INA219 High Side DC Current Sensor (26V ±3.2A)
110.00 EGP
The INA219 High-Side DC Current Sensor is a precision I²C-based module that measures current (up to ±3.2A), voltage (up to 26V), and power in DC circuits—all while keeping your system electrically isolated. Ideal for battery monitoring, solar trackers, robotics, and power management, this sensor provides 0.1mA resolution with ±1% accuracy, making it perfect for both hobbyist and professional applications.
With its bidirectional current sensing capability, the INA219 can detect both charging and discharging currents, while its I²C interface allows seamless integration with Arduino, ESP8266, Raspberry Pi, and other microcontrollers.
Out of stock
Description
Key Features
✔ High-Side Current Sensing – Measures current without disrupting the ground path.
✔ Wide Voltage Range – Supports 0V–26V DC and ±3.2A (configurable up to ±16A with shunt resistors).
✔ High Accuracy – ±1% current measurement precision with 0.1mA resolution.
✔ Measures Voltage, Current & Power – Single module provides comprehensive power analytics.
✔ I²C Interface – Easy connection to microcontrollers (Arduino, ESP, Raspberry Pi).
✔ Bidirectional Sensing – Detects both positive and negative current flow (charging/discharging).
✔ Configurable Sensitivity – Adjustable shunt resistor for different current ranges.
✔ Compact & Breadboard-Friendly – Small footprint for easy integration.
Technical Specifications
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Voltage Range: 0V–26V DC
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Current Range: ±3.2A (default), expandable to ±16A with external shunt
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Measurement Accuracy:
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Voltage: ±0.1V
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Current: ±1%
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Power: Calculated from V × I
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Resolution:
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Current: 0.1mA
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Voltage: 4mV
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Communication: I²C (0x40 default, configurable address)
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Operating Voltage: 3V–5.5V (logic level)
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Dimensions: 25mm × 15mm × 5mm
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Weight: ~3g
Applications
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Battery Monitoring – Track charge/discharge cycles in Li-ion, solar, or DIY power banks.
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Power Supply Analysis – Measure efficiency and load consumption in DC circuits.
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Robotics & Drones – Monitor motor current to prevent overloads.
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Solar Energy Systems – Optimize panel performance with real-time current/voltage data.
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IoT & Smart Devices – Log power usage in connected electronics.

























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