1064nm1x3/3x3 Polarization-Maintaining Fused-Taper Fiber Coupler MCPMFBT-13-1064-333-L-P9-10-L-FA
Mchlight's single-process fused-taper 1x3/3x3 polarization-maintaining fiber coupler (PM FBT Coupler) couples optical signals in a specially structured fiber coupling region to redistribute optical power. Couplers are available at various wavelengths within 400-2050nm and with different splitting ratios. Fused-taper splitters are widely used in fiber-optic communications, underwater laser communications, fiber lasers, fiber amplifiers and other fields.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Structure [Structure : 1x3] | 1x3 |
| Structure [Structure : 3x3] | 3x3 |
| Center wavelength [Temperature measurement ambient conditions: 25℃; Structure : 1x3 / Structure : 3x3] | 1064 nm |
| Bandwidth [Temperature measurement ambient conditions: 25℃; Structure : 1x3 / Structure : 3x3] | ±20 nm |
| Splitting ratio [Temperature measurement ambient conditions: 25℃; Structure : 1x3] | Customizable splitting ratio (1x3) |
| Splitting ratio [Temperature measurement ambient conditions: 25℃; Structure : 3x3] | 33/33/33(only3x3) |
| max [Temperature measurement ambient conditions: 25℃; max; The above data exclude connectors ; Structure : 1x3] | 1.0 dB |
| max [Temperature measurement ambient conditions: 25℃; max; The above data exclude connectors ; Structure : 3x3] | 1.2 dB |
| Extinction ratio [Test ambient temperature 25℃; above data exclude connectors; adding connectors reduces extinction ratio by 2dB; Configuration: 1x3] | ≥17 dB |
| Extinction ratio [Test ambient temperature 25℃; above data exclude connectors; adding connectors reduces extinction ratio by 2dB; Configuration: 3x3] | ≥16 dB |
| Split-Ratio Inconsistency [Temperature measurement ambient conditions: 25℃; The above data exclude connectors ; Structure : 1x3] | ±7(1x3) % |
| Split-Ratio Inconsistency [Temperature measurement ambient conditions: 25℃; The above data exclude connectors ; Structure : 3x3] | ±10(3x3) % |
| Power handling [Temperature measurement ambient conditions: 25℃; Structure : 1x3 / Structure : 3x3] | 0.5、2、5 W |
| Connector Type [Structure : 1x3 / Structure : 3x3] | FC/APC or other |
| Fiber type [The Fiber Slow Axis Is Aligned by Default with the Key; Structure : 1x3 / Structure : 3x3] | PM980 |
| Fiber length [Structure : 1x3 / Structure : 3x3] | 1 or other |
| Package dimensions [Structure : 1x3 / Structure : 3x3] | φ3.0x54（ Bare fiber ）or φ4.0x60( Sleeve ) |
| Operating temperature [Structure : 1x3 / Structure : 3x3] | -40～+85 ℃ |
| Storage temperature [Structure : 1x3 / Structure : 3x3] | -50～+85 ℃ |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 40/20/40] | ±5.0 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 40/20/40] | ±6.0 |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 35/30/35] | ±4.0 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 35/30/35] | ±5.0 |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 33/33/33] | ±6.0 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 33/33/33] | ±6.0 |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 30/40/30] | ±4.0 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 30/40/30] | ±3.0 |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 25/50/25] | ±3.5 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 25/50/25] | ±2.4 |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 20/60/20] | ±3.3 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 20/60/20] | ±2.0 |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 15/70/15] | ±3.0 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 15/70/15] | ±1.8 |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 10/80/10] | ±2.8 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 10/80/10] | ±1.6 |
| Max Splitting ratio Error -Through Port [Max ; Through Port; Splitting ratio : 5/90/5] | ±2.5 |
| Max Splitting ratio Error -Coupling Port [Max ; Coupling Port; Splitting ratio : 5/90/5] | ±1.5 |
Applications
Key Features
Datasheet
Supplier Information
Related Products
-
Single-Mode Polarization-Maintaining Fiber-Coupled Laser BGFL-405-PM-FP-80
Polarization Maintaining Products
Bogaolaser
Center wavelength λc [25℃]: min:400 nm；typical:405 nm；max:410 nm Continuous Output Power Po [25℃]: typical:80 mW Spectral width △λ [25℃]: typical:2.0 nm
Single-mode polarization-maintaining fiber-coupled lasers with wavelengths of 375-1550nm and wavelength-dependent customizable power. Coaxial packages are available throughout. Fiber core diameters: 3.0um, 3.5um, 4.0um, 5.0um, 5.5um and 6.5um; connector options: SMA905, FC and ST; external dimensions (φ8φ10φ12mm) can be customized.
