TJA1081GTS/0Z

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TJA1081GTS/0Z is a high-speed controller-area-network (CAN) transceiver with an onboard voltage regulator, among Mainstreamers portfolio of environmental-friendly, low-power, automotive-grade systems-on-a-chip (SoCs). This device is the CAN FD solution that provides high-speed, long-distance automotive communication to end-nodes such as Advanced Driver Assistance Systems ( ADAS ), engine control modules, body control modules, and more.

The TJA1081GTS/0Z can provide serial control and data transfer (up to 40/50 times faster than a basic CAN bus) over twisted-pair cables—with higher data rate protocol optimization of up to 4 Mbps. It also features a robust, integrated low-power regulator, allowing for a combination of an efficient and cost-efficient CAN implementation for industrial and automotive applications.

The TJA1081GTS/0Z is ideal for high-speed, real-time automotive communications, allowing end-nodes such as ADAS systems and engine control modules to quickly respond to changing conditions, as well as to process data from multiple nodes simultaneously.

This transceiver is designed with three basic operating modes: Normal-Mode, Standby-Mode, and Sleep-Mode. In Normal-Mode, the TJA1081GTS/0Z is able to perform at its maximum data rate, whereas in Standby-Mode, it reduces its data rate and outputs less power, thus consuming less energy. It is also possible to put the device into its Sleep-Mode, which consumes even less power while maintaining the ability to receive messages.

In terms of protection, the TJA1081GTS/0Z is equipped with hardware-based fault protection such as thermal shut down, open cable, and over-voltage protection, which ensures that the system can immediately detect and recover from any external failures in a safe manner. Additionally, this device features Automatic Bit Framing (ABF), allowing for faster-than-real-time data packets, with quicker responses and improved reliability.

As for its application field, the TJA1081GTS/0Z is designed for use in Automotive Network (Brain), such as Advanced Driver Assistance Systems (ADAS), engine control modules, and body control modules. It’s also well suited for Factory Automation, Industrial Automation, and Robotics. Overall, it is an ideal solution for the power-efficient, high-speed automotive communications needed for intelligent, real-time applications.

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