INORGANIC LIGHT-EMITTING DIODE DISPLAY
An inorganic light-emitting device is provided. The inorganic light-emitting device includes a carrier; a plurality of green chips, a plurality of red chips, and a plurality of blue chips periodically arranged on the carrier. The number of green chips is greater than the number of red chips, and the number of green chips is greater than the number of blue chips. A minimum distance P sub_g between adjacent ones of the green chips is smaller than a minimum distance P sub_r between adjacent ones of the red chips in a first direction D 1 , and the minimum distance P sub_g between adjacent ones of the green chips is smaller than a minimum distance P sub_b between adjacent ones of the blue chips in the first direction D 1.
1 . An inorganic light-emitting diode (LED) display, comprising:
a carrier; and
a plurality of green LED chips, a plurality of red LED chips, and a plurality of blue LED chips periodically arranged on the carrier,
wherein a number of the green LED chips is greater than a number of the red LED chips, and the number of the green LED chips is greater than a number of the blue LED chips, and
wherein a minimum distance P sub_g between adjacent ones of the green LED chips is smaller than a minimum distance P sub_r between adjacent ones of the red LED chips in a first direction D 1 , and the minimum distance P sub_g between adjacent ones of the green LED chips is smaller than a minimum distance P sub_b between adjacent ones of the blue LED chips in the first direction D 1 .
2 . The inorganic LED display of claim 1 , wherein the minimum distance P sub_g between adjacent ones of the green LED chips, the minimum distance P sub_r between adjacent ones of the red LED chips, and the minimum distance P sub_b between adjacent ones of the blue LED chips satisfy the following relationship:
1
2
×
max
{
P
sub
_
r
,
P
sub
_
b
}
≥
P
s
u
b
g
≥
1
4
×
max
{
P
sub
_
r
,
P
sub
_
b
}
.
3 . The inorganic LED display of claim 1 , wherein the green LED chips, the red LED chips, and the blue LED chips are periodically arranged to constitute a plurality of minimal repeating units.
4 . The inorganic LED display of claim 3 , wherein an aperture ratio of each of the minimal repeating units is smaller than 30%.
5 . The inorganic LED display of claim 3 , wherein the green LED chips, the red LED chips, and the blue LED chips in each of the minimal repeating units have substantially the same size.
6 . The inorganic LED display of claim 3 , wherein the number of the green LED chips G, the number of the red LED chips R, and the number of the blue LED chips B in each of the minimal repeating units satisfy the following relationship:
G>R≥B.
7 . The inorganic LED display of claim 3 , wherein each of the minimal repeating units comprises a plurality of sub-units, wherein each of the sub-units is composed of at least two LED chips.
8 . The inorganic LED display of claim 7 , wherein two of the sub-units are partially overlapping with each other.
9 . The inorganic LED display of claim 7 , wherein in each of the minimal repeating units, one of the sub-units includes only LED chips of the same color.
10 . The inorganic LED display of claim 1 , wherein each of the chips comprises a pair of electrodes disposed on a side opposite to a light-emitting side of each of the LED chips.