Say goodbye to 4-wire cables. Learn how to transmit your RS-485 communication over a power bus, eliminating wires and optimizing system cost

Learn about best practices for RS-485 including network topologies, termination, external fail-safe biasing, and grounding.

This video covers common questions about RS-485 in relation to cable distance and communication data rates.

This video covers the topic of the RS-485 standard from a technical aspect and breaks down the key points engineers need to know.

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Can your RS-485 communication withstand severe surge events such as lightning strikes? Learn how our transceivers can help.

This training video provides an overview of the RS-485 standard the basics, the benefits and the reasons to choose RS-485 over other standards.

This video will demonstrate how to generate an isolated power supply for projects that require isolated RS-485 and CAN.

The Texas Instruments RS-485 BoosterPack allows for easy evaluation of TI’s RS-485 transceivers for applications such as building management systems, factory au

A brief overview of common-mode voltage as a factor in RS-485 signaling.

A quick discussion of the receiver failsafe feature for RS-485 devices.

A brief overview of the transceiver characteristics for RS-485 based PROFIBUS applications.

A brief discussion of the power supply current needed for RS-485 signaling along with guidelines for designers to size their power supply requirements.

A summary of the technology and applications of the RS-485 interface standard.

This video demonstrates how TI’s SymPol transceiver, the SN65HVD96, is immune to this kind of crossed wired corrections.