TJA1086GHN/0Z Integrated Circuits (ICs)

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The TJA1086GHN/0Z is an industrial-grade physical layer transceiver that helps increase the performance and efficiency of automotive operations. This device is designed for transmit, and receive data between in-vehicle network bus systems, such as CAN bus, CAN-FD, and CAN-E, under demanding EMC conditions. The TJA1086GHN/0Z has many applications, as well as various working principles, that makes it an attractive solution for in-vehicle network bus system applications.

Application Fields: The TJA1086GHN/0Z device is often used for automotive applications that require a reliable physical layer of data transmission. This includes, but is not limited to, mechanical engineering and medical equipment applications. Furthermore, the device is often used in factory automation and machine control systems, as well as in communication modules and network data processors.

The TJA1086GHN/0Z device is also used in industrial automation, such as in servo controllers, electric actuators, and position feedback systems. Additionally, the device is suitable for applications that require long transmission distances, or depend on robust noise immunity. Because this device works well under electromagnetic interference (EMI), it is often used in automotive and medical industries, where EMI may present a significant issue.

Working Principle: The TJA1086GHN/0Z transceiver works on the basis of a low-voltage differential signaling (LVDS) technique. LVDS is a popular method for electrical signaling over short distances, and it helps reduce the amount of power consumed by the device. The device is equipped with selectable bus speed, high immunity to EMI, and a low standby current.

In particular, the TJA1086GHN/0Z transceiver employs a low voltage differential signaling technique, which enables a robust and reliable communication between multiple nodes. This technology helps reduce the size of data packages, and also saves power, which in turn helps increase the overall efficiency of data transmissions. The device is configured with an adjustable bus speed and a low-standby current to help conserve power.

Furthermore, the TJA1086GHN/0Z device not only offers an effective data transmission technique but also provides built-in EMC protection, which further improves its immunity to interference. This EMC protection helps it to deliver reliable data communication, even in the presence of high noise levels and electromagnetic interference. In addition, the device has a wide common mode voltage range and wide output swing range for improved flexibility.

Overall, the TJA1086GHN/0Z device can be used for high-speed communication of bus systems, as well as for reliable communication in several challenging EMC conditions. With its low power consumption, robust EMC protection, and wide common mode voltage range, the device is attractive for applications that require reliable data transmission in various contexts and environments.

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