-
Single-Mode Polarization-Maintaining Fiber-Coupled Laser BGFL-450-PM-FP-50
Polarization Maintaining Products
Bogaolaser
Center wavelength λc [25℃]: min:445 nm；typical:450 nm；max:455 nm Continuous Output Power Po [25℃]: typical:50 mW Spectral width △λ [25℃]: typical:2.0 nm
Single-mode polarization-maintaining fiber-coupled lasers with wavelengths of 375-1550nm and wavelength-dependent customizable power. Coaxial packages are available throughout. Fiber core diameters: 3.0um, 3.5um, 4.0um, 5.0um, 5.5um and 6.5um; connector options: SMA905, FC and ST; external dimensions (φ8φ10φ12mm) can be customized.
-
Single-Mode Polarization-Maintaining Fiber-Coupled Laser BGFL-488-PM-FP-40
Polarization Maintaining Products
Bogaolaser
Center wavelength λc [25℃]: min:485 nm；typical:488 nm；max:491 nm Continuous Output Power Po [25℃]: typical:40 mW Spectral width △λ [25℃]: typical:2.0 nm
Single-mode polarization-maintaining fiber-coupled lasers with wavelengths of 375-1550nm and wavelength-dependent customizable power. Coaxial packages are available throughout. Fiber core diameters: 3.0um, 3.5um, 4.0um, 5.0um, 5.5um and 6.5um; connector options: SMA905, FC and ST; external dimensions (φ8φ10φ12mm) can be customized.
-
Single-Mode Polarization-Maintaining Fiber-Coupled Laser BGFL-505-PM-FP-40
Polarization Maintaining Products
Bogaolaser
Center wavelength λc [25℃]: min:500 nm；typical:505 nm；max:510 nm Continuous Output Power Po [25℃]: typical:40 mW Spectral width △λ [25℃]: typical:2.0 nm
Single-mode polarization-maintaining fiber-coupled lasers with wavelengths of 375-1550nm and wavelength-dependent customizable power. Coaxial packages are available throughout. Fiber core diameters: 3.0um, 3.5um, 4.0um, 5.0um, 5.5um and 6.5um; connector options: SMA905, FC and ST; external dimensions (φ8φ10φ12mm) can be customized.
-
Single-Mode Polarization-Maintaining Fiber-Coupled Laser BGFL-520-PM-FP-40
Polarization Maintaining Products
Bogaolaser
Center wavelength λc [25℃]: min:516 nm；typical:520 nm；max:522 nm Continuous Output Power Po [25℃]: typical:40 mW Spectral width △λ [25℃]: typical:2.0 nm
Single-mode polarization-maintaining fiber-coupled lasers with wavelengths of 375-1550nm and wavelength-dependent customizable power. Coaxial packages are available throughout. Fiber core diameters: 3.0um, 3.5um, 4.0um, 5.0um, 5.5um and 6.5um; connector options: SMA905, FC and ST; external dimensions (φ8φ10φ12mm) can be customized.
Related Articles
Fluoride crystal glass and K9 optical glass are two core optical substrates widely used in precision optical systems, laser equipment and photoelectric scientific research.
On November 28, 2024, the 3rd China Laser Star Enterprise Summit & Advanced Laser Processing Technology Summit, an annual influential event in the laser industry, was grandly held in Wuhan Optics Valley.
Widely adopted in small home appliances, industrial instruments, smart toys and atomization devices, the 0603 patch emerald green LED serves as a core status-indicating optical component.
VCSEL, short for Vertical Cavity Surface Emitting Laser, is a widely used semiconductor laser component in modern optoelectronics. Unlike traditional edge-emitting lasers, VCSEL emits laser light vertically from its chip surface. Thanks to its low power consumption, stable beam quality, low cost, and easy integration, it has become the core light source for 3D sensing, wearable devices, and high-speed optical communication.
Loading...
Name
Phone
Organization
Use Case
Database Platform