Yenista Optics OSICS User manual

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OSICS Multifunction Platform
8-Channel Modular Platform
User Manual
OSICS_UM_3v2.2

OSICS User Manual 3
Legal Notice
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Copyright © 2013–2017 by Yenista Optics. Published by Yenista Optics. All rights reserved.
This documentation is provided as a user manual to Yenista Optics’ customers and potential customers only.
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"Yenista Optics", "Yenista" and "TUNICS" are registered trademarks of Yenista Optics. Other trademarks
mentioned in this publication are used for identification purposes only.
Product Warranty and Limitation of Warranty
This Yenista Optics instrument product is warranted against defects in material and workmanship for a period
of one year from date of shipment. During the warranty period, Yenista will repair products that prove to be
defective. For warranty service or repair, such product must be returned to Yenista. Please contact Yenista
support services for the appropriate procedure. Yenista does not accept any equipment shipped back without
following the procedure.
Yenista Optics warrants that its software and firmware designated by Yenista for use with an instrument will
execute its programming instructions when properly installed on that instrument. Yenista does not warrant
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The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance by
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The contents of this publication have been carefully checked for accuracy. However, Yenista Optics makes no
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notice.

4OSICS User Manual
Contact Information
Headquarters North American Office China Office
Yenista Optics
4 rue Louis de Broglie
22300 Lannion
FRANCE
Phone: [phone]
Fax: [phone]
Website: www.yenista.com
Yenista Optics Inc.
2393 Teller Road, Suite 102
Newbury Park, CA 91320-6089
USA
Phone: [phone]
Fax: [phone]
Yenista Optics
No.555 WuDing Road, Room 834
Jing’an District
Shanghai 200040
CHINA
Phone: [phone]
Sales
Sales Americas
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Customer Support and Repair Services
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China
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Europe, Middle East and Africa
Email: support[email protected]
Asia and Pacific
Email: support-ap[email protected]

OSICS User Manual 5
About This Manual
Subject This manual explains how to install, set-up and use the OSICS multifunction modular
platform composed of the OSICS Mainframe and all the available OSICS pluggable
modules.
Application Information in this document applies to the OSICS Mainframe version 3.04 and the
following versions of OSICS modules:
•OSICS ATN v. 1.06
•OSICS BKR v. 1.06
•OSICS DFB v. 2.37
•OSICS ECL v. 3.04
•OSICS SLD v. 1.02
•OSICS SWT v. 1.06
•OSICS SWT-APC v. 1.11
•OSICS T100 v. 3.04
•OSICS TLS-50 v. 3.11
•OSICS TLS-AG v. 3.11
Intended Readers Users of this manual must be familiar with fiber optic technology.
Date 5 April 2017
Manual Reference OSICS_UM_3v2.2
Typographical
Conventions
Symbols
bold Identifies interface objects such as menu names, labels, buttons and
icons.
italic Identifies references to other sections or other guides.
monospace Identifies portions of program codes, command lines, or messages
displayed in command windows.
IMPORTANT Identifies important information to which you must pay particular
attention.
Identifies conditions or practices that could result in injury or loss of life.
Identifies conditions or practices that could result in damage to the
product or other property.
WARNING
CAUTION

About This Manual
6OSICS User Manual

OSICS User Manual 7
Table of Contents
Legal Notice........................................................................................................................................................ 3
Contact Information .......................................................................................................................................... 4
About This Manual............................................................................................................................................. 5
Table of Contents............................................................................................................................................... 7
Safety Information........................................................................................................................................... 13
1. Product Presentation................................................................................................................................ 15
1.1 Product Features.............................................................................................................................................................. 15
1.2 OSICS Mainframe Technical Specifications ........................................................................................................... 16
1.3 Product Overview ............................................................................................................................................................ 17
1.3.1 OSICS Front Panel .......................................................................................................................................... 17
1.3.2 OSICS Rear Panel ............................................................................................................................................ 18
1.3.3 OSICS Information and Warning Markings .......................................................................................... 19
2. Installing and Connecting the OSICS Multifunction Platform............................................................. 21
2.1 Unpacking and Installing the OSICS Mainframe ................................................................................................. 21
2.2 Connecting the OSICS Mainframe to a Power Source...................................................................................... 22
2.3 Handling OSICS Modules Into the OSICS Mainframe....................................................................................... 23
2.3.1 Installing an OSICS Module Into the OSICS Mainframe.................................................................. 23
2.3.2 Removing an OSICS Module From the OSICS Mainframe ............................................................. 25
2.4 Connecting Optical Devices to OSICS Modules .................................................................................................. 26
2.5 Installing the Remote Interlock.................................................................................................................................. 27
3. Turning On/Off and Initializing the OSICS Multifunction Platform ................................................... 29
3.1 Turning on the OSICS Multifunction Platform and Accessing the System Status Screen................... 29
3.2 Accessing the OSICS Setup Menus........................................................................................................................... 33
3.3 Checking the OSICS Version ....................................................................................................................................... 34
3.4 Modifying the OSICS Mainframe Password .......................................................................................................... 35
3.5 Turning Off the OSICS Multifunction Platform .................................................................................................... 36
4. Controlling the Optical Output of all OSICS Modules Simultaneously .............................................. 37
4.1 Enabling/Disabling the Light Source of All Modules......................................................................................... 37
4.2 Configuring the Optical Output Power of All Modules .................................................................................... 38
4.2.1 Selecting the Power Unit for All Installed Modules .......................................................................... 38
4.2.2 Setting the Optical Output Power of All Installed Modules .......................................................... 38
4.3 Selecting the Spectral Unit for all Installed Modules ........................................................................................ 39
4.4 Configuring the OSICS Mainframe Modulation .................................................................................................. 40
4.4.1 Setting Up Digital (TTL) Modulation Using the Mainframe Internal Source ........................... 41
4.4.2 Setting Up Digital (TTL) Modulation Using an External Source.................................................... 43
4.4.3 Using the Mainframe as a Modulation Source for External Devices (Synchro Output)...... 44
5. Setting a Working Configuration ........................................................................................................... 45

