SIGMAKOKI CO., LTD.

61-6876-33 Hybrid Cube Half Mirror 700-1100nm A = B = C: 20mm HBCH-20-NIR

FeaturesFeatures class="init"> 61-6876-33 Hybrid Cube Half Mirror 700-1100nm A = B = C: 20mm HBCH-20-NIR 【AXEL GLOBAL】<!--@[ss-27]@--> アズワン<!--@/[ss-27]@-->
SIGMAKOKI CO., LTD.

61-6876-33 Hybrid Cube Half Mirror 700-1100nm A = B = C: 20mm HBCH-20-NIR

Features

  • An unpolarized half-mirror that can be used in a wide range of visible or infrared light.
  • It can be used for multiwavelength laser and polarization experiments of visible light.
  • It is a hybrid film that combines a dielectric multilayer film and a metal film, and achieves both unpolarized light and broadband.
  • Since it is a cube type, the optical axis of the emitted light will not be translated if the beam is incident vertically.
  • Also, even if a beam of the same size as the effective diameter is injected, the transmitted or reflected light will not be lost or reduced.
  • The reflection to transmission branching ratio (1:1) does not change when the polarization orientation of linearly polarized light changes.
  • * Enter light from the prism side indicated by ○.
  • * When light is inserted from the opposite prism, the reflectance and reflectance wavelength characteristics will be different.
  • * The hybrid film is slightly absorbed by the metal film (10% to 15%).
  • * Therefore, the total amount of transmitted light and reflected light is not 100%.
  • * The phase difference of the incident light is not stored in transmitted light or reflected light.
  • * Use a wave plate to compensate for the phase difference.
  • * Wavelength dispersion occurs in transmitted and reflected light due to the refractive index of the material and the thickness of the glass.
  • * In addition, chromatic aberration and spherical aberration may occur when a converging or diverging beam is injected.

SpecSpec class="init"> 61-6876-33 Hybrid Cube Half Mirror 700-1100nm A = B = C: 20mm HBCH-20-NIR 【AXEL GLOBAL】<!--@[ss-27]@--> アズワン<!--@/[ss-27]@-->
SIGMAKOKI CO., LTD.

61-6876-33 Hybrid Cube Half Mirror 700-1100nm A = B = C: 20mm HBCH-20-NIR

特徴

  • An unpolarized half-mirror that can be used in a wide range of visible or infrared light.
  • It can be used for multiwavelength laser and polarization experiments of visible light.
  • It is a hybrid film that combines a dielectric multilayer film and a metal film, and achieves both unpolarized light and broadband.
  • Since it is a cube type, the optical axis of the emitted light will not be translated if the beam is incident vertically.
  • Also, even if a beam of the same size as the effective diameter is injected, the transmitted or reflected light will not be lost or reduced.
  • The reflection to transmission branching ratio (1:1) does not change when the polarization orientation of linearly polarized light changes.
  • * Enter light from the prism side indicated by ○.
  • * When light is inserted from the opposite prism, the reflectance and reflectance wavelength characteristics will be different.
  • * The hybrid film is slightly absorbed by the metal film (10% to 15%).
  • * Therefore, the total amount of transmitted light and reflected light is not 100%.
  • * The phase difference of the incident light is not stored in transmitted light or reflected light.
  • * Use a wave plate to compensate for the phase difference.
  • * Wavelength dispersion occurs in transmitted and reflected light due to the refractive index of the material and the thickness of the glass.
  • * In addition, chromatic aberration and spherical aberration may occur when a converging or diverging beam is injected.

Spec

  • [ common specification]
  • Material: BK7
  • Base material surface accuracy: λ/4
  • Transmitted beam polarization angle: <5′
  • Coating: Slope hybrid film of dielectric multi-layered film and metal film combined, Side 4 surfaces reflective prevention film
  • Incident angle: 0°
  • Branching ratio (reflection: Transmission): 1: 1
  • Laser durability: 0.3J/cm2 (pulse width 10ns, Repeat frequency 20Hz)
  • Scratch - dig: 40-20
  • Effective range: Circle inscribed to 85% of outer dimensions of square
  • [Individual specification]
  • Adaptive wavelength: 700 - 1100nm
  • A=B=C: 20mm
  • Transmittance: 47±10% (900nm)
  • Transmittance difference of P, S polarized light |Tp-Ts|: <20% (<10%: 800 - 1100nm)
  • RoHS conform product
  •  
Order No. 61-6876-33
型番 HBCH-20-NIR
標準価格 JPY: 31,300 USD: 196.20
Excange rate 1USD= 159.53JPY
Valid price in Japan
入り数 1piece
Stock in Japan
サプライヤ在庫

Product Variations (サイズ違い・スペック違い・オプション品など)

商品イメージ アズワン品番 商品名 型番 入り数 標準価格 標準価格(ドル) アズワン在庫
[サプライヤ在庫]
61-6876-28 Hybrid Cube Half Mirror 400-700nm A = B = C: 10mm HBCH-10-550 HBCH-10-550 1piece JPY: 25,000 USD: 156.71

61-6876-29 Hybrid Cube Half Mirror 400-700nm A = B = C: 15mm HBCH-15-550 HBCH-15-550 1piece JPY: 28,200 USD: 176.77

61-6876-30 Hybrid Cube Half Mirror 400-700nm A = B = C: 20mm HBCH-20-550 HBCH-20-550 1piece JPY: 31,300 USD: 196.20

61-6876-31 Hybrid Cube Half Mirror 700-1100nm A = B = C: 10mm HBCH-10-NIR HBCH-10-NIR 1piece JPY: 25,000 USD: 156.71

61-6876-32 Hybrid Cube Half Mirror 700-1100nm A = B = C: 15mm HBCH-15-NIR HBCH-15-NIR 1piece JPY: 28,200 USD: 176.77

61-6876-33 Hybrid Cube Half Mirror 700-1100nm A = B = C: 20mm HBCH-20-NIR HBCH-20-NIR 1piece JPY: 31,300 USD: 196.20

61-6876-34 Hybrid Cube Half Mirror 1300-1550nm A = B = C: 10mm HBCH-10-IR HBCH-10-IR 1piece JPY: 25,000 USD: 156.71

61-6876-35 Hybrid Cube Half Mirror 1300-1550nm A = B = C: 15mm HBCH-15-IR HBCH-15-IR 1piece JPY: 28,200 USD: 176.77

61-6876-36 Hybrid Cube Half Mirror 1300-1550nm A = B = C: 20mm HBCH-20-IR HBCH-20-IR 1piece JPY: 31,300 USD: 196.20