Top 10 Best Arduino Current Sensor [Latest Update 2022]

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Finding the Best Best Arduino Current Sensor is a difficult task. Especially when there are numerous variables to consider when purchasing the ideal Arduino Current Sensor, it can be so much time consuming and getting it right is quite a task. In order to assist you in making your selection, we have provided a list for Arduino Current Sensor Reviews along with a buying guide. The rest is up to you!

Best Best Arduino Current Sensor
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Best Best Arduino Current Sensor Reviews

Our team scanned a total of 38528 reviews before putting any suggestions for the arduino current sensor in this article.

Comparison Chart of Top 10 arduino current sensor


Here, we have made a comparison chart for you to show the fundamental similarities and differences between the Best Best Arduino Current Sensor.

NoProductScoreAction
1HiLetgo 5pcs Voltage Detection Module DC 0~25V Voltage Sensor for Arduino9.6Buy On Amazon
2WayinTop 2pcs ACS712 Hall Effect Current Sensor Module 30A Range ACS712 Module + 2pcs Voltage Sensor Module DC0-25V Voltage Tester Terminal Sensor for Arduino9.2Buy On Amazon
3Adafruit 4226 INA260 High or Low Side Voltage9Buy On Amazon
4Gikfun 20A Range Current Sensor ACS712 Module for Arduino (Pack of 2pcs) EK1181x29Buy On Amazon
5AITRIP 5 pcs CJMCU-219 INA219 I2C Interface Bidirectional DC Current/Power Monitoring Sensor Module for Arduino Raspberry Pi8.8Buy On Amazon
6ALMOCN 3Pcs INA219 I2C IIC Interface Bidirectional DC Current Power Supply Sensor Breakout Module Power Monitoring Sensor for Arduino Raspberry Pi8.8Buy On Amazon
7Gikfun DIY 5A Range AC Current Transformer Module for Arduino (Pack of 5pcs) EK1344x58.8Buy On Amazon
8DFRobot 50A Current Sensor(AC/DC) Compatible with Arduino Interface8.6Buy On Amazon
9DAOKI 5Pcs ACS712 5A Range Current Sensor Module for Arduino8.6Buy On Amazon
10JANSANE SCT-013-000 100A Non-invasive AC Current Sensor Split-Core Clamp Current Transformer8.2Buy On Amazon

1. HiLetgo 5pcs Voltage Detection Module DC 0~25V Voltage Sensor for Arduino

  • DC 0~25V Voltage Detection Module Sensor
  • Voltage input range: DC0-25 V
  • Voltage detection range: DC0.02445 V-25 V
  • Voltage analog resolution: 0.00489 V
  • DC input interface: red terminal positive with VCC, negative with GND

2. WayinTop 2pcs ACS712 Hall Effect Current Sensor Module 30A Range ACS712 Module + 2pcs Voltage Sensor Module DC0-25V Voltage Tester Terminal Sensor for Arduino

  • Perfect Combination】Using this product can measure both voltage and current, very suitable for DIY electronic design projects.
  • Current Sensor Module】Chip: ACS712ELC-30A; Pin 5V power supply, on-board power indicator; The module can measure positive and negative current of 30 amperes, corresponding to analog output of 66mV/A.
  • Voltage Sensor Module】Voltage input range: DC0-25V; Voltage detection range: DC0.
  • Package Included】2 x ACS712 Hall Effect Current Sensor Module + 2 x Voltage Sensor Module DC0-25V Voltage Tester Terminal Sensor.

3. Adafruit 4226 INA260 High or Low Side Voltage

  • Product Dimensions: 22.9mm x 22.8mm x 2.7mm / 0.9″ x 0.9″ x 0.1″
  • Product Weight: 2.0g / 0.1oz

4. Gikfun 20A Range Current Sensor ACS712 Module for Arduino (Pack of 2pcs) EK1181x2

  • Current sensor chips: ACS712ELC-20A
  • pin 5V power supply, on-board power indicator
  • 20A range Current Sensor ACS712 Module
  • Package content: 2 x 20A range Current Sensor

5. AITRIP 5 pcs CJMCU-219 INA219 I2C Interface Bidirectional DC Current/Power Monitoring Sensor Module for Arduino Raspberry Pi

  • The INA219 achieves a maximum error accuracy of 1% over the -40 ° C to + 85 ° C temperature range with a maximum offset of 100 uV.
  • Used for I2C port zero drift / bidirectional current / power monitoring sensor module
  • INA219 I2C Bi-directional DC Current Power Supply Sensor
  • Footprint: SOT23
  • Working Voltage 3~5V ; 1%, the maximum offset is 100 uV.

6. ALMOCN 3Pcs INA219 I2C IIC Interface Bidirectional DC Current Power Supply Sensor Breakout Module Power Monitoring Sensor for Arduino Raspberry Pi

  • INA219 I2C Bi-directional DC Current Power Supply Sensor;Working Voltage:3~5V.
  • The INA219 achieves a maximum error accuracy of 1% over the -40 ° C to + 85 ° C temperature range with a maximum offset of 100 uV.
  • INA219 not only can monitor the pressure drop on the shunt resistor, sensing shunt power supply voltage, at the same time also can calculate the power.
  • The I2C interface has a timeout setting that not only prevents bus lockout, but also provides high-speed mode for up to 3.
  • The high precision of the product combines the advantages of 12-bit resolution to help customers minimize the pressure on the shunt resistor, thus minimizing power loss and power consumption and saving board space.

