FT-1064-12 product image - F-tone Networks
MODEL · FT-1064-12

1064nm PM High Power Three-Port Optical Circulator

F-tone Networks FT-1064-12: 1064 nm PM three-port high-power optical circulator, 25 dB typical isolation, 1.3 dB loss, 0.3 to 20 W power, PM980/Hi1060 options.

Features
Low Insertion Loss; High Return Loss; High Stability & Reliability
Applications
Fiber Amplifier; Testing Instrument; Medical Equipment
Center Wavelength
nm | 1064
Operating Wavelength Range
nm | ±5
Typ. Peak Isolation
dB | 25
Max. Isolation at 23℃
dB | 22

Reference model FT-1064-12 in your inquiry. Datasheets are confirmed offline before order. Full specifications ↓

Specifications

Technical parameters

FeaturesLow Insertion Loss; High Return Loss; High Stability & Reliability
ApplicationsFiber Amplifier; Testing Instrument; Medical Equipment
Center Wavelengthnm | 1064
Operating Wavelength Rangenm | ±5
Typ. Peak IsolationdB | 25
Max. Isolation at 23℃dB | 22
Typ. Insertion Loss at 23℃dB | 1.3
Max. Insertion Loss at 23℃dB | 1.5
Max. Polarization Dependent Loss at 23℃ (SM Fiber Type)dB | 0.15
Min. Extinction Ratio at 23℃ (PM Fiber Type)dB | 20
Min. Return Loss (Input/ Output)dB | 45
Min. Cross TalkdB | 45
Max. Average Optical PowerW | 0.3, 1, 2, 5, 10, 20 or Specified
Max. Peak Power for ns PulsekW | 10 or Specified
Max. Tensile LoadN | 5
Package Dimensionmm | 70x28x26
Operating Temperature℃ | +10~+50
Storage Temperature℃ | 0~+60
1111 – Wavelength:1064=1064nm, SSSS=Specify
2 – Port Type:3=3-Port
3 – Working Axis:B=Both axis working, F=Fast axis blocked, N=Non-PM
444 – Fiber Type:003=PM980, 004=Hi1060, 014=PM1060L, 018=PLMA-GDF-10/125-M. SSS=Specify
5 – Package Dimension:0=70x28x26mm, S=Specify
6 – Pigtail Type:0=bare fiber, 1=900μm loose tube
7 – Fiber Length:0.75=0.75m, 1.0=1m, S=Specify
888 – Connector Type:0=FC/UPC, 1=FC/APC, 2=SC/UPC, 3=SC/APC, N=None, S=Specify
99 – Average Power:00=500mW, 01=1W, 05=5W, 10=10W, SS=Specify
AA – Peak Power:00=Continuous Wave, 10=10kW, 20=20kW
Overview

Product details

Overview

Where polarization must survive the round trip, the FT-1064-12 keeps the 1064 nm circulator path polarization-maintaining end to end. Light into port 1 leaves through port 2, and light arriving at port 2 is redirected to port 3, so a PM amplifier forwards its output while back-reflections are diverted from the seed. PM versions hold a minimum 20 dB extinction ratio at 23 °C, keeping polarization-dependent performance predictable in fiber lasers and sensing chains. Peak isolation is 25 dB typical with 1.3 dB insertion loss (1.5 dB maximum). Average power handling spans 0.3–20 W with 10 kW peaks for nanosecond pulses. Pigtail choices include PM980, Hi1060, PM1060L and PLMA-GDF-10/125-M, in a 70x28x26 mm package operating from +10 to +50 °C.

Key Features

  • Three-port PM optical circulator at 1064 nm center wavelength
  • Typical peak isolation 25 dB; operating wavelength range ±5 nm
  • Typical insertion loss 1.3 dB, maximum 1.5 dB at 23 °C
  • Average power handling 0.3 W to 20 W; 10 kW peak for ns pulses
  • Fiber options: PM980, Hi1060, PM1060L and PLMA-GDF-10/125-M
  • Minimum return loss 45 dB; minimum cross talk 45 dB; +10 to +50 °C operating

Applications

  • Fiber amplifier assemblies
  • Optical test and measurement instruments
  • Medical equipment

Specifications

ParameterValue
Part NumberFT-1064-12
Center Wavelength1064 nm
Operating Wavelength Range±5 nm
Typical Peak Isolation25 dB
Maximum Isolation at 23 °C22 dB
Typical Insertion Loss at 23 °C1.3 dB
Maximum Insertion Loss at 23 °C1.5 dB
Maximum Polarization Dependent Loss at 23 °C (SM Fiber Type)0.15 dB
Minimum Extinction Ratio at 23 °C (PM Fiber Type)20 dB
Minimum Return Loss (Input/Output)45 dB
Minimum Cross Talk45 dB
Maximum Average Optical Power0.3, 1, 2, 5, 10 or 20 W
Maximum Peak Power for ns Pulse10 kW
Maximum Tensile Load5 N
Package Dimension70x28x26 mm
Operating Temperature+10 to +50 °C
Storage Temperature0 to +60 °C

For pricing, datasheets and OEM/ODM inquiries, contact the F-tone Networks sales team: una@f-tone.com / betty@f-tone.com · WhatsApp: +86 17761163895