7.0-inch color screen, support 24BIT RGB 16.7M color display, display rich colors. Support 800x480 and 1024x600 resolution screen switching, the display effect is very clear. Support 24 bit RGB parallel bus transmission. Compatible with RGB interface connection of punctual atomic development board and wildfire development board. Use capacitive touch screen to support 5 touch points. Provides a rich sample program for STM32 platforms. Military-grade process standards, long-term stable work. Provide underlying driver technical support.
Size (inch) | Resolution | Model | View | Interface | Product Size (mm) | Active Area (mm) | Audio | Touch panel | Power | OP(℃) |
7 | 800*480 | MRG7101 | TN | RGB | 164.90*124.27*10 | 154.08 * 85.92 | NC | NC | MicroUSB | -20~60°C |
Name | Parameter |
Display Color | RGB888 16.7M (compatible with rgb5665k) color |
SKU | 800x480: MRG7101(no touch), MRG7111(have touch) 1024x600: MRG7102(no touch), MRG7122(have touch) |
Screen Size | 7.0(inch) |
Type | TFT |
Driver IC | None |
Resolution | 800*480 or 1024x600 (Pixel) |
Module Interface | 24Bit RGB parallel interface |
Touch Screen Type | Capacitive touch screen |
Touch IC | FT5426 |
Active Area | 800x480: 153.84x85.63(mm) 1024x600: 154.21x85.92(mm) |
Module PCB Size | 164.90x124.27(mm) |
Operating Temperature | -10℃~60℃ |
Storage Temperature | -20℃~70℃ |
Input Voltage | 5V |
IO Voltage | 3.3V |
Power Consumption | 800x480: 67mA(The backlight is off), 467mA(The backlight is the brightest) 1024x600: 104mA(The backlight is off), 310mA(The backlight is the brightest) |
Rough Weight(Net weight) | 236(g) |
①--DITHB selection circuit
②--U/D selection circuit
③--L/R selection circuit
④--Screen resolution selection circuit
⑤--P2 interface (compatible with atomic RGB interface)
⑥--P3 interface (compatible with wildfire RGB interface)
⑦--B7 Data line pull resistance (required to define module ID, applicable to atomic program)
1. Screen internal Dithering display function settings
Weld the 0 position resistance of DITHB and disconnect the 1 position resistance to enable the internal Dithering display function of the display panel;
Weld the 1 position resistance of DITHB, disconnect the 0 position resistance, and turn off the internal Dithering display function of the screen;
Default welding 0 position resistance, disconnect 1 position resistance.
2. Screen display up and down flip settings
Weld the resistance at position 0 of U / D, disconnect the resistance at position 1, and the screen will turn down;
Weld the resistance at position 1 of U / D, disconnect the resistance at position 0, and the screen will turn upward;
Default welding 0 position resistance, disconnect 1 position resistance.
3. Screen display left and right flip settings
Weld the resistance at position 0 of L / R, disconnect the resistance at position 1, and the screen will turn to the left;
Weld the resistance at position 1 of L / R, disconnect the resistance at position 0, and the screen will turn right;
Default welding 1 position resistance, disconnect 0 position resistance.
4. Screen resolution selection
As shown in the screen resolution selection circuit, the module supports screen switching of 800x480 and 1024x600 resolutions.
Weld M0 resistance to GND, M1 resistance to VCC, select 1024x600 resolution;
Weld M0 resistance to VCC, M1 resistance to GND, and select 800x480 resolution;
5. Precautions for connecting to wildfire development board
If connected to wildfire i When using the MX6ULL ARM Linux development board, it is necessary to remove the pull resistance;
on the B7 data line referred to by label 7 and the M0 and M1 resistance referred to by label 4, otherwise the development board will not run.
6. P2 and P3 interface pins are described as follows:
P2 interface (compatible with atomic RGB interface) pin description
Number | Pin name | Description |
1 | VCC5 | Power input pin (connect to 5V) |
2 | VCC5 | Power input pin (connect to 5V) |
3~10 | R0~R7 | 8-bit RED data pin |
11 | GND | power ground pin |
12~19 | G0 ~ G7 | 8-bit GREEN data pin |
20 | GND | power ground pin |
21~28 | B0 ~ B7 | 8-bit GREEN data pin |
29 | GND | power ground pin |
30 | PCLK | Pixel clock control pin |
31 | VSYNC | Vertical synchronous signal control pin |
32 | HSYNC | Horizontal synchronous signal control pin |
33 | DE | Data enable signal control pin |
34 | BL | LCD backlight control pin |
35 | TP_CS | Capacitor touch screen reset pin (resistance touch screen chip selection pin) |
36 | TP_MOSI | Data pin of IIC bus of capacitance touch screen (write data pin of SPI bus of resistance touch screen) |
37 | TP_MISO | Resistance touch screen SPI bus read data pin (capacitance touch screen not used) |
38 | TP_CLK | IIC bus clock control pin of capacitive touch screen (SPI bus clock control pin of resistance touch screen) |
39 | TP_PEN | Touch screen interrupt control pin (low level when touch is generated) |
40 | RST | LCD reset control pin (effective at low level) |
P3 interface (compatible with wildfire RGB interface) pin description
Number | Pin name | Description |
1 | VCC5 | Power input pin (connect to 5V) |
2 | VCC5 | Power input pin (connect to 5V) |
3 | VCC3.3 | Power input pin (connect to 3.3V) |
4 | VCC3.3 | Power input pin (connect to 3.3V) |
5 | GND | power ground pin |
6~13 | R0 ~ R7 | 8-bit RED data pin |
14~21 | G0 ~ G7 | 8-bit GREEN data pin |
22~29 | B0 ~ B7 | 8-bit BLUE data pin |
30 | PCLK | Pixel clock control pin |
31 | HSYNC | Horizontal synchronous signal control pin |
32 | VSYNC | Vertical synchronous signal control pin |
33 | DE | Data enable signal control pin |
34 | DISP | LCD display enable pin (enable at high level) |
35 | BL | LCD backlight control pin |
36 | GND | power ground pin |
37 | TP_RST | Capacitor touch screen reset pin(enable at low level) |
38 | TP_PEN | Touch screen interrupt control pin (low level when touch is generated) |
39 | TP_SDA | Data pin of IIC bus of capacitance touch screen |
40 | TP_SCL | IIC bus clock control pin of capacitive touch screen |
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