800 X 600 Raspberry LCD Touch Screen , 250cd / M2 Hmi LCD Touch
Screen
Product Details
| Resolution: | 800 X 600 |
| Display Mode: | Transmissive |
| Display Type: | TFT |
| Interface: | RGB |
| Touch Panel: | With RTP |
| Brightness: | 250cd/m2 |
Item | Contents | Unit |
Lcd Type | Tft/Transmissive | |
Module Size (w*h*t) | 183.0x141.0x7.1mm | Mm |
Active Size (w*h) | 162.0x121.5mm | Mm |
Number Of Dots | 800X600 | |
Interface Type | RGB | |
Top Polarizer Type | Anti-Glare | |
Recommend Viewing Direction | 6 O'Clock | o’Clock |
Brightness | 250 cd/m² | |
Touch Panel Type | With RTP | |
What is TFT LCD ?
A thin-film transistor liquid crystal display (TFT LCD) is a type
of liquid crystal display (LCD) that makes use of thin-film
transistor technology in order to improve qualities such as
contrast and addressability. TFT technology means that an
individual transistor is used to drive each individual pixel,
allowing for faster response times.
Resolution: The resolution of 800×600 falls under the WVGA (Wide
Video Graphics Array) standard, which can provide relatively clear
image display and can meet the needs of general graphic and text
display as well as operation interface, suitable for scenarios that
do not require extremely high resolution.
Brightness: The brightness of 250cd/M² is at a medium level. It can
provide clear visual effects in general indoor environments, but
may require additional shading measures or a higher brightness
display screen in strong direct sunlight conditions.
Touchscreen type: Usually, resistive touchscreens or capacitive
touchscreens are used. Resistive touchscreens generate signals by
pressing the screen and support single-point touch, which has a
lower cost and is suitable for industrial environments; capacitive
touchscreens support multi-point touch and offer smoother
operation, often used in consumer electronics and scenarios with
high requirements for touch experience.
Interface: Common interfaces include RGB interfaces, which can
effectively transmit image signals and ensure display quality, and
can be connected to various microcontrollers or development boards.
Size: Taking an 8-inch example, the module size is approximately
183.0x141.0x7.1mm, and the effective display area is 162.0x121.5mm,
suitable for devices that require compact space.
Industrial Automation:
As an industrial HMI, it can be used on equipment operation panels
to achieve monitoring and control of industrial equipment, such as
in automated production lines, water treatment equipment, and HVAC
systems. Staff can set parameters, view operation status and fault
alarms through the touch screen.
Smart Home:
It can be installed on smart home control terminals to control
devices in the home, such as lights, curtains, air conditioners,
and security systems. Users can switch and set various functions
through the touch screen.
Smart Devices:
Such as self-service terminals, ordering machines, operation
interfaces of medical equipment, etc. With a resolution of 800×600
and a brightness of 250cd/M², it can meet the needs of information
display and basic operations, providing users with an intuitive
interactive experience.
Education and Training:
It can be used in teaching equipment, such as electronic
whiteboards, teaching all-in-one machines, etc., to display
teaching content and conduct interactive operations, helping
teachers better carry out teaching activities. It can also be used
in training simulators to allow trainees to conduct simulation
operation training.
Embedded System Development:
Combined with Raspberry Pi, Arduino, etc., it is used to develop
various embedded projects, such as intelligent instruments, robot
control interfaces, etc. Developers can customize interfaces and
functions according to their own needs.
