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A1469 - Three-Wire True Zero-Speed Differential Peak-Detecting Sensor IC

General Description

TheA1469 is an optimized Hall-effect sensing IC that provides a user-friendly solution for digital ring-magnet sensing, or when coupled with a magnet, ferromagnetic target sensing, in three-wire applications.

Key Features

  • Unique design for robustness against high-power EMC transients.
  • Peak detection based switching algorithm for large operating air gaps.
  • Minimum differential field 20 Gpk-pk.
  • Running mode calibration for continuous optimization.
  • Precise duty cycle signal throughout operating temperature range.
  • Automatic Gain Control (AGC) for air-gap.
  • independent switchpoints.
  • Automatic Offset Adjustment (AOA) for signal processing optim.

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Datasheet Details

Part number A1469
Manufacturer Allegro MicroSystems
File Size 852.40 KB
Description Three-Wire True Zero-Speed Differential Peak-Detecting Sensor IC
Datasheet download datasheet A1469 Datasheet

Full PDF Text Transcription for A1469 (Reference)

Note: Below is a high-fidelity text extraction (approx. 800 characters) for A1469. For precise diagrams, and layout, please refer to the original PDF.

A1469 Three-Wire True Zero-Speed Differential Peak-Detecting Sensor IC with Continuous Calibration FEATURES AND BENEFITS • Unique design for robustness against high-power...

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EATURES AND BENEFITS • Unique design for robustness against high-power EMC transients • Peak detection based switching algorithm for large operating air gaps • Minimum differential field 20 Gpk-pk • Running mode calibration for continuous optimization • Precise duty cycle signal throughout operating temperature range • Automatic Gain Control (AGC) for air-gap–independent switchpoints • Automatic Offset Adjustment (AOA) for signal processing optimization • True zero-speed operation • Scan and IDDQ for increased test coverage PACKAGE: 4-pin SIP (suffix K) Not to scale DESCRIPTION TheA1469 is an optimized Hall-effect sensing