型号 功能描述 生产厂家 企业 LOGO 操作

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC with Speed and Direction Output

FEATURES AND BENEFITS Hall-effect technology allows ease of use for ring magnet and ferrous target sensing • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness • SolidSpeed Digital Architecture supports advanced algorithms, maintaining pitch accura

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

• Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing • PW and AK Protocol provides speed and direction information, signal integrity, and functional status • Integrated capacitor in a single overmolded miniature package provides greater EMC robustness

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

Vibration-Tolerant High-Accuracy Hall-Effect Wheel Speed and Direction Sensor IC

DESCRIPTION The A19303 is an optimized Hall-effect integrated circuit (IC) with PW and AK Protocol that provides a user-friendly two-wire solution for applications where pitch accuracy is important for the determination of speed and direction of the sensed target. The small package includes a

ALLEGRO

包装:盒 描述:ASIL-COMPLIANT HALL-EFFECT WHEEL 传感器,变送器 磁性传感器 - 位置,接近,速度(模块)

ALLEGRO

包装:盒 描述:ASIL-COMPLIANT HALL-EFFECT WHEEL 传感器,变送器 磁性传感器 - 位置,接近,速度(模块)

ALLEGRO

接近传感器

ALLEGRO

Two-Wire Hall-effect ASIL Compliant Speed & Direction Sensor IC

ALLEGRO

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC

文件:1.09219 Mbytes Page:15 Pages

ALLEGRO

High-Accuracy, Pulse-Width or AK Protocol Hall-Effect Wheel Speed and Direction Sensor IC

ALLEGRO

KNOBS AND DIAL PLATES

文件:47.25 Kbytes Page:2 Pages

ETCList of Unclassifed Manufacturers

未分类制造商

Internally Matched LNA Module

文件:406.56 Kbytes Page:5 Pages

ASB

Internally Matched LNA Module

文件:595.42 Kbytes Page:5 Pages

ASB

Internally Matched LNA Module

文件:351.95 Kbytes Page:3 Pages

ASB

Internally Matched LNA Module

文件:279.5 Kbytes Page:3 Pages

ASB

A1930产品属性

  • 类型

    描述

  • 型号

    A1930

  • 制造商

    TE Connectivity

  • 功能描述

    VARISTOR 510V 20MM RADIAL T/R

  • 制造商

    TE Connectivity

  • 功能描述

    VARISTOR 510V 6.5KA DISC 20MM

更新时间:2025-12-24 23:01:00
IC供应商 芯片型号 品牌 批号 封装 库存 备注 价格
TOSHIBA/东芝
24+
NA/
4083
原装现货,当天可交货,原型号开票
ALLEGRO(美国埃戈罗)
24+
7350
现货供应,当天可交货!免费送样,原厂技术支持!!!
TOS
25+
TO-3P
18000
原厂直接发货进口原装
汇川
24+
to-3p
880000
明嘉莱只做原装正品现货
SILAN/士兰微
22+
TO-3P
150000
挂的就有,常备现货
TOSHIBA(东芝)
23+
NA
20094
正纳10年以上分销经验原装进口正品做服务做口碑有支持
WINBON
24+
PLCC/32
3500
原装现货,可开13%税票
TOSHIBA
2015+
SMD/DIP
19889
一级代理原装现货,特价热卖!
TOSHIBA
25+23+
TO3P
34258
绝对原装正品全新进口深圳现货
TE/泰科
26+
NA
360000
只做原装

A1930数据表相关新闻