SIT1044 CAN FD Transceiver Chip Anti-Interference Remote Wake-Up Timing

SIT1044 CAN FD Transceiver Chip Anti-Interference Remote Wake-Up Timing

SIT1044 CAN FD Transceiver Chip Anti-Interference Remote Wake-Up Timing

SIT1044 is a high-performance CAN FD transceiver chip independently developed by SIT, which is used between the CAN protocol controller and the physical bus. It can be applied in fields such as trucks, buses, cars, and industrial control, with a bus withstand voltage of ±40V, supporting a flexible data rate of 5Mbps for CAN FD, and has the capability of differential signal transmission between the bus and the CAN protocol controller. To reduce power consumption, the system enters low-power mode when the bus is idle, setting the SIT1044 into standby mode. When the SIT1044 detects three dominant, recessive, dominant levels on the bus that exceed tfilter_WAKE and the total time of these three levels is less than or equal to tdom_WAKE, the SIT1044 in standby mode will be awakened, at which point RXD follows the bus signal changes that exceed tfilter_WAKE; if the total time of the three dominant, recessive, dominant levels exceeds tdom_WAKE, the SIT1044 cannot be awakened, and RXD will continuously output a high level; the wake-up timing diagram is as follows:

SIT1044 CAN FD Transceiver Chip Anti-Interference Remote Wake-Up Timing

Any interference signal level less than tfilter_WAKE will be filtered out by the chip’s filter. The definition of the tfilter_WAKE time is to ensure that the SIT1044 only safely and reliably receives wake-up signals, avoiding false triggers caused by bus interference. After the CAN controller receives the RXD signal, it can trigger the wake-up controller through software settings, further setting the SIT1044’s STB pin into normal working mode. In this wake-up mode, when all nodes on the bus are in sleep mode, as long as one node on the bus sends a signal, all nodes will be awakened. SIT focuses on bus interface chips, always adhering to independent innovation, deeply cultivating the automotive and industrial fields, and has mass-produced high-performance vehicle-mounted 5V/3.3V CAN transceiver series chips, vehicle-mounted LIN transceiver series chips, 5V/3.3V full-duplex/half-duplex RS485 series chips, 5V/3.3V full-duplex/half-duplex RS422 series chips, and 5V/3.3V RS232 series interface chips. The SIT interface chip series is complete, and users are welcome to communicate and purchase.

SIT provides you with:

High-performance CAN/CAN FD/LIN transceiver chips

And RS485/RS232/RS422 interface chip products

Follow the SIT public account to apply for samples and get the latest technical information

WeChat Official Account | SIT

Official Website | www.sitcores.com

—END—

How to Find MeSIT1044 CAN FD Transceiver Chip Anti-Interference Remote Wake-Up TimingSIT1044 CAN FD Transceiver Chip Anti-Interference Remote Wake-Up Timing

Related posts

  1. The IoT Under Siege: The Resurgence of the Mirai-Based Gayfemboy Botnet
  2. Exclusive Revelation: China’s Tianlian – The Queqiao Satellite Network Reshapes Deep Space Power, Making the Far Side of the Moon a New Strategic High Ground for China and the U.S.
  3. Three Major AI Computing Power Chips: A Comprehensive Overview of GPU, FPGA, and ASIC Industries and Manufacturers!
  4. Xilinx 7 Series FPGA High-Speed Transceiver RX Receiver Introduction
  5. Export Focus: Brazil Delays Implementation of Smart Home Device Safety Standards

Leave a Comment