reliableaffordable

flexible

LRS-9424B Specifications
Laser Test Fixtures

SystemWhy Choose ILX Lightwave?

System Capacity
Device Types Supported
Devices per Fixture

Experience.

Temperature Control

For twenty five years, ILX Lightwave has been a pioneer inlaser diode instrumentation and test systems, starting with theindustry’s first precision laser diode current source in 1986. Since
then, we have continued to grow and evolve with the expanding
photonic industry, building a tradition of innovation, quality, andcustomer service.

Temperature Range
With 25oC Option
Multiple Temp Control
Temperature Accuracy
25oC to 100oC
100oC to 150oC
Maximum T
Between Fixtures

Quality.
ILX Lightwave has maintained ISO 9000 certification since 2001.
Strong internal systems for problem identification and resolution
have resulted in continuous improvement of our products andservices. We believe that quality is not just something you build
into a product; it’s something you build into everything you do.

Commitment.
ILX Lightwave’s mission is to be the world leader in laser diodeinstrumentation and test systems. The company’s Laser Diode
Test Systems group is led by the President to ensure high focus.

After Sales Support.
ILX understands the need for fast, technically accurate responses
to all support requests. In addition to customer service
engineers, our test system customers have direct access to ILX
Lightwave application and design engineers to ensure the highest
level of technical support.

o1024 devices
TO-Can, TOSA, Custom
Up to 32CC

40 - 150
25 - 100
Yes

C
o
C

+1.0
+2.0

o

60

o

o

C

Laser Control
Output Polarity
Drive Current
Range
mA
Setpoint AccuracymA
Stability1% of FS
Compliance Voltage
V
Control Modes

Bipolar, User Selectable
200
400
+0.1
+0.1
+0.1
+0.1
3.0V Typical, 2.8V minimum
ACC, APC, LIV

Pin Configuration
Dimensions:Single Wide (HxWxD) cm
Materials
Maximum Temperature oC

User-Specified~2.5 x 9.5 x 43.5
FR406 and Stainless Steel
170

System Control Computer andSupervisory Software
ComputerDell® Optiplex, > 2.7 GHz
Pentium® Dual Core processor,
2.0 GB ram, 160 GB hard drive,
CD-ROM, Ethernet interface,

Display
Power Requirements,
Computer17” Dell® Ultrasharp flat panel
115/230VAC, 50/60 Hz,
single phase, 6/3A autosensing> 5 minutes
Microsoft Windows XP Pro®

Battery Backup
Operating System
System Control Software
Source CodeReliaTestTM
C# source code provided
with system

GeneralMeasurement Functions
Laser Voltage
Range
V
Accuracy
V
Internal Monitor Photodiode
Reverse Bias Range V
Measurement Range A
Accuracy
A
Stability1% of FS
Front-Facet Photodetector
Detector Types
Measurement Range
Stability1
Measurement Mode

0-5
+0.01
0-8
0 - 2000+2+0.1
Si, InGaAs
User-Specified+0.1% of Full Scale
Relative or Absolute

Size (HxWxD) cm
Weightkg
Power Requirements

168 x 92 x 102
365
180 - 264 VAC, 50/60 Hz,
single phase, 30A

Notes
1. Stability measured over 1000 hours
In keeping with our commitment of continuing product improvement, ILX
Lightwave reserves the right to change specifications without notice andwithout liability for such changes.

www.ilxlightwave.com
800.459.9459

406.556.2481

sales@ilxlightwave.com

31950 E. Frontage Rd.

Bozeman, MT 59715

Rev 03. 092209

LRS-9424B
LASER RELIABILITY AND
BURN-IN TEST SYSTEMLRS-9424B
Laser Reliability and Burn-In Test System
ILX Lightwave’s LRS-9424B Laser Reliability and Burn-In Test System is the rightchoice for precision and flexibility at an affordable price. With up to 1024 devices

purchase price and gives opportunity for future expansion as your business

Laser Diode Control

Fixturing

Independent fixture temperature control
allows multiple tests to be configured in eachsystemHigh system stability and repeatability
insures accurate life time and burn-in testing
Based on proven ILX Lightwave laser control and measurement

The modular design of the 9424B allows us
to customize fixtures to your laser diodepackage and unique testing requirements

The LRS-9424B is a sophisticated reliability and burn-in test systemtechnology, the LRS-9424B Control Measure Module (CMM) provides

