OPTILAB ASE-C-MSA Series User manual

ASE-C-MSA Series User’s Manual
ASE Source Module in MSA Footprint
Caution: The user must read this manual before operating the ASE-C-MSA unit.
Operations other than those described in this manual may result in personal
injury and damage to the unit.
Note that any attempt to open or fix the equipment without prior approval by
Optilab, LLC. voids the warranty.
Ver. 1.0
Oct 28th, 2021

ASE-C-MSA User’s Manual
Page ii of iii
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
Revision History
VERSION
DATE
CONTENT
1.0
10/28/2021
Manual introduced.
Copyright ©2021 by Optilab, LLC.
All rights reserved.
This document is copyrighted property of Optilab, LLC. It may not be used in whole or in part for
manufacture, sale, or design of items without the written permission of Optilab, LLC.
Information herein is preliminary and subject to change without any notices.

ASE-C-MSA User’s Manual
Page iii of iii
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
Table of Contents
1. GENERAL INFORMATION 1
1.1 INTRODUCTION 1
1.2 PRODUCT OVERVIEW 1
1.3 FEATURES 1
1.4 USER SAFETY 1
2. OPERATION 2
2.1 INTRODUCTION 2
2.2 INITIAL INSPECTION 2
2.3 PANEL DIAGRAM AND CONTROLS 2
2.4 PIN-OUT DIAGRAM 4
2.5 OPERATION INSTRUCTIONS 5
2.6 PC CONNECTION MODE 6
2.7 REMOTE CONTROL COMMAND SET 7
2.8 MECHANICAL DRAWING 7
3. TROUBLESHOOTING 8
4. SERVICE AND SUPPORT 9
4.1 WARRANTY 9
4.2 SERVICE AND CALIBRATION 9
4.3 CARE OF FIBER-OPTIC CONNECTORS 9

ASE-C-MSA User’s Manual Page 1 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
1. General Information
1.1 Introduction
This manual contains information on the installation and operation of the ASE-C-MSA
series ASE source module in MSA footprint.
1.2 Product Overview
The Optilab ASE-C-MSA is an Amplified Spontaneous Emission (ASE) based
broadband light source in a multi-source agreement (MSA) footprint module. It
is available in single output channel or 3 output channels version. The ASE-C-
MSA is a reliable and cost-effective module with one or three output channels.
The optical output of each channel can be as high as 14 dBm. The LD
operating temperature and drive current are precisely monitored by a micro-
controller to ensure constant output power and emission wavelength stability.
The module can be controlled through a computer by using a USB or RS-232
interface, the user can control the ASE source output power level by setting the
pump driving current. Contact Optilab for more information.
1.3 Features
•Emission wavelength 1527 nm –1565 nm
•3 channel outputs with 14 dBm maximum output power for each channel
•Minimal ripple in emission spectrum
•Monitoring and control via USB or RS232 interfaces
1.4 User Safety
1. The ASE-C-MSA module emits high intensity invisible light from the optical
output receptacle. Avoid direct exposure to skin and eyes.
2. The module case is fully certified for EMS protection. The user should never
open the module case; any attempt will void the warranty and may result in
electric shock and EMS attack to equipment in the vicinity.
3. The user should avoid using any solvent or vaporizing chemical to clean the
exterior. It may result in damage to the surface and internal circuits.

ASE-C-MSA User’s Manual Page 2 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
2. Operation
2.1 Introduction
This chapter describes how to operate the ASE-C-MSA unit and introduce the
location and function of the controls and connectors.
2.2 Initial Inspection
Your ASE-C-MSA was carefully inspected before it left the manufacturer. It
should be in proper working order upon receipt. You should, however, inspect
the unit for any damage that may have occurred in transit. If the shipping
container or the packing material is damaged, keep it until the contents of the
shipment have been checked to be free of mechanical and electrical damages.
Notify Optilab, LLC promptly if any notable damage is found.
2.3 Panel Diagram and Controls
FEATURE
FUNCTION
ELECTRICAL
CONNECTION PORT,
30 PIN
This port is used to connect the ASE module to the Power
Adaptor. It is a 30-pin type connector, with the full pin-out
diagram is shown in section 2.4 of this manual
MODEL AND SERIAL
NUMBER LABEL
This label shows the model number and serial number of
the device.
OPTICAL OUTPUT
FIBER PORTS
The optical output fiber ports for the ASE module. The fiber
ports shown are FC/APC type.
1
3
ASE-C-MSA
1
2

