E3A2-R3M4D

The E3A2-R3M4D sensor, part of the E3A2 series of sensors, is an extremely versatile ultra-low range digital sensor of the capacitive-electric type. Its channel count per card is very high, and its resolution is greater than that of an analog sensor of the same type. Its working principle is based on variations in capacitive coupling to measure small changes in electric current of the environment, which can be used for the detection of changes in electric current in its target environment. It is capable of edge detection, temperature variation detection, electromagnetic interference detection, and other specialized applications.

Characteristics

The E3A2-R3M4D sensor has a number of features that make it unique when compared to other specialized sensors. It has an extremely low range of 0.0000001 Amps and a resolution of 1 microamp. This extremely low range translates to measurable data in the low micro-amp range, making it ideal for sensitive detection applications. Its high channel count per card enables it to simultaneously monitor multiple channels without the need for multiple cards, allowing for more efficient production and data gathering.

Application Fields

The E3A2-R3M4D sensor can be used for a wide variety of applications. Its most common applications include but are not limited to detection of electric current in medical electronics, detection of small changes in current or voltage in electronics, edge detection, temperature tracking, distance measurement, and electromagnetic interference detection. It can be used in laboratory research, automation, and other areas where sensitive and precise measurements of electric current data is needed.

Working Principle

The E3A2-R3M4D sensor works on the principle of capacitive coupling. This means that it is sensitive to changes in the environment’s electric current. It works by measuring the capacitance between two points, the input and output terminals of the sensor. This measurement is then used to calculate the electric current of the environment.The working principle of the E3A2-R3M4D sensor is based on the fact that when an electric current passes through the sensor, it creates a change in the electric charge of the environment. This change can be detected by the sensor and used to measure the electric current in the environment.

Advantages

The E3A2-R3M4D sensor offers several advantages over other specialized sensors. It can detect changes in current over a wide range of currents in a single channel, and it has a high channel count per card, enabling it to detect changes in a single environment from multiple channels. The resolution of the sensor is also extremely high, with a resolution of 1 microamp, meaning that the sensor can detect changes in environments where analog sensors would be unable to do so.

Conclusion

The E3A2-R3M4D sensor is an extremely versatile ultra-low range digital sensor that can be used for specialized applications such as edge detection, temperature variation detection, and electromagnetic interference detection. The sensor works on the principle of capacitive coupling to detect changes in the electric current of the environment. It is capable of detecting changes over a wide range of currents in a single channel, and its high resolution means that extremely subtle changes in electric current can be detected.