Fixtures are available to accommodate all pin configurations inwith precision in-situ monitoring and test capability making it well suited

constant current (ACC) and constant power (APC) mode stability of

TO-can, TOSA, and customer proprietary packages. Furthermore ILX

for engineering evaluation, life testing, and production burn-in screening

0.1% over 1000 hours combined with temperature accuracy of 1.0°C.

has developed a coolerless butterfly, mini-DIL, and COC fixtures for the
9424B. Standard TO-can fixtures may be configured to hold 16 or 32

of laser diodes and LEDs. The 9424B’s long-term stability and reliability

in the 9424B’s compact chamber, you’ll be able to increase throughput and lower
your overall cost of test. The modular design of the 9424B allows for low initial

Applications

Nickel plated aluminum heat sinkwith distributed heating element

grows.
Our proven laser control technology gives you the flexibility to process

Multiple levels of laser diode protection including transient suppression

for telecommunication applications. The system’s modular design

circuitry, normally closed shorting relays to protect lasers during power

allows it to be readily adapted to meet a wide range of package styles

startup and power shutdown, and current/voltage limits insure maximum

Careful attention to fixture material ensures low thermal contact

and test criteria for low power devices.

protection for your laser diodes. The CMM includes on board memory

resistance between the heat sink and the device. The nickel plated

for data backup to maintain smooth data recording for times whenaluminum heat sinks provides temperature ranges from 40°C to 150°C

the computer is disconnected from the LRS-9424B. In addition thewith uniformity better than ±1.0°C for temperatures between 25°C

The 9424B offers high density with the capability of accommodating up

TO-can lasers, TOSA assemblies, and proprietary package styles in the same
system. The 9424B supports APC, ACC, and LIV test modes and the powerful
ReliaTestTM system control software allows customers to automate their tests

devices.

make it ideal for Telcordia qualification testing of laser diodes intendedTMsystem software will log any system faults such as loss of

to 32 fixtures and 1024 devices in each system. At the same time, theReliaTest

9424B’s unique thermal management system allows each fixture to be

AC power and loss of communication with the LRS-9424B chamber.

to 100°C and ±2.0°C from 100°C to 150°C. TEC based fixtures areavailable to support temperatures down to 25°C.

independently temperature controlled with an accuracy of +1.0°C. Withby easily creating multiple test steps. In addition careful attention to data

A temperature controlled external photodiode array is available for

Due to the 9424B’s unique fixture temperature control system it

applications requiring external optical power monitoring. To ensure

is possible to open and close the system’s chamber door withouthigh system stability each external photodetector array is temperatureappreciably affecting other tests in progress. The overall design of thecontrolled at approximately 65°C with a stability of better than ±2.0°C.

LRS-9424B guarantees you reliability and stability for your life-test,

software and test scenarios can include multiple phases of ACC or APC

This provides guaranteed optical power measurement stability of 0.1%

burn-in, and engineering evaluation needs for your TO-can laser diodes.

mode burn-in combined with LIV tests. APC mode can be configuredof full scale.

this approach it is possible to run up to 32 independent test processes

management and fault mode handling ensures data integrity even through power

simultaneously.

black outs.

Each test can be quickly configured using the ReliaTest

Pin guard

Clamping plateTMsystemusing either the internal photodiode or optional external photodiodearray.

TO-Can Fixture

Save, view, and graph data with our powerful ReliaTestTM software
Combine reliability, burn-in, andengineering evaluation into one costeffective platform with the LRS-9424B

Long Term Aging Trend

In Situ LIV

Cumulative Failure Probability

LRS-9424B
Laser Reliability and Burn-In Test System
ILX Lightwave’s LRS-9424B Laser Reliability and Burn-In Test System is the rightchoice for precision and flexibility at an affordable price. With up to 1024 devices

purchase price and gives opportunity for future expansion as your business

Laser Diode Control

Fixturing

Independent fixture temperature control
allows multiple tests to be configured in eachsystemHigh system stability and repeatability
insures accurate life time and burn-in testing
Based on proven ILX Lightwave laser control and measurement

The modular design of the 9424B allows us
to customize fixtures to your laser diodepackage and unique testing requirements

The LRS-9424B is a sophisticated reliability and burn-in test systemtechnology, the LRS-9424B Control Measure Module (CMM) provides

Fixtures are available to accommodate all pin configurations inwith precision in-situ monitoring and test capability making it well suited

constant current (ACC) and constant power (APC) mode stability of

TO-can, TOSA, and customer proprietary packages. Furthermore ILX

for engineering evaluation, life testing, and production burn-in screening

0.1% over 1000 hours combined with temperature accuracy of 1.0°C.

