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EV-L99LDLH32GEN

L99LDLH32 evaluation board

Core ProductL99LDLH32
ECCN USEAR99
ECCN EUNEC
Packing TypeNot Applicable
RoHs compliantNot compliant
GradeIndustrial
Package NameCARD

The EV-L99LDLH32GEN board provides an easy way to connect L99LDLH32 into the existing system.


To connect a lighting load, it is necessary to design a specific adapter board according to the chosen OLED panel.

Key features
  • General
    • Application board with two L99LDLH32
    • Designated to drive generic OLED panel
    • CAN FD light compatible serial interface, protocol handler, draft specification proposal (DSP) available from CAN in automation (CiA)
    • High precision oscillator integrated, no external quartz required
    • QFN48L 7x7 with exposed pad
    • Time out watchdog with limp-home
    • Low standby current
    • Stand-alone/fail-safe and bus mode operation
    • Direct drive (one direct input), for one function group supporting ASIL requirements
    • Widest configurability by embedded non-volatile and volatile memories
    • Operating supply voltage range from 5.5 V to 40 V
    • Operating temperature range from -40 °C to 150 °C
  • Linear regulators section
    • 32 constant current output channels, high-side configuration
    • Output current from 1 mA to 15 mA, parallelizable outputs
    • Output voltage up to 35 V
    • Feedback voltage to external pre-regulator, to optimize the regulation voltage minimizing overall power dissipation
    • Current setting per channel by 8-bit DAC
    • Analog dimming, 8-bit PWM channel individual exponential brightness control and 8-bit global PWM dimming
    • Programmable PWM frequency
    • Slow turn on/off time, gradual outputs delay and dithered clock, for better EMC performances
  • Protection and diagnostic
    • Integrated 8-bit ADC, for full and flexible diagnostic
    • One dedicated line for fault bus
    • Temperature warning (one threshold)
    • Overtemperature shutdown
    • Short circuit and open load detection and protection
    • Automatic LED current derating, through external NTC measurement and device junction temperature (TJ)
Out of Stock
Core ProductL99LDLH32
ECCN USEAR99
ECCN EUNEC
Packing TypeNot Applicable
RoHs compliantNot compliant
GradeIndustrial
Package NameCARD

The EV-L99LDLH32GEN board provides an easy way to connect L99LDLH32 into the existing system.


To connect a lighting load, it is necessary to design a specific adapter board according to the chosen OLED panel.

Key features
  • General
    • Application board with two L99LDLH32
    • Designated to drive generic OLED panel
    • CAN FD light compatible serial interface, protocol handler, draft specification proposal (DSP) available from CAN in automation (CiA)
    • High precision oscillator integrated, no external quartz required
    • QFN48L 7x7 with exposed pad
    • Time out watchdog with limp-home
    • Low standby current
    • Stand-alone/fail-safe and bus mode operation
    • Direct drive (one direct input), for one function group supporting ASIL requirements
    • Widest configurability by embedded non-volatile and volatile memories
    • Operating supply voltage range from 5.5 V to 40 V
    • Operating temperature range from -40 °C to 150 °C
  • Linear regulators section
    • 32 constant current output channels, high-side configuration
    • Output current from 1 mA to 15 mA, parallelizable outputs
    • Output voltage up to 35 V
    • Feedback voltage to external pre-regulator, to optimize the regulation voltage minimizing overall power dissipation
    • Current setting per channel by 8-bit DAC
    • Analog dimming, 8-bit PWM channel individual exponential brightness control and 8-bit global PWM dimming
    • Programmable PWM frequency
    • Slow turn on/off time, gradual outputs delay and dithered clock, for better EMC performances
  • Protection and diagnostic
    • Integrated 8-bit ADC, for full and flexible diagnostic
    • One dedicated line for fault bus
    • Temperature warning (one threshold)
    • Overtemperature shutdown
    • Short circuit and open load detection and protection
    • Automatic LED current derating, through external NTC measurement and device junction temperature (TJ)