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Item #:
26923221
Adafruit 4226 INA260 High or Low Side Voltage, Current, Power Sensor
Item #:
26923221
SLL 437514
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This breakout board may well be the last current sensing solution you every need to buy.
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What Stands Out
Versatile Measurement
The INA260 sensor accurately measures voltage, current, and power on high or low sides, making it versatile for various applications in energy monitoring and efficiency testing.
High-Precision Readings
With a precision of 1%, the INA260 provides reliable and consistent measurements, ensuring that users can trust the data for optimizing power management in their projects.
Easy Integration
The sensor boasts I2C communication, enabling simple integration into existing systems and making it developer-friendly for rapid deployment in prototypes and final products.
Product Details
- Precision and flexible current sensing solution with better than 1% accuracy
- Measures high or low side DC current, bus voltage, and automatically calculates power
- Compatible with microcontrollers (CircuitPython, Arduino) and single board computers (Raspberry Pi)
- Works with 3V or 5V logic and measures bus voltages up to +36VDC (not for AC voltages)
- Integrated precision shunt resistor allows measurement of +36V at up to 15A continuous on either high or low side
- Internal 16-bit ADC provides measurements over an impressive current range with a resolution of 1.5 mA
| Maximum Supply Voltage | 36 Volts (DC) |
| Output Type | Digital |
| Specific Uses For Product | DC current measurement, DC voltage measurement, Power measurement |
| Material Type | PCB, Copper, Resistors, Capacitors, etc. |
| Style Name | Modern |
| Item Weight | 2 Grams |
| Brand Name | Adafruit |
| Model | 4226 INA260 |
| Manufacturer | Adafruit |
| Part Number | 4226 |
| Unit Count | 1.0 Count |
| Brand | Adafruit |
| Material | PCB, Copper, Resistors, Capacitors, etc. |
| Style | Modern |
Who Should Buy?
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Electrical Engineers
Ideal for monitoring voltage and current in various circuits, aiding design and troubleshooting of electronic systems.
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Hobbyist Developers
Great for DIY electronics projects where accurate power monitoring is required, such as robotics or IoT applications.
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Educational Purposes
Useful in academic settings for teaching students about electrical measurements, enhancing practical understanding of circuits.
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Average Consumers
Not suitable for typical home users needing basic power monitoring without technical knowledge or tools.
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Non-technical Users
Individuals without electronics or programming experience may find installation and configuration challenging and frustrating.
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High-power Applications
Not designed for monitoring high voltage or current applications, which may exceed the device's specifications and capabilities.
Product Description
About This Item
Introducing the Adafruit 4226 INA260 High or Low Side Voltage, Current, Power Sensor - the ultimate solution for all your current sensing needs. With its precision and versatility, this breakout board will revolutionize the way you measure current, voltage, and power. This incredible sensor is capable of measuring high or low side DC current, bus voltage, and automatically calculating power with unparalleled accuracy. It can operate over a wide range of voltage, current, and temperature settings, ensuring reliable and precise measurements with better than 1% accuracy.
All the data is conveniently delivered in an easy-to-use format over I2C, making it compatible with any microcontroller that supports CircuitPython or Arduino, as well as popular single board computers like Raspberry Pi. Unlike many current-measuring devices, the INA260 eliminates the constraints that limit their usability. Some devices can only measure low-side current, which can cause issues when the ground reference changes with current. Others require you to change the shunt resistor to measure different current ranges.
However, with the INA260, these limitations are a thing of the past. It features an integrated precision shunt resistor that allows you to measure up to +36V at up to 15A continuous on either the high or low side – truly remarkable! The INA260 achieves this level of precision by measuring the voltage across its integrated 2 milliohm (0.002 ohm) shunt resistor using the internal 16-bit ADC. This enables measurements over an impressive current range with a resolution of 1.5 mA.
In fact, the resistance of the resistor is so low that some multimeters might register it as a short! While the bus voltage measurement and power calculation are accurate in a high side configuration, advanced users who want to measure bus voltage in a low side configuration will need to cut the jumper connecting V+ to VBUS and connect the VBUS pin to the voltage bus. This added flexibility ensures that the INA260 can adapt to your specific needs. Whether you are an e-commerce business owner, online retailer, or power optimization enthusiast, the Adafruit 4226 INA260 is the ideal solution for accurate voltage and current measurements. Monitor and track power consumption with ease, optimize energy usage, and gain valuable insights into your power management.
This sensor is the ultimate power monitoring tool for e-commerce stores, offering the best accuracy and measurement capabilities available on the market. Upgrade your energy monitoring system today with the Adafruit 4226 INA260 High or Low Side Voltage, Current, Power Sensor and discover the power of precision and flexibility.
Have any Query? Chat with us
Customer Questions & Answers
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Question:
What are the main features of the Adafruit 4226 INA260 sensor?
Answer: The Adafruit 4226 INA260 sensor boasts features like high precision voltage, current, and power monitoring. Designed for easy integration into projects, it utilizes I2C communication for efficient data transfer. Its ability to handle both high and low-side measurements makes it versatile for various applications, from portable devices to complex industrial systems. This versatility allows users to monitor power consumption accurately, whether in battery-powered devices, solar applications, or any system where precise power management is critical. -
Question:
How does the Adafruit 4226 measure power consumption?
