LIN transceivers

Develop compact, robust designs with our AEC-Q100 qualified, LIN 2.2a, ISO 17987-4, and SAE J2602 compliant LIN transceivers.
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Our LIN transceivers feature both single-channel and multi-channel options, with differentiated features such as wake/inhibit and support for up to 24-V systems and K-line applications. Reduce board space using one of the industry’s smallest packages, SOT, offered along with industry standard SOIC and VSON. Improve bus fault protection and emissions for single-wire communications in low-speed, short distance automotive applications with our products.

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Single-channel

Single channel LIN transceivers with enhanced features such as inhibit and wake, fault protection, dominant state timeout, and K-line support

Multi-channel

Dual and quad LIN transceivers to reduce board space with industry standard and innovative packages for automotive applications

24-V capable

High-immunity, low-emissions,  AEC-Q100, LIN transceivers compatible with 24-V systems for low-speed, short-distance automotive applications

Related categories


CAN transceivers

High-immunity and low-emissions CAN transceivers with support for CAN FD (flexible data rate) and CAN SIC (Signal Improvement Capable)

System basis chips (SBCs)

Our SBCs integrate transceivers and power elements in a single device. Enhance system control features with integrated HSS, watchdog, channel expansion for bus protection and diagnostics.

Featured LIN transceivers

Why choose our LIN transceivers?

Small size
Exceptional bus-fault protection
Low emissions

Technical resources

VIDEO

Local Interconnect Network (LIN) Overview and Training

Learn about the LIN physical layer and frame structure as well as the key features to consider when choosing a LIN transceiver.
Application note

LIN Protocol and Physical Layer Requirements (Rev. A)

The LIN network is a multipoint, low-cost and easily-implemented communication bus in automobiles. It works as a sub-bus for CAN in most applications. This application note presents the integral parts of LIN technology.
Application note

CAN and LIN transceiver low-power modes

As cars become more intelligent, the amount of power consumed from the battery grows due to the increasing number of electronic circuits implemented. This report presents TI's low power modes work in CAN and LIN applications.

TLIN929-Q1

Approx. price (USD)1ku |0.308

TLIN921-Q1

Approx. price (USD)1ku |0.327

TLIN821-Q1

Approx. price (USD)1ku |0.334

TLIN1124A-Q1

Approx. price (USD)1ku |1.121

TLIN829-Q1

Approx. price (USD)1ku |0.274