Arduino current sensors

Introduction to Arduino current sensors

Advanced arduino current measurement devices, available at the ABC-RC online store, are indispensable tools for precise current measurement. These are devices that can be used in a variety of fields, including RC modeling, alarm systems, and home electrics. With them, it is possible to accurately measure DC and AC currents.

Types of sensors

We offer various types of arduino current sensors, which differ from each other m.in. measurement range, accuracy or mounting method. There are DC sensors, AC sensors, and universal sensors that can measure both types of current. Particularly popular are hall current sensors, which are non-invasive and do not require interference with the circuit.

Application

DC current sensors are widely used. In RC models, they protect devices from short-circuiting or jamming, immediately notifying of the danger. In alarm systems, they monitor the operation of equipment, immediately responding to any irregularities. In home electrics, they help monitor power consumption to optimize costs.

Benefits of using Arduino current sensors

Arduino current sensors offered by ABC-RC store are characterized by simple assembly, trouble-free operation and compatibility with various systems. With them, you can monitor the operation of equipment and respond to irregularities before failure occurs. These are technologically advanced devices that are successfully used in both professional projects and amateur constructions.

How to choose an Arduino current sensor?

Choosing the right arduino sensor for current measurement depends on several factors. First of all, you need to decide whether you need a DC, AC or universal sensor. The next step is to determine the range of measurement - some sensors are designed to measure small current intensities, others for large ones. It is also important that the sensor is compatible with the rest of our system.

Technical design of Arduino current sensors

Arduino sensors for DC current measurement consist of several components. The main one is the Hall sensor, which is responsible for measuring current. On top of that, there are all sorts of electronic components that make it possible to convert the signal from the sensor into data that can be read by a microcontroller. All this is enclosed in a compact housing that protects the sensor from mechanical damage and external influences.

Check out also available in our store touch sensors and vibration sensors!