Answer: The Adafruit 4226 measures power consumption by monitoring both voltage and current. It integrates a shunt resistor, allowing the sensor to calculate current flowing through the circuit. Using the formula Power (P) = Voltage (V) × Current (I), it provides real-time power calculations. This functionality is essential for applications requiring power profiling or efficiency assessments, such as in battery-operated systems or energy-harvesting projects, ensuring users can optimize performance and energy use effectively. -
Question:
Can the Adafruit 4226 be used with Arduino or Raspberry Pi?
Answer: Yes, the Adafruit 4226 is fully compatible with both Arduino and Raspberry Pi platforms. It communicates over the I2C bus, making it straightforward to integrate into your projects. Adafruit provides libraries and example codes to simplify connection and coding processes, enabling developers to quickly start data acquisition. Whether you are building a DIY energy monitor or a robotics project that needs power tracking, the Adafruit 4226 serves as an excellent tool for precise power management. -
Question:
What type of projects is the Adafruit 4226 recommended for?
Answer: The Adafruit 4226 is recommended for various projects, including battery management systems, renewable energy applications, and portable gadgets that rely on precise power tracking. Since it provides real-time voltage, current, and power readings, it's ideal for applications requiring accurate monitoring of energy consumption, such as solar panel systems, smart appliances, and IoT devices. By utilizing this sensor, developers can enhance performance and efficiency in power-sensitive applications. -
Question:
What is the input voltage range for the Adafruit 4226?
Answer: The Adafruit 4226 can handle a wide input voltage range from 0 to 36 volts, allowing it to monitor a variety of power systems. This range is versatile enough for both low-voltage microcontroller projects and higher voltage applications. Understanding this range helps users design systems accordingly, ensuring that they select appropriate components that align with the sensor's operational capabilities, whether it’s for hobbyist projects or more demanding electrical applications. -
Question:
Is the Adafruit 4226 sensor suitable for high-side and low-side measurements?
Answer: Yes, the Adafruit 4226 sensor excels in both high-side and low-side voltage and current measurements. This dual capability ensures flexibility in how users can implement the sensor into their circuits. High-side measurement allows users to sense power on the load side, which is useful for battery monitoring, while low-side measurement is effective for applications where the sensor must be placed before the load, such as in certain motor controls. This adaptability makes the sensor a valuable component across various scenarios. -
Question:
What communication protocol does the Adafruit 4226 use?
Answer: The Adafruit 4226 uses the I2C communication protocol, which is notable for its simplicity and efficiency in connecting multiple devices on a system's bus. I2C allows users to connect several sensors and control circuits with minimal wiring, which is particularly advantageous in compact designs. This flexibility aids in saving space and reduces complexity when developing intricate projects, making it an excellent choice for both novice and experienced developers aiming for streamlined device integration. -
Question:
What are the dimensions of the Adafruit 4226 module?
Answer: The Adafruit 4226 module measures approximately 20mm x 25mm, making it compact enough for even the smallest projects. This size allows for easy integration into various existing boards and enclosures. Its small footprint is particularly valuable in portable applications where space is limited, such as in wearable technology or embedded systems, letting developers include efficient power monitoring without compromising the overall design aesthetic or architecture. -
Question:
Where can I buy Adafruit 4226 INA260 High or Low Side Voltage, Current, Power Sensor in Sierra Leone?
Answer: You can purchase the Adafruit 4226 INA260 High or Low Side Voltage, Current, Power Sensor from Ubuy in Sierra Leone. Ubuy offers a convenient platform to explore a wide range of electronics, making it easy to find this sensor and have it delivered to your location. With Ubuy's user-friendly interface, you can efficiently search for the product and gain access to various shipping options tailored to your needs. -
Question:
What additional components might I need to use with the Adafruit 4226?
Answer: Depending on your project, you may need additional components such as connectors, breadboards, or pull-up resistors for the I2C bus. It’s also advisable to use a suitable power supply that matches the voltage range of the Adafruit 4226 for optimal performance. These components facilitate seamless integration and functional testing of the sensor in your projects. For example, if you're utilizing the sensor in a prototype, a breadboard can help easily reconfigure connections as you refine your design.
Adafruit Single Board Computers Editorial Review
The Adafruit 4226 INA260 High or Low Side Voltage, Current, Power Sensor is a reliable and accurate sensor for monitoring battery drain. It is particularly useful for vehicles with parasitic battery drain issues. The sensor can be wired to a Raspberry Pi or Arduino and provides data on battery drain, allowing for precise scheduling of charging. While the setup process may be confusing for some, the sensor is overall easy to use and provides helpful information for understanding power consumption. However, it should be noted that the sensor may not be able to handle currents over 1 amp and may self-destruct in case of overcurrent.
Customer Reviews & Ratings
41 customers ratings
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Pros
- Reliable and accurate
- Useful for monitoring battery drain in vehicles with parasitic drain
- Can be wired to Raspberry Pi or Arduino
- Helpful for understanding power consumption
Cons
- May not handle currents over 1 amp
Product Price History
Important information
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SLL 437514
Order now and get it around Friday, June 26
This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
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Secured transaction
Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.
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Features & Benefits
- Measures high or low side DC current, bus voltage, and power
- Impressive voltage, current, and temperature ranges with better than 1% accuracy
- Data is delivered in easy to use I2C format
- Integrated precision shunt resistor used to measure up to 15A continuous on either side
- Works with CircuitPython, Arduino, and Raspberry Pi microcontrollers
- Compatible with 3V or 5V logic and measures bus voltages up to +36VDC