7. Gikfun DIY 5A Range AC Current Transformer Module for Arduino (Pack of 5pcs) EK1344x5

  • It’s diy kits, need to solder by yourself
  • onboard precision micro current transformer
  • the module can measure AC currents less than 5A, the corresponding analog output 5A/5mA
  • Pack of 5pcs
  • 80 Ohm resistor

8. DFRobot 50A Current Sensor(AC/DC) Compatible with Arduino Interface

  • Arduino interface compatible
  • Output voltage proportional to AC or DC currents
  • Factory-trimmed for accuracy
  • Nearly zero magnetic hysteresis

9. DAOKI 5Pcs ACS712 5A Range Current Sensor Module for Arduino

  • Details see description
  • Wholesale item !
  • Most of Modules offer only instructions and specifications.
  • Technology service NOT available.

10. JANSANE SCT-013-000 100A Non-invasive AC Current Sensor Split-Core Clamp Current Transformer

  • This ac current sensor used for measuring alternating current, particularly used for whole building consumption or generation.
  • This split core transformer is particularly suitable for DIY use and it works well with arduino and raspberry pi.
  • Use this split core current sensor to build your own energy monitor, reducing your power usage, or use it build an over-current protection device for an AC load.
  • Input Current: 0~100A AC; Length of Leading Wire: 1m; Two Form of Output: current output or voltage output (burden resistor needed to add); Cable Jack: 3.
  • Suitable for lighting equipment, AC motors, air compressors, monitoring, current measurement and over-current protection.

Arduino Current Sensor Buying Guide


Does the thought of finding a great Arduino Current Sensor stress you out? Has your mind been juggling between choices when it comes to buying Arduino Current Sensor in general, specifically regarding which model to choose?
If that’s the case, know that you’re not alone. Many people find it tough to buy the perfect Arduino Current Sensor for themselves. We understand the stress associated with the buying process!
Since you’re here, you are obviously curious about Arduino Current Sensor Reviews. You’ve been bombarded with information, so you need to find a reputable source with credible options before you make any decisions on which product would be best for your needs.
There are many sources that’ll provide you with that information- buying guides or ratings websites, word-of-mouth testimonials from friends or family members, online forums where users share their personal experiences, product reviews specifically found all over the internet and YouTube channels. Only thorough research will ensure that you get the right product.
But that’s not always easy, right? That's why we've taken time to compile a list of the best Arduino Current Sensor in today's market, on your behalf, so that there will be no more worries for you.
How did we come up with the list, you ask? How did we create this buying guide?
  • First, our algorithms collected as much information available about these products from trusted sources.
  • We employed both Artificial Intelligence and large data volume to validate all collected information.
  • Then our AI ranked them on their quality-to-price ratio using industry-standard criteria that let us pick the best Arduino Current Sensor currently on the market!
The products aren’t chosen randomly. We consider several criteria before assembling a list. Yes, you heard me right, you have to consider various key factors. Here, we'll go over all of the things you need to keep in mind in order to choose the most suitable option for you. Some of the criteria are discussed below-
  1. Brand Value: What happens when you go for a not-so-reputable brand just because the price seems cheap? Well, the chance of getting a short-lasting product goes higher. That’s because the renowned brands have a reputation to maintain, others don’t.
Top Arduino Current Sensor brands try to offer some unique features that make them stand out in the crowd. Thus hopefully, you’ll find one ideal product or another in our list.
  1. Features: You don’t need heaps of features, but useful ones. We look at the features that matter and choose the top Arduino Current Sensor based on that.
  2. Specifications: Numbers always help you measure the quality of a product in a quantitative way. We try to find products of higher specifications, but with the right balance.
  3. Customer Ratings: The hundreds of customers using the Arduino Current Sensor before you won’t say wrong, would they? Better ratings mean better service experienced by a good number of people.
  4. Customer Reviews: Like ratings, customer reviews give you actual and trustworthy information, coming from real-world consumers about the Arduino Current Sensor they used.
  5. Seller Rank: Now, this is interesting! You don’t just need a good Arduino Current Sensor, you need a product that is trendy and growing in sales. It serves two objectives. Firstly, the growing number of users indicates the product is good. Secondly, the manufacturers will hopefully provide better quality and after-sales service because of that growing number.
  6. Value For The Money: They say you get what you pay for. Cheap isn’t always good. But that doesn’t mean splashing tons of money on a flashy but underserving product is good either. We try to measure how much value for the money you can get from your Arduino Current Sensor before putting them on the list.
  7. Durability: Durability and reliability go hand to hand. A robust and durable Arduino Current Sensor will serve you for months and years to come.
  8. Availability: Products come and go, new products take the place of the old ones. Probably some new features were added, some necessary modifications were done. What’s the point of using a supposedly good Arduino Current Sensor if that’s no longer continued by the manufacturer? We try to feature products that are up-to-date and sold by at least one reliable seller, if not several.
  9. Negative Ratings: Yes, we take that into consideration too! When we pick the top rated Arduino Current Sensor on the market, the products that got mostly negative ratings get filtered and discarded.

These are the criteria we have chosen our Arduino Current Sensor on. Does our process stop there? Heck, no! The most important thing that you should know about us is, we're always updating our website to provide timely and relevant information.
Since reader satisfaction is our utmost priority, we have a final layer of filtration. And that is you, the reader! If you find any Arduino Current Sensor featured here Incorrect, irrelevant, not up to the mark, or simply outdated, please let us know. Your feedback is always welcome and we’ll try to promptly correct our list as per your reasonable suggestion.

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