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8OSICS User Manual
5.1 Saving a Working Configuration ............................................................................................................................... 47
5.2 Loading a Working Configuration ............................................................................................................................ 48
6. Using the OSICS ATN-HP Module........................................................................................................... 49
6.1 OSICS ATN-HP Presentation ....................................................................................................................................... 49
6.1.1 OSICS ATN-HP Technical Specifications................................................................................................ 49
6.1.2 OSICS ATN-HP Module Overview............................................................................................................ 50
6.2 Setting the OSICS ATN-HP Optical Attenuation ................................................................................................. 51
6.2.1 Setting the Attenuation to a Definite Value......................................................................................... 51
6.2.2 Performing Real-time Adjustments to the ATN Attenuation ........................................................ 52
6.2.3 Step-Adjusting the ATN Attenuation...................................................................................................... 53
6.3 Setting the ATN Wavelength ...................................................................................................................................... 54
6.4 Setting the ATN Attenuation Offset......................................................................................................................... 55
7. Using the OSICS BKR Module.................................................................................................................. 57
7.1 OSICS BKR Presentation................................................................................................................................................ 57
7.1.1 OSICS BKR Technical Specifications ........................................................................................................ 57
7.1.2 OSICS BKR Module Overview .................................................................................................................... 58
7.2 Setting the OSICS BKR Optical Reflectance........................................................................................................... 59
7.2.1 Setting the Reflectance to a Definite Value ......................................................................................... 59
7.2.2 Performing Real-time Adjustments to the BKR Reflectance.......................................................... 60
7.2.3 Step-Adjusting the BKR Attenuation ...................................................................................................... 61
7.3 Setting the BKR Wavelength/Frequency ................................................................................................................ 62
7.4 Setting the BKR Attenuation Offset.......................................................................................................................... 63
8. Using the OSICS DFB Module.................................................................................................................. 65
8.1 OSICS DFB Presentation................................................................................................................................................ 65
8.1.1 OSICS DFB Technical Specifications ........................................................................................................ 65
8.1.2 OSICS DFB Module Overview .................................................................................................................... 67
8.2 Enabling/Disabling the Light Source of the Module ......................................................................................... 69
8.3 Setting the Optical Output Power of the DFB Module..................................................................................... 70
8.3.1 Specifying the Optical Output Power of the Module....................................................................... 70
8.3.2 Performing Real-time Adjustments to the Output Power.............................................................. 71
8.4 Setting the Optical Emission Wavelength/Frequency....................................................................................... 72
8.4.1 Specifying the Optical Emission Wavelength/Frequency ............................................................... 72
8.4.2 Step-adjusting the Wavelength/Frequency Value of the Module .............................................. 73
8.5 Configuring the OSICS DFB Signal Modulation................................................................................................... 74
8.5.1 Setting Up Digital (TTL) Modulation Using the DFB Module Internal Source ........................ 75
8.5.2 Setting Up Digital (TTL) Modulation Using the Mainframe Internal Source ........................... 77
8.5.3 Setting Up Digital (TTL) Modulation Using an External Source.................................................... 80
8.5.4 Setting Up Analog Modulation Using an External Source ............................................................. 83
8.5.5 Setting Up Analog Modulation With the Internal Sinus Modulation......................................... 86
8.5.6 Using the DFB Module as a Modulation Source for External Devices (OUT 2 Output) ...... 90
8.6 Monitoring the OSICS DFB Module Parameters Using the Analog OUT 1 Output ............................... 91
8.7 Calibrating the DFB Module........................................................................................................................................ 92
8.7.1 Performing a Wavelength Calibration.................................................................................................... 92
8.7.2 Performing a Power Calibration................................................................................................................ 93
8.7.3 Asking for a Factory Recalibration ........................................................................................................... 94

