TJA1051TK/3/1J

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TJA1051TK/3/1J is an automotive physical layer transceiver designed specifically to be used in connection in-vehicle networks, such as Controller Area Network (CAN). It is an integrated circuit (IC) manufactured by NXP Semiconductors in the form of a leaded chip carrier package.

When it comes to application field and working principles, the TJA1051TK/3/1J transceiver is mainly used to interface between CAN communication systems and external wiring physical media such as twisted-pair cables or shielded cables. It can also be used in similar applications such as automotive automotive diagnostics and industrial process control. The transceiver works by converting the data received from the CAN bus into differential voltage signals, transmitting them over a physical media, and then converts the received signals back into original CAN data.

The TJA1051TK/3/1J transceiver has several features that increase the efficiency of transmission, such as its ability to detect single-ended and differential voltage signals, as well as its low power consumption. The transceiver is designed to be compliant to ISO 11898-2, and supports communication speed up to 1Mb/s. It also offers wake-up functions, error detection and multiple sleep modes. It can be used with many operating temperature ranges, including extended temperature range of –40°C to +100°C.

In order to use a TJA1051TK/3/1J transceiver, one simply needs to connect the transceiver to the CAN bus, typically by a CAN high-speed connection, which then connects to the physical media like cables. The transceiver will then use its circuit to convert the digital signals received from the CAN bus to the corresponding differential voltage signals, and will likewise do the opposite for transmitted signals, thus makes an interface that allows data to be transmitted or received from the bus.

The TJA1051TK/3/1J transceiver is a popular choice for automotive applications, due to its ability to withstand high temperature range, its low power consumption and its low cost. With its features and working principle, it is a great tool for creating an efficient and reliable physical connections for in-vehicle networks.

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