In a wire communications mode, a device that converts electric current into information is called a(n) _____.

When considering the function of a device that converts electric current into information within a wire communications mode, the correct choice is a digital receiver. A digital receiver is specifically designed to interpret the digital signals transmitted over a communication medium. It takes the electric current, which represents digital data, and decodes it into a format that can be understood or processed by a computer or other electronic devices.

Digital receivers operate by utilizing techniques that allow for the accurate detection and reconstruction of the original data sent from the transmitter, ensuring that the information is conveyed correctly and efficiently. They are crucial components in modern telecommunications systems where the integrity and reliability of the data are paramount.

In contrast, devices like digital transmitters focus on sending out the electric current representing information rather than converting it. Analog receivers typically deal with continuous signals rather than the discrete values of digital signals, and analog converters serve to convert analog signals to digital format, which is a different function altogether. Thus, the digital receiver accurately describes the device responsible for converting incoming electrical signals into meaningful information in wire communications.