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OSICS User Manual 9
8.8 Testing the Performance of the DFB Module....................................................................................................... 95
8.8.1 Preparing Performance Tests..................................................................................................................... 95
8.8.2 Measuring the Absolute Wavelength Accuracy.................................................................................. 96
8.8.3 Verifying the Wavelength Stability .......................................................................................................... 96
8.8.4 Verifying the Power Stability...................................................................................................................... 97
9. Using the OSICS ECL Module................................................................................................................... 99
9.1 OSICS ECL Presentation ................................................................................................................................................ 99
9.1.1 OSICS ECL Technical Specifications......................................................................................................... 99
9.1.2 OSICS ECL Module Overview ................................................................................................................... 101
9.2 Enabling/Disabling the Light Source of the Module ....................................................................................... 103
9.3 Setting the Optical Output Power of the ECL Module.................................................................................... 104
9.3.1 Specifying the Optical Output Power of the Module..................................................................... 104
9.3.2 Performing Real-time Adjustments to the Output Power............................................................ 105
9.4 Setting the Optical Emission Wavelength/Frequency..................................................................................... 106
9.4.1 Specifying the Optical Emission Wavelength/Frequency ............................................................. 106
9.4.2 Step-adjusting the Wavelength/Frequency Value of the Module ............................................ 106
9.5 Activating Coherence Control .................................................................................................................................. 108
9.6 Activating the Auto-peak Find Function .............................................................................................................. 109
9.7 Configuring the OSICS ECL Signal Modulation ................................................................................................. 110
9.7.1 Setting Up Digital (TTL) Modulation Using the ECL Module Internal Source ....................... 111
9.7.2 Setting Up Digital (TTL) Modulation Using the Mainframe Internal Source ......................... 113
9.7.3 Setting Up Digital (TTL) Modulation Using an External Source.................................................. 116
9.7.4 Setting Up Analog Modulation Using an External Source ........................................................... 119
9.7.5 Using the ECL Module as a Modulation Source for External Devices (OUT 2 Output) ..... 122
9.8 Monitoring the OSICS ECL Module Parameters Using the Analog OUT 1 Output.............................. 123
9.9 Calibrating the ECL Module....................................................................................................................................... 124
9.9.1 Performing a Wavelength Reference Calibration ............................................................................ 124
9.9.2 Performing a Wavelength/Frequency (λ/f) Calibration.................................................................. 124
9.9.3 Performing a Power Calibration.............................................................................................................. 126
9.9.4 Asking for a Factory Recalibration ......................................................................................................... 127
9.10 Testing the Performance of the ECL Module...................................................................................................... 128
9.10.1 Preparing Performance Tests................................................................................................................... 128
9.10.2 Measuring the Absolute Wavelength Accuracy................................................................................ 129
9.10.3 Checking the Wavelength Range and Output Power .................................................................... 129
9.10.4 Validating the Side Mode Suppression................................................................................................ 130
10. Using the OSICS SLD Module ................................................................................................................ 131
10.1 OSICS SLD Presentation.............................................................................................................................................. 131
10.1.1 OSICS SLD Technical Specifications ..................................................................................................... 131
10.1.2 OSICS SLD Module Overview................................................................................................................... 132
10.2 Enabling/Disabling the Light Source of the Module ....................................................................................... 134
10.3 Setting the Optical Output Power of the SLD Module ................................................................................... 135
11. Using the OSICS SWT Module ............................................................................................................... 137
11.1 OSICS SWT Presentation............................................................................................................................................. 137
11.1.1 OSICS SWT Technical Specifications.................................................................................................... 139
11.1.2 OSICS SWT Module Overview ................................................................................................................. 140

