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ACS759ECB - Hall-Effect-Based Linear Current Sensor

Download the ACS759ECB datasheet PDF. This datasheet also covers the ACS759LCB variant, as both devices belong to the same hall-effect-based linear current sensor family and are provided as variant models within a single manufacturer datasheet.

General Description

The Allegro™ ACS759 family of current sensor ICs provides economical and precise solutions forAC or DC current sensing.

Typical applications include motor control, load detection and management, power supply and DC-to-DC converter control, inverter control, and overcurrent fault detection.

Key Features

  • Industry-leading noise performance through proprietary amplifier and filter design techniques.
  • Integrated shield greatly reduces capacitive coupling from current conductor to die due to high dV/dt signals, and prevents offset drift in high-side, high-voltage.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (ACS759LCB-Allegro.pdf) that lists specifications for multiple related part numbers.

More Datasheets from Allegro MicroSystems

Part Number Description
ACS759 Hall-Effect-Based Linear Current Sensor
ACS759KCB Hall-Effect-Based Linear Current Sensor
ACS759LCB Hall-Effect-Based Linear Current Sensor
ACS750LCA-050 Hall Effect-Based Linear Current Sensor
ACS750LCA-075 Hall Effect-Based Linear Current Sensor
ACS750SCA-075 Hall Effect-Based Linear Current Sensor
ACS754LCB-100 Hall Effect-Based Linear Current Sensor
ACS754LCB-100-PFF Hall Effect-Based Linear Current Sensor
ACS755SCB-200 Hall Effect-Based Linear Current Sensor
ACS756KCB Hall-Effect-Based Linear Current Sensor

Full PDF Text Transcription for ACS759ECB (Reference)

Note: Below is a high-fidelity text extraction (approx. 800 characters) for ACS759ECB. For precise diagrams, tables, and layout, please refer to the original PDF.

View original datasheet text
ACS759xCB Thermally Enhanced, Fully Integrated, Hall-Effect-Based Linear Current Sensor IC with 100 µΩ Current Conductor and Optimized Performance at 3.