INA219 Current Sensor Circuit in Proteus

INA219 Current Sensor Circuit in Proteus

In this article we will learn how to make INA219 Current Sensor Circuit in Proteus.
In the last post we will learn how to make CO Gas Leak detector Using Arduino, Relay and LCD display in proteus. You can visit our website,
I hope you appreciate my work, let’s discuss about today’s project.

Components:

1. Arduino UNO
2. Current Sensor (INA219)
3. Grove Terminal
4. Battery 5V
5. Resistor 1k
6. Volt meter
7. Resistor variable
8. Push button
9. LED
10. Jumper wires

Construction…

• Connect VS pin of INA219 with +ve
• Connect GND pin of INA219 with GND
• Connect SCL pin of INA219 with AD5 pin of Arduino
• Connect SDA pin of INA219 with AD4 pin of Arduino
• Connect pin 8 of INA219 with one side of resistor 0.1k
• Connect pin 7 of INA219 with 2^nd side of resistor 0.1k
• Connect 1^st side of resistor with one side of battery trough +ve terminal of Shunt Voltage
• Connect –ve side of Shunt Voltage with +ve side of Load voltage meter and then connect this junction with 2^nd side of resistor through collector pin of Variable
• Connect Ammeter pin and signal pin of Variable with each other by jumper
• Connect Ammeter pin of Variable with one side of Resistor 15k
• Connect 2^nd side of Resistor with +ve side of Current meter
• Connect –ve terminal of Current meter with –ve side of Load Voltage and then connect them with 2^nd side of Battery
• Connect RXD pin of Grove Terminal with TX pin of Arduino
• Connect TX pin of Grove terminal with RX pin of Arduino
• Connect one side of Resistor 1k with +5V
• Connect 2^nd side of resistor with Reset pin and then connect with one side of Push button
• Connect 2^nd side of Push button with –ve side of LED and then connect them with GND
• Connect +ve side of LED with one side f Resistor
• Connect 2^nd side of Resistor with SCL pin of Arduino

Working…

The INA219 is a high-side current sensor that can measure both current and voltage. It’s commonly used for monitoring and controlling power in various applications, including robotics, power supplies, battery management, and more.

Applications…

1. Battery Management
2. Power Monitoring
3. Solar Power Systems
4. Motor Control
5. Home Automation

Advantages…

1. High Precision
2. Digital Output
3. High-Bandwidth Output
4. Over current and Overvoltage Protection
5. High Common-Mode Voltage Range