4D Systems gen4-IoD-32T TFT LCD Colour Display / Touch Screen, 3.2in, 240 x 320pixels
Documente tehnice
Specificatii
Marca
4D SystemsDiagonala display
3.2in
Interfata
UART
Resolution
240 x 320pixels
Touch Screen
Yes
Dimensiune zona vizuala
49 x 65mm
Touch Screen Type
Resistive
Tensiunea de alimentare
5 V
Backlight Type
LED
Display Mode
Transmissive
AC or DC Input Voltage
DC
Dimensiuni
95.7 x 57.1 x 7.5mm
Display Matrix Technology
TFT
Frecventa minima de auto-rezonanta
-20°C
Temperatura maxima de lucru
+70°C
Brightness
160cd/m²
Viewing Area Height
64.8mm
Tensiune
5V dc
Viewing Area Width
48.6mm
Temperatura de lucru
-20 → +70°C
Adancime
7.5mm
Standarde
CE
Number of Colours
65,536
Curent nominal
220mA
Inaltime
7.5mm
Latime
57.1mm
Dimensiune celula
gen4
Contrast Ratio
250:1
Tara de origine
Australia
Detalii produs
gen4-IoD WiFi LCD Display Modules with Resistive Touch
The gen4-IoD (Internet of Displays) series from 4D Systems is a range of WiFi enabled touchscreen LCD displays that provide a compact and easy to integrate solution for human-machine interface (HMI) applications.
The processing and WiFi capability is provided by the Espressif ESP8266 SoC. The ESP8266 can utilise the on-board ceramic chip antenna, or an external antenna via a U.FL connector if desired.
The design of the gen4 series makes integrating an HMI display into a final product easy. The display module features a 10-pin ZIF socket to provide an easy connection to an application or motherboard, removing wiring headaches. If space is at a premium the connected board can sit flush on the back of the module, as the display circuitry fits comfortably within the mounting base to maintain a slim profile. A micro-SD card connector provides optional multimedia storage and data logging capabilities.
gen4-IoD displays are programmed using the intuitive Workshop4, 4D System’s IDE that provides multiple development environments and an extensive library of graphics and touch functions. Alternatively the Arduino IDE can also be used.
4D Systems gen4 LCD Display Modules
Informatii indisponibile despre stoc
Incercati din nou mai tarziu
€ 55,10
Buc. (fara TVA)
€ 65,57
Buc. (cu TVA)
1
€ 55,10
Buc. (fara TVA)
€ 65,57
Buc. (cu TVA)
1
Documente tehnice
Specificatii
Marca
4D SystemsDiagonala display
3.2in
Interfata
UART
Resolution
240 x 320pixels
Touch Screen
Yes
Dimensiune zona vizuala
49 x 65mm
Touch Screen Type
Resistive
Tensiunea de alimentare
5 V
Backlight Type
LED
Display Mode
Transmissive
AC or DC Input Voltage
DC
Dimensiuni
95.7 x 57.1 x 7.5mm
Display Matrix Technology
TFT
Frecventa minima de auto-rezonanta
-20°C
Temperatura maxima de lucru
+70°C
Brightness
160cd/m²
Viewing Area Height
64.8mm
Tensiune
5V dc
Viewing Area Width
48.6mm
Temperatura de lucru
-20 → +70°C
Adancime
7.5mm
Standarde
CE
Number of Colours
65,536
Curent nominal
220mA
Inaltime
7.5mm
Latime
57.1mm
Dimensiune celula
gen4
Contrast Ratio
250:1
Tara de origine
Australia
Detalii produs
gen4-IoD WiFi LCD Display Modules with Resistive Touch
The gen4-IoD (Internet of Displays) series from 4D Systems is a range of WiFi enabled touchscreen LCD displays that provide a compact and easy to integrate solution for human-machine interface (HMI) applications.
The processing and WiFi capability is provided by the Espressif ESP8266 SoC. The ESP8266 can utilise the on-board ceramic chip antenna, or an external antenna via a U.FL connector if desired.
The design of the gen4 series makes integrating an HMI display into a final product easy. The display module features a 10-pin ZIF socket to provide an easy connection to an application or motherboard, removing wiring headaches. If space is at a premium the connected board can sit flush on the back of the module, as the display circuitry fits comfortably within the mounting base to maintain a slim profile. A micro-SD card connector provides optional multimedia storage and data logging capabilities.
gen4-IoD displays are programmed using the intuitive Workshop4, 4D System’s IDE that provides multiple development environments and an extensive library of graphics and touch functions. Alternatively the Arduino IDE can also be used.