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Home OLED Module 0.39 inch 1920*1080 HD Micro OLED Display Screen for AR/VR Device
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8 Inch 800*1280 MIPI interface IPS TFT LCD Display Touch screen optional
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0.5 inch 1280*960 HD Micro OLED Display Screen for AR/VR Device
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0.39 inch 1920*1080 HD Micro OLED Display Screen for AR/VR Device

Model Name:Y8TY0391A
Size:0.39 inch
Color:16.7M
Resolution: 1920*1080
PPI: 5644
Display Type: AMOLED

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Categories: OLED Module, VR/AR Tags: 0.39 inch oled, mini oled, mipi oled
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  • Description
  • Application
Description

Y8TY0391A is 0.39 inch mini oled display screen with MIPI interface .The shape is a rectangle with resolution 1920*1080. PCB Outline dimension is 16.6 x 17 mm, PCB thickness is 4.75mm. Active area is 8.7495 x 4.9689 mm. This oled display is coming out with 2 type 60 pins definitions for PCB and FPC.

DRAWING

 

SPECIFICATIONS
General Specification
Part No.Y8TY0391A
Size0.39 inch
PCB Outline Dimension(mm)16.6(H)x17(V)x4.75(T)
Active Area(mm)8.75 (H)X4.97 (V)
Number of Pixel(pixels)1920*1080
Display TypeAMOLED
Color16.7M Full color
PPI5644
Operating temperature(°C)-40 ~ +85℃
Storage temperature(°C)-55 ~ +125℃
Pins Description
PIN NO.SymboltypeDescription
1GNDPower SupplyCircuit ground
2GNDPower SupplyCircuit ground
3TEST PIN 1InputTEST pin ( no connect,Floating )
4VREF2OutputVREF voltage,Connect a capacitor for stabilization
5VREF3OutputVREF voltage,Connect a capacitor for stabilization
6VGMPOutputGamma top voltage , Connect a capacitor for stabilization
7VGSPOutputGamma bottom voltage ,Connect a capacitor for stabilization
8AVEEPower SupplyPower supply for OLED cell ,Connect a capacitor for stabilization
9VREF1OutputVREF voltage,Connect a capacitor for stabilization
10IM [0]Input
11OTP_SELInputMTP type selection.
OTP_SEL=0: use external MTP
OTP_SEL=1: use interal MTP
12OCP_OUTOutputOver current protect flag
13TEST PIN 2InputTEST pin , connect to GND
14SDAInput/ OutputBi-direction data PIN in 12C I/F.
If this pin is not used. please connect to VDDI
15SCL_WRXInputSynchronous clock signal in12C I/F.
If this pin is not used. please connect to VDDI
16TEST PIN 3OutputTEST pin , ( no connect,Floating )
17TEST PIN 4Input/ OutputTEST pin , ( no connect,Floating )
18RESXInputThis signal will reset the device and must be applied to properly initialize the chip , Signal is active low
19MVDDLOutputInteral system Power, Connect a capacitor for stabilization
20MVDDAOutputInternal system Power, Connect a capacitor for stabilization
21GNDPower SupplyCircuit ground
22VDDIPower SupplyExtemal power supply ( 1.8V for digital system power )
23DVDDOutputIntemal system Power,Connect a capacitor for stabilization
24DVDDOutputIntemal system Power ,Connect a capacitor for stabilization
25AVDDPower SupplyPower supply for OLED cell , Connect a capacitor for stabilization
26ELVDDOutputPower supply for OLED cell , Connect a capacitor for stabilization
27VCOMOutputPower supply for OLED cell , Connect a capacitor for stabilization
28VCOMOutputPower supply for OLED cell , Connect a capacitor for stabilization
29GNDPower SupplyCircuit ground
30GNDPower SupplyCircuit ground
31GNDInputCircuit ground for MIPI
32DATAP2_PTAInputDifferential small amplitude signal of MIPI data input
33DATAN2_PTAInputDifferential small amplitude signal of MIPI data input
34GNDInputCircuit ground for MIPI
35DATAP1_PTAInputDifferential small amplitude signal of MIPI data input
36DATAN1_PTAInputDifferential small amplitude signal of MIPI data input
37GNDInputCircuit ground for MIPI
38CLKP_PTAInputMIPI CLK
39CLKN_PTAInputMIPI CLK
40GNDInputCircuit ground for MIPI
41DATAP0_PTAInput/ OutputDifferential small amplitude signal of MIPI data input
42DATAN0_PTAInput/ OutputDifferential small amplitude signal of MIPI data input
43GNDInputCircuit ground for MIPI
44DATAP3_PTAInputDifferential small amplitude signal of MIPI data input
