MAX13089EASD+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX13089EASD+T is an interface bridge on a single chip, developed by MAXIM Integrated, which includes a universal asynchronous receiver-transmitter (UART), an integrated 3V direct access arrangement for smart card data transfers, a voltage regulator for both UARTs, and an integrated low-dropout regulator with up to 150 mA of load current in one package. The MAX13089EASD+T is especially suitable for applications where cost, size, and performance are the main factors for consideration.

The MAX13089EASD+T provides a complete data transfer interface, including voltage-level translators, bridging several small-scale integrated circuit (IC) interfaces, and bridge controllers. The MAX13089EASD+T also provides a built-in loopback function, allowing the transfer of data between two UARTs operating at different voltages.

The MAX13089EASD+T can be used in various applications, such as smart card readers, bar code scanners and readers, serial interface converters, medical instruments, retail terminals and any other applications requiring serial data transfer. Its voltage-level translators provide a separate interface between two devices at different voltages, eliminating the need for costly device-specific voltage level converters.

The MAX13089EASD+T has two main functions: smart card direct access arrangement and UART translator. The direct access arrangement is used to provide a simple interface between a smart card and a host, while the UART translator is used to transfer data between two UARTs that are at different voltage levels.

The MAX13089EASD+T’s UART translator works by creating a voltage-level translator between the two UARTs that are operating at different voltage levels, ensuring that data can be transferred between the two devices with little to no error. The MAX13089EASD+T also includes a universal asynchronous receiver-transmitter (UART) interface, which supports data transfer rates up to 460,800 bps. The MAX13089EASD+T is also capable of handling a variety of different parity and stop bit combinations, including seven and eight bits, even and odd parity, and 1 or 2 stop bits, providing flexible data formatting.

The MAX13089EASD+T also provides a built-in loopback function, allowing data to be transferred between two UARTs, even when the UARTs are operating at different voltage levels. The loopback function also supports error-checking of data, allowing data to be checked for errors before it is transferred between devices.

The MAX13089EASD+T can also be used in applications that require a smart card interface, such as in credit card terminals and other applications that require a secure, low-power method of data transfer. The MAX13089EASD+T provides a low-cost, low-power interface for transferring data between two UARTs that are operating at different voltage levels. It also provides a simple means of interfacing a smart card to a host device.

In conclusion, the MAX13089EASD+T is an interface bridge on a single chip, with integrated 3V direct access arrangement for smart card data transfers, voltage regulator for both UARTs, and an integrated low-dropout regulator with up to 150 mA of load current in one package. This is an ideal bridge for applications where cost, size, and performance are the main factors for consideration. It is suitable for a variety of applications, including smart card readers, bar code scanners and readers, serial interface converters, medical instruments, retail terminals, and any other applications requiring serial data transfer. Its voltage-level translators provide a separate interface between two devices at different voltages, eliminating the need for costly device-specific voltage level converters. The MAX13089EASD+T also provides a built-in loopback function, allowing data to be transferred between two UARTs at different voltage levels.

The specific data is subject to PDF, and the above content is for reference