ASE-C-MSA User’s Manual Page 3 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
Power Adapter –Cable Assembly
Optilab provide two types of power adapters options to interface with ASE-C-MSA
module. These adapters are optional to use. They are designed for users with
little experience using modules to plug and play. The main difference of the two
types of adapters lies in the power supply form. Option 1 uses a 4-Pin Molex
connector, which is compatible with Optilab PM-5-M +/-5V power supply module.
Option 2 uses a single +5V power jack connector.
FEATURE
FUNCTION
ASE MODULE CONNECTOR
PORT,30 PIN
This port is used to connect the power adaptor to
the ASE module for operation. It is a 30-pin
connector.
POWER SWITCH
This power Switch turns on/off the electrical power
to the ASE module
DC POWER SOCKET
The DC power socket is connected to a +5 VDC
power supply.
Option#1:
4-pin socket DC power supply is needed, the pin
diagram is shown in section 2.4 of this manual.
Optilab PS-5-M which outputs +5V can be a
candidate power supply.
Option#2:

ASE-C-MSA User’s Manual Page 4 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
A typical coaxial AC/DC power adaptor with output
of +5V (3000 mA) is needed for powering the power
adaptor.
④RS232 PORT
Using a RS232 port, this cable allows for remote
control and monitoring through a PC workstation.
User can choose between using either USB or
RS232. The pin-out diagram is shown in section 2.4
of this manual.
⑤USB PORT
Using a USB port, this cable allows for remote
control and monitoring through a PC workstation.
User can choose between using either USB or
RS232.
⑥INTERFACE SELECTOR
This 3-pin jumper pairs can be connected
correspondingly to enable USB interface or RS-232
interface.
⑦LED INDICATOR FOR
MODULE POWER
Display for power state of the adaptor.
The LED lights green when the power adaptor is
powered on.
2.4 Pin-Out Diagram
30-pin cable pin-out diagram
Listed below is the pin-out diagram for the 30-pin port on the external of the
ASE-C-MSA module and power adaptor:
Pins 1, 2, 29, 30 –+5 VDC. It is important to have all pins
connected for proper operation.
Pins 5, 6, 9,10,21,22,25, 26 –Ground
Pin 7 –RS232 RX, for receiving data via standard serial
communication, TTL Format.
Pin 8–RS232 TX, for transmitting data via standard serial
communication, TTL Format.
Pin 13 –Enable, short this pin to GND to enable the internal
power Power.
All other Pins –Not Connected

ASE-C-MSA User’s Manual Page 5 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
+5V power socket pin-out diagram
Listed below is the pin-out diagram for the +5V 4-pin power socket on the
external of the power adapter:
RS-232 pin-out diagram
Listed below is the pin-out diagram for the RS-232 port on the external of the
power adapter
2.5 Operation Instructions
Start-up Procedure
1. Make sure the three optical output FC/APC connectors of the ASE module
are properly connected to the optical power receiver.
2. Connect the ASE module to the power adapter by using the 30-pin cable.
3. Connect the power adaptor to a +5 V DC power supply (depends on the
power adaptor the customer received, the Optilab PS-5-M power supply or a
typical coaxial +5 VDC AC/DC adaptor can be used) through DC power
socket.

ASE-C-MSA User’s Manual Page 6 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
4. Connect the power adapter to a PC for remote control by using an USB
cable or RS-232 cable.
5. After checking all physical patch cord connections, turn on the +5 V power
supplier, the electrical power is applied to the power adapter, the LED
indicator on the power adapter turns green.
6. Press the power switch on the power adapter to enable the electrical power
driving of the ASE module. Now the ASE module is ON, and the laser
current can be adjusted using the PC.
Turn-off Procedure
1. Set the pump current to be zero to turn off the laser.
2. Exit and close the command setting window of the module.
3. Press the power switch on the power adaptor to turn off the electrical power
applied on the ASE module.
4. Turn off the +5V power supply.
2.6 PC Connection Mode
For the standard ASE-C-MSA, connecting the ASE module to an external PC
will allow for parameter monitoring and pump current adjustments. If you have
an ASE-C-MSA with additional software control, please refer to the additional
supplemental manual for complete information.
Using the USB port (or RS-232 cable) on the cable assembly, connect the ASE
module to a PC using the following connection diagram and serial port settings:

ASE-C-MSA User’s Manual Page 7 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
2.7 Remote Control Command Set
When the electrical connections have been made, and the software settings for
serial port transmission are set correctly, you are now able to send commands
to the ASE module. The commands are listed below:
Command
Description
Example
Response
READ
Reads the equipment basic
information.
READ{CR,LF}
Optilab,LLC.
Model Type:ASE-C-MSA-3
SN:XXXXXXXXX
Version:VX.XX
PUMP Current:000
Protect Current:600
Output1:Low
Output2:Low
Output3:Low
SETC
Set the pump laser current.
The current can be set
between 0 mA and the
protect current (600 mA
typically).
SETC:050{CR,LF}
Set the pump
current to be 50
mA.
PUMP Current:050
2.8 Mechanical Drawing Unit: mm

