820nm 80um Fiber PMC
Save to Favorites
Specifications
| Parameter | Value |
|---|---|
| Wavelength [without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | 820±15 nm |
| IL [CR 50/50; @Central wavelength; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤4.1 dB |
| IL [CR 30/70; @Central wavelength; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤6.4/2.7 dB |
| IL [CR 20/80; @Central wavelength; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤8.3/2.1 dB |
| IL [CR 10/90; @Central wavelength; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤11.8/1.5 dB |
| IL [CR 5/95; @Central wavelength; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤14.5/1.3 dB |
| IL [CR 3/97; @Central wavelength; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤16.8/1.1 dB |
| IL [CR 2/98; @Central wavelength; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤18.5/1.0 dB |
| IL [CR 1/99; @Central wavelength; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤21.8/0.95 dB |
| EL [Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤0.8 |
| ER [CR>5%; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis; ER 3dB lower at -20~0℃, 5dB lower at -40~-20℃] | 18 dB |
| ER [5%≥CR>1%; Grade P; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis; ER 3dB lower at -20~0℃, 5dB lower at -40~-20℃] | 16 dB |
| IL [CR 50/50; @Central wavelength; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤4.2 dB |
| IL [CR 30/70; @Central wavelength; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤6.6/2.9 dB |
| IL [CR 20/80; @Central wavelength; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤8.5/2.3 dB |
| IL [CR 10/90; @Central wavelength; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤12.0/1.7 dB |
| IL [CR 5/95; @Central wavelength; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤14.8/1.5 dB |
| IL [CR 3/97; @Central wavelength; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤17.0/1.3 dB |
| IL [CR 2/98; @Central wavelength; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤18.5/1.2 dB |
| IL [CR 1/99; @Central wavelength; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤22/1.1 dB |
| EL [Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤1.0 |
| ER [CR>5%; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis; ER 3dB lower at -20~0℃, 5dB lower at -40~-20℃] | 16 dB |
| ER [5%≥CR>1%; Grade A; without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis; ER 3dB lower at -20~0℃, 5dB lower at -40~-20℃] | 14 dB |
| Dimension（Φ×L） [without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | 2.4×32 or longer |
| Power handling [without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | ≤500 mW |
| Operating temperature | 0～85 ℃ |
| Storage temperature | -40～85 ℃ |
| Fiber type [without connector; either slow axis or fast axis working; adding connectors: IL +1.0dB, ER 3dB lower; default connector key aligns to slow axis] | Fibercore HB-800C |
Datasheet
Supplier Information
Related Products
-
JX-130 Ribbon Fiber Aligner
Optical Fibers
Jxcmc
Applicable Optical fiber: 12-Core Ribbon Fiber Fiber diameter: 125μm Core-Alignment Loss [Single Fiber]: Single-Fiber Loss No Greater Than 0.3dB
-
JX-150 Single-Fiber V-Groove Aligner
Optical Fibers
Jxcmc
Applicable Optical fiber: Single-core Single-mode 、 Multimode Silica fiber Fiber diameter: 125μm Core-Alignment Loss [Single Fiber; Same Single-Mode Fiber]: Single-fiber loss no greater than 0.5dB (same single-mode fiber)
-
JX-160A Single-Fiber Aligner
Optical Fibers
Jxcmc
Applicable Optical fiber: Single-core Optical fiber Fiber diameter: 125μm Core-Alignment Loss: ≤0.05dB
-
JX-160A(400μm) Fiber Aligner
Optical Fibers
Jxcmc
-
JX-160A(530μm) Fiber Aligner
Optical Fibers
Jxcmc
Related Articles
In photonics and laser technology, devices that manipulate optical signals via the electro-optic effect form the backbone of precision optical systems. Electro-optic phase modulators and electro-optic deflectors are two prominent examples of this device category. As a critical hardware solution for high-speed, high-accuracy laser beam direction control, electro-optic deflectors are widely deployed across industrial and research settings. Below is a detailed overview of their core structure, key performance drivers, and primary use cases.
As a top‑tier supplier of tunable laser chips, Shandong Zhongxin Optoelectronics Technology Company has newly launched the world’s first budget‑friendly fiber‑Bragg‑grating (FBG) demodulator and scanning module.
A laser bar is an array semiconductor laser chip integrated with dozens of emitters, which realizes hundred-watt quasi-continuous output on a single chip. With regular emitter arrangement and controllable fill factor, integrated thermal design and superior wall-plug efficiency compared to single chips, it acts as the core light source for high-power pumping, medical lasers and precision processing.
BEIJING JIEPU TREND supplies YAG+Er:YAG+YAG bonded composite slab laser crystals for high‑power solid‑state laser systems. The monolithic slab consists of two undoped YAG end‑cap layers and a central Er‑doped YAG gain segment. The overall dimension is 9 mm×9 mm×9 mm.
Loading...
Name
Phone
Organization
Use Case
Database Platform