Adafruit INA169 Analog DC Current Sensor Breakout - 60V 5A Max

Adafruit
SKU: TH1994 MPN: ADA1164
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This breakout makes high-side DC current monitoring simple and reliable using the INA169, eliminating ground-shift issues common with low-side sensing. It measures up to 5A at supply voltages as high as 60V and provides a clean, ground-referenced analog output ideal for microcontrollers and feedback-loop control.

Quick Specs
  • Sensor IC: INA169
  • Sensing Method: High-side current monitor
  • Bus Voltage (High-Side): Up to 60V
  • Continuous Current: Up to 5A (2W shunt)
  • Output Type: Analog (scaled ~1V/A with onboard 10K)
  • Sense Resistor: 0.1Ω, 1%, 2W
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Overview

The Adafruit INA169 Analog DC Current Sensor Breakout is a simple, elegant solution for measuring DC current without the headaches of traditional multimeters or low-side sensing. Built around the smart INA169 current monitor, this breakout lets you measure high-side current up to 60V, keeping your system ground stable and your measurements clean and reliable.

At the heart of the board is a precision 0.1Ω, 1% sense resistor rated for 2W, allowing you to continuously measure currents up to 5A. The INA169 amplifies the voltage drop across this resistor and converts it into an analog output referenced to ground, making it perfect for microcontrollers, ADCs, and control or feedback-loop systems. By default, the onboard 10K resistor gives a convenient 1V per Amp output (for example, 2A = 2V), and advanced users can easily change the scaling by swapping the resistor to suit their application.

Unlike many current monitors that only support low-side measurements, this breakout excels at high-side current sensing, handling supply voltages from 2.7V all the way up to 60V. This makes it ideal for battery-powered systems, power supplies, motor drivers, and energy monitoring projects where ground integrity matters.

To make prototyping easy, the board includes a 5-pin header for breadboard use and a pre-soldered 3.5mm terminal block, allowing you to quickly connect and disconnect your load. Just power the board, wire V+ and V− inline with your load, and read the output voltage — no complex calibration or setup required.

Specification

Specification Details
Current Sensor IC INA169 (analog current monitor with ground-referenced output)
Sensing Method High-side current sensing (keeps system ground stable)
Max Bus / Sense Voltage Up to +60V DC (high-side measurement)
Recommended Supply / Operating Range 2.7V to 60V (applied to VCC)
Max Continuous Current Up to +5A continuous (limited by onboard sense resistor rating)
Sense Resistor 0.1Ω, 1% precision, 2W continuous
Analog Output Type Ground-referenced analog voltage output (via onboard load resistor)
Default Output Scaling 1V per Amp (with onboard 10K load resistor)
Example Output 2A load ≈ 2V output (default configuration)
Output Scaling Customization Change load resistor by cutting trace and soldering a through-hole resistor
Scaling Example: 20K Load Resistor 2V per Amp
Scaling Example: 5K Load Resistor 0.5V per Amp
Connections / Termination Includes 5-pin header (breadboard-friendly) and pre-soldered 3.5mm terminal block for load connection
Typical Use Cases DC current monitoring, power monitoring, battery/system load measurement, feedback-loop control, current-based protection

Pinout

Pin Function
VCC Supply voltage for INA169 (2.7V–60V)
GND Common ground reference
OUT Analog voltage output proportional to current (default 1V/A)
VIN+ High-side input from power supply being monitored
VIN− Output to load (current flows VIN+ → VIN−)

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