SN7534051N

SN7534051N is a high-speed multi-channel CAN transceiver produced by Texas Instruments. It is designed and manufactured to meet automotive real-time communication requirements. The SN7534051N features an integrated bias and termination resistor, improved ESD performance, faster rise time than the industry standard, and excellent EMC performance. These features make it well-suited for use in automotive applications such as in-vehicle network, body electronics, and entertainment systems.

The SN7534051N is a single-chip CAN transceiver that utilizes a single differential bus (CAN bus). It allows for both communication and power to be sent over a single pair of wires. It works by using two sets of transmitters and receivers to transfer data to and from the CAN bus. The two sets of transmitter/receiver circuits are connected with a differential line driver. This ensures that the data sent and received over the CAN bus is reliable, which makes it ideal for automotive applications that require data accuracy and reliability.

The SN7534051N has an operating voltage of 7-36 V and is capable of running at a frequency range from 0.5 MHz to 8 MHz. It can support up to eight buses, each with a different number of nodes and providing data transmission speeds of up to 500 kbps. It also has an enhanced electronic shock performance to protect data against a variety of external disturbances.

The SN7534051N is compliant with the ISO11898-1 Standard and is also compatible with other automotive standards, such as SAEJ1939. Its unique feature set makes it suitable for use in a wide range of applications, including in-vehicle network, body electronics, entertainment systems, and more. Its high-speed data transfer capability ensures quick response times and smooth communication.

In summary, the SN7534051N CAN transceiver is an ideal solution for automotive applications that require fast data transfer rates and accurate, reliable communication. Its feature set and compliance with automotive standards make it well-suited for in-vehicle networks, body electronics systems, and entertainment systems. It is also capable of supporting up to eight nodes, which makes it ideal for multi-channel communication.