일반 광학
전송 격자
Use transmission gratings to angularly disperse light by wavelength and benefit from our proprietary fabrication method that delivers both economy and superior performance.
These gratings feature high diffraction efficiency (95% typical) and low polarization-dependent loss (PDL), minimizing losses particularly in multipass designs. Their high optical damage threshold is ideal for use with high-energy pulsed and CW laser systems.
Transmission Gratings – Some Key Specifications
Use gratings supporting both S and P polarizations over the operation wavelength range; the diffraction efficiency is simply the average efficiency of S and P polarization.
Part Number Prefix (Click Link for Datasheet) |
Optimal Wavelength Range (nm) |
Operational Polarization |
Angle of Incidence (°) |
Diffraction Efficiency (%) |
Line Density (Lines/mm) |
350 to 550 nm |
S and P |
21 ±1 |
70 |
1800.00 |
|
550 to 1000 nm |
S and P |
16 ±1 |
70 |
900.09 |
|
800±20 |
S and P |
34.0±1 |
≥94 |
1398.6 |
|
800±20 |
S |
47.8±1 |
≥94 |
1851.85 |
|
850±20 |
S |
30.7±1 |
≥94 |
1208.46 |
|
875±20 |
S and P |
41.0±1 |
≥94 |
1503.76 |
|
895±20 |
S and P |
49.5±1 |
≥94 |
1702.13 |
|
915±10 |
S |
57.9±1 |
≥93 |
1851.85 |
|
930±20 |
S and P |
44.2±1 |
≥94 |
1500.38 |
|
970±10 |
S |
51.3±1 |
≥94 |
1600 |
|
970±10 |
S |
63.9±1 |
≥93 |
1851.85 |
|
1030±10 |
S |
55.5±1 |
≥94 |
1600 |
|
1030±10 |
S |
61.2±1 |
≥94 |
1702.13 |
|
1030±10 |
S |
63.6±1 |
≥94 |
1739.13 |
|
1040±20 |
S and P |
31.3±1 |
≥94 |
1000 |
|
1060±20 |
S |
58.0±1 |
≥94 |
1600 |
|
1275-1345 |
S and P |
52.0±1 |
≥94 peak |
1201.2 |
|
1525-1565 |
S and P |
48.3±1 |
≥94 |
966.18 |
|
1525-1565 |
S and P |
46.5±1 |
≥94 |
940.07 |
|
1525-1565 |
S and P |
50.6±1 |
≥94 |
1000 |
|
T-1200C |
1529-1568 |
S |
68±1 |
≥90 |
1201.2 |
1570-1610 |
S and P |
48.4±1 |
≥92 |
940.07 |
|
1526-1610 |
S and P |
47.5±1 |
≥92 |
940.07 |
|
1500-1800 |
S and P |
35.5±1 |
≥95% peak, ≥85% over range |
711.24 |
관련 제품
광학 제조 역량
Coherent 소재 성장, 가공, 코팅, 조립에 이르는 수직 통합 역량과 철저한 품질 보증(QA) 프로세스에 대해 알아보십시오. 이러한 역량이 어떻게 당사 광학 부품의 성능과 신뢰성을 보장하고, 공급망의 위험과 불확실성을 최소화하는지 확인해 보십시오.