MODEL · FT-750
10W 1064nm High-Power Fiber Isolator HPIS (CN)
F-tone Networks 10W 1064nm high-power fiber isolator HPIS Chinese listing, +/-20nm, isolation 25dB, IL typ 0.6dB. Contact Betty or Una for high-power quotes.
- 2
- Axis alignment | F=Slow axis working Fast axis blocked, B=Both of axis working, N=No axis
- 3
- Fiber type | 0=PM Panda fiber, 1=SMF-28e, 2=Hi1060
- 4
- Pigtail type: | 0=250 bare fiber, 1=900um loose tube, 2=2.0mm loose tube, 3=3.0mm loose tube
- 5
- Fiber length: | 0=0.8m,1=1m
- 6
- Package Dimension: | 0=81*34*33mm, S=Specified
- 77
- Handling Power | 01=1W, 02=2W,……,05=5W,……, 20=20W
Reference model FT-750 in your inquiry. Datasheets are confirmed offline before order. Full specifications ↓
Specifications
Technical parameters
| 2 | Axis alignment | F=Slow axis working Fast axis blocked, B=Both of axis working, N=No axis |
|---|---|
| 3 | Fiber type | 0=PM Panda fiber, 1=SMF-28e, 2=Hi1060 |
| 4 | Pigtail type: | 0=250 bare fiber, 1=900um loose tube, 2=2.0mm loose tube, 3=3.0mm loose tube |
| 5 | Fiber length: | 0=0.8m,1=1m |
| 6 | Package Dimension: | 0=81*34*33mm, S=Specified |
| 77 | Handling Power | 01=1W, 02=2W,……,05=5W,……, 20=20W |
| 1064 | Center Wavelength: | 1064=1064nm |
| Type | HPIS / HPPMIS |
| HPIS | HPPMIS |
| Center Wavelength | nm | 1064 |
| Operating Wavelength Range | nm | ±20 |
| Typ. Peak Isolation at 23℃ | dB | 32~40 |
| Isolation at 23℃ | dB | 25 |
| Typ. Insertion Loss at 23℃ | dB | 0.6 |
| Max. Insertion Loss at 23℃ | dB | 1 |
| Max.PDL at 23℃ | 0.15 / / dB |
| Extinction Ratio at 23℃ | Fast axis blocked | dB | / | 23 |
| Both of axis working | / / 20 dB |
| / | 20 |
| Min. Return Loss(Input/Output) | dB | 50 |
| Max. Optical Power | CW |
| W | 1, 2, 3, 5, 10, 20 or specify |
| Pulse Peak | kW | 10 |
| Max. Tensile Load | N | 5 |
| Fiber Type | HI 1060 fiber or specify / PM980 fiber or specify |
| HI 1060 fiber or specify | PM980 fiber or specify |
Overview
Product details
CN-catalog twin of the 1064 nm HPIS. Ordering codes cover axis alignment, PM/SM/Hi1060 fiber, pigtail OD and 1-20 W handling — pick the 10 W node to match the title.
Key Features
- 1064 nm high-power isolator (CN)
- Window +/-20 nm
- Isolation 25 dB / peak 32-40 dB
- IL typ 0.6 dB, RL 50 dB
- Selectable fiber and pigtail options
Applications
- 1064 nm fiber laser protection
- CN-catalog high-power isolator builds
Specifications
| Parameter | Value |
|---|---|
| Center Wavelength | nm | 1064 |
| Operating Wavelength Range | nm | ±20 |
| Typ. Peak Isolation at 23C | dB | 32~40 |
| Isolation at 23C | dB | 25 |
| Typ. Insertion Loss at 23C | dB | 0.6 |
| Max. Insertion Loss at 23C | dB | 1 |
| Min. Return Loss (Input/Output) | dB | 50 |
| Max. Tensile Load | N | 5 |
| Fiber Type | HI 1060 fiber or specify / PM980 fiber or specify |
Contact Us
For pricing, datasheets and OEM/ODM inquiries, contact the F-tone Networks sales team: betty@f-tone.com / una@f-tone.com · WhatsApp: +86 17360698946 (Betty), +86 17761163895 (Una)
Related products
More in Products

FT-980-17
10W 980nm High-Power Isolator HPIS
View details →
FT-563
10W 980nm High-Power PM Isolator HPPMIS (CN)
View details →
FT-1064-52
10W 1064nm High-Power PM Isolator HPPMIS
View details →
FT-1064-53
10W 1064nm High-Power Polarization-Insensitive Isolator
View details →
FT-1030-19
10W 1030nm High-Power PM Isolator HPPMIS
View details →
FT-1064-54
10W 1064nm High-Power Isolator HPIS
View details →
FT-3884
Cat6e Lettering-Style Colour Numeric Wire Markers, 10pcs
View details →
FT-62
10-Pin Miniature Single-Channel Optical Module
View details →
FT-3886
Cat5e Printing-Type Colour Numeric Wire Markers, 10pcs
View details →
FT-3885
Cat6 Printing-Type Colour Numeric Wire Markers, 10pcs
View details →
FT-3887
Cat5e Lettering-Style Colour Numeric Wire Markers, 10pcs
View details →
FT-2214
Cat5 Lettering-Style Color Numeric Wire Markers, 10pcs
View details →
FT-2213
Cat6 Lettering-Style Color Numeric Wire Markers, 10pcs
View details →
FT-227
10mW 1250-1650nm Low-Pol SLED Source (CN Listing)
View details →
FT-10M-24
10m CAT6 UTP Pre-Terminated Trunk, 6-Jack to 6-Plug
View details →
FT-248