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IVO M140NWF5 R2 1920x1080 300Nits 14 inch Laptop Lcd Display

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Quick Details

Port: Shanghai
Payment Terms: T/T
Supply Ability: 1000 Piece/Pieces per Week
Outline Dimension(mm,W*H*D): 315.81*197.87*3.00
Place of Origin: Jiangsu China
Brightness: 300cd/m2
Viewing Angle: 85/85/85/85 (Typ.)(CR 10) (L/R/U/D)
Product Name: IVO M140NWF5 R2 1920x1080 300Nits 14 inch Laptop Lcd Display
Model Number: M140NWF5 R2
Pixel Pitch: 0.1611x0.1611mm
Brand Name: IVO
Display Size: 14
Backlight: WLED
Display mode: IPS
Active Area(mm,H*V): 309.31*173.99
Interface: EDP1.2
Resolution: 1920*1080
Packaging Detail: Original brand guarantee,mass stock,quick dilivery,No MOQ, brand new ,A grade ;12months of warranty ;the most competitive price provide
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Suzhou Yulai Video Technology Co., Ltd.
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Response Rate
94.7%
On-time delivery rate
US$ 40,000+
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1 Introduction

The M140NWF5 R2 is a Color Active Matrix Liquid Crystal Display with a back light system. The matrix uses a-Si Thin Film Transistor as a switching device. This TFT LCD has a 14.0 inch diagonally measured active display area with FHD resolution

2 Features

Supported FHD Resolution

eDP Interface

Wide View Angle

Compatible with RoHS Standard

3  Product Summary

Model

M140NWF5 R2

Size

14inch

Resolution

1920*1080

Brightness

250nits

Contrast Ratio

1200:1

 View Angle 85/85/85/85
 Response Time 30ms
 Optical modeIPS
 Operating Temperature 0-50
 Storage Temperature -20-60
 Interface

eDP1.2

 LED Life Time 15,000Hrs
 Active Area

309.31*173.99mm

 Outline Dimension

315.81*197.87*3.00mm

Pixel Pitch

0.1611x10.1611mm

Input Voltage

3.3

Power Consumption

3.09

Weight

285g

Support Color

16.7M

NTSC

45%

Authentication

ROSH/UL

4 Definition of Viewing Angle

1.JPG

 

5 Signal Connector Pin Assignment

Pin No.SymbolDescription
1
DCR Enable
Reserved for DCR Enable Pin
2GNDHigh Speed Ground
3Lane1_NComplement Signal Link Lane 1
4Lane1_PTrue Signal Link Lane 1
5GNDHigh Speed Ground
6Lane0_NComplement Signal Link Lane 0
7Lane0_PTrue Signal Link Lane 0
8GNDHigh Speed Ground
9AUX_CH_PTrue Signal Auxiliary Channel
10AUX_CH_NComplement Signal Auxiliary Channel 
11GNDHigh Speed Ground
12VDDLCD logic and driver power
13VDDLCD logic and driver power
14NCLCD Panel Self Test Enable
15GNDLCD logic and driver ground
16GNDLCD logic and driver ground
17HPDHPD signal pin
18BL_GNDLED Backlight ground
19BL_GND
20BL_GND
21BL_GND
22BL_ENABLELED Backlight control on/off control
23BL_PWMSystem PWM signal input for dimming
24
NC Reserved
Reserved for LCD manufacture’s use
25NC ReservedReserved for LCD manufacturer’s use
26VLEDLED Backlight power (12V Typical)
27VLED
28VLED
29VLED
30NC ReservedReserved for LCD manufacturer’s use

6 Input Power Specifications

ParameterSymbolMinTypMaxUnitNote
System Power Supply
LCD Drive Voltage (Logic)VDD33.33.6V(1)(2)(3)
VDD Current
8*6 Chessboard Pattern
IDD--0.281A(1)(4)
VDD Power ConsumptionPDD--0.93W
LCD Self
Test (BIST)
VIHVBIST 2.2--V(1)
VIL-- 0.6V
Rush CurrentIRush--1.5A(1)(5)
Allowable Logic/LCD Drive Ripple VoltageVVDD-RP--200mV(1)
LED Power Supply
LED Input VoltageVLED51221V(1)(2)
LED Power ConsumptionPLED--2.16W(1)(6)
LED Forward VoltageVF2.7-3.0V(1)(2)
LED Forward CurrentIF-20-mA
PWM Signal VoltageHighVPWM2.2--V
Low-00.6
LED Enable Voltage HighVLED_EN2.2--
Low-00.6
Input PWM FrequencyFPWM100-1000Hz(1)(2)(7)
Duty RatioPWM1-100%(1)(8)
LED Life TimeLT15000--Hours(1)(9)
Note (1) All of the specifications are guaranteed under normal conditions. Normal conditions are defined as follow: Temperature: 25, Humidity: 55± 10%RH.
Note (2) All of the absolute maximum ratings specified in the table, if exceeded, may cause faulty operation or unrecoverable damage. It is recommended to follow the typical value.
Note ( 3) VDD Power Dip Condition.
1) 2.4Test Voltage3.3V: Normal operation.
2) 2.0VTest Voltage<2.4V: No abnormal display after back to 3.3V input.
Note (4) The specified VDD current and power consumption are measured under the VDD = 3.3 V, FV = 60 Hz condition and 8*6 Chessboard Pattern.
Note (5) The figures below are the measuring condition of VDD. Rush current can be measured when TRUSH is 0.5 ms.
Note (6) The power consumption of LED Driver are under the VLED = 12.0V, Dimming of Max luminance.
Note (7) Although acceptable range as defined, the dimming ratio is not effective at all conditions.The PWM frequency should be fixed and stable for more consistent luminance control at any
specific level desired.
Note (8) The operation of LED Driver below minimum dimming ratio may cause flickering or reliability issue.
Note (9) The life time is determined as the sum of the lighting time till the luminance of LCD at the typical LED current reducing to 50% of the minimum value under normal operating condition.

 

7 Reference Outline Drawing (Front Side)

 1.JPG

 Reference Outline Drawing (Back Side)

2.JPG

 IVO OTHER SIZE

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