Datasheet4U Logo Datasheet4U.com

A17502 - Dual Output Narrow Pitch Differential Speed and Direction Sensor

General Description

The A17502 is a single IC solution designed for rotational position sensing of a ring-magnet target found in automotive and industrial electric-motor applications (often with specific application and safety requirements).

Key Features

  • Ideally suited for xEV asynchronous electric motor.

📥 Download Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
A1750A A1750A DWDM Analog Forward-Path or Return-Path Laser Module Agere Systems
A1751A A1751A DWDM Analog Forward-Path or Return-Path Laser Modules Agere Systems
A1753 2SA1753 Sanyo
A1757 UPA1757 NEC
A17 10 TO 1000 MHz CASCADABLE AMPLIFIER Tyco Electronics

Other Datasheets by Allegro MicroSystems

Part Number Description
A17501 Dual Output Differential Speed and Direction Sensor
A17201 Two-Wire AC-Coupled Differential Sensor
A17301 Three-Wire Zero-Speed Differential Peak-Detecting Sensor
A17700 Pressure Sensor Interface

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
A17502 Dual Output Narrow Pitch Differential Speed and Direction Sensor IC FEATURES AND BENEFITS • Ideally suited for xEV asynchronous electric motor applications with narrow-pitch targets • High-speed switching bandwidth up to 40 kHz • Two independent output channels for either speed and direction or AB outputs in quadrature • ASIL B(D) compliant (ISO 26262) with optional fault detection output protocol • Differential sensing for robustness to external magnetic disturbance • EEPROM-enabled factory traceability throughout product lifecycle • Also available with integrated magnet (see ATS17502 datasheet) 2 - PACKAGE: 4-Pin SIP (suffix K) Not to scale DESCRIPTION The A17502 is a single IC solution designed for rotational position sensing of a ring-magnet target found in automotive and indu