MAX3221EIPWRE4

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The MAX3221EIPWRE4 is a monolithic integrated interface device which offers a convenient, low-powered solution for data communication applications. It is designed to provide solutions to the supply of the interfacing between multiple digital signals employed in communication and sensing applications. It utilizes a fast, low-power CMOS process. The MAX3221EIPWRE4 features a 3.3V core voltage, a 6-pin version, and is compliant to the RoHS directive. It is available in a hermetic LCC package.

The MAX3221EIPWRE4 offers a fast, low-power solution for the interface of digital communication with the performance of a consumer level device. It is designed to operate in the interface communication between different DSPs, ICs and systems. The MAX3221EIPWRE4 offers a wide power supply range from 2.2 to 3.6V with up to 5V I/O voltage swing. The maximum output current of the device is 50mA (LPO).

The MAX3221EIPWRE4 supports a variety of transmission standards per the configuration chosen. These standards include RS-232, 485E, V.35, 422E and 1553B. It is designed to meet the requirements of the MIL-STD-1553B bus standard. It supports 32-bit data transfer at full SPI interface speed. The MAX3221EIPWRE4 provides three modes of operation: Synchronous, Synchronous/ARINC 429 and Asynchronous, each with fiber-optic support.

The MAX3221EIPWRE4 features a low-power, low-cost design. It features a programmable power control algorithm that allows the designer to reduce the power consumption while increasing the system performance. The device includes Spartan-3E FPGA, 32Mbits of Flash and up to 128Kb of RAM.

The MAX3221EIPWRE4 can be employed in a wide range of applications including communication interface, data transfer and control, data acquisition and analysis, process control and monitoring, motor control, audio, automotive and energy management applications. It also can be used in computer networks and industrial systems.

The MAX3221EIPWRE4 is widely employed in multiplexing, power management and communication interface applications. Multiplexing is one of the features of the device which can combine multiple digital signals of varying data rates, enabling systems to transfer data in a single-edge, multiprotocol structure. This feature of the MAX3221EIPWRE4 allows systems to perform more efficiently and at a lower cost.

The MAX3221EIPWRE4 working principle is based on a differential driver/receiver combination. The driver and receiver circuits are separate but inter-connected, permitting the transfer of data in a differential manner. A differential bus is preferable to a single-ended configuration due to its greater noise immunity, cross-talk reduction and higher data rates. The device includes a driver and data-receiver circuit, both of which employ a differential signaling structure.

The MAX3221EIPWRE4 also includes an integrated power control system. This system allows for power saving when desired and helps reduce the overall power consumption of the device. The various power modes allow the user to adjust the power consumption of the device based on their application\'s needs. An optional Sleep Mode is also included for maximum power saving.

The MAX3221EIPWRE4 provides a reliable interface communication solution for use in a wide variety of applications. The fast, low-power CMOS process, power control algorithm and multiplexing capabilities ensure the MAX3221EIPWRE4 is suitable for many communication, sensing and control applications.

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