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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

The A19301 is an optimized Hall-effect integrated circuit (IC) 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 an integrated capacitor and Hall-based IC in • Hall-effect technology allows ease of use for ringmagnet and ferromagnetic target sensing• Integrated capacitor in a single overmolded miniaturepackage provides greater EMC robustness• SolidSpeed Digital Architecture™ supports advancedalgorithms, maintaining pitch accuracy during dynamicair gap di;

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

The A19302 is an optimized Hall-effect integrated circuit (IC) with the option for PW- or AK-protocol two-wire interface, ideal for applications requiring the determination of speed and direction of the sensed target. \n\nThe small package includes an integrated capacitor and Hall-based IC in a sing • Hall-effect technology allows ease of use for ring magnet and ferromagnetic target sensing\n• PW or AK Protocol for speed and direction information, signal integrity, and functional status\n• Integrated capacitor in a single overmolded miniature package provides greater EMC robustness\n• SolidSpee;

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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）

接近传感器

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）

ASIL-Compliant Hall-Effect Wheel Speed Sensor IC

文件：1.09219 Mbytes Page：15 Pages

Single-Channel Low Saturation Voltage Forward/Reverse Motor Driver

Overview The LB1930M is single-channel forward/reverse DC brush motor driver. This device is optimal for CD, DVD and Blue Ray Disk player loading motors. And it is possible to use it for others as a general-purpose product. Features • The low saturation voltage reduces IC internal heati

Single-Channel Low Saturation Voltage Forward/Reverse Motor Driver

Overview The LB1930M is single-channel forward/reverse DC brush motor driver. This device is optimal for CD, DVD and Blue Ray Disk player loading motors. And it is possible to use it for others as a general-purpose product. Features • The low saturation voltage reduces IC internal heati

1:9 Signal Distribution?

Description The SK1900 is an extremely fast, stable, and accurate low skew 1:9 clock / signal distributor featuring a synchronous enable, which allows the outputs to be turned off and on without the risk of an unpredictable output pulse. The D - flip-flop is triggered on the falling edge of the c

1A, 1.2MHz/2.2MHz, Step-Up DC/DC Converters

文件：190.88 Kbytes Page：12 Pages

1A, 1.2MHz/2.2MHz, Step-Up DC/DC Converters

文件：190.88 Kbytes Page：12 Pages