Richardson Gratings

Richardson Gratings（美国）

http://www.gratinglab.com

地址：: 705 St. Paul Street Rochester, New York 14605 USA

电话：: +1 585 248 4100

传真：: +1 585 248 4111

产品：: 波长调谐脉冲压缩衍射光栅

公司简介

成立于1969年，理波光电集团是激光与光电子器件供应商，具备全球公认的先进技术，产品和解决方案，其产品针对于生命健康科学，微电子技术，航天国防及国家安全，工业制造等市场领域。

产品列表

A1: UV / Vis Gratings

Catalog
Number

Grooves
per mm

Nominal Blaze
Wavelength (1st Order
Littrow)

Nominal Blaze
Angle or
Modulation

Maximum Ruled Area
(Groove Length x
Ruled Width, mm)

53-*-058H†	4320	350 nm	high	102 x 128
53-*-551H	4320	275 nm	high	84 x 84
53-*-510H	3600	200 nm	low	102 x 128
53-*-520H†	3600	250 nm	medium	102 x 128
53-*-530H†	3600	300 nm	high	84 x 84
53-*-021R	2700	259 nm	20°	102 x 102
53-*-150R†	2400	240 nm	16.8°	102 x 102
53-*-240R†	2400	300 nm	21°	102 x 102
53-*-400H†	2400	250 nm	blazed	102 x 102
53-*-410H	2400	200 nm	low	102 x 102
53-*-420H†	2400	270 nm	medium	102 x 102
53-*-430H†	2400	400 nm	high	102 x 102
53-*-300R†	2160	500 nm	32.7°	128 x 154
53-*-059H†	2000	475 nm	high	102 x 128
53-*-061R†	1800	250 nm	13°	52 x 52
53-*-310H†	1800	300 nm	low	102 x 102
53-*-289R†	1800	400 nm	21.1°	102 x 102
53-*-290R†	1800	500 nm	26.7°	102 x 102
53-*-300H†	1800	250 nm	blazed	102 x 102
53-*-320H†	1800	450 nm	medium	102 x 102
53-*-330H†	1800	500 nm	high	102 x 128
53-*-233H†	1760	550 nm	high	102 x 102
53-*-128R	1714.3	650 nm	34°	102 x 102
53-*-136H†	1714	550 nm	high	102 x 102
53-*-285R†	1700	530 nm	22.49°	102 x 102
53-*-331H	1700	550 nm	high	84 x 84
53-*-070R	1500	250 nm	10.8°	52 x 52
53-*-188R	1201.6	250 nm	8.6º	102 x 102
53-*-200H†	1201.6	250 nm	blazed	102 x 102
53-*-210H	1200	450 nm	low	64 x 64
53-*-060R†	1200	250 nm	8.6°	154 x 206
53-*-047R†	1200	450 nm	15.7°	102 x 102
53-*-340R†	1200	600 nm	21°	204 x 306
53-*-280R†	1200	500 nm	17.5°	154 x 206
53-*-330R†	1200	400 nm	14°	102 x 128
53-*-105R	1000	250 nm	7.2°	102 x 102
53-*-112H†	1000	230 nm	blazed	110 x 110
53-*-462R†	964	520 nm	14.6°	64 x 64
53-*-262H†	950	1 μm	high	102 x 102
53-*-266R†	900	550 nm	14.3°	154 x 206
53-*-455R†	700	530 nm	10.5°	50 x 50
53-*-267R†	600	650 nm	11.3°	154 x 206
53-*-260R†	600	500 nm	8.6°	154 x 206
53-*-010R†	600	300 nm	5.2°	154 x 206
53-*-080R†	600	400 nm	7°	154 x 206
53-*-264R	588	561 nm	9.5°	52 x 52
53-*-246R†	500	560 nm	8°	154 x 206
53-*-230R†	500	330 nm	4.7°	102 x 102
53-*-183R†	400	250 nm	2.9	104 x 102
53-*-581R†	400	550 nm	6.3°	102 x 128
53-*-586R†	400	400 nm	4.5°	154 x 206
53-*-222R	384.6	605 nm	6.7°	102 x 102
53-*-321R†	333	600 nm	5.7°	64 x 64
53-*-225R	316	550 nm	5°	154 x 206
53-*-204R	300	550 nm	4.7°	102 x 102
53-*-090R†	300	300 nm	2.5°	154 x 206
53-*-091R†	300	422 nm	3.6°	154 x 206
53-*-172R†	300	280 nm	2.4	104 x 102
53-*-327R	300	325 nm	2.8°	102 x 102
53-*-270R†	300	500 nm	4.3°	154 x 206
53-*-126R†	258	315 nm	2.4°	64 x 76
53-*-346R†	200	730 nm	4.2°	102 x 102
53-*-201R†	150	500 nm	2.2°	128 x 154
53-*-202R†	150	300 nm	1.2°	102 x 102
53-*-616R	121.6	410 nm	1.44°	52 x 52
53-*-065R	120	330 nm	1.1°	102 x 102
53-*-666R	110	253.8 nm	0.8°	102 x 102
53-*-310R†	50	600 nm	0.8°	128 x 206