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10 OSICS User Manual
11.2 Selecting the OSICS SWT Input/Output ............................................................................................................... 142
11.3 Configuring Sequential Switching........................................................................................................................... 143
11.3.1 Selecting the Number of Scans............................................................................................................... 143
11.3.2 Setting the Timeframe................................................................................................................................ 144
11.3.3 Launching/Stopping a Sequence ........................................................................................................... 145
11.4 Testing the Performance of the SWT Module.................................................................................................... 146
11.4.1 Preparing Performance Tests................................................................................................................... 146
11.4.2 Verifying the Repeatability........................................................................................................................ 147
11.4.3 Verifying the Crosstalk................................................................................................................................ 148
12. Using the OSICS SWT APC Module....................................................................................................... 149
12.1 OSICS SWT APC Presentation................................................................................................................................... 149
12.1.1 OSICS SWT APC Technical Specifications .......................................................................................... 152
12.1.2 OSICS SWT APC Module Overview........................................................................................................ 153
12.2 Selecting the Operating Mode................................................................................................................................. 154
12.3 Selecting the OSICS SWT APC Input/Output Channel (Switch Mode) ..................................................... 155
12.4 Configuring the Full-Band Mode ............................................................................................................................ 156
12.4.1 Automatically Detecting the T100 and ECL Modules Connected to the SWT APC ............ 156
12.4.2 Manually Configuring the T100 and ECL Modules Connected to the SWT APC ................. 157
12.5 Enabling/Disabling the Light Source of all Connected Modules (Full-Band Mode)............................ 159
12.6 Setting the Optical Output Power of the SWT APC Module (Full-Band Mode).................................... 160
12.7 Setting the Optical Emission Wavelength/Frequency (Full-Band Mode) ................................................ 161
12.7.1 Specifying the Optical Emission Wavelength/Frequency ............................................................. 161
12.7.2 Step-adjusting the Wavelength/Frequency Value of the Module ............................................ 162
12.7.3 Scanning a Predefined Wavelength/Frequency Range ................................................................. 163
12.8 Activating Coherence Control on all Connected T100 and ECL Modules (Full-Band Mode)........... 165
12.9 Activating the Auto-peak Find Function (Full-Band Mode).......................................................................... 166
12.10 Configuring the Modulation for All Connected T100 and ECL Modules (Full-Band Mode)............. 167
12.10.1 Defining the Modulation Source for All Connected T100 and ECL Modules........................ 167
12.10.2 Controlling the Modulation of All Connected T100 and ECL Modules................................... 168
12.11 Monitoring the Optical Output Power of the SWT APC Module................................................................ 169
12.12 Testing the Performance of the SWT APC Module .......................................................................................... 170
12.12.1 Preparing Performance Tests................................................................................................................... 170
12.12.2 Verifying the Repeatability........................................................................................................................ 171
12.12.3 Verifying the Crosstalk................................................................................................................................ 172
13. Using the OSICS T100 Module .............................................................................................................. 173
13.1 OSICS T100 Presentation............................................................................................................................................ 173
13.1.1 OSICS T100 Technical Specifications .................................................................................................... 173
13.1.2 OSICS T100 Module Overview................................................................................................................. 175
13.2 Enabling/Disabling the Light Source of the Module ....................................................................................... 177
13.3 Setting the Optical Output Power of the T100 Module ................................................................................. 178
13.3.1 Specifying the Optical Output Power of the Module..................................................................... 178
13.3.2 Performing Real-time Adjustments to the Output Power............................................................ 179
13.4 Setting the Optical Emission Wavelength/Frequency..................................................................................... 180
13.4.1 Specifying the Optical Emission Wavelength/Frequency ............................................................. 180

