LIN RGB LED driver for automotive ambient lighting. LIN slave to control the color of a RGB LED connected LIN bus.

MLX81113: LIN RGB controller
MLX81114: LIN RGB controller with memory access protection

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Top features

  • 16-bit pipelined RISC microcontroller with

    • 32 kByte Flash

    • System ROM with bootloader and LIN driver

    • 2 kByte RAM

    • 512 Byte EEPROM

  • Math co-processor for 32-bit MUL/DIV operations

  • Watchdog timers with independent clocks

  • Internal RC oscillator (max 32 MHz)

  • LIN protocol controller according to LIN 2.x and SAE J2602

    • Baudrate up to 19.2 kBaud

    • Frame processing

    • Low interrupt load to the application

  • LIN transceiver according to LIN 2.x and SAE J2602

    • Support for autoaddressing according to bus shunt method

  • 4x high voltage I/Os with free configurable current sources (up to 60 mA) for RGB+W

  • Diagnostic capability for connected LED (short, open, threshold)

  • 4x 16-bit PWM outputs

    • Configurable resolution

  • 10 bit ADC with DMA

    • Multiple channels (outputs, VS, temperature sensor, IOs)

    • Different reference voltages

    • Differential as well as single-ended measurement capability

    • DMA access

  • Low standby current consumption of typ. 25 µA (max 50 µA) in sleep mode

  • Integrated battery monitor including over- and under-voltage detection

  • Automotive temperature range of -40 °C to 125 °C

  • 28 V jump start

  • Integrated temperature sensor

  • Developed following ISO26262 supporting safety system up to ASIL-A

  • AECQ-100 qualified

  • Packages

    • SOIC8 package with exposed pad 

    • DFN10 3x3 package with exposed pad

Discover all features
Single Channel LIN RGB Slave Ambient Light Controller - MLX81113

Product description

The MLX81113 IC is a fully integrated low-end LIN slave for ambient light applications in automotive environments to drive via LIN bus RGB LEDs.

It is suitable for bus systems according to LIN 2.x as well as SAE J2602. The combination of a physical layer LIN transceiver and a LIN protocol controller together with current-controlled outputs make it possible to develop in a short time frame simple, but powerful and cost-efficient ambient light modules connected to LIN bus systems.

For more information and documentation, please don’t hesitate to get in touch with your sales representative.

MLX81113: LIN RGB controller
MLX81114: LIN RGB controller with memory access protection

Features and benefits

  • 16-bit pipelined RISC microcontroller with

    • 32 kByte Flash

    • System ROM with bootloader and LIN driver

    • 2 kByte RAM

    • 512 Byte EEPROM

  • Math co-processor for 32-bit MUL/DIV operations

  • Watchdog timers with independent clocks

  • Internal RC oscillator (max 32 MHz)

  • LIN protocol controller according to LIN 2.x and SAE J2602

    • Baudrate up to 19.2 kBaud

    • Frame processing

    • Low interrupt load to the application

  • LIN transceiver according to LIN 2.x and SAE J2602

    • Support for autoaddressing according to bus shunt method

  • 4x high voltage I/Os with free configurable current sources (up to 60 mA) for RGB+W

  • Diagnostic capability for connected LED (short, open, threshold)

  • 4x 16-bit PWM outputs

    • Configurable resolution

  • 10 bit ADC with DMA

    • Multiple channels (outputs, VS, temperature sensor, IOs)

    • Different reference voltages

    • Differential as well as single-ended measurement capability

    • DMA access

  • Low standby current consumption of typ. 25 µA (max 50 µA) in sleep mode

  • Integrated battery monitor including over- and under-voltage detection

  • Automotive temperature range of -40 °C to 125 °C

  • 28 V jump start

  • Integrated temperature sensor

  • Developed following ISO26262 supporting safety system up to ASIL-A

  • AECQ-100 qualified

  • Packages

    • SOIC8 package with exposed pad 

    • DFN10 3x3 package with exposed pad

Videos

LIN RGB drivers for automotive ambient lighting

Product

Melexis offers a range of smart LED drivers for automotive lighting in various packages, including DFN-8, SOIC-8, and multichannel QFN-32 options. The DFN variant is particularly noteworthy for its miniaturized size, making it ideal for applications where space is limited. These drivers provide intelligent control and advanced features for automotive lighting systems, enhancing functionality and customization.

Practical applications