IPBS/C

Ruik’s isolator polarization beam splitter/combiner(IPBS/C) has been always along with very excellent features:low insertion loss, high return loss, high extinction ratio, high reliability, high stability.

Ruik’s isolator polarization beam splitter/combiner(IPBS/C) has been widely used in EDFA, raman amplifier, fiber sensor, coherent, telecommunications systems. Polarization mode dispersion compensator.

CATEGORY:

1310nm dual stage isolator polarization beam splitter/combiner(IPBS/C)

1550nm dual stage isolator polarization beam splitter/combiner(IPBS/C)

1064nm dual stage isolator polarization beam splitter/combiner(IPBS/C)

1310nm single stage isolator polarization beam splitter/combiner(IPBS/C)

1550nm single stage isolator polarization beam splitter/combiner(IPBS/C)

1064nm single stage isolator polarization beam splitter/combiner(IPBS/C)

Specifications:  

Center Wavelength(nm): 1310

Operating Wavelength Range(nm):  ±20

Typ. Insertion Loss at 23℃(dB): 0.55

Max. Insertion Loss at 23℃(dB): 0.80

Typ. Isolation(dB):51

Min. Isolation(dB):42

Min. Return Loss(dB): 50

Typ. Extinction Ratio at 23℃(dB): 28

Min. Extinction Ratio at 23℃(dB): 25

Max. Optical Power(CW)(mW): 500

Max. Tensile Load(N): 5

Fiber Type: PM980

Operating Temperature℃    -5~+70

Storage Temperature ℃    -40~+85

For device with connector, IL is 0.3dB higher, RL is 5dB lower, ER is 2dB lower;

The default connector key is aligned to slow axis;

Package Dimensions:

 

 Packing info.:

6pieces per box for free,

box size:22*22*10mm

Notice:

1.  Quality : 100% test carefully before send out,  to make sure it work well .

2. Shipping:  100% good package and fast delivery.

3. Quality: One year quality warranty, if there is any problem, you can send back for replace by post.

"RUIK" Symbol For:

Our goal is to be the top optical components provider all around the world, All are welcome to the Advisory guidance and cooperation

  R represents high responsibility;

  U represents excellent union;

  I represents effective implement;

  K represents specialized knowledge;