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ITMS8050100125

Description
850 nm Window Multi-mode Single Channel Integrated Tap Monitors
File Size157KB,2 Pages
ManufacturerOplink(Molex)
Websitehttp://www.oplink.com
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ITMS8050100125 Overview

850 nm Window Multi-mode Single Channel Integrated Tap Monitors

850 nm Window Multi-mode Single
Channel Integrated Tap Monitors
ITMSMM Series
Product Description
Oplink’s Multi-mode Single Channel Integrated Tap Monitor (ITMS) is a hybrid component
that integrates a flat spectral response of a thin-film tap with a Si photodiode for power
monitoring applications in 850nm window. The ITMS minimizes component assembly
costs and module footprint while increasing module design efficiency by facilitating fiber
management.
The ITMS integrates the functionality of an optical coupler and a photodiode while de-
livering low insertion loss and low dark current with high temperature stability over a
wide wavelength range. It is compact and easy to mount on a PCB board for module and
network system use. Applications include power monitoring, optical network switching/
protection monitoring in GigE networks.
Oplink can provide customized designs to meet specialized feature applications. Also,
Oplink offers modular assemblies that integrate other components to form a full function
module or subsystem.
Performance Specification
ns
Parameters
Specification
Min.
Typ.
Max.
Unit
Features
3-pin Package Easily Mounted on a
PCB
Low Dark Current
Various Tap Ratios Available
High Temperature Stability with
Hermetically Sealed Photodiode
Operating Wavelength Range
Insertion Loss
1
Return loss
1
PD Responsivity
(relative to nominal input power)
Dark Current
3-dB Bandwidth
-5V bias, 23°C
-5V bias, 70°C
-5V bias, 50Ω load
5% Tap
30
15
770 ~ 860
0.8
36
0.05
10
0 to +70
-40 to +85
Multi-mode 50μm or 62.5μm core
(Ø)5.6 x (L)32
2
15
nm
dB
dB
mA/W
nA
nA
MHz
°C
°C
Operating Temperature Range
Storage Temperature Range
Fiber Type
Package Dimensions
N
otes:
Applications
mm
850nm Window Power Monitoring
Based on FOTP-34 method A, steady state equilibrium launch conditions.
1) Excluding connectors.
R04.20090622

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