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AH8502

Diodes
Part Number AH8502
Manufacturer Diodes
Description MICROPOWER LINEAR HALL EFFECT SENSOR
Published Aug 2, 2015
Detailed Description AH8502 MICROPOWER LINEAR HALL EFFECT SENSOR NEW PRODUCT Description The AH8502 is a micropower linear Hall effect sens...
Datasheet PDF File AH8502 PDF File

AH8502
AH8502

Overview
AH8502 MICROPOWER LINEAR HALL EFFECT SENSOR NEW PRODUCT Description The AH8502 is a micropower linear Hall effect sensor with an 8-bit output resolution.
The output voltage is ratiometric to the supply voltage and proportional to the magnetic flux density, perpendicular to the part marking surface.
The output null voltage is at half the supply voltage.
Pin Assignments (Top View) OUTPUT 1 6 NC The AH8502 has a typical sensitivity of 2.
1mV/G and 3.
55mV/G at 1.
8V and 3V.
The typical null voltage offset is less than 1% of VDD.
The device has typical input referred rms noise of 0.
36G and 0.
24G at 1.
8V and 3.
0V.
Designed for battery powered consumer equipment to office equipment, home appliances and industrial applications, the AH8502 can operate over the supply range of 1.
6V to 3.
6V.
The device has a CNTRL pin to select the operating modes and sampling rate to minimize power consumption.
The device operates in default micropower mode with a sampling rate of 24Hz typical and consumes only 13µA typical at 1.
8V.
In turbo mode with continuous 6.
25kHz sample rate the current consumption is 1mA typical.
In external-drive mode, the CNTRL can be used to change the sampling frequency up to 7.
14KHz with current consumption of 1.
16mA typical at 1.
8V.
To minimize PCB space, the AH8502 is available in small low profile U-DFN2020-6.
Features  Linear Hall Effect Sensor with +/-430G Sense Range and Output Voltage with 8-bit Resolution  Supply Voltage of 1.
6V to 3.
6V  Sensitivity: 2.
1mV/G and 3.
55mV/G at 1.
8V and 3V at +25°C  Low Offset Voltage  Micropower (Default Mode), Turbo and External-Drive Modes  Ultra Low Average Supply Current  13µA Typical in Micropower Mode (Default) Period at 1.
8V  1.
01mA Typical in Turbo Mode at 1.
8V  1.
16mA Typical in External Drive Mode with 7.
14kHz Sampling Rate at 1.
8V  Chopper Stabilized Design with Superior Temperature Stability, Minimal Sensitivity Drift, Enhanced Immunity to Physical Stress  Output Voltage Maintained at „Sleep‟ Mode ...


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