
Melexis MLX81113 Single-Chip LIN RGB Controllers
Melexis MLX81113 Single-Chip LIN RGB Controllers are fully integrated low-end LIN slave designed for automotive ambient lighting. These controllers are suitable for bus systems according to LIN 2.x as well as SAE J2602. The MLX81113 controllers feature a combination of physical layer LIN transceiver and LIN protocol controller along with current-controlled outputs. This combination makes it possible to develop simple but powerful and cost-efficient ambient light modules connected to LIN bus systems in a short timeframe. These controllers offer internal RC oscillator, watchdog timers with independent clocks, math co-processors for 32-bit MUL/DIV operations, and diagnostic capability for connected LED.The MLX81113 controllers also feature an integrated temperature sensor, a 10-bit ADC with DMA, 25µA low standby current consumption, and an integrated battery monitor. These LIN RGB controllers are AECQ-100 qualified and operate within -40°C to 125°C automotive temperature range.
Features
- 16-bit pipelined RISC microcontroller with:
- 32KB Flash
- System ROM with bootloader and LIN driver
- 2KB RAM
- 576 byte EEPROM
- Math co-processor for 32-bit MUL/DIV operations
- Watchdog timers with independent clocks
- Internal RC oscillator
- 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
- Diagnostic capability for connected LED
- 10-bit ADC with DMA:
- Multiple channels (outputs, VS, temperature sensor, and IOs)
- Different reference voltages
- Differential as well as single-ended measurement capability
- DMA access
- 25µA low standby current consumption
- Integrated battery monitor including over- and under-voltage detection
- -40°C to 125°C automotive temperature range
- 28V jump start
- Integrated temperature sensor
- AECQ-100 qualified
- SOIC8 package with exposed pad
- DFN10 3x3 package with exposed pad
Application Circuit Diagram

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Additional Resource
Publicado: 2020-02-12
| Actualizado: 2022-07-07