MAX14820ETG+T

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The MAX14820ETG+T is a high-performance transceiver designed for easy signaling over a single twisted-pair link in industrial applications. It is fully compliant with the RS-485/RS-422 standards. This module combines a differential line transceiver, ESD protection, logic, and termination circuitry into a single integrated circuit. It provides unidirectional or half-duplex communications up to 20Mbps.

The primary applications of the MAX14820ETG+T are industrial automation, factory floor communications, and building automation and control. The transceiver is ideal for enables robust, reliable and cost effective high-speed communication for industrial. The MAX14820ETG+T can be used in applications where noise immunity is critical.

The MAX14820ETG+T provides various features that offer ease-of-use. It has an event-driven 3- wire interface which allows for the host and transceiver to operate in various modes such as master, protocol, and slave. The module also supports different levels of ESD protection and provides thermal shutdown for protection against adverse power conditions.

The MAX14820ETG+T transceiver works as a bridge between a differential signal and a single-ended signal. The transceiver offers a range of features such as a driver tri-state capability, a receiver active-low enable, and a push-pull natural termination resistor. The differential transmitter and receiver feature a low-cost reduced-pin-count interface.

The transmitter, features a low-power standby mode. It is designed to provide 10MHz of data rate, low-power consumption, high output drive strength, and low-emissions electromagnetic compatibility (EMC). The receiver features wide input voltage range, and low power consumption (<1µA). Additionally, it has programmable thresholds for detection.

The MAX14820ETG+T offers low-power consumption and robust operation in high-noise industrial applications. It adheres to the various industrial protocols and is a popular choice for industrial communication. The module is RoHS compliant and is highly reliable and cost-effective.

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