MaxLinear 2-Channel TTL Inverting Line Transceiver 16-Pin SOIC SP3232EEN-L/TR

MaxLinear SP3232EEN-L/TR is a 2-channel line transceiver designed for RS-232 communication applications. This device features TTL output levels and inverting polarity, packaged in a compact 16-pin SOIC form factor measuring 9.9mm by 3.9mm by 1.75mm. Operating over a supply voltage range of 3V to 5.5V, it supports a maximum high level output current of 60mA, making it suitable for driving signal lines reliably.

The transceiver supports CMOS/TTL logic families and operates within a wide temperature range from -40°C up to 85°C, meeting industrial standards. It consumes a low supply current of 1mA and offers a propagation delay time of 1ms, ensuring efficient and timely data transfer. Its surface mount type facilitates easy automated PCB assembly.

The SP3232EEN-L/TR series is ideal for serial communication interfaces that follow RS-232 standards, capable of data rates from 20kbps to 1Mbps, including common speeds such as 120kbps and 250kbps. It provides enhanced electrostatic discharge protection for robust performance in demanding electronics and embedded systems.

Operates with supply voltage from 3V to 5.5V ensuring wide electronic compatibility. Features two communication channels supporting TTL input and output. Compact 16-pin SOIC package suited for surface mounting on PCBs. Wide operating temperature range from -40°C to 85°C for industrial reliability.

Low power consumption with 1mA supply current for energy efficiency. Propagation delay time of 1ms to enable efficient signal timing. Maximum output current of 60mA supporting strong signal drivability. CMOS/TTL logic family compatible for seamless integration with digital systems.

Meets the standards of RS-232 serial communication for diverse applications. Enhanced ESD protection ensures device robustness in industrial environments.

This line transceiver is widely used in industrial, embedded systems, telecommunications, and computing hardware requiring reliable serial communication. Its robust electrical characteristics and mounting versatility make it well suited for integration in communication modules, data acquisition systems, and electronic manufacturing.

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