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    INA226 I2C Current & Voltage Sensor (0-36V)

    ₦ 4,000

    10 in stock

    10 in stock

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    To all 36 States

    Description

    This INA226 power monitoring module is designed for servers, telecom systems, computing devices, power management units, and test equipment, offering high precision, low power consumption, and simplified circuit integration.

    Key Features:

    • I2C Interface: Integrated current, voltage, and power measurement without the need for external ADCs or multiplexers
    • High Accuracy: 10µV offset voltage and 0.1% gain error, providing 10x higher precision than competitors
    • Bidirectional & High-Side/Low-Side Sensing: Suitable for precise power monitoring in both current directions
    • Customizable Sampling: Programmable conversion time & averaging for optimized system performance
    • Low Power Consumption: 420µA static current and 2µA shutdown mode for high efficiency
    • High Common-Mode Voltage Range: Operates up to 36V CMV, ensuring stable readings across a wide range
    • Strong Noise Immunity: 140dB Common Mode Rejection Ratio (CMRR) for reliable measurements in noisy environments

    Technical Specifications:

    • Operating Voltage: Up to 36V
    • Interface: I2C digital output
    • Offset Voltage: 10µV
    • Gain Error: 0.1%
    • Power Consumption: 420µA (active), 2µA (shutdown)
    • Common Mode Rejection Ratio (CMRR): 140dB
    • Measurement Type: Current, Voltage, Power Monitoring

    Applications:

    The INA226 is highly valued for its 16-bit precision and bidirectional sensing. These attributes make it ideal for several critical industries:

      • Battery Management Systems (BMS): It monitors both charging and discharging cycles in Lithium-ion packs.
      • Solar Power Tracking: It measures real-time panel efficiency and optimizes Maximum Power Point Tracking (MPPT).
      • Server and Telecom Power: It detects power anomalies, logs energy consumption, and prevents overcurrent damage.
      • Robotics and Motor Control: It senses stalls or high-load conditions by monitoring motor current spikes.