Isolated RS-485 & RS-232
Isolated RS-485 & RS-232
RS-232 is a serial communication standard defined by TIA/EIA-232-F that conveys data over a simple unterminated, multiconductor cable. Analog Devices offers a range of isolated RS-232 transceivers that remove ground loops by isolating the logic-level interface and line transceiver. These isolated transceivers protect against voltage spikes and common-mode transient events so data remains intact, with options for integrated DC-to-DC power converters. RS-485 is a multipoint communication network defined by the TIA-485-A/EIA-485-A standard. ADI’s isolated RS-485/RS-422 transceivers support industrial fieldbus, Modbus, and PROFIBUS®, process control networks (PLC), building automation, motor control servo drives, and encoder applications. Connect with half- or full-duplex models, with options that include extended temperature, ultralow skew, enhanced drive strength, full fail-safe and hot swap support, low voltage logic interfaces, integrated termination, and extensive EMC protection against IEC surge, EFT, ESD, and overvoltage faults.
RS-232 is a serial communication standard defined by TIA/EIA-232-F that conveys data over a simple unterminated, multiconductor cable. Analog Devices offers a range of isolated RS-232 transceivers that remove ground loops by isolating the logic-level interface and line transceiver. These isolated transceivers protect against voltage spikes and common-mode transient events so data remains intact, with options for integrated DC-to-DC power converters. RS-485 is a multipoint communication network defined by the TIA-485-A/EIA-485-A standard. ADI’s isolated RS-485/RS-422 transceivers support industrial fieldbus, Modbus, and PROFIBUS®, process control networks (PLC), building automation, motor control servo drives, and encoder applications. Connect with half- or full-duplex models, with options that include extended temperature, ultralow skew, enhanced drive strength, full fail-safe and hot swap support, low voltage logic interfaces, integrated termination, and extensive EMC protection against IEC surge, EFT, ESD, and overvoltage faults.
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