Product Details
Product Details
Top Features
- 外部センス抵抗不要、単一のパッケージ ソリューション
- 低電力損失:
- 0.6 mΩ の内部導体抵抗 (EX パッケージ)
- 1.2 mΩ の内部導体抵抗 (LC パッケージ)
- 経済的なローサイドおよびハイサイド電流検出
- AC または DC 電流に比例した出力電圧
- ±12.5 A および ±25 A のフルスケール検出範囲 (LC パッケージ)
- ±15.5 A および ±31 A のフルスケール検出範囲 (EX パッケージ)
- 過電流フォルト トリップおよびラッチ (フルスケール電流の 100%)
- 低ノイズのアナログ信号経路
- 100 kHz の帯域幅
- 省スペースで薄型の SOIC8 および QFN パッケージ
- 3.0 ~ 5.5 V、単一電源動作
- 一体型静電シールドにより出力の安定性を実現
- 精度向上のため工場調整済み
- 非常に安定した出力オフセット電圧
- ゼロの磁気ヒステリシス
- 電源電圧からのレシオメトリック出力
Part Number Specifications and Availability
ACS711 Product Overview
The Allegro ACS711 provides economical and precise solutions for AC or DC current sensing in 100+ V audio, communications systems, clean energy, personal mobility and white goods. The device package allows for easy implementation by the customer.
The device consists of a linear Hall sensor circuit with a copper conduction path located near the surface of the die. Applied current flowing through this copper conduction path generates a magnetic field which is sensed by the integrated Hall IC and converted into a proportional voltage.
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Discover Allegro's Advanced Magnetic Current Sensors!
設計ツール
ACS711
ASEK711EX Gerber Files
ASEK711LC Gerber Files
Pololu ACS711KEXLT-15AB-T Current Sensor Carrier
Mikroe Hall Current 2 Click Carrier Board
Current Sensor Error and Resolution
Software Portal
ASEK711 Demo Board Tutorial
Technical Documentation
Package Thermal Resistance for Allegro Current Sensors with Integrated Conductors
Glossary of Isolation-Related Terms for Integrated Current Sensors
Managing External Magnetic Field Interference When Using ACS71x Current Sensor ICs
New Approaches to High-Efficiency Current Sensing: Integrated Hall Sensor ICs Save Power and Space
Current Sensing in Motor Drives
A Micro-Packaged Linear Current Sensor IC
Magnetic Sensors are a Great Alternative to Traditional Shunt Resistors for Industrial Current Sensing
Brochure: Driving Change by Advancing Personal Mobility Through Cutting-Edge Technology
Overcoming Complexity Challenges in PCB Design with Magnetic Current Sensors
Next-Generation Current Measurement: Addressing PCB Design Challenges with Magnetic Current Sensors