P4三合一LED全彩显示屏技术参数
P4三合一LED全彩显示屏技术参数
LED显示屏,LED电子显示屏,全彩LED显示屏,室外LED显示屏,LED全彩显示屏
LED电子屏幕,LED显示屏厂家,LED电子屏,UTV3高清LED显示屏,LED高清UTV3显示屏,UTV高清LED显示屏,全彩屏U-N3控制系统,,最新led全彩UTV屏,LED大屏,LED显示屏制造商,电子显示屏,室内LED电子屏,室外LED电子显示屏,全彩LED电子显示屏,电子屏,LED大屏幕,LED全彩显示屏
模组特点(Module Features)
◆4mm极小像素间距,R、G、B三种颜色的晶片封装在一个胶体内组成单个像素,此灯为哑光极小封装灯,混色性能极好,显示密度高达62500pixels/sqm;
With the smaller pixel pitch, three vertically arranged of R G B lamp which constitute a single pixel makes best color performance and the density can reach 62500pixels/sqm.
◆40*40显示分辨率、160mm*160mm模组尺寸,灯驱合一结构,可靠性高;
With the resolution of 40*40, module size of 160mm*160mm, the structure of combined driver board ensures the high reliability.
◆视角大,显示图象柔和,像素密度大,适合室内观看;
With larger view angel, soft image, high definition which is suitable for indoor application.
◆超高亮、低衰减、高可靠性、一致性好、高耐候性;
With the features of super brightness, low attenuation, high reliability, good consistency、and high weather ability.
◆使用最新高品质恒流驱动IC,刷新率超过2500Hz
Using new high quality constant current drive IC,Rfresh rate can more than 2500Hz.
◆效果无颗粒状,匀色性较好,无马赛克现象;
With the effect of non-granular, better color uniformity, non-mosaic phenomenon.
◆多层电路板结构设计,电流分布均匀,功耗小、散热快,有效延长屏的寿命,可靠性高;
With the design of multi-layer circuit board makes the uniform of current distribution, quick heat dispelling, long life span and high reliability.
主要技术指标(Main Technical Parameters)
参数parameters |
单位 units |
值value |
像素间距pixel pitch |
mm |
4 |
显示分辨率display resolution |
pixels |
40×40 |
像素配置 pixel configuration |
1R1G1B | |
物理密度 physical density |
Pixels/sqm. |
62500 |
驱动方式 driver mode |
Duty |
1/8 |
模组尺寸 module size |
mm |
160×160 |
刷新率 Refresh rate |
Hz |
≥2500 |
灰度等级 gray scale |
level |
65536 |
亮度 brightness |
Nits |
1400 |
视角 viewing angle |
° |
H:120 V:100 |
最佳视距 optimal viewing distance |
m |
4 |
LED封装 LED encapsulation |
SMD2121 NICHIA 哑光灯 | |
驱动芯片 driver chip |
16bits constant current MBI5050 | |
工作电压 work voltage |
V |
5 |
功耗 power consumption |
W |
30 |
工作温度 work temperature |
℃ |
0-45 |
寿命 life time |
hours |
100,000 |
重量 weight |
g |
260 |
NOTE:功率为参考值,精确的功率以实际的模组为准。