36 pin lcd display pinout for sale

36 pin lcd display provide the touch interface in smartphones, which are vital for them to function. Alibaba.com stocks a stunning range of high-tech 36 pin lcd display with vibrant color depictions. Truly crystal-clear displays of 36 pin lcd display are available covering various brands and models such as the Samsung Galaxy Edge 2, OnePlus 7T, Samsung Galaxy C5, and many more.

36 pin lcd display are the most commonly used displays, as they produce great image quality while consuming low power. Rather than emitting light directly, they use back lights or reflectors to produce images, which allows for easy readability even under direct sunlight. 36 pin lcd display are energy-efficient, and are comparatively safer to dispose of, than CRTs. 36 pin lcd display are much more efficient when it comes to usage in battery-powered electronic equipment, due to their minimal power consumption.

Some other advantages of 36 pin lcd display over the CRT counterparts are - sharper images, little to no heat emission, unaffected by magnetic fields, narrow frame borders, and extreme compactness, which make them very thin and light. Some types of 36 pin lcd display are transmissive, reflective, and transflective displays. Transmissive displays provide better image quality in the presence of low or medium-light, while reflective displays work best in the presence of bright light. The third type of 36 pin lcd display, transflective, combine the best features of both the other types and provide a well-balanced display.

Whether as an individual purchaser, supplier or wholesaler, browse for an extensive spectrum of 36 pin lcd display at Alibaba.com if you don"t want to stretch a dollar yet find the best fit.

The new line of 3.5” TFT displays with IPS technology is now available! Three touchscreen options are available: capacitive, resistive, or without a touchscreen.

The modules of Winstar TFT P Series are similar to Winstar TFT Q series which are also featured with an integrated 36-pinout connector on controller board. The P Series modules are derivative products from the Winstar existing standard TFT modules which uniform the pin assignment into 36 pins on a RA8875 controller board.

Winstar P Series is a TFT module Family which is including 3.5 inch, 4.3 inch, 5.7 inch, 7.0 inch, 8.0 inch and 10.2 inch TFT modules. The modules of Winstar TFT P Series which are all have an integrated 36-pinout connector on the RA8875 controller board. The P Series is featured with 8 bit or 16 bit options and already defined pin no. 33 ~ 36 as backlight supply; therefore, the customers no need to design extra backlight circuit. If the customers require different function controller for applications, you can consider choosing Winstar TFT P Series. It supports many import functions such as Chinese character display, backlight brightness adjustment, Flash Memory and touch panel driver.

I bought two of these touchscreens on eBay, complete with controller boards and frames. I had one 11.6" display available to me already, and another one wouldn"t be too hard to source in the future if I decided to. But first, gotta successfully reuse one of these to make sure my idea works.

This one is certainly a USB device - most of modern laptop touchscreens are - so most of the laptop webcam reuse tips will apply. I need to find VCC, D+, D- and GND. There"s 4 pins on the connector, so I don"t have to worry about pins like EN and RST being present - they are on some touchscreens, but not this one.

Sometimes the touchscreen cable is a separate cable, and sometimes it"s the same cable that also carries the display signals, and I need to know this to know which connector to look for touchscreen signals on. I looked up "x200ca cable" on eBay and found this:

The pinout, however, has to be determined. I usually take a multimeter, find GND, then VCC, then USB D+ and D- - as the latter are hard to tell apart, I try them in one polarity and swap them if they don"t work.

This controller board is already connected to the touchscreen glass and screwed to the touchscreen frame. I see no use in disconnecting and unscrewing it, there"s more than enough exposed pins on the part of the board accessible to us.

GND is likely to be at the screw hole - checking with a multimeter, there"s indeed connectivity between one of the pins on the 4-pin connector and the metal around the screw hole. It also is connected to all of the capacitors on the board, so that cements it, we found GND. I won"t solder a wire to the screw hole itself, but instead to one of the other GND points on the board.

VCC is very prominent on this board, it"s a thick trace going somewhere to the right from the connector. Even the connector"s mechanical pins are connected to VCC and not to GND, as usual - not that it matters this time.

Now, I just connect wires from my small microUSB+3.3V breakout board to the touchscreen, and, after swapping D+ and D- wires once (at the breakout, not at the connector), it works:

I touch the touchscreen (from its front size) and the mouse pointer of my laptop moves! Ain"t that nice. After fastening the wires a bit, I decide that I"ve successfully reused this touchscreen. Now it just needs a display fitted to it: