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AW86501BDCCDNR

High Sensitivity Ultra Micropower Omnipolar Hall-effect Switch

Product details

Parameters

Pole Type omnipolar
VDD (Min) (V) 1.2
VDD (Max) (V) 3.6
Sensitivity Bop (Gs) ±18Gs
Sensitivity Brp (Gs) ±9Gs
BHY (Gs) 9
IDD_AVG (μA) 0.06
IDD_Sleep (μA) 0.015
Channel 1
Temperature -40℃~85℃
Output Type Push Pull
Package (mm) DFN 1X1-4L

Package | Pins | Size

DFN 1X1-4L

Features

High sensitive omnipolar operation Micropower operation Typ 60nA (average : VDD=1.5V) Ultra small package:WBDFN 1mm×1mm-4L Out latch control PIN Power switching (≤20mA) On board voltage regulator for 1.2V to 3.6V range Wide operating temperature range: -40°C to 85°C

Description

The AW86501BDCCDNR is a digital magnetic sensor switch, ideal for small battery-powered applications such as portable medical devices. It supports omnipolar magnetic field response and features a supply voltage range of 1.2V to 3.6V, making it well-suited for applications using a single 1.5V battery. The device boasts an ultra-low average operating current of only 60nA, among the lowest in the industry. Furthermore, this sensor switch can efficiently supply up to 20mA of current to the application circuit and is equipped with an Output latch control pin , via this pin, the output can be kept in a specific state, unaffected by any changes in the magnetic field. When the magnetic field strength is greater than Bop, then the device output is pulled low; When the magnetic field strength is less than Brp, then the device output is pulled high; When the magnetic field strength is between Bop and Brp, then the device output remains in the previous state.

Technical documentation

Type
Title
Language
Date
Datasheet DS_AW86501BDCCDNR_EN_V1.2 英文   2025-12-12
Technical articles Tech Guide: A Hardcore Breakdown – How 3D Hall Works with A+G to Deliver Precision Navigation 英文   2026-03-27