EEWORLDEEWORLDEEWORLD

Part Number

Search

DWCC12A1090C1L3

Description
Splitter/Coupler, 1X2 Port, 10/90 Ratio, SC/PC Connector
CategoryWireless rf/communication    Optical fiber   
File Size130KB,1 Pages
ManufacturerLightel Technologies Inc.
Download Datasheet Parametric View All

DWCC12A1090C1L3 Overview

Splitter/Coupler, 1X2 Port, 10/90 Ratio, SC/PC Connector

DWCC12A1090C1L3 Parametric

Parameter NameAttribute value
Reach Compliance Codeunknown
Connection TypeSC/PC CONNECTOR
Fiber optic equipment typesSPLITTER/COUPLER
Maximum insertion loss3.9 dB
Maximum operating temperature85 °C
Minimum operating temperature-40 °C
Nominal operating wavelength1060 nm
Port configuration1X2
Split ratio/coupling ratio10/90
Base Number Matches1
FBT COUPLER
Specifications:
Parameter
Dual Window Wideband Coupler - Mini Size
Premium
A Grade
operating Wavelength
Parameter
Insertion Loss (Max.)
operating Wavelength
Parameter
Uniformity (typical)
Insertion Loss (Max.)
operating
Return Loss
Wavelength
Uniformity (typical)
PDL
Insertion Loss (Max.)
Return Loss
TDIL
Uniformity (typical)
PDL
Loss
Return
Operating & Storage Temperature
TDIL
PDL
Package Dimensions
Operating & Storage Temperature
TDIL
Light Duty
900um Loose Tubing
Light Duty
Package Dimensions
Temperature
Operating & Storage
Package Dimensions
1310 or 1550 +
40 nm
Premium
A Grade
< 3.6 dB
< 3.9 dB
1310 or 1550 +
40 nm
Premium
A Grade
dB
0.8 dB
1.0
< 3.6 dB
< 3.9 dB
1310
>
55dB,
+
40 nm
65dB
1x2
or 1550
2x2 >
0.8 dB
1.0 dB
<
< 0.15dB
3.6 dB
< 3.9
< 0.2 dB
dB
1x2 >
55dB, 2x2 >
65dB
0.8 dB
1.0 dB
0.2 dB (-10 ~ +75
o
C) 0.35 dB (-40 to +85
o
C)
< 0.15dB
1x2 >
55dB, 2x2 >
65dB
< 0.2 dB
-40 to +85
o
C
0.2
< 0.15dB
~ +75
o
C) 0.35
0.2 dB
to +85
o
C)
dB (-10
<
dB (-40
φ
3.0mm x 40.0mm
o
-40
0.35 dB (-40
0.2 dB (-10 ~ +75
o
C)
to +85 C
to +85
o
C)
φ
3.0mm x 45.0mm
φ
3.0mm x 40.0mm
-40 to +85
o
C
900um Loose Tubing
Light Duty
Premium
4.7 / 2.7 dB
/ 1.9 dB
6.0
Premium
4.7
1.2 dB
/ 2.7 dB
7.9 /
Premium
4.7 2.7
6.0 /
/
1.9 dB
11.3 / 0.6 dB
6.0 1.9
15.0 / 0.4 dB
7.9 /
/
1.2
dB
7.9
0.6 dB
23.5 / 0.3 dB
11.3
/
/
1.2 dB
11.3 0.6 dB
15.0 /
/
0.4 dB
15.0 0.4 dB
23.5 /
/
0.3 dB
23.5 / 0.3 dB
φ
3.0mm x 45.0mm
φ
3.0mm x 40.0mm
3.0mm x
specified
Note1:
φ
All values
45.0mm
are without
connectors.
Note2: Fiber type – Corning SMF-28, Other
Note1: All values specified are without
upon request.
connectors.
Note1: All values specified are without
Note3: Higher performance requirement up
Note2: Fiber type – Corning SMF-28, Other
connectors.
request.
upon request.
Note2: Fiber type – Corning SMF-28, Other
Note3: Higher performance requirement up
upon request.
request.
Note3: Higher performance requirement up
request.
Tap Coupler
Coupling Ratio
40/60
Coupling Ratio
30/70
40/60
20/80
Coupling Ratio
30/70
10/90
40/60
5/95
30/70
20/80
1/99
20/80
10/90
10/90
5/95
5/95
1/99
1/99
D
W
900um Loose Tubing
A Grade
5.0 / 2.5 dB
A
2.2 dB
6.4 /
Grade
5.0 / 2.5
dB
8.5
Grade
dB
A
/ 1.4
5.0 2.5
dB
6.4 2.2 dB
12.7
/
/
/
0.8
dB
6.4 2.2
dB
16.0
/
/
/
0.5
dB
8.5 1.4 dB
8.5
/ 0.8
dB
25.0
/
/
1.4 dB
12.7
0.4
dB
12.7 / 0.8 dB
16.0 / 0.5 dB
16.0 / 0.5 dB
25.0 / 0.4 dB
25.0 / 0.4 dB
C
Order
C
Information:
D
D
W
W
C
C
C
Wavelength
Fiber length: Pigtail style:
Coupling
Port Number Grade
Connector:
12: 1 x 2
1: 1meter (=package style)
A: 630 nm
P: Premium Ratio
9: Special
0: None
A: A Grade xy% : xy%
B: 850 nm
22: 2 x 2
2: 2meter B: bare fiber
A: FC/UPC
1: FC/PC
Wavelength
S:
Coupling
Wavelength
Fiber length: Pigtail style:
Port Number Grade
Coupling
C: 1060 nm
Fiber
Special
Pigtail style:
loose tube
Connector:
length:
