ACS712 30A Current Sensor Module
The ACS712 30A Current Sensor Module range utilizes a precise, low-offset, linear Hall circuit featuring a copper conduction path near the die’s surface. As current passes through this path, it produces a magnetic field that the Hall IC then converts into a proportional voltage.
Being able to detect and manage the flow of current is essential in various applications such as over-current protection circuits, battery chargers, switching mode power supplies, digital watt meters, and programmable current sources.
The ACS712 30A Current Sensor Module utilizes the ACS712 sensor to precisely detect both AC and DC currents.
The highest detectable current, whether AC or DC, is 30A and can be measured using the analog I/O port on an Arduino.
Please take into consideration that the following is applicable to all users, regardless of their level.
Please note that the product color may vary during shipping and you may receive any one of the available options.
We will be providing two additional modules that utilize the ACS712 IC for current measurement. Please see below for more details.
The ACS712 30A Current Sensor Module that measures a range of currents.
The ACS712 is a current sensor module designed for use in a range of applications.
Please revise the paragraph below to eliminate repetition while maintaining the same tone.
The ACS712 operates on the Hall effect and it is recommended to utilize this feature in order to prevent any potential disturbance.
Diagram for connecting:
- The ACS712 is compatible with the Arduino platform.
- The ACS712 module for Arduino.
- Included in the package are a variety of standout features for your convenience. These additions serve to enhance the overall experience and make it more user-friendly.
- Analog signal path with reduced noise levels
- The latest FILTER pin allows for adjustments to the device bandwidth.
- The output exhibits a rise time of -5 µs when a step input current is applied.
- A minimum isolation voltage of 2.1 kVRMS is required between pins 1-4 and pins 5-8.
- Operating with a single supply of -5.0 V.
- The output sensitivity ranges from 66 to 185 mV/A.
- Voltage output is directly related to both AC and DC currents.
- Precisely calibrated at the factory for optimal accuracy.
- Consistently stable output offset voltage
- An almost nonexistent level of magnetic hysteresis.
- The output ratio, derived from the input voltage.
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