1900nm Faraday Mirror with Phase Delay for Pulse Power

DESCRIPTION
Haphit provides fiber based passive components. The Faraday Mirror with Phase Delay is made by micro-optics package technology with fiber in and fiber out. It features Wide Spectrum and accurate rotation angle. The Faraday Mirror with Phase Delay will rotate the transmitted signal at certain angle, reflect backward and rotate again, the forward/backward signals will transmit through fast axis/slow axis of a waveplate that will induces the phase bias. The pulse power version is specially designed to withstand both high average power and high peak power for pulse laser, while at the same time maintaining high performance and stability. Various wavelength range and fiber types are available, customized on wavelength range and consigned fiber type are also available on request.
FRMD 1900nm 1870nm 1880nm 1885nm 1890nm 1895nm 1905nm 1910nm 1915nm 1920nm 1925nm 1930nm Faraday Mirror with Phase Delay Ritardo di Atraso Retraso de fase Retard phase Phasenverzögerung Polarization Insensitive miroir MirrorName espejo Mirror di Faraday Espelho de Faraday tükör Ogledalo Oglinda peili ??????? ??????? Faraday peegel ???????? ???????. SMF-28 SMF28 SM1950 PM1950 PM1550 LMA 8/125um 10/125um 10/130um 20/125um 20/130um 25/250um SC Single Clad PMSC Cladding DC PMDC Double Clad Polarization Maintaining PM Extinction Ratio ER Panda for Pulse Power 1W 2W 3W 5W 10W 100W 1kW 2kW 3kW 5kW 10kW 15kW 20kW average peak ns ps fs kW Watt Watts HP FRMD 1900nm 1870nm 1880nm 1885nm 1890nm 1895nm 1905nm 1910nm 1915nm 1920nm 1925nm 1930nm Faraday Mirror with Phase Delay Ritardo di Atraso Retraso de fase Retard phase Phasenverzögerung Polarization Insensitive miroir MirrorName espejo Mirror di Faraday Espelho de Faraday tükör Ogledalo Oglinda peili ??????? ??????? Faraday peegel ???????? ???????. SMF-28 SMF28 SM1950 PM1950 PM1550 LMA 8/125um 10/125um 10/130um 20/125um 20/130um 25/250um SC Single Clad PMSC Cladding DC PMDC Double Clad Polarization Maintaining PM Extinction Ratio ER Panda for Pulse Power 1W 2W 3W 5W 10W 100W 1kW 2kW 3kW 5kW 10kW 15kW 20kW average peak ns ps fs kW Watt Watts HP FRMD 1900nm 1870nm 1880nm 1885nm 1890nm 1895nm 1905nm 1910nm 1915nm 1920nm 1925nm 1930nm Faraday Mirror with Phase Delay Ritardo di Atraso Retraso de fase Retard phase Phasenverzögerung Polarization Insensitive miroir MirrorName espejo Mirror di Faraday Espelho de Faraday tükör Ogledalo Oglinda peili ??????? ??????? Faraday peegel ???????? ???????. SMF-28 SMF28 SM1950 PM1950 PM1550 LMA 8/125um 10/125um 10/130um 20/125um 20/130um 25/250um SC Single Clad PMSC Cladding DC PMDC Double Clad Polarization Maintaining PM Extinction Ratio ER Panda for Pulse Power 1W 2W 3W 5W 10W 100W 1kW 2kW 3kW 5kW 10kW 15kW 20kW average peak ns ps fs kW Watt Watts HP A1P A1S A2P A2S A4P A4S B1P B1S B2P B2S B4P B4S
TYPICAL SPECIFICATIONS
Center Wavelength 1900nm
Insertion Loss <=1.4dB
Faraday Rotation Angle, Single Pass (A: FR+WP+FR) 90degree (Slow axis in and Slow axis Out)
Faraday Rotation Angle, Single Pass (B: WP+FR) 45degree (Slow axis in and Fast axis Out)
Phase Delay pi, pi/2, pi/4 or specify
Rotation Angle Tolerance <=+/-3
PDL (SM Fiber Type) <=0.15dB
Extinction Ratio (PM Fiber Type) >=18dB
SM Fiber Type SMF-28 Fiber or SM1950 Fiber
10/130um DC Fiber or 25/250um DC Fiber
PM Fiber Type PM1550 Fiber or PM1950 Fiber
10/130um PMDC Fiber or 25/250um PMDC Fiber
Max. Average Power 300mW, 500mW, 1W, 2W, 3W, 5W, 10W
Max. Peak Power for Pulse 100W, 1kW, 2kW, 3kW, 5kW, 10kW, 15kW, 20kW
Operating Temperature 0~50degreeC
 
ORDERING INFORMATION/PART NUMBER(PN)
  Standard specifications and
design parameters
 
 
Serial Reference

Part Number (PN)*:


The change on PN will save a new product.


Product Description:


Comment/Other Information:


Add to


Members of:

  • SPIE-The International Society for Optics and Photonics       OSA-The Optical Society

 

  • EPIC-European Photonics Industry Consortium       EOS-European Optical Society

Follow us:

  • HaphiT-Facebook     HaphiT-Linkedin     HaphiT-Twitter     HaphiT-Google Business


 ONLINE FEEDBACK