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OSICS User Manual 11
13.4.2 Step-adjusting the Wavelength/Frequency Value of the Module ............................................ 181
13.5 Activating Coherence Control .................................................................................................................................. 182
13.6 Activating the Auto-peak Find Function .............................................................................................................. 183
13.7 Configuring the OSICS T100 Signal Modulation............................................................................................... 184
13.7.1 Setting Up Digital (TTL) Modulation Using the T100 Module Internal Source..................... 185
13.7.2 Setting Up Digital (TTL) Modulation Using the Mainframe Internal Source ......................... 187
13.7.3 Setting Up Digital (TTL) Modulation Using an External Source.................................................. 190
13.7.4 Setting Up Analog Modulation Using an External Source ........................................................... 193
13.7.5 Using the T100 Module as a Modulation Source for External Devices (OUT 2 Output)... 196
13.8 Monitoring the OSICS T100 Module Parameters Using the Analog OUT 1 Output ........................... 197
13.9 Calibrating the T100 Module .................................................................................................................................... 198
13.9.1 Performing a Wavelength Reference Calibration ............................................................................ 198
13.9.2 Performing a Wavelength/Frequency (λ/f) Calibration.................................................................. 198
13.9.3 Performing a Power Calibration.............................................................................................................. 200
13.9.4 Asking for a Factory Recalibration......................................................................................................... 201
13.10 Testing the Performance of the T100 Module ................................................................................................... 202
13.10.1 Preparing Performance Tests................................................................................................................... 202
13.10.2 Measuring the Absolute Wavelength Accuracy................................................................................ 203
13.10.3 Checking the Wavelength Range and Output Power .................................................................... 203
13.10.4 Validating the Side Mode Suppression................................................................................................ 204
14. Using the OSICS TLS-50 Module ........................................................................................................... 205
14.1 OSICS TLS-50 Presentation........................................................................................................................................ 205
14.1.1 OSICS TLS-50 Technical Specifications ................................................................................................ 205
14.1.2 OSICS TLS-50 Module Overview............................................................................................................. 206
14.2 Enabling/Disabling the Light Source of the Module ....................................................................................... 208
14.3 Setting the Optical Output Power of the TLS-50 Module ............................................................................. 209
14.4 Setting the Optical Emission Wavelength/Frequency..................................................................................... 210
14.4.1 Specifying the Optical Emission Wavelength/Frequency ............................................................. 210
14.4.2 Step-adjusting the Wavelength/Frequency Value of the Module ............................................ 211
14.4.3 Scanning a Predefined Wavelength/Frequency Range ................................................................. 212
14.5 Setting the SBS Suppression Mode........................................................................................................................ 214
14.5.1 Selecting the Modulation Mode............................................................................................................. 215
14.5.2 Selecting the SBS Rate................................................................................................................................ 216
14.5.3 Selecting the SBS Waveform.................................................................................................................... 216
14.5.4 Selecting the Frequency Deviation ........................................................................................................ 217
14.5.5 Selecting the Amplitude Deviation........................................................................................................ 218
14.5.6 Enabling/Disabling the SBS Suppression ............................................................................................ 219
14.6 Testing the Performance of the TLS-50 Module ............................................................................................... 220
14.6.1 Preparing Performance Tests................................................................................................................... 220
14.6.2 Measuring the Absolute Wavelength Accuracy................................................................................ 221
14.6.3 Checking the Wavelength Range and Output Power .................................................................... 221
14.6.4 Asking for a Factory Recalibration......................................................................................................... 222
15. Using the OSICS TLS-AG Module .......................................................................................................... 223
15.1 OSICS TLS-AG Presentation....................................................................................................................................... 223
15.1.1 OSICS TLS-AG Technical Specifications ............................................................................................... 223
15.1.2 OSICS TLS-AG Module Overview ........................................................................................................... 224

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12 OSICS User Manual
15.2 Enabling/Disabling the Light Source of the Module ....................................................................................... 226
15.3 Setting the Operating Mode..................................................................................................................................... 227
15.3.1 Selecting the Operating Mode................................................................................................................ 227
15.3.2 Setting the Grid ............................................................................................................................................. 228
15.4 Setting the Optical Output Power of the TLS-AG Module............................................................................ 230
15.5 Setting the Optical Emission Wavelength/Frequency..................................................................................... 231
15.5.1 Specifying the Optical Emission Wavelength/Frequency ............................................................. 231
15.5.2 Step-adjusting the Wavelength/Frequency Value of the Module ............................................ 232
15.5.3 Scanning a Predefined Wavelength/Frequency Range ................................................................. 233
15.5.4 Fine Tuning the Wavelength/Frequency ............................................................................................. 235
15.6 Setting the SBS Suppression Mode........................................................................................................................ 237
15.6.1 Selecting the Optical Frequency Deviation ........................................................................................ 237
15.6.2 Enabling/Disabling the SBS Suppression ............................................................................................ 238
15.6.3 Disabling the Frequency Control Dither Function ........................................................................... 238
15.7 Testing the Performance of the TLS-AG Module.............................................................................................. 240
15.7.1 Preparing Performance Tests................................................................................................................... 240
15.7.2 Measuring the Absolute Wavelength Accuracy................................................................................ 241
15.7.3 Checking the Wavelength Range and Output Power .................................................................... 241
15.7.4 Asking for a Factory Recalibration......................................................................................................... 242
16. Performing Basic Maintenance Operations ......................................................................................... 243
16.1 Cleaning the OSICS Multifunction Platform........................................................................................................ 243
16.2 Cleaning Optical Connectors .................................................................................................................................... 243
16.3 Replacing the Line Fuse .............................................................................................................................................. 244
16.4 Packaging for Shipment.............................................................................................................................................. 244
17. Troubleshooting ..................................................................................................................................... 245
17.1 OSICS Mainframe Error and Warning Messages............................................................................................... 245
17.2 OSICS Modules Error and Warning Messages ................................................................................................... 246
Certification and Compliance ....................................................................................................................... 247
List of Figures ................................................................................................................................................. 249