has developed a coolerless butterfly, mini-DIL, and COC fixtures for the
9424B. Standard TO-can fixtures may be configured to hold 16 or 32

of laser diodes and LEDs. The 9424B’s long-term stability and reliability

in the 9424B’s compact chamber, you’ll be able to increase throughput and lower
your overall cost of test. The modular design of the 9424B allows for low initial

Applications

Nickel plated aluminum heat sinkwith distributed heating element

grows.
Our proven laser control technology gives you the flexibility to process

Multiple levels of laser diode protection including transient suppression

for telecommunication applications. The system’s modular design

circuitry, normally closed shorting relays to protect lasers during power

allows it to be readily adapted to meet a wide range of package styles

startup and power shutdown, and current/voltage limits insure maximum

Careful attention to fixture material ensures low thermal contact

and test criteria for low power devices.

protection for your laser diodes. The CMM includes on board memory

resistance between the heat sink and the device. The nickel plated

for data backup to maintain smooth data recording for times whenaluminum heat sinks provides temperature ranges from 40°C to 150°C

the computer is disconnected from the LRS-9424B. In addition thewith uniformity better than ±1.0°C for temperatures between 25°C

The 9424B offers high density with the capability of accommodating up

TO-can lasers, TOSA assemblies, and proprietary package styles in the same
system. The 9424B supports APC, ACC, and LIV test modes and the powerful
ReliaTestTM system control software allows customers to automate their tests

devices.

make it ideal for Telcordia qualification testing of laser diodes intendedTMsystem software will log any system faults such as loss of

to 32 fixtures and 1024 devices in each system. At the same time, theReliaTest

9424B’s unique thermal management system allows each fixture to be

AC power and loss of communication with the LRS-9424B chamber.

to 100°C and ±2.0°C from 100°C to 150°C. TEC based fixtures areavailable to support temperatures down to 25°C.

independently temperature controlled with an accuracy of +1.0°C. Withby easily creating multiple test steps. In addition careful attention to data

A temperature controlled external photodiode array is available for

Due to the 9424B’s unique fixture temperature control system it

applications requiring external optical power monitoring. To ensure

is possible to open and close the system’s chamber door withouthigh system stability each external photodetector array is temperatureappreciably affecting other tests in progress. The overall design of thecontrolled at approximately 65°C with a stability of better than ±2.0°C.

LRS-9424B guarantees you reliability and stability for your life-test,

software and test scenarios can include multiple phases of ACC or APC

This provides guaranteed optical power measurement stability of 0.1%

burn-in, and engineering evaluation needs for your TO-can laser diodes.

mode burn-in combined with LIV tests. APC mode can be configuredof full scale.

this approach it is possible to run up to 32 independent test processes

management and fault mode handling ensures data integrity even through power

simultaneously.

black outs.

Each test can be quickly configured using the ReliaTest

Pin guard

Clamping plateTMsystemusing either the internal photodiode or optional external photodiodearray.

TO-Can Fixture

Save, view, and graph data with our powerful ReliaTestTM software
Combine reliability, burn-in, andengineering evaluation into one costeffective platform with the LRS-9424B

Long Term Aging Trend

In Situ LIV

Cumulative Failure Probability

LRS-9424B
Laser Reliability and Burn-In Test System
ILX Lightwave’s LRS-9424B Laser Reliability and Burn-In Test System is the rightchoice for precision and flexibility at an affordable price. With up to 1024 devices

purchase price and gives opportunity for future expansion as your business

Laser Diode Control

Fixturing

Independent fixture temperature control
allows multiple tests to be configured in eachsystemHigh system stability and repeatability
insures accurate life time and burn-in testing
Based on proven ILX Lightwave laser control and measurement

The modular design of the 9424B allows us
to customize fixtures to your laser diodepackage and unique testing requirements

The LRS-9424B is a sophisticated reliability and burn-in test systemtechnology, the LRS-9424B Control Measure Module (CMM) provides

Fixtures are available to accommodate all pin configurations inwith precision in-situ monitoring and test capability making it well suited

constant current (ACC) and constant power (APC) mode stability of

TO-can, TOSA, and customer proprietary packages. Furthermore ILX

for engineering evaluation, life testing, and production burn-in screening

0.1% over 1000 hours combined with temperature accuracy of 1.0°C.

