TJA1050T/H/V,118

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Introduction to the TJA1050T/H/V,118

The TJA1050T/H/V,118 is a CAN transceiver designed and manufactured by NXP Semiconductors. The company specializes in automotive, computer and home appliance segments. The TJA1050T independently integrates a TTL/CMOS compatible driver and a high-speed receiver. It is suitable for high-speed, low-power and medium-speed applications. It minimizes external components by keeping DC-balancing transceivers.

Application Field of the TJA1050T/H/V,118

The TJA1050T/H/V,118 features high signal-to-noise ratio, minimal propagation delay, extended EMC performance and low power consumption. This makes it ideal for a wide range of applications. These include high-speed communication interfaces, for example in the automotive field, audio systems, smart lighting solutions, mirrors and displays, passenger information systems, industrial and agricultural machinery, marine applications and medical equipments. It is compliant with the ISO11898 and SAE J2411 standards.

Working Principle of the TJA1050T/H/V,118

The TJA1050T/H/V,118 is a voltage-controlled device and operates according to differential NRZ principle. It acts as an impedance bridge, whose flow is bidirectional. The two states are the dominant state, when both the pins are 5V, and the recessive state, when those both pins are 1V. The interface contains two 25KΩ pull-up resistors and two 25KΩ parallel resistors across the bus line. It features an input oversampling rate that is two times of the output bit rate, providing higher signal-to-noise ratio. The transceiver\'s output is designed by tracking to the differential voltage mode.

Conclusion

The TJA1050T/H/V,118 is an extremely efficient and sophisticated CAN transceiver from NXP Semiconductors. Its application field includes high-speed communication interfaces, audio systems, smart lighting solutions, mirrors and displays, passenger information systems, industrial and agricultural machinery, marine applications, and medical equipments. It is compliant with the ISO11898 and SAE J2411 standards, and operates according to differential NRZ principle, providing a high signal-to-noise ratio.

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