ASE-C-MSA User’s Manual Page 8 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
Detachable Heat Sink:
3. Troubleshooting
SYMPTOM
POSSIBLE CAUSE AND SOLUTION
OPTICAL OUTPUT POWER
NOT HIGH ENOUGH.
C: No optical input or optical input power too small.
S: Check optical input present or check optical input power is
correct.
C: Optical input/output connectors dirty.
S: Disable optical output and clean optical connectors.
C: Use of incorrect optical adapters or connectors.
S: Use only the indicated optical adapters and connectors. If
measurement instruments accept different connector type, then
use hybrid patchcords.
C: Optical output connector damaged.
S: Measure optical output power with power meter and compare
with readout on PC connection ‘READ’ command. Return to
Optilab for repair if the difference is high (>4 dB) and cannot be
corrected by cleaning or replacing the optical connectors. Always
apply dust cover plugs to unused optical ports to prevent the
damage of optical connectors.
C: Improper pin connections
S: If directly connecting the voltage to the 30 pin connector,
ensure that all +5 VDC pins are making adequate contact to your
supply.

ASE-C-MSA User’s Manual Page 9 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
ASE MODULE IS
OVERHEATING
C: Insufficient ventilation / heat dissipation.
S: Place unit in well-ventilated area or supply additional fans for
ventilation. You may need to add a heat sink for additional heat
dissipation.
OPTICAL OUTPUT POWER
UNSTABLE.
C: Insufficient optical output isolation.
S: Connect isolator of corresponding wavelength to optical output
connector.
UNIT DOES NOT POWER
UP.
C: Improper pin connections
S: If directly connecting the voltage to the 30 pin connector,
ensure that all +5 VDC pins are making adequate contact to your
supply.
C: AC Power cord is loose.
S: Plug power cord is firmly into the unit.
4. Service and Support
4.1 Warranty
Optilab, LLC guarantees its ASE-C-MSA module is guaranteed to be free of
defects for 1 year from the date of shipment. The guarantee does not cover any
damages resulting from the misuse or improper handling of the equipment, or
any incidental or consequential loss. Note that the warranty will be void upon
any attempt to open or to fix the equipment by the user without prior approval of
Optilab, LLC
4.2 Service and Calibration
Your ASE-C-MSA module has been designed to provide years of trouble-free
operation. No internal maintenance is required provided that the equipment is
properly handled, operated, and kept away from contamination. For any
questions regarding the operation and performance of the unit, please contact
Optilab, LLC at:
Optilab, LLC
600 E. Camelback Road
Phoenix, AZ 85012
Phone: [phone]
Fax: [phone]
Email: [email protected]
4.3 Care of Fiber-optic Connectors
Damage to optical connectors account for more than 70 percent of equipment
performance degradation. To avoid such damage, the user should use only

ASE-C-MSA User’s Manual Page 10 of 10
Optilab, LLC
600 E. Camelback Road, Phoenix, AZ 85012
Phone: [phone], Fax: [phone], Email: [e-mail]
industrial grade 99% pure isopropyl alcohol and follow the procedures below to
keep the connectors, adaptors and receptacles clean.
Cleaning Optical Connector End-face with Wipe and Alcohol
To properly clean optical connectors utilizing lens tissue grade wipes and alcohol
follow the procedure below. The moist wipe removes dust particles, oil and
contaminants that may damage or blot the end-face of the connector during
connection. The dry wipe removes residual alcohol that may be ignited by optical
emission.
1. Disable the optical output and turn off unit to prevent accidental exposure or
damage to the optical connector by optical emission.
2. Moisten a wipe with alcohol by placing on top of the alcohol dispenser and
push down to saturate the wipe.
3. Place the moist wipe on a work surface, and place a second dry wipe next
to it.
4. Wipe the optical connector, end-face down on the moist wipe 3 times and
then repeat on the dry wipe.
5. Visually inspect the end-face of the optical connector with an optical
microscope to verify cleanliness. Repeat steps 2 to 5 as needed.
Cleaning Optical Connector Sides, Receptacles, Adaptors with Swab and
Alcohol
Dust or particles can adhere to the insides of receptacles and adaptors or the sides of
the optical connector ferrule. Their presence can affect the alignment of the optical
fiber connectors and increase connection loss. To properly clean optical connectors,
receptacles, and adaptors utilizing a swab and alcohol follow the procedure below:
1. Disable the optical output and turn off unit to prevent accidental exposure or
damage to the optical connector by optical emission.
2. Moisten the swab by placing it on top of the alcohol dispenser and push
down to saturate the swab.
3. For receptacles, adapters, or other connection points, insert the moistened
swab and rotate the tip 1/2 turn clockwise and counter-clockwise 6 times
while applying light but firm pressure.
4. For fiber connectors, rotate the tip of the moistened swab 5 revolutions
around the connector while applying light but firm pressure.
5. Visually inspect the end face of the connector with an optical microscope to
verify cleanliness. Clean end-face as needed.