Description
Remark 1 V P Voltage applied to color filter substrate 2 VGH P Gate driver positive voltage 3 VGL P Gate driver negative voltage 4 VDD P Power supply, 3.3V (typical) 5 GND P Ground 6 V1 I Voltage for gamma correction 7 V2 I Voltage for gamma correction 8 V3 I Voltage for gamma correction 9 V4 I Voltage for gamma correction 10 V5 I Voltage for gamma correction 11 V6 I Voltage for gamma correction 12 V7 I Voltage for gamma correction 13 V8 I Voltage for gamma correction 14 V9 I Voltage for gamma correction 15 V10 I Voltage for gamma correction 16 V11 I Voltage for gamma correction 17 V12 I Voltage for gamma correction 18 V13 I Voltage for gamma correction 19 V14 I Voltage for gamma correction 20 AVDD P Power for source driver IC 21 AVDD P Power for source driver IC 22 GND P Ground 23 VS I Vertical sync input MODE = H , HSD_DE active high to enable the data input 24 HSD_DE I MODE = L, HSD_DE active low for horizontal sync input 25 NC - NC 26 GND P Ground 27 DCLK I Pixel clock 28 GND P Ground 29 DB5 I Blue Data Signal (MSB) 30 DB4 I Blue Data Signal 31 DB3 I Blue Data Signal 32 DB2 I Blue Data Signal For PROMATE Internal Use Only - Provided By davidcwhsing On 2015/01/12 Version: 0.2 Page: 8/22 33 DB1 I Blue Data Signal 34 DB0 I Blue Data Signal (LSB) 35 DG5 I Green Data Signal (MSB) 36 DG4 I Green Data Signal 37 DG3 I Green Data Signal 38 DG2 I Green Data Signal 39 DG1 I Green Data Signal 40 DG0 I Green Data Signal (LSB) 41 DR5 I Red Data Signal (MSB) 42 DR4 I Red Data Signal 43 DR3 I Red Data Signal 44 DR2 I Red Data Signal 45 DR1 I Red Data Signal 46 DR0 I Red Data Signal (LSB) 47 MODE I DE / SYNC Mode select ( H : DE Mode , L :SYNC Mode ) 48 SHLR I Horizontal scan direction control 49 UPDN I Vertical scan direction control 50 V P Voltage applied to color filter substrate I: Input pin; P: Power pin; I/O: Input/Output pin Note Note Note.
