TJA1053T/N1,518

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The TJA1053T/N1,518 is an interface from NXP that enables in-vehicle network high-speed communication between ECUs and other devices in the vehicle. The part is designed for conformity to various automotive control networks, including CAN and the automotive industry’s mandated Local InterConnection Network (LIN).

The TJA1053T/N1,518 can operate as a driver, receiver, or transceiver, allowing it to interface between control-based networks and physical I/O devices. The driver component can supply a VMA voltage to the network while the receiver component can detect the VMA voltage. The transceiver component is responsible for sending and receiving messages from the network, as well as monitoring the network and controlling the driver and receiver.

The TJA1053T/N1,518 provides a fast data transmission rate and offers a variety of fault management and error protection features for enhanced reliability. The device is designed for a range of automotive applications, such as motor control in engine computers and collision avoidance systems.

The TJA1053T/N1,518 can operate at 1 Mbaud and is capable of operating in a wide variety of network and data link environments. The device supports multiple redundant arbitration protocols, including TSA, Extended and Stackable. The device also includes an integrated amplifier with programmable driver output that is designed to minimize EMI/RFI transmission.

To provide robust communication, the device is also equipped with a digital filter with built-in transient suppression. This suppresses high frequency interference and can detect the high voltage levels of transient signals while filtering noise out. The device also features a watchdog timer to detect failure of the CAN bus.

Overall, the TJA1053T/N1,518 is designed for optimal use in automotive applications, providing reliable, safe and efficient high-speed communication between ECUs and other vehicle components. It provides a fast data transmission rate, has redundant arbitration protocols and is equipped with a digital filter with built-in transient suppression, plus a programmable driver output to minimize EMI/RFI transmission.

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