DC to 5 MHz Bandwidth, Galvanically Isolated, High-Accuracy Current Sensor IC with Reference Output (ACS37030) or Fault (ACS37032)

• High operating bandwidth for fast control loops or where high-speed switching currents are monitored □ DC to 5 MHz bandwidth □ 40 ns typical response time • High accuracy and low noise □ ±2% sensitivity error over temperature □ ±10 mV maximum offset voltage over temperature □ 50 mARMS

ACS37030 and ACS37032

The ACS37030 and ACS37032 are fully integrated current sensor IC that senses current flowing through the primary conductor. There are two signal paths utilized, a Hall-effect element path to capture DC and low frequency current information, and an inductive coil path to capture high frequency curren • High bandwidth, 5 MHz analog output\n• ±2% sensitivity error across temperature \n• Fused-lead SOIC-6 package supports 840 VRMS basic isolation and 420 VRMS reinforced isolation \n• Non-ratiometric operation with VREF output for enhanced accuracy in noisy environments\n• 0.68 mΩ internal prima;

DC to 5 MHz Bandwidth, Galvanically Isolated, High-Accuracy Current Sensor IC with Reference Output (ACS37030) or Fault (ACS37032)

• High operating bandwidth for fast control loops or where high-speed switching currents are monitored □ DC to 5 MHz bandwidth □ 40 ns typical response time • High accuracy and low noise □ ±2% sensitivity error over temperature □ ±10 mV maximum offset voltage over temperature □ 50 mARMS

DC to 5 MHz Bandwidth, Galvanically Isolated, High-Accuracy Current Sensor IC with Reference Output (ACS37030) or Fault (ACS37032)

• High operating bandwidth for fast control loops or where high-speed switching currents are monitored □ DC to 5 MHz bandwidth □ 40 ns typical response time • High accuracy and low noise □ ±2% sensitivity error over temperature □ ±10 mV maximum offset voltage over temperature □ 50 mARMS

DC to 5 MHz Bandwidth, Galvanically Isolated, High-Accuracy Current Sensor IC with Reference Output (ACS37030) or Fault (ACS37032)

• High operating bandwidth for fast control loops or where high-speed switching currents are monitored □ DC to 5 MHz bandwidth □ 40 ns typical response time • High accuracy and low noise □ ±2% sensitivity error over temperature □ ±10 mV maximum offset voltage over temperature □ 50 mARMS