• Allegro Microsystems’ ACS37017 Hall-effect current sensor achieves 0.55% typical sensitivity error across temperature and lifetime. • High accuracy, a 750‑kHz bandwidth, and a 1‑µs typical response time make the ACS37017 suitable for demanding control loops in automotive and industrial high-voltage power conversion. • Unlike conventional sensors whose accuracy suffers from drift, the ACS37017 delivers long-term stability through a proprietary compensation architecture. • This technology maintains precise measurements, ensuring control loops remain stable and efficient throughout the operating life of the vehicle or power supply. • The ACS37017 features an integrated non-ratiometric voltage reference, simplifying system architecture by eliminating the need for external precision reference components. • This integration reduces BOM costs, saves board space, and removes a major source of system-level noise and error.
Article Summaries:
- Allegro Microsystems’ ACS37017 Hall-effect current sensor achieves 0.55% typical sensitivity error across temperature and lifetime. High accuracy, a 750‑kHz bandwidth, and a 1‑µs typical response time make the ACS37017 suitable for demanding control loops in automotive and industrial high-voltage power conversion. Unlike conventional sensors whose accuracy suffers from drift, the ACS37017 delivers long-term stability through a proprietary compensation architecture. This technology maintains precise measurements, ensuring control loops remain stable and efficient throughout the operating life o
Sources: