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DONGKER INA169 5A Analog DC Current Sensor Breakout,2.7V to 60V Analog Current Sensor Module in Saudi Arabia DONGKER INA169 5A Analog DC Current Sensor Breakout,2.7V to 60V Analog Current Sensor Module in Saudi Arabia DONGKER INA169 5A Analog DC Current Sensor Breakout,2.7V to 60V Analog Current Sensor Module in Saudi Arabia DONGKER INA169 5A Analog DC Current Sensor Breakout,2.7V to 60V Analog Current Sensor Module in Saudi Arabia DONGKER INA169 5A Analog DC Current Sensor Breakout,2.7V to 60V Analog Current Sensor Module in Saudi Arabia DONGKER INA169 5A Analog DC Current Sensor Breakout,2.7V to 60V Analog Current Sensor Module in Saudi Arabia

DONGKER INA169 5A Analog DC Current Sensor Breakout,2.7V to 60V Analog Current Sensor Module

SAR 79

Brand
DONGKER
Category
Sensors
Weight
100 g
1 +

Special Features

  • This distribution board will solve all your current monitoring problems. You don't need to use a multimeter, just use the convenient INA169 chip on this splitter to measure DC current consumption and obtain convenient grounding analog output. Analog output makes it an ideal breakthrough for feedback loop control.
  • We include a 5-pin connector (so you can easily connect the sensor to the breadboard) and a 3.5mm terminal plug for you to easily connect and remove the load. The usage method is very simple. Use 2.7-60V to VCC to power the sensor, connect V+to the high voltage side of the power supply, and then connect V - to the grounded load. Then use a multimeter to measure the voltage output, and that's it!
  • 60V 5A Measured Power.High conversion efficiency.Easy to Use
  • A precision amplifier measures the voltage across a 0.1 ohm, 1% detection resistor. The rated value of this resistor is 2W continuous current, so you can measure continuous currents up to+5A.
  • SHOP WITH CONFIDENCE: To provide you with the highest quality service, If you have any question, please contact us.We will provide after-sales service .

Description

1.Description:
Most current measuring 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 must stick the measuring resistor between the target ground and the actual ground. This may cause problems with the circuit, as electronic devices often do not like the ground reference to change and move with changes in current consumption. This chip is more intelligent - it can handle high voltage side current measurements up to+60VDC!
A precision amplifier measures the voltage across a 0.1 ohm, 1% detection resistor. The rated value of this resistor is 2W continuous current, so you can measure continuous currents up to+5A. The output is the current drawn through the onboard 10K resistor, therefore the output voltage is 1V per ampere. Therefore, for a current of 2A, the output will be 2V. You can change the load resistance to be larger or smaller by cutting the wiring next to the load resistance and soldering the through-hole resistance. If welding a 20K resistor, the voltage per ampere is 2V, and if welding a 5K resistor, the voltage per ampere is 0.5V.

2.Feature:
1>.60V 5A Measured Power
2>.High conversion efficiency
3>.Easy to Use

3.Parameter:
1>.Work Voltage: DC 3.3V-5V
2>.Measured Voltage: DC 2.7V-60V
3>.Measured Current: +/-5A
4>.Current Resistor: 0.1ohm 1% 2W
5>.Size: 263*21mm

4.Package:
1>.1pcs INA169 5A Analog DC Current Sensor Breakout

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