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Allegro is helping the automotive industry meet demands for a greener future with sustainable, system-optimized, economical solutions for all your EV sockets.
Allegro offers coreless Current Sensing IC solutions that are high-bandwidth efficient, user-programmable, and equipped with safety features such as self-checks and isolation capabilities that make them ideal for use in inverters for EV applications.
The ACS3761X Hall-effect sensor IC solution family is a coreless and shield-free solution, reducing BOM and overall inverter size and weight. These differential sensors reject stray magnetic fields, reducing reliance on software. The family is optimized for a large range of currents, 100 A to >4000 A, making it ideal for automotive applications.
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Allegro is helping the automotive industry meet demands for a greener future with sustainable, system-optimized, economical solutions for all your EV sockets.
Allegro offers an online interactive modeling tool to help design busbars for coreless solutions. Calculate the coupling factor of a busbar and ACS37612 current sensor.
Notched Busbar Design Guidelines For Coreless ACS37610 Differential Current Sensor
ACS37610 Busbar Geometry and Design Techniques for Coreless Differential Current Sensors
Overcurrent Fault Detection Using ACS37610 Coreless Current Sensor
Transient Current Behaviors Using ACS37610 Coreless Differential Current Sensor
The ACS37610 is a differential hall based SMT sensor for coreless current sensing in high current applications (100 A to >4000 A). The ACS37610 is the only coreless sensor with overcurrent and overtemperature for added safety.
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The ACS37612 is a standalone coreless current sensor IC that provides an economical and precise solution for AC and DC current sensing without requiring a magnetic concentrator core or a shield. The ACS37612 measures currents from 200 A to >1000 A flowing through a PCB or a busbar with a typical accuracy of 1%.
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