MAX13085EASA+T

The MAX13085EASA+T is an interface consisting of drivers, receivers, and transceivers which are extensively used in various industrial fields. It is designed to draw quiescent current of 180 μA or less to reduce power consumption in applications. In addition, the device features great productivity yield which allows increased performance and reliability.

The MAX13085EASA+T has both an I2C bus port and UART interface. This device is mainly used in automotive applications for communication, control, sensing, and monitoring of various electronics. On the communication side, this interface provides a Serial Peripheral Interface (SPI) for high speed communication and Sub Serial Interface (SSI) for low speed communication.

The MAX13085EASA+T is a dual-channel interface, meaning the device has both a transmitter and receiver. The device can be used in any two-wire system, such as a CAN bus, by enabling the appropriate output configuration. As the interface has two channels, it can be used for applications that require both a transmitter and receiver.

The receiver of the MAX13085EASA+T is designed for both physical layer and data layer error detection and correction functions. The device is configured by setting parameters, such as a configured pulse width, pulse rate, sample clock rate, and digital filters. This configuration allows the device to detect and prevent errors that might be caused by noise or interference.

The MAX13085EASA+T utilizes a bus transceiver to transmit and receive data. This bus transceiver is capable of transmitting up to 4 Mbps data rate while meeting the I2C and UART interface requirements. It is also designed to handle data parity and error checking which further ensure reliability of the transmitted data.

The MAX13085EASA+T transceiver integrated circuit is designed for reliable communication in automotive and industrial applications. Its level of performance and reliability make it one of the most popular solutions for sensor monitoring and data communications in these industries. Its low power consumption capabilities and dual-channel capability make it an excellent choice for applications that require high speed and reliable communication.