Port Number Grade
L: 900 um
style)
Connector:
2: FC/APC B: SC/UPC
12: 1
1
x
x 2
(=package
P: Premium
Ratio
A: 630 nm
12:
2
1meter
0: None
9:
9: Special
A:
980 nm
1:
1: 1meter
(=package style)
P: Premium
Ratio
D:
630 nm
0: None
SC/PC
Special
ST
3:
C:
A: A Grade
xy% :
:
xy%
B: 850 nm
22: 2
2
x
x 2
B: 850
nm
22:
2
A: A Grade
xy% xy%
E: 1310
nm
2:
2: 2meter
B:
B: bare fiber
2meter
1: FC/PC
A: FC/UPC
1: FC/PC
bare fiber
4: SC/APC
A: FC/UPC
C: 1060 nm
S: Special
900 um loose tube
2:
2: FC/APC B: SC/UPC
C: 1060
nm
F: 1480
nm
S: Special L:
L: 900 um loose tube
FC/APC B: SC/UPC
5: FC/SPC
D: 980
D:
1510
nm
3: SC/PC
C: ST
ST
3: SC/PC
G:
980 nm
nm
6: SC/SPC
C:
E: 1310 nm
E:
1550 nm
1310 nm
4: SC/APC
4: SC/APC
H:
7: LC/UPC
F:
1480 nm
F:
1625 nm
5: FC/SPC
5: FC/SPC
L:
1480 nm
8: LC/SPC
G: 1510 nm
G: 1510 nm
6: SC/SPC
6: SC/SPC
H: 1550 nm
7: LC/UPC
H: 1550 nm
7: LC/UPC
L: 1625 nm
8: LC/SPC
L: 1625 nm
8: LC/SPC
C
Rev. C
Rev. C
Rev. C
Return
1034 Central Avenue South • Kent, WA 98032
REVISION
1034 Central Avenue South, Kent, WA 98032 TEL No : (253) 813-2862 Fax No : (253) 813-2861
813-2862 Fax No : (253) 813-2861
C
1034 Central Avenue South, Kent, WA 98032 TEL No : (253)
Tel 253.814.2862 • Fax 253.813.2861
www.lighteltech.com
Lightel
Technologies, Inc. www.lighteltech.com
1034 Central Avenue South, Kent, WA 98032 TEL No : (253) 813-2862 Fax No : (253) 813-2861
Lightel
Technologies,
Inc. www.lighteltech.com
Lightel
Technologies,
Inc. www.lighteltech.com
LT1111
LT111103
LT11110
What is the difference between UWB and traditional communication technology? What is UWB ultra-wideband positioning
UWB is a brand-new communication technology that is very different from traditional communication technology. Unlike the use of carriers in traditional communication systems, this system transmits dat...
兰博 RF/Wirelessly
Design of Multi-channel Data Acquisition and Control Module Based on FPGA
Please see the attachment for the design of FPGA multi-channel data acquisition and control module...
zx_lx FPGA/CPLD
stm32 clock problem
I am a newbie who has just come into contact with STM32. I have only learned a little about 51 before. Can anyone tell me the relationship between SysTick clock, SYSCLK clock, and HCLK clock? I have r...
tzzhuang stm32/stm8
eeworld is still the same
I have been to eeworld before, and I have been back and left several times. This time I registered a new account and came back. I found that the layout of eeworld is basically the same as before, whic...
Aragorn Suggestions & Announcements
The professional classification of buzzers is as follows
[p=26, null, left][color=rgb(51, 51, 51)][font=微软雅黑, 宋体][size=4]1. According to the driving principle, it can be divided into: active buzzer (with internal driving circuit) and passive buzzer (externa...
fish001 Analogue and Mixed Signal
Does anyone know how to decompile HEX files into C language?
Does anyone know how to decompile a HEX file into C language? I already have a HEX file and want to convert it into C code. It doesn't require high accuracy, but 90% of it will be fine....
15766826119 51mcu

Technical ResourceMore

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

Robot
development
community

Index Files: 1605  1119  2503  212  460  33  23  51  5  10 
Datasheet   0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Room 1530, 15th Floor, Building B, No. 18 Zhongguancun Street, Haidian District, Beijing Telephone: (010) 82350740 Postal Code: 100190
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved 京ICP证060456号 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号