Zero-drift current sense for shunt monitoring
Its 5 µV input offset voltage and 400 kHz bandwidth make it suited for precision monitoring in motor-drive phase currents, solenoid loads, and power-supply output rails where the shunt drop must be resolved down to microvolt levels without external trimming.
The 400 kHz -3 dB bandwidth supports current-loop bandwidths up to several tens of kHz, adequate for PWM-switched loads at typical switching frequencies below 200 kHz. The 2 V/µs slew rate ensures the output settles within one switching cycle when the shunt voltage steps from zero to full-scale, avoiding measurement lag in fast-overcurrent detection paths.
Supply rails and temperature range — deployment envelope
The 1.8 mA quiescent supply current keeps the thermal budget light in densely populated boards.
Package and footprint — 8-TSSOP
The 90 µA input bias current is typical for a bipolar-input current-sense amplifier; the shunt resistor value should be chosen so that the bias current does not introduce a significant voltage drop error at the sense nodes.