MAX216CWN+T

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MAX216CWN+T is an interface drivers, receivers and transceivers device. It incorporates two data paths that are used to provide a reliable and robust point-to-point communication link. This device has been designed to work in an automotive environment, where extreme temperatures and EMI/RFI susceptibility occur. It is also suitable for applications such as industrial control, factory automation, and other bidirectional communication links.

The MAX216CWN+T has a programmable data rate from 1 to 6 Mbps and is capable of receiving up to 16 words at a time. It operates from a single 3.3V supply and offers low-power of 1.7mA (1 Mbps) and 2.3mA (6 Mbps). The device is provided with pre-driver and driver stages for better protection against EMI and RFI. It has built-in \'sleep mode\' to reduce power consumption. Additionally, it supports open-drain (power down) and active output modes.

The device is employed in applications such as home automation, automotive electronics, industrial communication networks, and medical device communication. It supports a variety of communication standards like Ethernet, CAN, SAE J1708/J1939 and other common automotive protocols.

The working principle of the MAX216CWN+T begins with the pre-driver stage. This stage converts the digital signals from the logic interface into waveforms with a low-impedance input so that reflection does not occur when the signal is subjected to the transmission medium. This is followed by a driver stage that generates a logic waveform compatible with the receiver. The receiver then performs a comparison operation to detect the waveform pattern and interpret the serial data.

The MAX216CWN+T is a low-power transceiver that supports bidirectional communication with a powerful level of EMI and RFI immunity. Its two-channel architecture allows it to simultaneously transmit and receive data at different rates and different protocols. Its programmable data rate and sleep mode provide low power consumption. Its robust features make it well suited for automotive applications, industrial control, and other communication links.

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