OSICS User Manual 13
Safety Information
Safety Labels and
Symbols on the
Product
Laser Safety The OSICS multifunction platform is identified as a Class 1 M product and is equipped
with a remote Interlock connector on which a remote on/off switch can be connected (see
section Installing the Remote Interlock, p. 27).
•The OSICS T100, ECL, DFB, SLD, TLS-AG and TLS-50 modules are classified as
Class 1M products (power values are given in sub-section Technical Specifications in
the appropriate module section of the OSICS User Manual).
Your safety may be compromised if you do not use the OSICS
multifunction platform in accordance with the instructions given in this
manual and on the labels located on the product.
WARNING
Safety Label Description
Class 1M Laser Product
The product may have a built-in light source
(depending on the OSICS modules installed), which
makes it a class 1M laser product, as defined by the
standard on safety of laser products (see section
Certification and Compliance, p. 247). This means that
it is safe under all conditions of normal use except
when viewed with optical instruments such as
microscopes and telescopes. Class 1M lasers produce
large-diameter beams, or beams that are divergent.
Laser Radiation Label
This label indicates the location of the laser output.
Do not look directly into the fiber end of an optical
cable connected to any optical output while the
device is in use. This may cause permanent eye
damage.
Caution while Handling Label
(OSICS ECL and T100 modules only). This label is
affixed on the module side panel, as pressing the
sides could result in potential damage to the product.
Electrical Safety Label
This label indicates an injury hazard. It appears on a
location that requires special instructions for proper
use: you must consult the documentation before
using the element of the product where this symbol is
marked (see section Connecting the OSICS Mainframe
to a Power Source, p. 22).
Class 1M Laser Product
Invisible Laser Radiation
Do not view directly with
optical instruments
IEC 60825-1:2007
ComplieswithFDA
performance standards for
laser products except for
deviations pursuant to Laser
Notice N°50 (June 24, 2007)
CAUTION
DO NOT PRESS
FRAGILE OPTICAL
PARTS INSIDE
FUSE 4.0A, 250V, SLOW(T)
TO AVOID ELECTRIC SHOCK, THE
PROTECTIVE GROUNDING CONDUCTOR
MUST BE CONNECTED TO GROUND
100-240V ±10% C ATII ~50-60Hz POWER MAX 220W
!

Safety Information
14 OSICS User Manual
•The OSICS ATN, BKR and SWT modules may be compatible with powerful lasers
(output power values are given in sub-section Technical Specifications in the
appropriate module section of the OSICS User Manual).
Ventilation
Electrical Safety
•Disable the laser output before connecting or disconnecting a fiber
optic cable on the module (see section Enabling/Disabling the Light
Source of All Modules, p. 37).
•Do not look directly into the fiber end of an optical cable connected
to any optical output while the device is in use. This may cause
permanent eye damage.
WARNING
•To ensure proper environment conditions:
•Make sure the location where the OSICS Mainframe will be
installed meets the environmental characteristics listed in section
OSICS Mainframe Technical Specifications, p. 16.
•Do not install the OSICS Mainframe near any source of heat or
cold.
•To ensure proper ventilation and cooling, make sure there is sufficient
clearance below and at the back of the OSICS Mainframe in the place
where it will be installed.
•If you plan to rack-mount the product (depends on version), make
sure to allow at least a 15 mm (0.6 inches) gap between two products.
CAUTION
Power Supply Safety Requirements
•Make sure the product power source does not apply more than 265
Volts RMS between the supply conductors or between either of the
supply conductors and the ground.
•To avoid the possibility of injury, make sure the socket outlet in which
the power supply cable will be plugged is equipped with a protective
ground contact, and that the electrical installation fulfills the local
safety requirements.
•The OSICS Mainframe has a chassis connected to ground via the
power supply cable. A protective ground connection by way of the
grounding conductor in the power cable is essential for safe
operation.
•The OSICS Mainframe is not designed for outdoor use. To avoid the
possibility of injury, do not expose the product to rain or excessive
moisture. Do not operate the product in the presence of flammable
gases or fumes.
•To avoid personal injury, never remove the protective cover of the
chassis to perform servicing or maintenance operations. You must
refer to your Yenista Optics service representative.
•To avoid fire hazard, only use the correct fuse type, voltage and
current ratings (see section OSICS Mainframe Technical Specifications,
p. 16).
WARNING
WARNING

OSICS User Manual 15
1. Product Presentation
1.1 Product Features
The OSICS multifunction platform is an 8-channel modular instrument designed for fiber-
optic component and system testing, particularly for DWDM system evaluations.
It is composed of the following elements:
•The OSICS Mainframe
The OSICS Mainframe contains eight multipurpose slots that can host up to eight
pluggable modules such as tunable lasers, transmission lasers and passive optical
functions and sources.
The OSICS Mainframe provides built-in front panel controls and display to drive both
system common controls and module parameters. All system operations are
software-controlled from the OSICS Mainframe front panel.
Any OSICS module can be inserted in any multipurpose module-slot and in any
combination. The OSICS Mainframe automatically detects OSICS modules after plug-
in.
The OSICS Mainframe is designed either for benchtop use (with or without the front
legs deployed) or rack-mount using two rack handles (optional).
You can remotely operate the OSICS system via the available communication
interfaces.
The OSICS Mainframe can automatically save the working configuration of all eight
modules simultaneously. This allows restoring the operating parameters of the OSICS
Mainframe and modules instantly as you left them at the last system turn-off.
•The OSICS pluggable modules
All OSICS modules are of the same physical dimension and size. OSICS modules are
plug-and-play units that require no additional hardware or software.

