Beam Splitter 1 ⇾ 2, dichroic, 48MCS-011

Compact, rugged and highly efficient opto-mechanical unit with dichroic beam splitter

48-MCS-002
48-MCS-002
48-MCS-002
48-MCS-002
48-MCS-002
48-MCS-002
48-MCS-002
48-MCS-002

Features

Beam Splitter 48MCS-011

  • Configuration 1 ⇾ 2, dichroic
  • Highly efficient coupling into polarization-maintaining fiber cables
  • Splitting of two wavelength ranges
  • Compact, rugged, transportable and sealed opto-mechanical unit
  • Fully fiber-coupled
  • Very high long-term stability, efficiency and reproducability

Description

This fiber-coupled Beam Splitter 1 ⇾ 2, dichroic is a compact opto-mechanical unit that splits a fiber-coupled broadband source or two superimposed narrow-band sources into 2 wavelength ranges. These two wavelength ranges then are coupled into a output fiber cable, respectively, with high efficiency.

Optical Setup
The input port is fiber-coupled to a PM fiber cable, or SM fiber cable.
The radiation is split using a dichroic beam splitter (long pass or short pass).

Fiber Couplers
A fundamental component of fiber-coupled Beam Splitters are the Laser Beam Couplers, which are the inputs into the opto-mechanical unit collimating the input radiation and, finally, couple the radiation back into the common polarization-maintaining fiber cable. The stability of the total Beam Splitter is determined by the stability of the Laser Beam Coupler.

How to order
For a detailed quotation please additionally specify

  • Wavelength (range) transmission
  • Wavelength (range) reflection
  • Receptacle type
If you need a system with fiber cables, please additionally specify
  • Fiber type
  • Cable lengths
  • Connector types
48-MCS-011 Optical scheme

Technical data

Beam Splitter 1 ⇾ 2, dichroic, 48MCS-011

Order code
48-MCS-011
Configuration
1 ⇾ 2, dichroic
Splitting
Long pass or Short pass
Available wavelengths
400 - 1700 nm
Fiber type
polarization-maintaining or single-mode
Connector type
FC APC (standard)
Cable lengths
Customer-specific
Transmission
≥ 70 % @ 780 nm
Polarization Extinction Ratio
≥ 23 dB @ 780 nm

FAQ

  • Compatability of the multicube system
    • Is my system compatible to established 30 mm cage systems or microbench systems?
      The multicube components of series 48 have a rod hole distance of 30 mm. You can attach systems based on those components easily to a 30 mm cage systems or microbench system. More informaion can be found here.

      If you are working with a system based on series 68, there are adapters available, so that they can be used with 30 mm cage systems as well.
    • Is my system compatible to established 60 mm cage systems?

      The multicube components of series 68 have a rod hole distance of 60 mm. You can attach systems based on those components easily to a 60 mm cage systems or microbench system. More informaion can be found here.

      If you are working with a system based on series 48, there are adapters available, so that they can be used with 60 mm cage systems as well.

Downloads

Dimensional drawing
980129090600.pdf (Dimensional drawing)
STEP model
980129090600.stp (STEP model)
STEP model
980129090600.stp (STEP model, for registered users only)

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