45DATAN3_PTAInputDifferential small amplitude signal of MIPI data input
46GNDInputCircuit ground for MIPI
47DATAP2_PTBInputDifferential small amplitude signal of MIPI data input
48DATAN2_PTBInputDifferential small amplitude signal of MIPI data input
49GNDInputCircuit ground for MIPI
50DATAP1_PTBInputDifferential small amplitude signal of MIPI data input
51DATAN1_PTBInputDifferential small amplitude signal of MIPI data input
52GNDInputCircuit ground for MIPI
53CLKP_PTBInputMIPICLK
54CLKN_PTBInputMIPI CLK
55GNDInputCircuit ground for MIPI
56DATAP0_PTBInput/ OutputDifferential small amplitude signal of MIPI data input
57DATAN0_PTBInput/ OutputDifferential small amplitude signal of MIPI data input
58GNDInputCircuit ground for MIPI
59DATAP3 PTBInputDifferential small amplitude signal of MIPI data input
60DATAN3 PTBInputDifferential small amplitude signal of MIPI data input
Pins Description
PIN NO.SymbolTypeDescription
1GNDPower SupplyCircuit ground
2GNDPower SupplyCircuit ground
3TEST PIN 1InputTEST pin ( no connect,Floating )
4IM[0]Input
5OTP_SELInputMTP type selection.
OTP_SEL=0: use external MTP
OTP_SEL=1: use internal MTP
6OCP_OUTOutputOver current protect flag
7TEST PIN 2InputTEST pin , connect to GND
8SDAInput/ OutputBi-direction data PIN in I2C I/F
If this pin is not used, please connect to VDDI
9SCL_WRXInputSynchronous clock signal in12C I/F.
If this pin is not used, please connect to VDDI
10RESXInputThis signal will reset the device and must be applied to properly initialize the chip , Signal is active low
11VDDIPower SupplyExtemal power supply ( 1.8V for digital system power )
12VDDIPower SupplyExternal power supply ( 1.8V for digital system power )
13VINPower SupplyExternal power supply
14VINPower SupplyExternal power supply
15ENPInputEnable pin for Power IC(Connect to VIN )
16ENNInputEnable pin for Power IC ( Connect to VIN)
17GNDPower SupplyCircuit ground
18GNDPower SupplyCircuit ground
19GNDPower SupplyCircuit ground
20GNDPower SupplyCircuit ground
21GNDPower SupplyCircuit ground
22GNDPower SupplyCircuit ground
23GNDPower SupplyCircuit ground
24GNDPower SupplyCircuit ground
25GNDPower SupplyCircuit ground
26GNDPower SupplyCircuit ground
27GNDPower SupplyCircuit ground
28GNDPower SupplyCircuit ground
29GNDPower SupplyCircuit ground
30GNDPower SupplyCircuit ground
31GNDInputCircuit ground for MIPI
32DATAP2_PTAInputDifferential small amplitude signal of MIPI data input
33DATAN2_PTAInputDifferential small amplitude signal of MIPI data input
34GNDInputCircuit ground for MIPI
35DATAP1_PTAInputDifferential small amplitude signal of MIPI data input
36DATAN1_PTAInputDifferential small amplitude signal of MIPI data input
37GNDInputCircuit ground for MIPI
38CLKP_PTAInputMIPI CLK
39CLKN_PTAInputMIPI CLK
40GNDInputCircuit ground for MIPI
41DATAP0_PTAInput/ OutputDifferential small amplitude signal of MIPI data input
42DATANO_PTAInput/ OutputDifferential small amplitude signal of MIPI data input
43GNDInputCircuit ground for MIPI
44DATAP3_PTAInputDifferential small amplitude signal of MIPI data input
45DATAN3_PTAInputDifferential small amplitude signal of MIPI data input
46GNDInputCircuit ground for MIPI
47DATAP2_PTBInputDifferential small amplitude signal of MIPI data input
48DATAN2_PTBInputDifferential small amplitude signal of MIPI data input
49GNDInputCircuit ground for MIPI
50DATAP1 PTBInputDifferential small amplitude signal of MIPI data inout
51DATAN1 PTBInputDifferential small amplitude signal of MIPI data input
52GNDInputCircuit ground for MIPI
53CLKP_PTBInputMIPI CLK
54CLKN_PTBInputMIPI CLK
55GNDInputCircuit ground for MIPI
56DATAP0_PTBInput/ OutputDifferential small amplitude signal of MIPI data input
57DATAN0 PTBInput/ OutputDifferential small amplitude signal of MIPI data input
58GNDInputCircuit ground for MIPI
59DATAP3 PTBInputDifferential small amplitude signal of MIPI data input
60DATAN3_PTBInputDifferential small amplitude signal of MIPI data input
Application

This 0.39 inch High definition OLED display is generally applied to VR/AR devices.

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