colorPol® IR 편광판

근적외선에서 중간 적외선 범위까지 사용하는 편광판


→ 높은 콘트라스트 비율, 높은 투과율, 넓은 스펙트럼 대역폭

 

스펙트럼 범위780 - 5,000 nm
두께

0.20  에서 0.27 까지 (± 0.05) mm까지 (비적층)

2.0 (± 0.2) mm (적층)

사용 온도 범위

- 50 에서 + 400 °C 까지 (비적층)

- 20 에서 + 120 °C 까지 (적층)

옵션투과율을 높이고 반사율을 감소시키기 위한 무반사 코팅
사이즈고객 요청에 따른 맞춤형 사이즈

표준과 다른 스펙트럼 범위와 투과 속성, 콘트라스트 비율을 갖는 편광판도 주문 가능.

 


colorPol® IR 편광판

→ 높은 콘트라스트 비율, 높은 투과율, 넓은 스펙트럼 대역폭

 

colorPol® 의 제 품파장범위
[nm]
전달
[%]
대조
k1:k2
두께 [µm]
비적층
두께 [mm]
적층
사이즈
[mm2]
PDF
VIS 700 BC3550-900>77-86>1,000:1220 ±502.0 ±0.2≤100x50

unlaminated /
laminated

VIS 700 BC CW03
(AR coated)

550-900>84-93>1,000:1220 ±502.0 ±0.2≤100x50unlaminated /
laminated
VIS 700 BC4

600-850
600-1,000

>78-87
>78-88

>10,000:1
>1,000:1
220 ±502.0 ±0.2≤100x50unlaminated /
laminated

VIS 700 BC4 CW02
(AR coated)

600-850
600-1,000

>84-93
>84-95

>10,000:1
>1,000:1
220 ±502.0 ±0.2≤100x50unlaminated /
laminated
VISIR

600-1,200
550-1,500

>67-84
>57-85

>10,000:1
>1,000:1
260 ±502.0 ±0.2≤100x60unlaminated /
laminated

VISIR CW02
(AR coated)

600-1,200>71-88>100,000:1260 ±502.0 ±0.2≤100x60unlaminated /
laminated
IR 950 BC4

800-1,100
600-1,320

>85-87
>80-88

>10,000:1
>1,000:1
220 ±502.0 ±0.2≤100x50unlaminated /
laminated

IR 950 BC4 CW02
(AR coated)

800-1,100
600-1,150

>90-94
>82-94

>10,000:1
>1,000:1
220 ±502.0 ±0.2≤100x50unlaminated /
laminated
IR 1100 BC4

900-1,200
750-1,400
650-1,700

>85-87
>83-87
>80-88

>100,000:1
>10,000:1
>1,000:1

220 ±502.0 ±0.2≤100x50unlaminated /
laminated

IR 1100 BC4 CW02
(AR coated)

900-1,200
750-1,250
650-1,250

>91-94
>89-94
>86-94

>100,000:1
>10,000:1
>1,000:1

220 ±502.0 ±0.2≤100x50unlaminated /
laminated
IR 1300 BC5

850-1,600
750-1,800
650-2,000

>82-86
>80-87
>76-87

>100,000:1
>10,000:1
>1,000:1
220 ±502.0 ±0.2≤100x50unlaminated /
laminated
NIR

1,000-2,700
2,700-3,000

>77
>70

-

250 ±65

2.0+/-0.2

at other wavelength ranges1)

≤100x60unlaminated /
laminated
1,200-3,000
1,000-3,000

-

>10,000:1
>1,000:1

MIR

2,000-4,500
1,500-5,000

>65-90
>35-90

>10,000:1
>1,000:1
200 ±50

-

≤100x50unlaminated
Laserline Nd:YAG BC41,064>79>10,000:1270 ±502.0 ±0.2≤100x60unlaminated

1)Wavelength range up to 2,650 nm and with modified transmittance
The contrast ratio is defined to be k1:k2, where k1is the transmittance of a polarized beam passing the filter and k2 is the transmittance of a polarized beam blocked by the filter.

표준과 다른 스펙트럼 범위와 투과 속성, 콘트라스트 비율을 갖는 편광판도 주문 가능. 투과율을 높이고 반사율을 감소시키기 위한 무반사 코팅.

colorPol® IR HT 편광판

→적은 내적 손실율로 인해 매우 높은 투과율

colorPol® 의 제 품파장범위
[nm]
전달
[%]

삽입 손실
[dB]

대조
k1:k2
두께 [µm]
비적층
사이즈
[mm2]
PDF
IR 1310 BC41,280 - 1,500> 88< 0.555> 10,000:1

200 ± 50 µm (T2 HT)
270 ± 50 µm (HT)
500 ± 50 µm (T5 HT)

≤100x50
≤100x60
≤100x27

T2 HT

HT

T5 HT

IR 1310 BC4 CS1310
(single site AR coated)

1,280 - 1,500> 92<0.362> 10,000:1

200 ± 50 µm (T2 HT)
270 ± 50 µm (HT)
500 ± 50 µm (T5 HT)

≤100x50
≤100x60
≤100x27
IR 1310 BC4 C1310
(AR coated)
1,280 - 1,500> 96< 0.177> 10,000:1200 ± 50µm (T2 HT)
270 ± 50µm (HT)
500 ± 50 µm (T5 HT)
≤100x50
≤100x60
≤100x27

IR 1490 BC4
 

1,450 - 1,530> 88< 0.555> 10,000:1

200 ± 50µm (T2 HT)
270 ± 50µm (HT)
500 ± 50 µm (T5 HT)

≤100x50
≤100x60
≤100x27

T2 HT

HT

T5 HT

IR 1490 BC4 CS1490
(single site AR coated)
1,450 - 1,530> 92<0.362> 10,000:1200 ± 50µm (T2 HT)
270 ± 50µm (HT)
500 ± 50 µm (T5 HT)
≤100x50
≤100x60
≤100x27
IR 1490 BC4 C1490
(AR coated)
1,450 - 1,530> 96< 0.177> 10,000:1200 ± 50µm (T2 HT)
270 ± 50µm (HT)
500 ± 50 µm (T5 HT)
≤100x50
≤100x60
≤100x27
IR 1550 BC41,480 - 1,650> 88< 0.555> 10,000:1200 ± 50µm (T2 HT)
270 ± 50µm (HT)
500 ± 50 µm (T5 HT)
≤100x50
≤100x60
≤100x27

T2 HT

HT

T5 HT

IR 1550 BC4 CS 1550
(single site AR coated)
1,480 - 1,650> 92<0.362> 10,000:1200 ± 50µm (T2 HT)
270 ± 50µm (HT)
500 ± 50 µm (T5 HT)
≤100x50
≤100x60
≤100x27
IR 1550 BC4 C1550
(AR coated)
1,480 - 1,650> 96< 0.177> 10,000:1200 ± 50µm (T2 HT)
270 ± 50µm (HT)
500 ± 50 µm (T5 HT)
≤100x50
≤100x60
≤100x27
IR 2000 BC2 HT1,600-2,500>90< 0.457>100:1220+/-50 (HT)≤100x50HT

IR 2000 BC2 HT CW06
(AR coated)

1,600-2,500>96< 0.177>100:1220+/-50 (HT)≤100x50HT

The contrast ratio is defined to be k1:k2, where k1is the transmittance of a polarized beam passing the filter and k2 is the transmittance of a polarized beam blocked by the filter.