Collimated Light Sources

Description: The collimating lens is typically made up of an aluminum housing with one or more lens elements and is designed to have the required focal length, diameter and mount. The main purpose of a collimating lens is to collect the light from a light source and produce parallel

• Type: Collimator

Description: Power LED Light Source is a high performance energy efficient device which can handle high thermal and high driving current. The Collimating Lens ASMT-M030 is designed to efficiently collimate the light of our Moonstone High Power LEDs, ASMT-Mxxx into a 30° beam.The collimating

• Number of LEDs: 1
• Number of Leads: 0
• Color: Clear
• LED Hardware: LED Lens

Description: LED emitting collimated light for optical encoder The L11913 is an infrared LED developed for optical encoders. Its irradiance is three times that of the previous product L9437. Features -Collimated light beam -High output power -High reliability

• Features: LED Lamps

Description: The 76600 Light Guide Collimating Probe collimates the highly divergent outputs of large size liquid light guides. This beam probe can be used to collimate the output from our liquid light guides and fiber bundles with NA between 0.5 and 0.6, a 350 to 2200 nm spectral range, and

Description: The 76605 Light Guide Collimating Probe collimates the highly divergent outputs of large size liquid light guides. This beam probe can be used to collimate the output from our liquid light guides and fiber bundles with NA between 0.5 and 0.6, a 180 to 2200 nm spectral range, and

Description: LED Light module for medical endoscope & endcoscopy Applications: Endoscope light source Wavelength: 5700 K (Day Light White) Key features: Ra>90, PWM control, LED up to 50000 hours Advantage: Fiber Optic, high brightness, long life and high stability Model number:

• Active Area Diameter or Length: 0.1968505 inch
• Active Area Width: 0.1968505 inch
• Lifetime: 10,000 hours
• Wavelength: 380 to 780 nm

Description: source includes a QTH lamp, appropriate socket adapter, lamp housing interconnection cable, power supply, and Research Lamp Housing. After a quick and easy assembly, the light source is ready for use and easily integrated into a user's setup. The lamp housings offered with these

• Lamp / Output Power: 1,000 watts
• Features: Specialty / Other

Description: source includes a QTH lamp, appropriate socket adapter, lamp housing interconnection cable, power supply, and Research Lamp Housing. After a quick and easy assembly, the light source is ready for use and easily integrated into a user's setup. The lamp housings offered with these

• Lamp / Output Power: 600 watts
• Features: Specialty / Other

Description: Point Source Emitters The Marktech Point Source Emitter series incorporates a specially designed LED die and aperture window to create a precise, unobstructed light output pattern. The key design feature of the Point Source LED die is a wire bond which attaches next to

• Peak Wavelength: 850 nm
• Forward Current: 20 milliamps
• Optical Power Output: 3 milliwatts
• Viewing Angle: 100 degrees

Description: SL1-Blue is a miniature light source with a very bright 470nm LED installed. A collimating lens is installed just in front of the SMA fiber optic connector output used for fluorescence excitation.

• Lamp Power: 0.5 watts
• Rated Average Life: 10,000 hours
• Maximum Overall Length: 3.5 inch
• Features: LED Lamps

Description: the spherical aberration, when the collimated beams are concentrated into one line, the collimated light should be incident on the curved surface of the lens, and when the quasi-linear source is used, the line source should be incident on the plane of the lens.

• Center Thickness: 2 to 20.000000000000004 mm
• Surface Flatness: λ/10, λ/2, λ/4, λ/5, λ/8
• Surface Quality: 20-10 Scratch / Dig, 40-20 Scratch / Dig, 60-40 Scratch / Dig
• Lens Type: Cylindrical Lens

Description: Precision Polished Substrate Protected Aluminum and Cold Mirror Coating Options Ideal for Highly Divergent Light Sources Precision Ellipsoidal Reflectors Also Available Precision Parabolic Reflectors are ideal for collimating a light source placed at the focal point of

• Diameter/Width: 100 mm
• Features: Other Mirror Material
• Mirror Types: Parabolic Mirror
• Mirror Shape: Round

Description: Precision Polished Substrate Protected Aluminum and Cold Mirror Coating Options Ideal for Highly Divergent Light Sources Precision Ellipsoidal Reflectors Also Available Precision Parabolic Reflectors are ideal for collimating a light source placed at the focal point of

• Diameter/Width: 100 mm
• Features: Other Mirror Material
• Mirror Types: Parabolic Mirror
• Mirror Shape: Round

Description: With its integrated thermoelectric cooler, the laser light source ilumLAS HP combines high optical output power with high stability (both optical output power and wavelength). It is available with a large variety of wavelengths from 622 nm to 1850 nm with up to 6.6 W optical output

• Wavelength Range: 622 to 1,850 nm
• Operating Voltage: 12 volts
• Operating Temperature Range: -20 to 50 C
• Laser Wavelength: Infrared, Red

Description: 90% from filament lamps, LEDs, arc lamps, and other sources. These Holographic UV Diffusers use a fused silica substrate and offer controlled, homogenous light distribution from the UV through the near-infrared spectra, with transmission levels of 70% at 190nm.It is important to note

• Shape: Circular
• Diffuser Type: Holographic Diffusers

Description: 90% from filament lamps, LEDs, arc lamps, and other sources. These Holographic UV Diffusers use a fused silica substrate and offer controlled, homogenous light distribution from the UV through the near-infrared spectra, with transmission levels of 70% at 190nm.It is important to note