Product Presentation
16 OSICS User Manual
1.2 OSICS Mainframe Technical Specifications
The following table gives an overview of technical specifications of the OSICS Mainframe.
Detailed specifications of all OSICS modules are detailed in OSICS User Manual.
General Characteristics
Number of slots 8
Supported pluggable modules All OSICS modules in any combination
Electrical Specifications
Fuse type 4.0 A 250 V SLOW/(T)
Power Supply 100-240 V AC ±10 %
Power Supply Frequency 50-60 Hz ±5 %
Maximum Power Consumption 120 W
Interfaces
Control Panel Screen, rotary knob, on/off and control buttons
Remote Control •GPIB connector for IEEE 488 communication
•USB-B connector for RS-232C
communication
•SubD-9 for remote interlock
Analog Monitoring Multi-purpose BNC output for current, power or
temperature monitoring of each pluggable
module
Modulation •Input:
•External TTL modulation (Mod. In BNC
connector)
•Internal TTL modulation (on-board
oscillator)
•Output: Synchro BNC connector
Environmental Specifications
Equipment Type Test and measurement
Equipment Location Indoor use only
Operating Temperature Range +15 °C to 35 °C (+59 °F to +95 °F) ambient
temperature
Warm up Time (at room temperature) 1 hour (typ.)
Humidity 80 % to 50 % relative humidity
(with maximum operating temperature ranging
from 31 °C to 40 °C)
Maximum Operating Altitude 2000 meters
Physical Specifications
Dimensions (W x H x D) 448 x 145 x 387 mm
Weight 7.2 kg

Product Presentation
OSICS User Manual 17
1.3 Product Overview
•The OSICS Mainframe is delivered with the following accessories:
•A power supply cable
•A USB key containing the OSICS Mainframe USB driver and user documentation
•OSICS modules are delivered with a certificate of calibration.
1.3.1 OSICS Front Panel
The front panel of the OSICS Mainframe is composed of:
•The control panel, with display and control buttons
•The modules area, with eight slots for pluggable OSICS modules.
Figure 1: Mainframe – Front Panel
Control Panel
•Screen
The screen displays the operating parameters and readings (updated in real-time) of
all plugged modules.
•On/Off Button
The On/Off button turns on/off the OSICS Mainframe.
The button lights green if the OSICS Mainframe is turned on.
•Rotary knob
The rotary knob enables you to navigate through the menus and to modify the value
of selected parameters:
•Turning the knob enables you to navigate within menus or to modify the selected
parameter values.
•Pressing the knob enables you to select a menu or to validate a selection or a
value.
•Left/Right Control Buttons
The control buttons allow you to command the functions displayed on screen right
above them.
Modules area
Any OSICS module can be placed in any of the eight multipurpose slots. For more details,
see section Handling OSICS Modules Into the OSICS Mainframe, p. 23.
Multipurpose Slots (x8)
Control
Buttons
Rotary knob
Screen
On/Off
Button Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 8

Product Presentation
18 OSICS User Manual
1.3.2 OSICS Rear Panel
Figure 2: Mainframe – Rear Panel
MAINS
The MAINS part includes the following elements:
•Power Switch
•Power Cable Connector
The OSICS Mainframe unit is equipped with a self-regulating power supply (for
details, see section OSICS Mainframe Technical Specifications, p. 16).
•Fuse Drawer
The fuse holder contains a fuse to protect the OSICS Mainframe from overcurrent (for
fuse type, see section OSICS Mainframe Technical Specifications, p. 16). For details on
how to replace the fuse, see section Replacing the Line Fuse, p. 244.
Remote Interfaces
•USB-B (RS-232C)
This port enables you to perform RS-232C remote control operations. For more
information, see OSICS Programming Guide.
•IEEE 488 (GPIB)
This port enables you to perform IEEE 488.2 remote control operations. For more
information, see OSICS Programming Guide.
Inputs
•Mod. In
You can use this BNC connector as input for external TTL-modulated signals.
The green LED located to the right side of the connector is lit when the Mod. In
connector receives an external TTL-modulated signal.
The OSICS Mainframe can provide an internal TTL-modulated signal to the OSICS
T100, OSICS ECL and OSICS DFB modules:
Power Switch
Fuse Drawer
MAINS
Labels
Cooling Fan
Remote interlock Input
(SubD-9 connector)
GPIB port
USB-B port Power Cable
Connector
Synchro (output)
Mod. in (input) OUT 2
connectors
OUT 1
connectors