has developed a coolerless butterfly, mini-DIL, and COC fixtures for the
9424B. Standard TO-can fixtures may be configured to hold 16 or 32

of laser diodes and LEDs. The 9424B’s long-term stability and reliability

in the 9424B’s compact chamber, you’ll be able to increase throughput and lower
your overall cost of test. The modular design of the 9424B allows for low initial

Applications

Nickel plated aluminum heat sinkwith distributed heating element

grows.
Our proven laser control technology gives you the flexibility to process

Multiple levels of laser diode protection including transient suppression

for telecommunication applications. The system’s modular design

circuitry, normally closed shorting relays to protect lasers during power

allows it to be readily adapted to meet a wide range of package styles

startup and power shutdown, and current/voltage limits insure maximum

Careful attention to fixture material ensures low thermal contact

and test criteria for low power devices.

protection for your laser diodes. The CMM includes on board memory

resistance between the heat sink and the device. The nickel plated

for data backup to maintain smooth data recording for times whenaluminum heat sinks provides temperature ranges from 40°C to 150°C

the computer is disconnected from the LRS-9424B. In addition thewith uniformity better than ±1.0°C for temperatures between 25°C

The 9424B offers high density with the capability of accommodating up

TO-can lasers, TOSA assemblies, and proprietary package styles in the same
system. The 9424B supports APC, ACC, and LIV test modes and the powerful
ReliaTestTM system control software allows customers to automate their tests

devices.

make it ideal for Telcordia qualification testing of laser diodes intendedTMsystem software will log any system faults such as loss of

to 32 fixtures and 1024 devices in each system. At the same time, theReliaTest

9424B’s unique thermal management system allows each fixture to be

AC power and loss of communication with the LRS-9424B chamber.

to 100°C and ±2.0°C from 100°C to 150°C. TEC based fixtures areavailable to support temperatures down to 25°C.

independently temperature controlled with an accuracy of +1.0°C. Withby easily creating multiple test steps. In addition careful attention to data

A temperature controlled external photodiode array is available for

Due to the 9424B’s unique fixture temperature control system it

applications requiring external optical power monitoring. To ensure

is possible to open and close the system’s chamber door withouthigh system stability each external photodetector array is temperatureappreciably affecting other tests in progress. The overall design of thecontrolled at approximately 65°C with a stability of better than ±2.0°C.

LRS-9424B guarantees you reliability and stability for your life-test,

software and test scenarios can include multiple phases of ACC or APC

This provides guaranteed optical power measurement stability of 0.1%

burn-in, and engineering evaluation needs for your TO-can laser diodes.

mode burn-in combined with LIV tests. APC mode can be configuredof full scale.

this approach it is possible to run up to 32 independent test processes

management and fault mode handling ensures data integrity even through power

simultaneously.

black outs.

Each test can be quickly configured using the ReliaTest

Pin guard

Clamping plateTMsystemusing either the internal photodiode or optional external photodiodearray.

TO-Can Fixture

Save, view, and graph data with our powerful ReliaTestTM software
Combine reliability, burn-in, andengineering evaluation into one costeffective platform with the LRS-9424B

Long Term Aging Trend

In Situ LIV

Cumulative Failure Probability

reliable

affordable

flexible

LRS-9424B Specifications
Laser Test Fixtures

SystemWhy Choose ILX Lightwave?

System Capacity
Device Types Supported
Devices per Fixture

Experience.

Temperature Control

For twenty five years, ILX Lightwave has been a pioneer inlaser diode instrumentation and test systems, starting with theindustry’s first precision laser diode current source in 1986. Since
then, we have continued to grow and evolve with the expanding
photonic industry, building a tradition of innovation, quality, andcustomer service.

Temperature Range
With 25oC Option
Multiple Temp Control
Temperature Accuracy
25oC to 100oC
100oC to 150oC
Maximum T
Between Fixtures

Quality.
ILX Lightwave has maintained ISO 9000 certification since 2001.
Strong internal systems for problem identification and resolution
have resulted in continuous improvement of our products andservices. We believe that quality is not just something you build
into a product; it’s something you build into everything you do.

Commitment.
ILX Lightwave’s mission is to be the world leader in laser diodeinstrumentation and test systems. The company’s Laser Diode
Test Systems group is led by the President to ensure high focus.

