INA260 Detection Sensor Module High/Low Voltage Current Power Sensor Module OP

1. This device not only replaces two multimeters but also offers remarkable accuracy and flexibility. It measures DC current (high- and low-side), bus voltage, and automatically calculates power. Accuracy is less than 1% across an impressive voltage, current, and temperature range. Data is transmitted in a user-friendly compatible withmat via I2C.2. It is ideal compatible with CircuitPython and Arduino-compatible microcontrollers, as well as single-board computers like the Raspberry Pi. It is compatible with 3V and 5V logic and can measure bus voltages up to +36V DC. Not suitable compatible with AC voltage.3. The voltage across the integrated 2-milliohm shunt resistor (0.002 ohms!) with 0.1% tolerance is measured by an internal 16-bit ADC. This allows compatible with an impressive current range with a resolution of 1.5 mA. (The resistance of the shunt resistor is so low that some multimeters will register it as a short circuit!)4. In high-side configuration, the bus voltage and power can be measured precisely. Advanced users who wish to measure the bus voltage in low-side configuration must cut the bridge between V+ and Vbus and connect the Vbus pin to the voltage bus.Most current meters have significant limitations that restrict their applications. Many are only suitable compatible with low-side measurement, which can lead to problems if the ground changes with the current flow. Other devices, such as the sister model Ina219b, circumvent this by measuring on the high side, but require replacing the shunt resistor compatible with a different current range. The Ina260 model overcomes these limitations and, thanks to its integrated precision shunt resistor, can continuously measure currents up to 15 A at +36 V on both the high and low sides.Type: Detection sensorColor: BlackMaterial: Printed circuit boardPackage contents:1 x Sensor moduleOnly the above-mentioned package is included. Other products are not included.Note: Light reflections and different screen settings may affect the item's color.