5Pcs Ina219 Bidirectional Current Power Sensor Tap Module Diy 3V-5V Iic I2C Power Monitoring Sensor Module

5Pcs Ina219 Bidirectional Current Power Sensor Tap Module Diy 3V-5V Iic I2C Power Monitoring Sensor Module Beskrivelse

1. The calibration calibrator can directly read the current in amperes and the power in watts.
2. A total of 128 sampling attempts can be made to achieve filtering in a noisy environment.
3. The I2C interface has a timeout setting, which can completely avoid the bus lock, and can also provide a high-speed mode to meet the communication requirements of to 3.4 MHz.
4. All features of INA219 support software version.
5. Use a single power supply, its working voltage is between +3.0 to + 5.5V.

1. INA219 module is a zero-drift, bidirectional current / power monitoring integrated circuit (IC) with I2C interface, which further strengthens TI's -saving electronic product camp.
2. INA219 has always been in the industry with the highest accuracy and the smallest size, which can not only monitor the voltage drop across the shunt resistor, but also sense the shunt voltage, and at the same calculate the power supply.
3. The device is packaged in SOT23, which can provide a small, correct solution for digital current sensing of servers, notebook computers, power supplies, battery management, and automotive and telecommunications equipment.
4. INA219 can achieve a maximum error accuracy of 1% in the temperature range of -40C to + 85C, with a maximum change of 100 uV. The high accuracy of this product combined with the advantages of 12-bit resolution can help customers improve the voltage drop their shunt resistor devices, which can reduce ground power consumption and power consumption and save board space. The device can sense bus voltage from 0 V to + 26V.
colour: + black + green
Material:ABS + electronic components
size:25.4x22.5mm

Package Contents:
5 x Temperature and humidity sensor module

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different fr