TXW450036B0-LA: 4.45-inch high-definition touch screen, capable of demonstrating multi scene applications
TXW450036B0-LA has a full HD resolution of 1920 × 1080, paired with a 16:9 screen ratio, presenting a delicate and immersive visual experience. Under a backlight voltage of 16.8-19.2V, 18 LED lights provide a high brightness of 800nits, fearless of strong light and still clear. Its 72% high color gamut makes colors more vivid and realistic, accurately presenting both game graphics and professional images.- Adopting IPS full view technology to achieve clear display in all directions, coupled with G+FF touch structure and ST1633I touch chip, high sensitivity and fast response, supporting IIC interface, simple and efficient. The OCA full lamination process and Asahi Glass tempered glass cover not only make the screen sturdy and wear-resistant, but also optimize the optical effect, reducing reflection and glare.
Product Customization Services for the Industrial Touch Panel:
Brand Name: TXWEI
Model Number: TXW450036B0-LA
Place Of Origin: Shenzhen
Certification: CE ROHS FCC
Minimum Order Quantity: Negotiate
Price: Negotiate
Packaging Details: Cardboard
Delivery Time: 16
Payment Terms: L/C TT D/P
Supply Ability: 10000pcs
Lcm pin n count: 60pin
Pixel Pitch (W*H): 0.0513*0.0513
Number of pixels: 1920*3RGB(H)X1080(V)
Backligh voltage: 16.8-19.2V
LCM interface: LVDS 8 Bit Interface
Keywords: Industrial Touch Panel, Industrial Touch Screen Panel, Interactive Touch Panel
Multi scenario adaptation, widely applicable
- In gaming consoles, it brings immersive visual impact with high-definition, high brightness, and high color gamut;
- In the field of education, full perspective and sensitive touch assisted interactive teaching;
- In industrial security, high brightness, high color gamut, and wide temperature adaptability ensure precise monitoring;
- On medical equipment, high-definition display and reliable performance assist in accurate diagnosis;
- In car devices, high brightness display under strong light and stable operation under low temperature enhance driving safety.
Module Function Description
| Pin No. | Symbol | LCM Functional | Notes |
| 1 | GND | Power Ground | |
| 2 | GND | Power Ground | |
| 3 | NC | No Connection. | |
| 4 | VCC 3.3V | Power Supply For LCD. | |
| 5 | VCC 3.3V | Power Supply For LCD. | |
| 6 | NC | No Connection. | |
| 7 | STBYB | Standby mode, Normally pulled high.
STBYB = “1”, Normal operation
STBYB = “0”, Enter standby mode for power saving. | |
| 8 | RESET 3.3V | Reset Signal input pin. | |
| 9 | VSP 5.8V | External input voltage | |
| 10 | VSN -5.8V | External input voltage | |
| 11 | U/D | Gate Up or Down scan control.Normally pull low. | |
| 12 | R/L | Source Right or Left sequence control.Normally pull high. | |
| 13 | GND | Power Ground | |
| 14 | SPI-CS | Chip selection signal(SPI). | |
| 15 | I2C-SCL | Serial clock signal(I2C). | |
| 16 | I2C-SDA | Serial data input/output pin(I2C). | |
| 17 | ERR | Output pin for error detection.
"Hi-z" : no error detected (internal pull-high)
Leave this pin open. | |
| 18 | VGH | No Connection. | |
| 19 | VGL | No Connection. | |
| 20 | NC | No Connection. | |
| 21 | VDD-OTP | Power supply for OTP circuit | |
| 22 | NC | No Connection. | |
| 23 | SP-SCL | Serial clock signal(SPI). | |
| 24 | SP-SDAI | Serial data input/output pin(SPI). | |
| 25 | SP-SDAO | Serial data output pin(SPI). | |
| 26 | ROM | MTP reload per 30 frames:
‘H’: Enable auto-reload MTP
‘L’: Disable auto-reload MTP
External pull high. | |
| 27 | NC | No Connection. | |
| 28 | GND | Power Ground | |
| 29 | OLV0N | Negative LVDS differential data0 inputs(ODD) | |
| 30 | OLV0P | Positive LVDS differential data0 inputs(ODD) | |
| 31 | GND | Power Ground | |
| 32 | OLV1N | Negative LVDS differential data1 inputs(ODD) | |
| 33 | OLV1P | Positive LVDS differential data1 inputs(ODD) | |
| 34 | GND | Power Ground | |
| 35 | OLVCLKN | Negative LVDS differential clock inputs(ODD) | |
| 36 | OLVCLKP | Positive LVDS differential clock inputs(ODD) | |
| 37 | GND | Power Ground | |
| 38 | OLV2N | Negative LVDS differential data2 inputs(ODD) | |
| 39 | OLV2P | Positive LVDS differential data2 inputs(ODD) | |
| 40 | GND | Power Ground | |
| 41 | OLV3N | Negative LVDS differential data3 inputs(ODD) | |
| 42 | OLV3P | Positive LVDS differential data3 inputs(ODD) | |
| 43 | GND | Power Ground | |
| 44 | ELV0N | Negative LVDS differential data0 inputs(EVEN) | |
| 45 | ELV0P | Positive LVDS differential data0 inputs(EVEN) | |
| 46 | GND | Power Ground | |
| 47 | ELV1N | Negative LVDS differential data1 inputs(EVEN) | |
| 48 | ELV1P | Positive LVDS differential data1 inputs(EVEN) | |
| 49 | GND | Power Ground | |
| 50 | ELVCLKN | Negative LVDS differential clock inputs(EVEN) | |
| 51 | ELVCLKP | Positive LVDS differential clock inputs(EVEN) | |
| 52 | GND | Power Ground | |
| 53 | ELV2N | Negative LVDS differential data2 inputs(EVEN) | |
| 54 | ELV2P | Positive LVDS differential data2 inputs(EVEN) | |
| 55 | GND | Power Ground | |
| 56 | ELV3N | Negative LVDS differential data3 inputs(EVEN) | |
| 57 | ELV3P | Positive LVDS differential data3 inputs(EVEN) | |
| 58 | GND | Power Ground | |
| 59 | LEDK | Power supply for backlight cathode input terminal. | |
| 60 | LEDA | Power Supply For LED Backlight Anode Input. |
|
Reliability Test Item
| No. | Test Item | Test Condition | Notes |
| 1 | High Temp. Storage | +80°C / 96H | 1. Functional test isOK. Missing Segment,short, unclear segment non-display,display abnormally and liquid crystal leakare un-allowed. 2. No low temperature bubbles,end seal loose andfall, frame rainbow. |
| 2 | Low Temp. Storage | -30°C / 96H |
| 3 | High Tempe. Operating | +70°C / 96H |
| 4 | Low Tempe. Operating | -20°C / 96H |
| 5 | High Temperature /Humidity storage | 60°C x 90%RH /96H |
| 6 | Thermal and cold shock | Static state, -20℃(30min) ~70℃ (30min),10 cycles |
Tianxianwei Technology provides full technical support and comprehensive after-sales support for TXW450036B0-LA with a professional R&D team, first-class production control, and a 99.7% shipment yield rate. Choosing TXW450036B0-LA means choosing reliable quality and professional service, ushering in a new era of high-definition touch control for smart devices.
