INA219 DC Current Sensor Module Breakout Module

INA219 DC Current Sensor Module Breakout Module Description

This breakout board solve all your current monitoring problems. You don't need to bother with a multimeter, just use the convenient INA169 chip on this splitter to measure DC current draw and get a convenient analog output to ground
Most current measurement devices, such as our current panel meters, are only suitable for low-side measurements. This means that unless you want to use a battery, you have to glue a measuring resistor between target and true ground. This can cause problems in circuits because electronic devices tend not to like the ground reference changing and moving as current draw changes. This chip is even smarter - it can handle high-side current measurements up to +60VDC
The amplifier measures the voltage across a 0.1 ohm, 1% sense resistor. This resistor is rated for 2W continuous current, so you can measure up to +5A continuous current. The output is the current drawn through the onboard 10K resistor, so the output voltage is 1V per amp. So for 2A current the output be 2V. You can change the load resistor to be larger or smaller by cutting the trace next to the load resistor and soldering a through-hole resistor.
We've included a 5-pin header (so you can easily connect the sensor to a breadboard) as well as a 3.5mm terminal plug so you can easily connect and remove the load
The method of use is very simple. Power the sensor using 2.7-60V to VCC and connect V+ to the high side of the supply and V- to the grounded load. Then measure the voltage output with a multimeter and you're

Name: Current Sensor Module
Chip: INA169
Material: PCB
Maximum current: 5A
VCC/VIN: 2.7-60V
Colour:As Shown

Package Contents:
1 x Current Sensor Module
1 x 3.5mm Terminal Plug
1 x 5-Pin Connector

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 from the real thing. The measurement allowed error is +/- 1-3cm.