• Qualified for automotive applications
• AEC-Q100 qualified with the following results:
  • Device temperature grade 1: –40°C to +125°C ambient operating temperature
• 48 constant current sink output channels
• Sink current capability with maximum MC, DC, and BC data:
  • 23.9 mA (V_CC ≤ 3.6 V, MC = 5)
  • 31.9 mA (V_CC > 3.6 V, MC = 7)
• Grayscale (GS) control:
  • 16-bit (65, 536 steps) with enhanced spectrum or conventional PWM
• Maximum Current (MC) control:
  • 3 bits (8 steps) with a 3-mA to 30-mA range
  • 3 MC sets for each color group
• Dot Correction (DC) control:
  • 7 bits (128 steps) with a 26.2% to 100% range
• Global brightness control (BC):
  • 7 bits (128 steps) with a 10% to 100% range
  • 3 BC sets for each color group
• LED power-supply voltage: up to 10 V
• VCC: 3.0 V to 5.5 V
• Constant-current accuracy:
  • Channel-to-channel: ±2% (typ), ±5% (max)
  • Device-to-device: ±2% (typ), ±4% (max)
• Data transfer rate: 25 MHz
• Grayscale control clock: 33 MHz
• Auto display repeat
• Display timing reset
• Auto data refresh (GS and DC only)
• LED Open Detection (LOD)
• LED Short Detection (LSD)
• UVLO sets default data
• Delay switching to prevent inrush current
• Operating temperature: –40°C to +125°C

• Automotive Center Information Display
• Automotive Cluster Display
• Head-up Display
• Automotive Lighting

The TLC6C5748-Q1 is a 48-channel, constant-current sink driver. Each channel has an individually-adjustable, pulse width modulation (PWM), grayscale (GS) brightness control with 65,536 steps and 128 steps of constant-current dot correction (DC). DC adjusts brightness deviation between channels. All channels have a 128-step global brightness control (BC). BC adjusts brightness deviation between the R, G, B color group. The eight-step maximum current control (MC) selects the maximum output current range for all channels of each color group. GS, DC, BC, and MC data are accessible with a serial interface port.

The TLC6C5748-Q1 has three error flags: LED open detection (LOD), LED short detection (LSD) and thermal shutdown (TSD). The error detection results can be read with a serial interface port.