Documente tehnice
Specificatii
Marca
AmpireDiagonala display
10.4in
Interfata
CMOS, UART
Resolution
800 x 600pixels
Touch Screen
Yes
Dimensiune zona vizuala
158.4 x 211.2mm
Touch Screen Type
Resistive
Tensiunea de alimentare
4.6 → 26 V
Backlight Type
LED
Display Mode
Transmissive
AC or DC Input Voltage
DC
Dimensiuni
236 x 176.9 x 5.6mm
Display Matrix Technology
TFT
Temperatura minima de lucru
-20°C
Temperatura maxima de lucru
+70°C
Graphics Array Type
SVGA
Brightness
400cd/m²
Inaltime
176.9mm
Aspect Ratio
4:3
Viewing Area Height
158.4mm
Contrast Ratio
500:1
Number of Colours
262,144
Timp de raspuns
20ms
Adancime
5.6mm
Viewing Area Width
211.2mm
Temperatura de lucru
-20 → +70°C
Latime
236mm
Detalii produs
Ampire colour TFT-LCD UART Touch Screens
A range of touchscreen TFT-LCD display panels with integrated on-board processing and memory (128MB). Images and fonts can be stored on-board and vector graphics and animations can be drawn using simple code to vastly reduce data transfer, strain on CPU and time development code.
Intelligent Display Solutions Touchscreens
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Documente tehnice
Specificatii
Marca
AmpireDiagonala display
10.4in
Interfata
CMOS, UART
Resolution
800 x 600pixels
Touch Screen
Yes
Dimensiune zona vizuala
158.4 x 211.2mm
Touch Screen Type
Resistive
Tensiunea de alimentare
4.6 → 26 V
Backlight Type
LED
Display Mode
Transmissive
AC or DC Input Voltage
DC
Dimensiuni
236 x 176.9 x 5.6mm
Display Matrix Technology
TFT
Temperatura minima de lucru
-20°C
Temperatura maxima de lucru
+70°C
Graphics Array Type
SVGA
Brightness
400cd/m²
Inaltime
176.9mm
Aspect Ratio
4:3
Viewing Area Height
158.4mm
Contrast Ratio
500:1
Number of Colours
262,144
Timp de raspuns
20ms
Adancime
5.6mm
Viewing Area Width
211.2mm
Temperatura de lucru
-20 → +70°C
Latime
236mm
Detalii produs
Ampire colour TFT-LCD UART Touch Screens
A range of touchscreen TFT-LCD display panels with integrated on-board processing and memory (128MB). Images and fonts can be stored on-board and vector graphics and animations can be drawn using simple code to vastly reduce data transfer, strain on CPU and time development code.