InP substrate
Standard Specifications | |||||||
Single crystal
|
Dopant
|
Conductivity type |
Carrier concentration
(cm-3)
|
Mobility
(cm2/V.s) |
Dislocation density
(cm-2) |
Standard substrate
|
|
InP
|
Undoped
|
N-type
|
(0.4-3) x 1016
|
(3.5-4) x 103
|
≤ 500
|
Φ2"x0.35mm
Φ3"x0.5mm
Φ4"x0.6mm |
|
InP
|
S
|
N-type
|
(0.8-6) x 1018
|
(1.5-3.5) x 103
|
≤ 1000
|
Φ2"x0.35mm
Φ3"x0.5mm
Φ4"x0.6mm |
|
InP
|
Zn
|
P-type
|
(0.6-6) x 1018
|
50-70
|
≤ 1000
|
Φ2"x0.35mm
Φ3"x0.5mm
Φ4"x0.6mm |
|
InP
|
Te
|
Semi-insulating
|
107-108
|
≥ 1000
|
≤ 5000
|
Φ2"x0.35mm
Φ3"x0.5mm
Φ4"x0.6mm |
|
Orientation
|
<100>, <111> ±0.5º
|
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Standard dimension(mm)
|
10x10x0.5mm, 10x10x0.35mm, 10x5x0.35mm
φ50.8 x 0.35mm, φ76.2 x 0.5mm, φ100 x 0.6mm We can customize Specific specification upon requirements |
||||||
Surface roughness
|
Ra <=5A (0.5nm)
|
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Polishing
|
Single side polished or Double side polished
|
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Packing
|
class-100 clean bag, class-1000 clean room
|
InP single crystal material is used as one of the most important compound semiconductor material, use to produce optical communications material of InP-based laser diode (LD), it is the key materials of Light emitting diode (LED) and photodetector, These devices realized message transmit , dissemination, amplification, reception and other functions in fiber-optic communications. InP is also very suitable for high frequency devices such as high electron mobility transistor (HEMT) and heterojunction bipolar transistor (HBT) and others.
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