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8ms Bar Type LCD 28 Inch 1920x360 LVDS IPS Display 700 Nits

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Shenzhen FRIDA LCD Co., Ltd

8ms Bar Type LCD 28 Inch 1920x360 LVDS IPS Display 700 Nits

Country/Region	china
City & Province	shenzhen guangdong
Categories	Other Advertising Equipment

Product Details

28 Inch Bar Type Tft 1920x360 With Ips Viewing Angle Lvds Interface

General Description:

Typical features of the DV280FBM-NB1 are: high brightness, white LED backlight, ultra-wide screen, and 1/3 cut of 31.5". Its operating temperature is 0 ~ 50°C, storage temperature is -20 ~ 60°C, and vibration resistance is 1.0G (9.8 m/s²). This model is suitable for applications in digital signage, cutting bar screens.

Features:

1.Cutting efficiency 90.5%,panel transmittance 6%.

2.4 shot normal design, High Response Time 8ms.

3.Matrix Vcom design(1/3).

4.Lightweight design,Body 8.9mm ,Depth 16.8mm.

5.Array process :1+4mask, AT :2G3D, Q-CT: 2G3D(S/B detection).

6.RoHS compliant

Specifications:

Parameter	Specification	Unit
Active Area	699.84(H)*131.22(V)	mm
Number Of Pixels	1920(H)×360(V)	pixels
Pixel Pitch	121.5 × 364.5	um
Pixel Arrangement	Pixels RGB stripe arrangement
Display Colors	16.7M(8bits)	colors
Display Mode	ADS
Brightness	700	nit
MDL Outline	732(H)x165(V)	mm
MDL Thickness	16.8	mm
Power Consumption	24.8 ( Logic :4.2, BLU :20.6 )	watt

Absolute Maximum Ratings:

Parameter	Symbol	Min.	Max.	Unit	Remark
Power Supply Voltage	VDD	VSS-0.3	13.2	V	Ta = 25℃
Operating Temperature	TOP	0	+50	℃
Operating Temperature	TSUR	0	+60	℃
Storage Temperature	TST	-20	+60	℃
Operating Ambient Humidity	Hop	10	80	%RH
Storage Humidity	Hst	10	80	%RH

Electrical Specifications:

Parameter		Symbol	Values			Unit
Parameter		Symbol	Min	Typ	Max	Unit
Power Supply Input Voltage		VDD	10.8	12	13.2	V
Power Supply Ripple Voltage		VRP			500	mV
Power Supply Current		IDD	-	263	340	A
Power Consumption		PDD		3.156	4.2	W
LVDS Interface	Differential Input High Threshold Voltage	VRTH	+100		+360	mV
	Differential Input Low Threshold Voltage	VRTL	-360		- 100	mV
	Common Input Voltage	VLVC	1.0	1.2	1.4	V
CMOS Interface	Input High Threshold Voltage	VIH	2.7	-	3.3	V
CMOS Interface	Input Low Threshold Voltage	VIL	0	-	0.6	V

Interface Connection:

Pin No	Symbol	Description	Pin No	Symbol	Description
1	N.C.	No Connection	24	N.C.	No Connection
2	SDA	SDA	25	N.C.	No Connection
3	SCL	SCL	26	GND	Ground
4	WP	W rite Production	27	GND	LVDS Receiver Signal(+)
5	N.C.	Ground	28	CH2_0-	LVDS Channel 2,Signal0-
6	N.C.	Ground	29	CH2_0+	LVDS Channel 2,Signal0+
7	LVDS_SEL	‘H’=JEIDA , ‘L’or NC= VESA	30	CH2_1-	LVDS Channel 2,Signal1-
8	N.C.	Ground	31	CH2_1+	LVDS Channel 2,Signal1+
9	N.C.	No Connection	32	CH2_2-	LVDS Channel 2,Signal2-
10	GND	No Connection	33	CH2_2+	LVDS Channel 2,Signal2+
11	GND	Ground	34	GND	Ground
12	CH1_0-	LVDS Channel 1,Signal0-	35	CH2_CLK-	LVDS Channel 2,Clock-
13	CH1_0+	LVDS Channel 1,Signal0+	36	CH2_CLK+	LVDS Channel 2, Clock+
14	CH1_1-	LVDS Channel 1,Signal1-	37	GND	Ground
15	CH1_1+	LVDS Channel 1,Signal1+	38	CH2_3-	LVDS Channel 2,Signal3-
16	CH1_2-	LVDS Channel 1,Signal2-	39	CH2_3+	LVDS Channel 2,Signal3+
17	CH1_2+	LVDS Channel 1,Signal2+	40	N.C.	No Connection
18	GND	Ground	41	N.C.	No Connection
19	CH1_CLK-	LVDS Channel 1,Clock-	42	GND	Ground
20	CH1_CLK+	LVDS Channel 1, Clock+	43	GND	Ground
21	GND		44	GND	Ground
22	CH1_3-	LVDS Channel 1,Signal3-	45	GND	Ground
23	CH1_3+	LVDS Channel 1,Signal3+	46	GND	Ground

47	N.C.	No Connection	50	VDD	Power Supply +12.0V
48	VDD	Power Supply +12.0V	51	VDD	Power Supply +12.0V
49	VDD	Power Supply +12.0V

Optical Specification:

Parameter			Symbol	Condition	Min	Typ	Max	Unit
Viewing Angle		Horizontal	Θ3	CR > 10		89		Deg.
		Horizontal	Θ9			89		Deg.
		Vertical	Θ12			89		Deg.
		Vertical	Θ6			89		Deg.
Contrast ratio			CR	Θ = 0°(Center) Normal Viewing Angle		1200:1
Luminance of White			Yw			700		nit
White luminance uniformity			ΔY		75	80		%
Color Gamut						72		%
Reproduction of color	White		Wx			0.275
	White		Wy			0.300
	Red		Rx			0.652
	Red		Ry			0.331
	Green		Gx			0.287
	Green		Gy			0.617
	Blue		Bx			0.147
	Blue		By			0.084
Response Time	G to G		Tg		-	8	-	ms
Gamma Scale					2.0	2.2	2.4
Cell Transmittance						6.0		%