High-Precision Linear Hall-Effect-Based Current Sensor IC With 200 關(guān)廓 Current Conductor

文件：1.67431 Mbytes 頁數(shù)：24 Pages

ALLEGRO

High-Precision Linear Hall-Effect-Based Current Sensor IC With 200 μΩ Current Conductor

The Allegro ACS780xLR is a fully integrated current sensor linear IC in a new core-less package designed to sense AC and DC currents up to 100 A. This automotive-grade, low-profile (1.5 mm thick) sensor IC package has a very small footprint.\n\n The Hall sensor technology also incorporates comm \n? Core-less, micro-sized, 100 A continuous current package\n? Ultra-low power loss: 200 μΩ internal conductor?resistance\n? Immunity to common-mode field interference\n? Greatly improved total output error through digitally?programmed and compensated gain and offset over the full?operating tempera;

Allegro

Core-less, micro-sized, 100 A continuous current package

文件：1.67432 Mbytes 頁數(shù)：24 Pages

ALLEGRO

Core-less, micro-sized, 100 A continuous current package

文件：1.67432 Mbytes 頁數(shù)：24 Pages

ALLEGRO

Core-less, micro-sized, 100 A continuous current package

文件：1.67432 Mbytes 頁數(shù)：24 Pages

ALLEGRO

Core-less, micro-sized, 100 A continuous current package

文件：1.67432 Mbytes 頁數(shù)：24 Pages

ALLEGRO

Core-less, micro-sized, 100 A continuous current package

文件：1.67432 Mbytes 頁數(shù)：24 Pages

ALLEGRO

Core-less, micro-sized, 100 A continuous current package

文件：1.67432 Mbytes 頁數(shù)：24 Pages

ALLEGRO

Core-less, micro-sized, 100 A continuous current package

文件：1.67432 Mbytes 頁數(shù)：24 Pages

ALLEGRO

ACS780xLR: High-Precision Linear Hall-Effect-Based Current Sensor IC With 200 μΩ Current Conductor

The Allegro ACS780xLR is a fully integrated current sensor linear IC in a new core-less package designed to sense AC and DC currents up to 100 A. This automotive-grade, low-profile (1.5 mm thick) sensor IC package has a very small footprint.\nThe Hall sensor technology also incorporates common-mode ?Core-less, micro-sized, 100 A continuous current package\n?Ultra-low power loss: 200 μΩ internal conductor?resistance\n?Immunity to common-mode field interference\n?Greatly improved total output error through digitally?programmed and compensated gain and offset over the full?operating temperature r;

Allegro