DS481TM

DS481TM is the latest technology developed by NXP Semiconductors, targeted at interface and communication applications. With its four speed modes: Off, Slow, Fast, and Ultra-Fast, DS481TM offers a flexible, efficient and secure gateway for data transmission in industrial, automotive, and consumer products.

DS481TM driver receives data from Initiator Machine and converts them into desired output. It supports 4 different speed modes: Off, Slow, Fast and Ultra-Fast, which provides faster response times for the communication link and improved data throughput. The four data rate configurations are:

• Off: supports communication at a maximum rate of 9.6Kbps
• Slow: supports communication at a maximum rate of 19.2Kbps
• Fast: supports communication at a maximum rate of 125Kbps
• Ultra-Fast: supports communication at a maximum rate of 1Mbps

The application field of DS481TM is mainly in consumer product and automotive industries. On consumer product side, a variety of high data throughput tasks need to be handled, such as streaming media, high-performance gaming, and video captures from multiple cameras. DS481TM performs as a high-speed efficient and reliable way to connect these consumer products as well as reducing leakage current and power consumption. On automotive side, DS481TM is a reliable platform for vehicle diagnostic interface communication. It also provides advantages for advanced driver assistance systems (ADASs) for motor vehicle industry.

In addition to its compatibility with CAN, CAN-FD, SPI, LIN and I2C, DS481TM also make use of other advanced sensing technologies such as capacitive sensing and near field communications (NFC). It can also be used in industry as well as other high-end electronic products.

DS481TM also has its own working principle. Normal operations are executed on the driver which receives data from the Initiator Machine, followed by data processing and communications via large speed-modes. With the configurable I/O programming functions, the driver can adapt to different application scenarios, such as industrial automation networks, like PLCs and DCSs, and cellular remote signaling systems. The communication interface of the driver is also versatile, supporting CAN, CAN FD, I2C, LIN, and SPI protocols allowing communications between different nodes. It also allows customization options to suit its customers’ requirements. Furthermore, the power-saving modes will guarantee the longevity of the system.

To sum up, the application field and working principle of DS481TM demonstrate its advantages in various fields providing numerous possibilities for product design. It features various speed modes, safe and reliable communication interfaces, power-saving modes, and versatile I/O programming functions, which have made DS481TM a great choice for product designers. With its ability to adapt to different application scenarios, DS481TM makes interface communication easier than ever before.