MLX90251
可编程线性霍尔效应传感器
目录
1功能框图........................................................................................................... 1
2概述.......................................................................................................... 1
3词汇Terms............................................................................................................. 3
4最大额定值............................................................................................................. 3
5座详细Diagram..................................................................................................... 4
5.1详细说明............................................... .................................................. ... 4
6通用电气Specifications.......................................................................................五
7编程范围......................................................................................................... 6
8时序........................................................................................................ 6
9精度........................................................................................................................... 6
10个可编程功能............................................... .................................................. 7
10.1静态输出电压（V
OQ
)................................................................................ 8
10.2热V
OQ
漂移（ DRIFT ） .............................................. .......................................... 8
10.3灵敏度，粗增益和精细增益.......................................... ........................... 8
10.4灵敏度范围选择.............................................. ......................................... 9
10.5灵敏度极性（翻转） ............................................ ....................................... 11
10.6钳位等级（钳位，钳位高） .......................................... ............. 11
10.7滤波器（ FILTER ） ........................................................................................................ 12
10.8灵敏度温度补偿（ TC ， TCW ， TC
2
) ........................................ 12
10.9诊断输出电平（ FAULTLEV ） ........................................... .......................... 13
10.10 EEPROM ，奇偶，和迈来芯CRC ......................................... ..................... 13
10.11输出放大器配置（ MODE ） ........................................... ..................... 13
10.12内存锁（ MEMLOCK ） ............................................ ....................................... 14
10.13溯源IC ........................................................................................................ 14
11性能Graphs..................................................................................................... 14
12应用Information................................................................................................ 15
12.1应用电路 - VA-包........................................... ............................... 15
12.2编程传感器.............................................. .......................................... 16
12.3校准程序............................................... .............................................. 17
13关于Melexis公司的产品具有不同的制造标准信息
焊接工艺........................................................................................................... 18
14 ESD Precautions........................................................................................................... 18
15封装信息..................................................................................................... 19
15.1 VA封装外形和霍尔板位置.......................................... ................. 19
15.2 GO封装外形.............................................. ................................................. 20
15.3 GO引脚输出和标记............................................ ............................................. 21
15.4 GO霍尔盘定位............................................. ........................................... 21
16免责声明..................................................................................................................... 22
3901090251
修订版009
第22页2
数据表
Nov/06
MELEXIS [ Melexis Microelectronic Systems ]
