AUO's g150xg01 V0 (alias: g150xg01 v.0) is a 15.0-inch LCD module with a-Si TFT-LCD technology. It is equipped with CCFL backlight, no backlight drive and no touch. The typical characteristics of the screen library are summarized as follows: the service life is more than 50000 hours, and the surface is foggy. Its working temperature is 0 ~ 50 ° C, storage temperature is - 20 ~ 60 ° C, vibration resistance is 1.5g (14.7 M / S 2). This model is recommended for industrial use. According to the information of screen library, this product was mass produced in Q3 in 2004 and stopped production in Q1 in 2009. The current production status is stopped production. At present, g150xg01 V0 has 12 spot information and 6 supplier information on the screen library, and the trading atmosphere is very active. The screen library first established parameters for this model on December 24, 2011, and finally updated the parameters on July 29, 2019. As a TN, constant white display and transmission liquid crystal module product, g150xg01 V0 can provide 350 CD / m2 display brightness, 500:1 transmission contrast, and 65 / 65 / 65 / 55 (typ.) (CR ≥ 10) (L / R / U / D) viewing angle. Its response time is 8.8 / 3.2 (typ.) (TR / TD) Ms. Because each pixel uses 6-bit gray scale signal, this product can display 262K colors, and its color saturation is 65% (NTSC). In terms of backlight, this product adopts 2 pcs CCFL side entry light source (top and bottom). The service life of the light source is 50K hours, without backlight driving. G150xg01 V0 adopts LVDS (1 ch, 6-bit) signal interface, with a total of 20 pins, terminal connection, and screen driving voltage of 3.3V (typ.). Its typical vertical refresh rate FV is 60Hz. If you want to use g150xg01 V0 LCD module in the development of new products, screen library recommends that you ask AUO or its agent for the latest production status and technical information about g150xg01 v0. The panel parameters displayed on the screen library are all entered by the electronic engineer of the screen library according to the specification. The error has been reduced as much as possible, but the parameters are not completely correct. Please refer to the specification!