0.50 NA 8.00mm FL VIS AR Coated, Molded Aspheric Lens

Numerical Aperture NA:

0.50

Diameter (mm):

9.94 ±0.015

Effective Focal Length EFL (mm):

8.00

Focal Length Specification Wavelength (nm):

780.00

Focal Length Tolerance (%):

±1

Clear Aperture CA (mm):

8.00

Coating:

BBAR (350-700nm)

Transmitted Wavefront Error (λ, RMS):

< 0.040

Surface Quality:

40-20

Operating Temperature (°C):

≤200

Center Thickness Tolerance (mm):

±0.04

Center Thickness CT (mm):

3.69

Working Distance (mm):

5.92

Edge Thickness ET (mm):

1.56

Magnification:

Infinite

Substrate:

ECO 550

Index of Refraction n_d:

1.603

Abbe Number (v_d):

50.22

Coating Specification:

R_avg ≤0.5% @ 350 - 700nm

f/#:

1.00

Lightpath Lens Code:

352240

Type:

Aspheric Lens

Typical Applications:

Collimate or Focus Laser Light

Wavelength Range (nm):

350 - 700

Asphere Figure Error (μm RMS):

Diffraction Limited Transmitted Wavefront

Regulatory Compliance

RoHS 2015:

Compliant

Reach 197:

Compliant

產品系列說明

Micro Sizes 2mm Dia.
Several Coating Options

Aspheric lenses are known for providing simple, single-element solutions for managing laser light. LightPath® has perfected a glass molding technology that produces aspheric lenses with consistent quality and at practical prices for system designers. Aspherics, which can be made in a large variety of Numerical Apertures (NA), can eliminate spherical aberrations and improve focusing and collimating accuracy. A low NA is ideal for maintaining beam shape, as in barcode scanning, where a nearly circular beam is critical. High NA lenses gather all available energy when long beam paths are required, such as in sighting systems. Molded aspheric lenses are used in a wide variety of photonic products including bar code scanners, laser diode-to-fiber couplings, optical data storage, and medical lasers.

Note: May be available in limited quantities, or require a minimum purchase quantity. Contact us for more information

技術資訊

Index Change by Wavelength
Wavelength	Index of Refraction
486.1nm	1.61341
546.1nm	1.60786
587.6nm	1.60500
632.8nm	1.60251
656.3nm	1.60141
670.0nm	1.60095
706.5nm	1.59940
780.0nm	1.59708
852.1nm	1.59528
1014.0nm	1.59227
1300.0nm	1.58850
1550.0nm	1.58572


Numerical Aperture NA	Effective Focal Length EFL	Window Properties (Thickness t, Index)
0.15	5.000	N/A
0.15	18.400	0.250, 1.517
0.16	15.290	0.250, 1.517
0.18	6.100	N/A
0.18	13.860	N/A
0.25	11.000	0.250, 1.517
0.30	1.160	N/A
0.30	6.160	0.275, 1.517
0.30	7.50	0.275, 1.517
0.40	6.240	0.275, 1.517
0.42	4.500	N/A
0.43	1.140	0.300, 1.517
0.47	4.470	1.20, 1.573
0.50	2.000	0.250, 1.517
0.50	8.000	0.250, 1.517
0.53	2.950	0.250, 1.517
0.55	0.382	N/A
0.55	1.450	N/A
0.55	2.720	1.20, 1.573 (Polycarbonate)
0.55	3.890	1.20, 1.573
0.55	4.510	0.250, 1.517
0.59	0.450	N/A
0.60	4.000	1.20, 1.518
0.62	4.030	1.20, 1.518
0.68	2.750	N/A
0.68	3.100	N/A