The Point Of Difference Between TFT and LCD
Why does TFT go by the name “LCD”? The phenomenon first appeared when LCDs began to replace bulky CRT displays. As time passed, it became clear that there was still an opportunity for advancement, and the TFT LCD suppliers were highly in demand for electronic gadgets onboard by various manufacturers.
The following article caters to the essence of the point of difference between TFT and LCD.
About TFT
TFT stands for “Thin Film Transistor.” These transistors are utilized in premium liquid crystal flat panel displays (LCDs). Each pixel on TFT-based displays has its transistor. This makes the display brighter and more smoothly animated. TFT-based LCDs are “active-matrix” displays and are superior to older “passive-matrix” LCDs.
About LCD
A flat panel display known as an LCD (Liquid Crystal Display) operates primarily using liquid crystals. In addition to appearing, different LCD screens also perform very differently. An LCD has a backlight that supplies a light source to individual pixels organized in a rectangular grid rather than shooting electrons at a glass panel. Red, Green, and Blue (RGB) sub-pixels are present in every pixel and can be turned on or off. It appears dark when all of a pixel’s sub-pixels are off.
The Point Of Differentiation
The primary distinction between TFT and LCD is that TFT is a component of, or a version of, LCD used to enhance the quality of the image on the screen. In contrast, LCD is a class of various displays that utilize liquid crystal properties to create what it is and do not emit light directly.
While an LCD is a family of displays that exploits modulating features of liquid crystals to generate what we call an LCD (liquid crystal display), which does not emit light directly, a TFT is a variation of an LCD that uses thin film transistor technology to increase image quality.
Even though LCDs are incredibly lightweight, tiny, and energy efficient, they lag behind CRT displays. This caused a change in LCD manufacturing, where performance became a significant issue.
The main aspect of the transition was that TFTs are easier to create and perform better in altering the pixels inside the display to acquire excellent quality. TFTs are characterized by the direct deposition of elements on the glass substrate, which was the basis for their invention.
Over time, LCDs lost their effectiveness; virtually every aspect of viewing TV, playing video games, or using a handheld device to browse the internet became difficult. This phenomenon is referred to as high response time with a low motion rate.
At The End
Due to their complex low charge associates and exceptional response speed, TFTs replaced LCDs as the dominating technology in the last century. With their broader viewing angles and excellent quality, TFTs will continue to be used for a long time.