A2: Fiber Optic Telecommunication Gratings

Catalog
Number

Grooves
per mm

Working
Diffraction
Order

Equivalent
Dispersion
(grooves/mm)

Telecom
Band

Characteristics

53-*-230H†	1200	1	1200	S and C	High S-Plane diffraction efficiencies
53-*-544H†	1100	1	1100	S, C and L	High S-Plane diffraction efficiencies
53-*-245H†	1050	1	1050	S, C and L	High S-Plane diffraction efficiencies
53-*-248H	1033	1	1033	1250-1450 nm	High S-Plane diffraction efficiencies
53-*-253H	1033	1	1033	1250-1450 nm	High diffraction efficiencies for S&P polarizations with low PDL
53-*-148R†	1000	1	1000	S, C and L	High S-Plane diffraction efficiencies
53-*-262H†	950	1	950	S, C and L	High S-Plane diffraction efficiencies
53-*-269H†	900	1	900	S, C and L	High S-Plane diffraction efficiencies
53-*-024R	600	2	1200	C	High diffraction efficiencies for S&P polarizations with low PDL
53-*-660R†	600	1	600	C	High diffraction efficiencies for S&P polarizations with low PDL
53-*-013R†	300	3	900	C	High diffraction efficiencies for S&P polarizations with very low PDL
53-*-154R	286.52	3	859.5	L	High diffraction efficiencies for S&P polarizations with low PDL
53-*-415E	52.67	22	1158.7	C	High diffraction efficiencies for S&P polarizations with moderately low PDL

A3: Dye Laser Tuning Gratings

Catalog
Number

Grooves
per mm

Maximum
Ruled Area
(Groove Length x
Ruled Width, mm)

Nominal
Blaze
Angle

53-*-530H†	3600	84 x 84	holographic
53-*-430H†	2400	102 x 102	holographic
53-*-059H†	2000	102 x 102	holographic
53-*-290R†	1800	102 x 102	26.7°
53-*-330H†	1800	102 x 102	holographic
53-*-466R†	600	102 x 102	54.1°

A4: Molecular Laser Tuning Gratings

Type

Wavelength
Range

Catalog
Number

Grooves
per mm

Nominal
Blaze
Angle

Diffraction
Angle

Maximum
Ruled Area
(Groove Length x
Ruled Width, mm)

