Michelson Interferometer System GW-EDU-INTE-010
Interferometers are optical devices demonstrating interference. They use wave superposition to obtain phase information from amplitude and characterize physical quantities. The source describes the Michelson interferometer as a precision instrument jointly designed by American physicists Michelson and Morley in 1881 to study ether drift. It divides amplitude into two beams for interference and can be adjusted to generate equal-thickness or equal-inclination fringes. The source states that Michelson and Morley received the 1907 Nobel Prize in Physics for these achievements. Applications include: 1. Length and refractive index measurement: with constant refractive index, fringe movement reflects changes in path length difference, allowing length measurement from fringe counts. With constant distance, refractive index changes move fringes and enable index calibration. 2. Beam wavelength measurement: fringe changes depend on the optical path difference between coherent beams. With other quantities fixed, incident wavelength is proportional to optical path and can be calculated from fringes.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Optical Flat | Dimensions 300×300×13mm |
| Laser | Wavelength and Power Options Available |
| Mirror | Diameter 25.4mm |
| Beamsplitter Prism | Dimensions 25.4×25.4×25.4mm |
Applications
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
YC100D Interferometer (4-Inch) - Flagship Type Interferometers Ycgx
Interferometric Principle [Parameter Image 01; YC100D Flagship Complete Unit/Configuration]: Fizeau Type System Accuracy [Parameter Image 01; YC100D Flagship Complete Unit/Configuration]: Better than λ/20 Effective Beam Diameter [Parameter Image 01; YC100D Flagship Complete Unit/Configuration]: 4 Inches (101.6mm)
The YC100D laser interferometer has a clear aperture of Φ101.6 mm, a high-precision imaging system, and good vibration isolation. It suits high-volume shop-floor inspection of optical lenses and precision measurements in optical laboratories. Motorized 1-7X image zoom and focusing make inspection more convenient and efficient. Standard lenses include F0.65/F0.75/F1.0/F1.5/F2.2/F3.3/F5.0/F7.1/F10.7/F15/F25/F45/F10D/F15D/F25D/F45D/TF flat lenses. Other F-number lenses can be customized.
-
YC100U Interferometer (4-Inch) - Flagship Type Interferometers Ycgx
Interferometric Principle [Respective Parameter Image 01; YC100U Complete Unit/Configuration]: Fizeau Type System Accuracy [Respective Parameter Image 01; YC100U Complete Unit/Configuration]: Better than λ/20 Effective Beam Diameter [Respective Parameter Image 01; YC100U Complete Unit/Configuration]: 4 Inches (101.6mm)
The flagship YC100U laser interferometer has a clear aperture of φ101.6 mm, a high-precision imaging system, and good vibration isolation. It suits high-volume shop-floor optical lens inspection and precision measurement in optical laboratories. Motorized 1-7× image zoom and motorized focusing make testing more convenient and efficient. Standard lenses include F0.65, F0.75, F1.0, F1.5, F2.2, F3.3, F5.0, F7.1, F10.7, F15, F25, F45, F10D, F15D, F25D, F45D, and TF flat lenses. Other F-number lenses can be customized.
-
YC100W Horizontal Interferometer (4-Inch) Interferometers Ycgx
Interferometric Principle [Respective Parameter Image 01; YC100W Complete Unit/Configuration]: Fizeau Type System Accuracy [Respective Parameter Image 01; YC100W Complete Unit/Configuration]: Better than λ/20 Effective Beam Diameter [Respective Parameter Image 01; YC100W Complete Unit/Configuration]: 4 Inches (101.6mm)
The YC100W laser interferometer has a clear aperture of φ101.6 mm, a high-precision imaging system, and good vibration isolation. It meets measurement needs for large-aperture, highly curved lenses and high-precision optical components and systems. Motorized 1-7X image zoom and motorized focusing make testing more convenient and efficient. Standard lenses include F0.65, F0.75, F1.0, F1.5, F2.2, F3.3, F5.0, F7.1, F10.7, F15, F25, F45, F10D, F15D, F25D, F45D, and TF flat lenses. Other F-number lenses can be customized.
-
YC100 Standard Interferometer Lens (4-Inch) Interferometers Ycgx
Maximum measurement aperture [Source Table Merged Cell for Maximum Concave Measurement Aperture; All Lens Rows; No Numerical Value Given]: Horizontal Interferometer Measurement Range Is Determined by the Air-Bearing Table Size
YC100 reference lenses offer accuracy better than λ/15 or λ/20 @632.8nm. Interfaces fit domestic/international interferometers of the same aperture; some require adapter rings. Options: F0.65/F0.75/F1.0/F1.5/F2.2/F3.3/F5.0/F7.1/F10.7/F15/F25/F45/F10D/F15D/F25D/F45D/plane TF&RF. Other F numbers can be customized.
-
YC100 Standard Interferometer Lens (4-Inch) YC100-F0.65 Interferometers Ycgx
Reference mirror radius of curvature [Model=YC100-F0.65]: 38 mm Radius of curvature measurement range [Model=YC100-F0.65; Convex surface]: 4~33 mm Radius of curvature measurement range [Model=YC100-F0.65; Concave; Source Gives Only Lower Limit and Hyphen, Upper Limit Not Provided]: 4–
YC100 reference lenses offer accuracy better than λ/15 or λ/20 @632.8nm. Interfaces fit domestic/international interferometers of the same aperture; some require adapter rings. Options: F0.65/F0.75/F1.0/F1.5/F2.2/F3.3/F5.0/F7.1/F10.7/F15/F25/F45/F10D/F15D/F25D/F45D/plane TF&RF. Other F numbers can be customized.
Related Articles
The LZFL405‑80mW‑3 series from Shenzhen Leirte Optoelectronics Co., Ltd. is a coaxial‑packaged violet‑blue single‑mode fiber‑coupled laser diode. It delivers 80 mW continuous‑wave output at 405 nm. Light is coupled into 3 μm core‑diameter single‑mode fiber for clean beam quality and easy integration into diverse optical systems. It serves as a compact violet‑blue light source for medical instruments and industrial printing applications.
Macro channel water-cooled stacked laser diodes integrate dozens of laser bars into one vertical stacked module with large-diameter macro flow cooling channels.
CytoViva delivers comprehensive hyperspectral imaging solutions covering visible to near-infrared spectrum, compatible with brightfield, fluorescence and proprietary enhanced darkfield microscopy modes.
Electro-optic deflectors (EODs) are optical devices used to steer or deflect light beams by applying an electric field to a specialized optical crystal. Unlike mechanical beam steering systems that rely on moving mirrors, electro-optic deflectors enable high-speed, non-mechanical beam control with exceptional precision and responsiveness. They are widely used in laser scanning, optical communications, microscopy, laser printing, spectroscopy, and scientific research, where rapid and accurate laser beam positioning is essential.
Loading...
Name
Phone
Organization
Use Case
Database Platform