount, SOIC-8, 1000 units/tape and 178 mm [7 in] reel Honeywell's APS00B High Resolution Angular Position Sensor IC (Integrated Circuit) is a miniature surface mount device for angular or rotary displacement designed for magnetic saturating field sensing. The APS00B creates an analog output voltage that varies with the direction of the magnetic flux passing over the sensor IC surface. It contains dual, saturated-mode Wheatstone bridges that generate quadrature (sine and cosine) signals to provide an extended range of angular measurements up to 180°. This product is a cost-effective and space-efficient solution for high-volume OEM designs. Potential applications include position sensing, rotary speed and angle detection, and non-contact precision location measurement systems. APS00B sensor ICs use Honeywell's Anisotropic Magnetoresistive (AMR) technology that provides advantages over Hall-effect-based magnetic sensors. They are able to resolve better than a tenth of a degree or a tenth of a millimeter, withstand large variations in magnet-to-sensor gaps, and exhibit insensitivity to shocks and vibrations. Honeywell's Magnetic Sensors are among the most precise and reliable position sensors in the industry. These surface mount devices are mounted directly on the electrical traces on a PC (Printed Circuit) board. They are attached by an automatic solder reflow operation which requires no hole, so it may help reduce the cost of the PC board.