光學薄膜
半導體光學
光學薄膜
特色
MOE can provide a variety of customized optical films, or the current standard films shown below are available.
Through the integration of photo lithograophy process and optical coating, various integrated optical components can be completed.
Through the integration of photo lithograophy process and optical coating, various integrated optical components can be completed.
BM
Product Description
With high shading properties and ultra-low reflection, and it can prevent stray light.
Explaination 1
Competitive advantages:
Different manufacturing methods can be adopted according to customer needs
1. Evaporation
2. Photoresist coating
Explaination 2
Product applications:
‧Camera Modules
| Specification | Criteria | ||||
| 450~950nm Tmax (%) | = 0% | ||||
| Specification | Criteria | ||||
| 400~600nm Rabs (%) | < 3.0% | ||||
| 450~950nm Ravg (%) | < 3.0% | ||||
| 950~1000nm Rabs (%) | < 7.0% | ||||
IR
| Specification | Criteria | ||||
|---|---|---|---|---|---|
| Normalized Cut-on T50% (nm) | 395 nm | ||||
| Normalized Cut-off T50% (nm) | 660 nm | ||||
| 430-570nm, Tmax(%) | >70% | ||||
| 800-1100nm, Tavg (%) | <1.5% | ||||
IR-BAND PASS
| Specification | Criteria | ||||
| Normalized Cut-on T50% (nm) | 820 ± 15 nm | ||||
| Normalized Cut-off T50% (nm) | 880 ± 15 nm | ||||
| Peak Transmission (%) | 45 ± 3% | ||||
| Peak T% Range (nm) | 850 ± 10 nm | ||||
| 500-770nm Tavg | < 1.0% | ||||
| 930-1100nm Tavg | < 1.0% | ||||
IR940
| Specification | Criteria | ||||
| Normalized Cut-on T50% | 905 ± 8nm | ||||
| Normalized Cut-off T50% | 985 ± 8nm | ||||
| Peak Transmission (%) | 50 ± 5% | ||||
| Peak T% Range (nm) | 940 ± 10nm | ||||
| 400~830nm Tavg (%) | < 0.5% | ||||
| 400~500nm Tabs (%) | < 3.0% | ||||
| 1050~1100nm Tavg (%) | < 2.0% | ||||
| Specification | Criteria | ||||
| λC (nm) | 950-965 nm | ||||
| Peak Transmission (%) | > 45% | ||||
| Tavg on 300~850nm (%) | < 0.7% | ||||
| Tavg on 1080~1100nm (%) | < 5% | ||||
| Nor. BW T50% (nm) | >90nm | ||||
| Nor. Cut-on T50% (nm) | - | ||||
| Nor. Cut-off T50% (nm) | - | ||||
IR550
| Specification | Criteria | ||||
| Normalized Cut-on T50% (nm) | 500 ±8 nm | ||||
| Normalized Cut-off T50% (nm) | 595 ±8 nm | ||||
| Peak Transmission (%) | 60 ±5% | ||||
| Peak T% Range (nm) | 545 ±10nm | ||||
| 300nm~420nm Tavg (%) | < 2.0% | ||||
| 720nm~780nm Tabs (%) | < 1.5% | ||||
| 780nm~1100nm Tabs (%) | < 0.5% | ||||
| 720nm~1100nm Tavg (%) | < 0.5% | ||||
IRCF
| Specification | Criteria | ||||
| Cut-on T50% (nm) | 410 ± 10 nm | ||||
| Cut-off T50% (nm) | 680 ± 10 nm | ||||
RBG
| Specification | Criteria | ||||
| Peak T% Range (nm) | 645 ± 10 nm | ||||
| Peak Transmission (%) | > 61% | ||||
| 790-1100nm Tavg (%) | < 1.0% | ||||
| Bandwidth from Normalized Cut-on & Cut-off T50% (nm) | >105 nm | ||||
| Normalized Cut-on T50% | - | ||||
| Normalized Cut-off T50% | - | ||||
B spec
| Specification | Criteria | ||||
| Peak T% Range (nm) | 455 ± 10 nm | ||||
| Peak Transmission (%) | > 50% | ||||
| 580nm-1100nm Tavg (%) | < 1.0% | ||||
| Bandwidth from Normalized Cut-on & Cut-off T50% (nm) | > 75 nm | ||||
| Normalized Cut-on T50% (nm) | - | ||||
| Normalized Cut-off T50% (nm) | - | ||||
G spec
| Specification | Criteria | ||||
| Peak T% Range (nm) | 580 ± 10 nm | ||||
| Peak Transmission (%) | > 60% | ||||
| 300-450nm Tavg (%) | < 2.5% | ||||
| 800-1100nm Tavg (%) | < 0.5% | ||||
| Bandwidth from Normalized Cut-on & Cut-off T50% (nm) | > 100 nm | ||||
| Normalized Cut-on T50%(nm) | - | ||||
| Normalized Cut-off T50% (nm) | - | ||||
UVA
| Specification | Criteria | ||||
| Peak T% Range (nm) | 365 ± 7 nm | ||||
| Peak Transmission (%) | > 20% | ||||
| 420-520nm Tmax (%) | < 0.50% | ||||
| 600-1100nm Tmax (%) | < 0.10% | ||||
