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MLX90248_12 PDF预览

MLX90248_12

更新时间: 2024-09-19 01:12:11
品牌 Logo 应用领域
迈来芯 - MELEXIS /
页数 文件大小 规格书
11页 525K
描述
Micropower & Omnipolar Hall Switch

MLX90248_12 数据手册

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MLLX90248  
Micropower & OmnipolarHall Switch  
Application Example  
s
Features and Benefits  
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Solid State Switch  
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Micropower consumption ideal for  
battery-powered applications  
Omnipolar, easy to use as output switches with  
both North and South pole  
Handheld Wireless Handset Awake Switch  
Lid close sensor for battery-poowered devices  
Magnet proximity sensor for reeed switch  
replacement in low duty cyclee applications  
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Very High Sensitivity Hall Sensor  
Chopper stabilized amplifier stage  
Open-Drain Output  
Operation down to 1.5V  
Ultra-Thin QFN package (0.43mm m  
SOT23 3L (both RoHS Compliant)  
aax) & Thin  
Ordering Code  
Product Code  
MLX90248  
MLX90248  
Temperature Code  
Package Code  
Option Code  
EBA-000  
EBA-000  
Packing FForm Code  
RE  
RE  
E
E
SE  
LD  
E
E
Legend:  
Temperature Code:  
Package Code:  
Packing Form:  
E for Teemperature Range -40°C to 85°C  
SE for TTSOT, LD for UTQFN  
RE for Reel  
Ordering example:  
MLX90248ESE-EBA-000-RE  
1 Functional Diagram  
2 General Description  
TM  
The MLX90248 Omnipolar  
IC is fabricated from mixxed signal CMOS  
technology. It incorporates advanced chopper-  
Hall effect sensor  
stabilization techniques to provide accurate and  
stable magnetic switch points.  
The circuit design provides ann internally controlled  
clocking mechanism to cycle power to the Hall  
element and analog signal processing circuits.  
This serves to place the high current-consuming  
portions of the circuit intoo a “Sleep” mode.  
Periodically the device is “Awakened” by this  
internal logic and the magnettic flux from the Hall  
element is evaluated againnst the predefined  
thresholds. If the flux density is above or below the  
Bop/Brp thresholds then the output transistor is  
driven to change states accordingly. While in the  
“Sleep” cycle the output transsistor is latched in its  
previous state. The design h  
service in applications r  
operating lifetime in battery powered systems.  
a
s been optimized for  
equiring extended  
The output transistor of the 990248 will be latched  
on (BOP) in the presence of a sufficiently strong  
South or North magnetic fieldd facing the marked  
side of the package. The outpput will be latched off  
(BRP) in the absence of a maggnetic field.  
390109024802  
Rev 002  
Page 1 of 11  
Data Sheet  
Apr/12  

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