10.1" LVDS TFT LCD Resistive Touch screen With Resistive Touch
Product Details
| Resolution: | 1024(RGB) X 600 |
| Display Mode: | Transmissive |
| Display Type: | TFT |
| Interface: | LVDS |
| Touch Panel: | With RTP |
| Brightness: | 200cd/m2 |
Product Description
Item | Contents | Unit |
Lcd Type | Tft/Transmissive | |
Module Size (w*h*t) | 235x143x5.9mm | Mm |
Active Size (w*h) | 222.72x125.28mm | Mm |
Number Of Dots | 1024X600 | |
Interface Type | LVDS | |
Recommend Viewing Direction | 12 | o’Clock |
Brightness | 200 cd/m² | |
Touch Panel Type | With RTP |
Component composition:
It is mainly composed of a 10.1-inch TFT LCD display and a
resistive touch screen. The TFT LCD display part includes the
liquid crystal panel, backlight, etc. The liquid crystal panel
controls the passage and blocking of light by controlling the
orientation of liquid crystal molecules, thereby achieving image
display; the backlight provides light for the liquid crystal panel.
The resistive touch screen is usually covered on the surface of the
display and is typically composed of a surface hard coating, PET
layer, outer layer ITO, inner layer ITO, transparent isolation
points and glass base layer.
Display technology:
Utilizes TFT (Thin Film Transistor) technology, featuring high
resolution and excellent color display capabilities. For instance,
the common 10.1-inch LVDS TFT LCD resistive touch screen can
achieve a resolution of 1280×800, enabling clear display of images
and text. Additionally, the application of IPS technology provides
a wider viewing angle, resulting in less variation in image color
and clarity when viewed from different angles.
Interface type: Utilizes LVDS (Low Voltage Differential Signal)
interface, which has the advantages of high speed, low power
consumption, and strong anti-interference ability, enabling stable
data transmission between the display screen and the driving
circuit.
Touch technology: Resistive touch technology. When a finger or
touch pen touches the screen, the outer ITO and inner ITO come into
contact at the touch point, causing a change in resistance,
generating electrical signals in both the X and Y directions. The
touch screen controller converts these electrical signals into the
coordinates of the touch point.
Purpose
Industrial control: It can be used in industrial control panels.
Operators can achieve operations such as parameter setting and
status monitoring of industrial equipment by touching the screen.
The resistive touch screen has strong anti-interference ability and
good stability, which can adapt to electromagnetic interference and
vibration in industrial environments.
Medical equipment: In medical equipment such as medical monitors
and portable ultrasound diagnostic devices, this display can
clearly show various physiological parameters and medical images of
patients. The resistive touch screen's characteristic of supporting
glove operation is in line with the hygiene requirements in medical
operations.
Vehicle navigation: As the display screen of a vehicle navigation
system, it can clearly display map information, navigation routes,
etc. The high-precision touch positioning of the resistive touch
screen facilitates accurate operation by drivers during driving.
POS system: Widely used in POS machines in retail and catering
industries, cashiers can quickly enter product information and
complete transaction operations through the touch screen. Its
relatively low price and good stability can meet the frequent usage
requirements in commercial environments.
Educational equipment: It can be used in educational equipment such
as electronic whiteboards and teaching all-in-one machines.
Teachers and students can use the touch screen to write, annotate,
and operate teaching software. The durability of the resistive
touch screen can adapt to frequent touch operations.
