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SL-TFT7-TP-600-1024-MIPI Datasheet and Pinout

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Display module SL-TFT7-TP-600-1024-MIPI Datasheet and Pinout


General description


The SL-TFT7-TP-600-1024-MIPI is complete display TFT-LCD (1024x600 pixels) module integrated with capactive touch-panel. Module is powered from +5V @800mA (max.), the data interface is MIPI-DSI + I2C (for touch-panel controller). SL-TFT7-TP-600-1024-MIPI module is equipped with 30-pin flat cable (A-A) and is compatible with selected SoMLabs carrier-boards and video converters.

Features

  • Powered by Riverdi RVT70HSMNWC00 TFT module covered with protective glass
  • Intergated flexible signal cable
  • Display size 7 inches
  • Display LCD matrix 1024x600 px
  • Capacitive touch-panel + TP controller
  • MIPI-DSI interface
  • Dual supply +3.3V and +5V (all necessary DC/DC converters are built-in)
  • Backlight LEDs built-in
  • Compatible with SoMLabs carrier boards equipped with MIPI-DSI video interface

Ordering info

SL-TFT7-TP-600-1024-MIPI v1.1 - FPC 30-pin flat cable (A-A) is included.

Operating ranges

Parameter Value Unit Comment
Power Supply
5
V
-
Current
0.8
A
Maximum value, depends on displayed picture and backlight intensity
Video input voltage
MIPI-DSI levels
V
Touch panel controller IO voltage
3.3
V
I2C interface, 2.2kΩ pull-up resistor on SDA and SCL lines
Environment temperature
-20…+70
oC -

Electrical parameters

Signal name Parameter Value Units
Min. Typ. Max.
VPWR5V Power Enable Input Voltage 4.8 5.0 5.2 V
VPWR3V3 Power Enable Input Voltage 3.2 3.3 3.5 V
IPWR5V Total Supply Current 500 520 600 mA
IPWR3V3 Total Supply Current 100 135 200 mA
VTP TP Controller IO Voltage 0 3.3 3.6 V
VPWREN Power Enable Input Voltage 0 - 5.0 V
VPWMIN Power Enable Input Voltage 0 - 3.6 V
fTPI2C TP Controller I2C Speed - - 400 kHz
RINT Interrupt Output Pull-up Resistance - 10 -
RPWREN Power Enable Pull-up Resistance - 10 -
RTPI2C Touch Panel Controller I2C IOs Pull-up Resistance - 2.2 -
fPWM Recommended PWM signal frequency 2 2.5 4 kHz

Pinout




FPC30 connector

Connector pin Function name Description
1 GND -
2 MIPI_CLK_p Data clock positive
3 MIPI_CLK_n Data clock negative
4 GND -
5 MIPI_D0_p Data lane 0 positive
6 MIPI_D0_n Data lane 0 negative
7 GND -
8 MIPI_D1_p Data lane 1 positive
9 MIPI_D1_n Data lane 1 negative
10 GND -
11 MIPI_D2_p Data lane 2 positive
12 MIPI_D2_n Data lane 2 negative
13 GND -
14 MIPI_D3_p Data lane 3 positive
15 MIPI_D3_n Data lane 3 negative
16 GND -
17 TP_SCL Touch panel controller SCL (2.2kOhm pull-up, TTL-LV)
18 TP_SDA Touch panel controller SDA (2.2kOhm pull-up, TTL-LV)
19 GND -
20 DISP_CTRL_RES Optional display controller reset input (10kOhm pull-up, TTL-LV, active low)
21 TP_INT Touch panel interrupt (10kOhm pull-up, TTL-LV)
22 TP_RES Optional touch-panel controller reset input (10kOhm pull-up, TTL-LV, active low)
23 GND -
24 +3.3V Power supply for logic (display and touch-panel controllers)
25 +3.3V Power supply for logic (display and touch-panel controllers)
26 +5V Power supply for backlight
27 +5V Power supply for backlight
28 PWMIN1 Backlight brightness input (PWM)
29 PWREN2 Backlight power enable input (10kOhm pull-down)
30 GND -

Note:
1. PWMIN is external signal input that can be disconnected from DC/DC converter with on-board switch (vide section Switches)
2. PWREN is external signal input that can be disconnected from DC/DC converter with on-board switch (vide section Switches)

Switches


Note:
1. Switch marked BL allows to control on-board backlight DC/DC converter: LEDs can be on permanently (position ON) or cotrolled by logic state of PWREN signal (position ON-OFF, ON if PWREN=1 and OFF if PWREN=0)
2. Switch marked BL PWM allows to change backlight brightness using external PWM signal connected to PWMIN signal. Recommended PWM frequency >=2kHz.

Hardware configuration options


Note:
1. In yellow are marked default settings.
2. Marked in green are options available in "left" position of jumpers.
3. Marked in purple are options available in "right" position of jumpers.
4. Details of configurations are available in RVT70HSMNWC00 module datasheet[1].