SN65C1167DBR

Drivers, Receivers, Transceivers Texas Instruments SN65C1167DBR Overview

The Texas Instruments SN65C1167DBR is a distinguished component in the field of line transceivers, vital for robust data communication and signal integrity. This device, specifically designed to facilitate efficient communication across various digital platforms, excels in minimizing noise and enhancing signal quality. The SN65C1167DBR, manufactured by Texas Instruments, stands out due to its superior design that ensures reliable performance even in challenging environments. The integration of this line transceiver into your systems promises not only improved operational efficiency but also prolonged durability and lessened maintenance needs, making it an excellent choice for businesses looking to invest in top-quality electronic components.

SN65C1167DBR Features

The SN65C1167DBR line transceiver includes several key features that make it a preferred option for high-demand applications. These include dual-driver and receiver functions, compatibility with 3.3V to 5V systems, and robust electrostatic discharge (ESD) protection. Additionally, its low power consumption and extended temperature range capability enhance its utility in industrial settings, further underlined by its fail-safe features that ensure signals remain high when inputs are open or inactive.

SN65C1167DBR Applications

• Industrial Control Systems: The SN65C1167DBR can be implemented in PLC systems to ensure reliable data transmission between sensors and actuators, enhancing process automation and system integrity.
• Telecommunications: In telecom infrastructures, this transceiver ensures robust signal quality and reliable communication across network hardware, essential for maintaining system performance.
• Networking Equipment: Utilized within routers and switches, the SN65C1167DBR aids in managing data flow efficiently, ensuring high-speed data transfer and minimal latency.
• Automotive Systems: The robust design makes it suitable for automotive applications, including diagnostic interfaces and vehicle bus communications, where dependable data exchange is crucial.