INA260 Voltage, Current, Power Monitor Sensor Breakout I2C

Precision Power Monitoring with High Accuracy and Versatility: Shop the INA260 Sensor Breakout Today

The INA260 Voltage, Current, and Power Monitor Sensor Breakout offers a complete and highly accurate solution for real-time power measurement applications. Designed for high-side or low-side current sensing, this sensor efficiently monitors bus voltages ranging from 0V to 36V, making it suitable for a wide variety of electronic systems. With an operating power range of 2.7V to 5.5V and communication via I2C interface, the INA260 ensures easy integration into embedded systems, microcontroller-based projects, and industrial monitoring setups. Its built-in 16-bit ADC provides superior accuracy with a system gain error of just 0.15%, while its programmable alert thresholds for voltage, current, and power allow users to respond to critical conditions proactively. Whether you're developing precision electronics or optimizing power usage in industrial equipment, the INA260 stands out as a reliable, compact, and professional-grade sensor.

Features

• Wide Voltage Sensing Range: Measures bus voltages from 0V to 36V for both high-side and low-side current sensing.

• Integrated 16-bit ADC: Ensures precise and real-time measurements of voltage, current, and power with exceptional resolution.

• High Measurement Accuracy: Delivers maximum 0.15% system gain error and 5-mA offset for consistent and reliable data.

• I2C Interface with Multiple Addresses: Supports up to 16 programmable I2C addresses for flexible system design and device stacking.

• Programmable Alert Functions: Configurable thresholds allow for proactive management of power, voltage, or current anomalies.

• Wide Operating Voltage: Functions across a 2.7V to 5.5V power supply range, ensuring compatibility with most logic-level systems.

• Compact Form Factor: Ideal for integration in space-constrained applications across hobbyist, commercial, and industrial domains.

• Averaging Options: Multiple averaging settings enable stable readings in fluctuating environments.