Product Presentation
OSICS User Manual 19
•OSICS T100: see section Configuring the OSICS T100 Signal Modulation, p. 184.
•OSICS ECL: see section Configuring the OSICS ECL Signal Modulation, p. 110.
•OSICS DFB: see section Configuring the OSICS DFB Signal Modulation, p. 74.
•Remote Interlock (SubD-9 connector)
On/off switch for laser safety (see section Installing the Remote Interlock, p. 27).
Outputs
•Synchro
This BNC connector provides a modulated-signal enabling the OSICS Mainframe to
synchronize measurements on external devices or instruments (see section Using the
Mainframe as a Modulation Source for External Devices (Synchro Output), p. 44).
•OUT 1
•For T100 and ECL pluggable modules, this BNC analog-output connector enables
channel monitoring of power and current:
•OSICS T100: see section Monitoring the OSICS T100 Module Parameters Using
the Analog OUT 1 Output, p. 197.
•OSICS ECL: see section Monitoring the OSICS ECL Module Parameters Using
the Analog OUT 1 Output, p. 123.
•For DFB modules, this BNC analog-output connector enables channel monitoring
of power, current and temperature: see section Monitoring the OSICS DFB Module
Parameters Using the Analog OUT 1 Output, p. 91.
•For SWT-APC modules, this BNC analog-output connector enables channel
monitoring of the power: see section Monitoring the Optical Output Power of the
SWT APC Module, p. 169.
•OUT 2
This BNC analog-output connector enables you to use the T100, ECL or DFB modules
as an external modulation source for external devices:
•OSICS T100: see section Using the T100 Module as a Modulation Source for
External Devices (OUT 2 Output), p. 196.
•OSICS ECL: see section Using the ECL Module as a Modulation Source for External
Devices (OUT 2 Output), p. 122.
•OSICS DFB: see section Using the DFB Module as a Modulation Source for External
Devices (OUT 2 Output), p. 90.
Cooling Fan
The cooling fan extracts warm air from inside. A cover grid protects it.
1.3.3 OSICS Information and Warning Markings
Label Description
Identification of the Product
Indicates serial number, model, options (if any), CE
marking and date of manufacture.
MANUFACTURED
OPTIONS
MODEL
SERIAL NUMBER
Made in France
xxxxxxxx xxxx
OSICS
xxxxxxxxxxxx
xxxxxxxxxxxx

Product Presentation
20 OSICS User Manual
Manufacturer Identification
Contact information of the manufacturer.
Class 1M Laser Product
The product may have a built-in light source (depending
on the OSICS modules installed), which makes it a
class 1M laser product, as defined by the standard on
safety of laser products (see section Certification and
Compliance, p. 247). This means that it is safe under all
conditions of normal use except when viewed with
optical instruments such as microscopes and telescopes.
Class 1M lasers produce large-diameter beams, or
beams that are divergent.
Laser Radiation Label
Affixed on OSICS modules, this label indicates the
location of the laser source.
Do not look directly into the fiber end of an optical
cable connected to any optical output while the device
is in use. This may cause permanent eye damage.
Caution while Handling Label
(OSICS ECL and T100 modules only). This label is affixed
on the module side panel, as pressing the sides could
result in potential damage to the product.
Electrical Safety Label
This label indicates an injury hazard. It appears on a
location that requires special instructions for proper use:
you must consult the documentation before using the
element of the product where this symbol is marked
(see section Connecting the OSICS Mainframe to a Power
Source, p. 22).
WEEE symbol for recycling
See section Certification and Compliance, p. 247.
EFUP Label (RoHS China)
The product has an environment friendly use period of
40 years. See section Certification and Compliance,
p. 247.
Warranty Seal
The product cover must not be open, otherwise the
warranty is not valid anymore.
Label Description
Manufactured by:
4, rue Louis de Broglie www.yenista.com
22300 LANNION Tel : [phone]
France Fax : [phone]
Class 1M Laser Product
Invisible Laser Radiation
Do not view directly with
optical instruments
IEC 60825-1:2007
ComplieswithFDA
performance standards for
laser products except for
deviations pursuant to Laser
Notice N°50 (June 24, 2007)
CAUTION
DO NOT PRESS
FRAGILE OPTICAL
PARTS INSIDE
FUSE 4.0A, 250V, SLOW(T)
TO AVOID ELECTRIC SHOCK, THE
PROTECTIVE GROUNDING CONDUCTOR
MUST BE CONNECTED TO GROUND
100-240V ±10% C ATII ~50-60Hz POWER MAX 220W
!
Warranty void
if seal broken.