TPX lens

TPX lens

Supplier
Hr-eo
Part Number
TLA25032
Category
Optical Lenses
Origin
China

Materials with relatively good terahertz transmittance mainly include polymer materials and high-resistivity silicon. Among them, high-resistivity silicon has a high refractive index and is more suitable as a lens material. Among polymer materials, TPX has the best terahertz transmission performance, but optical-grade TPX is expensive because of its high shrinkage ratio during injection molding and low profile yield. At present, terahertz window materials generally use polytetrafluoroethylene, high-density polyethylene, TPX and high-resistivity silicon; these materials are also the main materials for terahertz lenses. There are many types of terahertz lenses; the common ones mainly include plano-convex aspheric lenses (most of Menlo's lenses are of this type at present), axicons (used to generate Bessel beams), spiral phase plates, cylindrical lenses, multi-hemispherical lenses, and Fresnel lenses used to reduce thickness. Terahertz lenses generally serve to collimate and focus in terahertz spectrometers and imagers, or are used in reverse.

Specification Snapshot
Diameter
25.4
Focal Length
32.5
Clear Aperture Dimension
>90%
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Overview

Materials with relatively good terahertz transmittance mainly include polymer materials and high-resistivity silicon. Among them, high-resistivity silicon has a high refractive index and is more suitable as a lens material. Among polymer materials, TPX has the best terahertz transmission performance, but optical-grade TPX is expensive because of its high shrinkage ratio during injection molding and low profile yield. At present, terahertz window materials generally use polytetrafluoroethylene, high-density polyethylene, TPX and high-resistivity silicon; these materials are also the main materials for terahertz lenses. There are many types of terahertz lenses; the common ones mainly include plano-convex aspheric lenses (most of Menlo's lenses are of this type at present), axicons (used to generate Bessel beams), spiral phase plates, cylindrical lenses, multi-hemispherical lenses, and Fresnel lenses used to reduce thickness. Terahertz lenses generally serve to collimate and focus in terahertz spectrometers and imagers, or are used in reverse.

Specifications

ParameterValue
Diameter25.4
Focal Length32.5
Focal Length Error±1%
Curvature Error±0.01
Diameter Error±0.2
Surface Quality (S-D)80-50
Product CustomizationCustomized services and solutions available

Applications

Collimation and focusing in terahertz spectrometers and imagers

Datasheet

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Supplier Information

Huirui Optoelectronics Technology (Beijing) Co., Ltd. was established in 2014, founded by researchers from scientific research institutions with backgrounds from Beijing Institute of Technology, Capital Normal University, Tsinghua University, etc. Team members have more than ten years of research foundation in high-precision optical component design and optical system development, and fully master cutting-edge advanced technologies in the fields of optical detection and life sciences and medical health. In theoretical research, crystal materials, processing technology, etc., they are all industry leaders. The company initially focused on terahertz optics research, and has continuously expanded research fields. Now it has become an industry-leading enterprise dedicated to developing high-end precision optical components.

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TPX lens
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