DT070DTFT
7" TFT IPS Display
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7 inch 1024x600 IPS Display with Optional High Bright Backlight and Capacitive Touch Screen
Stand out from your competition with our DT070DTFT series: a 7 inch 1024x600 TFT IPS display with optional high brightness backlight. This 7" TFT display's high resolution and IPS panel lend to rich, saturated graphics and images at any viewing angle. The 7 inch LCD module has an LVDS interface allowing this display to be suitable for applications requiring high-speed graphics and video data transfers. The DT070DTFT series is available with options of capacitive touch screen and high bright backlight.
Technical Overview
Diagonal Screen Size | 7.0 inch |
Display Resolution | 1024 (RGB) x 600 |
Viewing Angle | All (IPS) |
Interface Type | LVDS |
Brightness | 250 cd/m2; 420 cd/m2 for High Bright LED Backlight |
LCD Gate and Source Driver IC | Himax HX8282-A and HX8696-A |
Module Size (w x h) | 164.9 x 100 mm |
Active Area (w x h) | 154.21 x 85.92 mm |
Touch Screen Option | Capacitive Touch Screen |
PCAP Touch Controller | FocalTech FT5x26 |
Datasheets
Support Documents
Technical Support Notes
The display driver IC datasheet provides detailed LVDS timings to set up your hardware. We do not have example code for this display as this is customer hardware specific.
Timing Values
Review Section 11.1 - 11.2 (page 44) in the Himax HX8282-A11 source driver datasheet
Power Up Sequence
Review Section 8.1 in the Himax HX8282-A11 source datasheet
Connections
This display has a standard LVDS interface which is purely hardware connections. Please review in the display datasheet:
- Section 5 for Interface Signals
- Section 7 for TFT Power Supply and Backlight Voltage
We suggest making SELB jumper configurable for your board.
STBYB and RESET
Standby is active low. Reset is active low.
GRB | Global reset. Keep VDD during operation. Normally pull high. |
STBYB | Standby mode control. Normally pull high. When STB=H: All the functions are on (default pulls high) When STB=L: TCON and source driver are off an all output are GND |