Place of Origin:
China
Brand Name:
Liocrebif
Certification:
GJB 9001C-2017
Model Number:
LKF-MIOC
Multi-Functional Integrated Optics Chip (MIOC) includes a linear polarizer, acts as polarizer and depolarizer; a Y-branch waveguide, acts as optical power splitter and combiner. Multi-Functional Integrated Optics Chip (MIOC) has the characteristics of high reliability, low insertion loss, high polarization extinction ratio. Micro-electronic and micro-optical processes, and fiber pigtail precision alignment are taken in the MIOC. Other wavelength band or package type can also be customized.
Technical Specification
|
1550nm MIOC |
|
|
Wavelength Band |
1550±20nm |
|
Insertion Loss |
≤3.5dB |
|
Insertion Loss Change |
0.3dB @ full temperature |
|
Splitting Ratio |
50±1.5% |
|
Splitting Ratio Change |
2% @ full temperature |
|
Return Loss |
≤-55dB |
|
Residue Intensity Modulation |
≤5/10000 |
|
Tail Fiber PER |
≤-30dB @room temperature ≤-30dB @full temperature |
|
Half Wave Voltage |
≤3.5V |
|
Slope of Modulation Waveform |
≤1/250 |
|
Bandwidth |
≥300MHz |
|
Tail Fiber |
PM Fiber, ф125μm, ф80μm, L=1.2m |
|
Package |
See package type R, P |
|
Working Temperature |
-45 ~+70℃ |
|
Storage Temperature |
-55 ~ +85℃ |
|
1310nm MIOC |
|
|
Wavelength Band |
1310±20nm |
|
Insertion Loss |
≤3.5dB |
|
Insertion Loss Change |
0.35dB @ full temperature |
|
Splitting Ratio |
50±2% |
|
Splitting Ratio Change |
3% @ full temperature |
|
Return Loss |
≤-55dB |
|
Residue Intensity Modulation |
≤5/10000 |
|
Tail Fiber PER |
≤-30dB @room temperature ≤-30dB @full temperature |
|
Half Wave Voltage |
≤3.5V |
|
Slope of Modulation Waveform |
≤1/250 |
|
Bandwidth |
≥300MHz |
|
Tail Fiber |
PM Fiber, ф125μm, ф80μm, L=1.2m |
|
Package |
See package type Q, E, T, U |
|
Working Temperature |
-45 ~+70℃ |
|
Storage Temperature |
-55 ~ +85℃ |
|
Product code |
Wavelength [nm] |
Input pigtail |
Output pigtail |
Axis Alignment |
Package Type |
|
YRCL03 |
1550 |
125/250 PM |
80/165 PM |
Fast |
R |
|
YRCL04 |
1550 |
125/250 PM |
80/165 PM |
Slow |
R |
|
YRLL03 |
1550 |
80/165 PM |
80/165 PM |
Fast |
R |
|
YPLL03 |
1550 |
80/165 PM |
80/165 PM |
Fast |
P |
|
YPCL03 |
1550 |
125/250 PM |
80/165 PM |
Fast |
P |
|
Product code |
Wavelength [nm] |
Input pigtail |
Output pigtail |
Axis Alignment |
Package Type |
|
YQCL01 |
1310 |
125/250 PM |
80/165 PM |
Fast |
Q |
|
YQCL02 |
1310 |
125/250 PM |
80/165 PM |
Slow |
Q |
|
YQLL01 |
1310 |
80/165 PM |
80/165 PM |
Fast |
Q |
|
YECL01 |
1310 |
125/250 PM |
80/165 PM |
Fast |
E |
|
YECL02 |
1310 |
125/250 PM |
80/165 PM |
Slow |
E |
|
YECL05 |
1310 Perfect |
125/250 PM |
80/165 PM |
Slow |
E |
|
YTCL01 |
1310 |
80/165 PM |
80/165 PM |
Fast |
T |
|
YUCL01 |
1310 |
80/165 PM |
80/165 PM |
Fast |
U |
Low Insertion Loss
High Polarization Extinction Ratio
Small Temperature Dependent Loss
High Electro-optic Phase Modulation Linearity
High Reliability
Fiber Optic Gyroscope (FOG)
Fiber Optic Current Transformer (FOCT)
Other Fiber Optic Sensing
Fig.1 Dimensions Of 1550nm MIOC
R Type
P Type
Fig.2 Dimensions Of 1310nm MIOC
Q Type
U Type
E Type
R Type
T Type
P Type
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