Product Overview
Explore the 7Semi INA169 Analog DC Current Sensor Breakout – an ideal instrument for precise and exact current measurements within your circuits. This breakout module showcases the highly dependable INA169 current sensor, employing the widely recognized Hall effect principle to gauge DC current across various applications. Boasting a high input impedance, minimal offset voltage, and remarkable accuracy, the INA169 ensures consistent and trustworthy current sensing capabilities.
The 7Semi INA169 Analog DC Current Sensor Breakout presents a compact and user-friendly design, facilitating seamless integration into your existing circuit setup. Equipped with a built-in amplifier and ADC, the breakout board transforms the analog current signal into a digital output, guaranteeing precise and reliable measurements on every occasion. Compatible with a diverse range of microcontrollers and development boards, this board caters to both hobbyists and professionals.
Additionally, this breakout board encompasses several advantageous features such as customizable gain, overcurrent detection, and a low-current standby mode. The adjustable gain allows meticulous fine-tuning of the output signal, while the overcurrent detection function serves as a protective mechanism against circuit overloads. The low-current standby mode supports energy-efficient operation, positioning the INA169 as a prudent choice for your current sensing requirements.
Why hesitate? Acquire the 7Semi INA169 Analog DC Current Sensor Breakout today and immerse yourself in the outstanding current sensing performance and reliability unique to the INA169!
Key Features
- Complete Unipolar High-Side Current Measurement Circuit
- Wide Supply and Common-Mode Range
- INA169: 2.7V to 60V
- Independent Supply and Input Common-Mode Voltages
- Single Resistor Gain Set
- Low Quiescent Current: 60 uA (Typical)
Board Dimensions
7Semi INA169, INA219, INA260 Current Sensor Breakout Comparison Table
Analog DC current sensor breakout boards are electronic devices designed to measure and monitor the amount of direct current flowing through a circuit. These sensor breakout boards typically consist of a Hall effect sensor, an amplifier, and an ADC (analog-to-digital converter), which work together to convert the analog DC current signal into a digital output that can be easily read and analyzed by a microcontroller or computer. The breakout board provides a convenient interface to connect the current sensor to the circuit being monitored, allowing for easy integration and control. Analog DC current sensor breakout boards are commonly used in various applications, including power supply monitoring, battery management, and motor control, to name a few.
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