• Shape: Circular
• Diffuser Type: Holographic Diffusers

Description: The Wavelength Technology beam shaper is designed to change the Gaussian profile of a light source (usually a laser) to a Top-Hat profile. Existing beam shaper designs have a maximum input beam size of 4.6mm and output at 8mm. These include beam shapers for 355nm, 532nm, 1064nm,

Description: parallel beams, or converging parallel beams to a focal point. 4. Focusing collimation: plano convex lenses can be used to focus a beam of light to a precise point, or to collimate light from a point source into a parallel beam. 5. Beam collimation point source: when a

• Surface Flatness: λ/4
• Surface Quality: 40-20 Scratch / Dig

Description: IEC 61315:2019 is applicable to instruments measuring radiant power emitted from sources that are typical for the fibre-optic communications industry. These sources include laser diodes, light emitting diodes (LEDs) and fibre-type sources. Both divergent and

Description: Polarizers, two usable polarization forms result, conveniently separated by 90°. For unpolarized input, incident light will be equally split, 50% transmitted and reflected. Varying the input polarization axis will change the split ratio. These broadband designs require well-collimated

Description: plastic pack-age. Due to a highly collimated light source and a unique photo-detector array, the module is extremely tolerant to mounting misalignment. The two channel digital outputs and 5V supply input are accessed through four solder-plated leads located on 2.54 mm (0.1 inch)

• Linear Encoder Speed: 20 mm/sec
• Operating Temperature: -40 to 185 F
• Output: Current, Voltage
• Features: Incremental, Optical, Pulse & Direction, Signal Quadrature

Description: the incident lights have a slight difference, the focal length of the two sides is also different. To minimize spherical aberration, engineers from Shalom EO suggest that when using the lens to focus collimated lights, the collimated lights should be projected to

• Focal Length: 25.400000000000002 mm
• Diameter / Length: 25.400000000000002 mm
• Surface Quality: 40-20 Scratch / Dig
• Lens Features: Antireflection Coating

Description: the incident lights have a slight difference, the focal length of the two sides is also different. To minimize spherical aberration, engineers from Shalom EO suggest that when using the lens to focus collimated lights, the collimated lights should be projected to

• Focal Length: 75.00000000000001 mm
• Diameter / Length: 30 mm
• Surface Flatness: λ/2
• Surface Quality: 40-20 Scratch / Dig

Description: the incident lights have a slight difference, the focal length of the two sides is also different. To minimize spherical aberration, engineers from Shalom EO suggest that when using the lens to focus collimated lights, the collimated lights should be projected to

• Focal Length: 20.000000000000004 mm
• Diameter / Length: 18 mm
• Surface Flatness: λ/4
• Surface Quality: 40-20 Scratch / Dig

Description: the incident lights have a slight difference, the focal length of the two sides is also different. To minimize spherical aberration, engineers from Shalom EO suggest that when using the lens to focus collimated lights, the collimated lights should be projected to

• Focal Length: 1,000.0000000000001 mm
• Diameter / Length: 50.800000000000004 mm
• Surface Flatness: λ/2
• Surface Quality: 40-20 Scratch / Dig

Description: absolutely necessary. Fresnel PMMA lenses are also ideal for simulators and projection systems. Typically, this standard range of lenses are used to emit parallel light from the grooved side where the light source is placed at the focal length position from the plane surface.

• Focal Length: 7.000000000000001 mm
• Width: 0.10000000000000002 mm
• Thickness: 0.20000000000000004 mm
• Lens Type: Fresnel Lens

Description: absolutely necessary. Fresnel PMMA lenses are also ideal for simulators and projection systems. Typically, this standard range of lenses are used to emit parallel light from the grooved side where the light source is placed at the focal length position from the plane surface.

• Focal Length: 70 mm
• Width: 0.25 mm
• Thickness: 0.20000000000000004 mm
• Lens Type: Fresnel Lens

Description: absolutely necessary. Fresnel PMMA lenses are also ideal for simulators and projection systems. Typically, this standard range of lenses are used to emit parallel light from the grooved side where the light source is placed at the focal length position from the plane surface.

• Focal Length: 400 mm
• Width: 0.5 mm
• Thickness: 0.20000000000000004 mm
• Lens Type: Fresnel Lens

Description: Off Axis Parabolic Mirror for Every Application An off axis parabolic mirror is an optical device which transforms plane waves into spherical waves and spherical waves into plane waves. This makes it useful for collimating light from a point source as well as focusing collimated

• Reflector / Parabolic Mirror Shape: Off-axis Parabolic
• Mirror Types: Parabolic Mirror

Description: absolutely necessary. Fresnel PMMA lenses are also ideal for simulators and projection systems. Typically, this standard range of lenses are used to emit parallel light from the grooved side where the light source is placed at the focal length position from the plane surface.

• Focal Length: 6 mm
• Width: 0.10000000000000002 mm
• Thickness: 0.20000000000000004 mm
• Lens Type: Fresnel Lens

Description: damage, etc. Various specifications of QCS connectors, special parameter requirements can also be customized according to customers' needs.Applications:-Optics coupling -Light source-fiber coupling output

• Laser Output Power: 20 to 100 watts
• Features: Beam Collimator, Other
• Type: Component / Subsystem
• Laser Type: Fiber Laser

Description: This is a horizontally mounted, multi-purpose spectroelectrochemical cell designed to be coupled with light sources and spectrometers (UV-Vis, NIR, IR) via optical fibers. It enables obtaining electrochemical and spectroscopic information from liquid sample or thin films in systems