F₂	157.1 nm	53-*-141E	154.51	76	76.1	128 x 260
ArF	193.3 nm	53-*-071E	112.96	79	79	128 x 258
		53-*-406E	85.837	76	76.1	128 x 254
		53-*-141E	154.51	76	76.1	128 x 260
		53-*-084E	117.94	79	79	128 x 258
KrF	248.3 nm	53-*-402E	79.01	74	74	128 x 254
KrF	248.3 nm	53-*-071E	112.96	79	79	128 x 258
Parametric	1.4-2.1 μm	53-*-525R†	830.8	30	39	154 x 206
Parametric	1.4-2.1 μm	53-*-550R†	600	28.7	29	154 x 206
HF	2.8-3 μm	53-*-676R	420	26.7	37.5	52 x 52
HF	2.8-3 μm	53-*-736R†	300	22	26	102 x 102
DF	3.5-4.1 μm	53-*-440R†	300	36.8	31.7	154 x 206
		53-*-820R†	240	26.7	24.8	90 x 102
		53-*-676R	420	26.7	47	52 x 52
HBr	4.1-4.8 μm	53-*-820R†	240	28.7	32.3	90 x 102
HBr	4.1-4.8 μm	53-*-440R†	300	36.8	41.9	154 x 206
CO, NO	4.8-6.2 μm	53-*-440R†	300	36.8	51.1	154 x 206
		53-*-820R†	240	26.7	42.2	90 x 102
		53-*-880R†	150	26.7	24.8	154 x 206
CO₂, N₂O	9.6-11.3 μm	53-*-005R†	79.35	35	24.8	64 x 58
		53-*-885R†	135	30	45.7	64 x 64
		53-*-960R	75	26.7	23.4	154 x 206
		53-*-036R	90	26.7	28.5	102 x 102
		53-*-831R	120	26.7	39.5	65 x 76
		53-*-830R	100	22	32	102 x 128
		53-*-880R†	150	26.7	52.6	154 x 206
CO₂ Isotope	16 nm	53-*-005R†	79.35	35	39.4	64 x 58
		53-*-910R	50	26.7	23.5	154 x 206
		53-*-920R	60	28.7	28.7	154 x 206

A5: Large Astronomical Gratings

Catalog
Number

Grooves
per mm

Nominal Blaze
Wavelength (1st Order
Littrow)

Nominal Blaze
Angle

Maximum Ruled Area
(Groove Length x
Ruled Width, mm)

53-*-109R	1000	460 nm	13.5°	230 x 260
53-*-147R	1000	330 nm	10.3°	230 x 260
53-*-461R	632	800 nm	14.7°	306 x 408
53-*-561R	632	1.2 μm	22.3°	306 x 408
53-*-571R	632	2.65 μm	57°	306 x 408
53-*-068R	600	620 nm	10.7°	308 x 408
53-*-083R	600	510 nm	9.5°	230 x 210
53-*-601R	452	1.14 μm	15°	209 x 310
53-*-584R	400	415 nm	4.76°	306 x 408
53-*-505R	316	1.2 μm	11°	300 x 370
53-*-137R	316	870 nm	7.6°	308 x 414
53-*-181R	316	750 nm	6.8°	160 x 218
53-*-273R	270	533 nm	4.13°	306 x 408
53-*-271R	250	600 nm	4.5°	306 x 408
53-*-179R	245	4.85 μm	36.5°	158 x 208
53-*-187E	124.93	770 nm	66°	154 x 206
53-*-232R†	115	10.4 μm	36.8°	154 x 206
53-*-291E	91.7	All	58.9°	154 x 208
53-*-215R†	80	4.25 μm	9.8°	204 x 408
53-*-856R	75	4.6 μm	10°	210 x 260
53-*-275E	50.7	All	64.2°	154 x 306

A6: Pulse Compression Gratings

Catalog
Number

Grooves
per mm

Nominal
Blaze
Wavelength
(1st Order
Littrow)

Nominal Blaze Angle (R)
or
Modulation Depth (H)

Maximum
Ruled Area
(Groove Length x
Ruled Width, mm)

53-*-430H†	2400	300 nm	high	102 x 102
53-*-059H†	2000	750 nm	high	102 x 128
53-*-330H†	1800	500 nm	high	102 x 128
53-*-233H†	1760	550 nm	high	102 x 102
53-*-239H†	1500	750 nm	high	102 x 102
53-*-230H†	1200	800 nm	high	110 x 110
53-*-340R†	1200	600 nm	21.1°	204 x 306
53-*-360R†	1200	750 nm	26.7°	156 x 206
53-*-727R†	672	832 nm	16.4°	64 x 64
53-*-351R†	600	800 nm	13.9°	154 x 206

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