After Sales Support.
ILX understands the need for fast, technically accurate responses
to all support requests. In addition to customer service
engineers, our test system customers have direct access to ILX
Lightwave application and design engineers to ensure the highest
level of technical support.

o1024 devices
TO-Can, TOSA, Custom
Up to 32CC

40 - 150
25 - 100
Yes

C
o
C

+1.0
+2.0

o

60

o

o

C

Laser Control
Output Polarity
Drive Current
Range
mA
Setpoint AccuracymA
Stability1% of FS
Compliance Voltage
V
Control Modes

Bipolar, User Selectable
200
400
+0.1
+0.1
+0.1
+0.1
3.0V Typical, 2.8V minimum
ACC, APC, LIV

Pin Configuration
Dimensions:Single Wide (HxWxD) cm
Materials
Maximum Temperature oC

User-Specified~2.5 x 9.5 x 43.5
FR406 and Stainless Steel
170

System Control Computer andSupervisory Software
ComputerDell® Optiplex, > 2.7 GHz
Pentium® Dual Core processor,
2.0 GB ram, 160 GB hard drive,
CD-ROM, Ethernet interface,

Display
Power Requirements,
Computer17” Dell® Ultrasharp flat panel
115/230VAC, 50/60 Hz,
single phase, 6/3A autosensing> 5 minutes
Microsoft Windows XP Pro®

Battery Backup
Operating System
System Control Software
Source CodeReliaTestTM
C# source code provided
with system

GeneralMeasurement Functions
Laser Voltage
Range
V
Accuracy
V
Internal Monitor Photodiode
Reverse Bias Range V
Measurement Range A
Accuracy
A
Stability1% of FS
Front-Facet Photodetector
Detector Types
Measurement Range
Stability1
Measurement Mode

0-5
+0.01
0-8
0 - 2000+2+0.1
Si, InGaAs
User-Specified+0.1% of Full Scale
Relative or Absolute

Size (HxWxD) cm
Weightkg
Power Requirements

168 x 92 x 102
365
180 - 264 VAC, 50/60 Hz,
single phase, 30A

Notes
1. Stability measured over 1000 hours
In keeping with our commitment of continuing product improvement, ILX
Lightwave reserves the right to change specifications without notice andwithout liability for such changes.

www.ilxlightwave.com
800.459.9459

406.556.2481

sales@ilxlightwave.com

31950 E. Frontage Rd.

Bozeman, MT 59715

Rev 03. 092209

LRS-9424B
LASER RELIABILITY AND
BURN-IN TEST SYSTEM

reliable

affordable

flexible

LRS-9424B Specifications
Laser Test Fixtures

SystemWhy Choose ILX Lightwave?

System Capacity
Device Types Supported
Devices per Fixture

Experience.

Temperature Control

For twenty five years, ILX Lightwave has been a pioneer inlaser diode instrumentation and test systems, starting with theindustry’s first precision laser diode current source in 1986. Since
then, we have continued to grow and evolve with the expanding
photonic industry, building a tradition of innovation, quality, andcustomer service.

Temperature Range
With 25oC Option
Multiple Temp Control
Temperature Accuracy
25oC to 100oC
100oC to 150oC
Maximum T
Between Fixtures

Quality.
ILX Lightwave has maintained ISO 9000 certification since 2001.
Strong internal systems for problem identification and resolution
have resulted in continuous improvement of our products andservices. We believe that quality is not just something you build
into a product; it’s something you build into everything you do.

Commitment.
ILX Lightwave’s mission is to be the world leader in laser diodeinstrumentation and test systems. The company’s Laser Diode
Test Systems group is led by the President to ensure high focus.

After Sales Support.
ILX understands the need for fast, technically accurate responses
to all support requests. In addition to customer service
engineers, our test system customers have direct access to ILX
Lightwave application and design engineers to ensure the highest
level of technical support.

o1024 devices
TO-Can, TOSA, Custom
Up to 32CC

40 - 150
25 - 100
Yes

C
o
C

+1.0
+2.0

o

60

o

o

C

Laser Control
Output Polarity
Drive Current
Range
mA
Setpoint AccuracymA
Stability1% of FS
Compliance Voltage
V
Control Modes

Bipolar, User Selectable
200
400
+0.1
+0.1
+0.1
+0.1
3.0V Typical, 2.8V minimum
ACC, APC, LIV

Pin Configuration
Dimensions:Single Wide (HxWxD) cm
Materials
Maximum Temperature oC

User-Specified~2.5 x 9.5 x 43.5
FR406 and Stainless Steel
170

System Control Computer andSupervisory Software
ComputerDell® Optiplex, > 2.7 GHz
Pentium® Dual Core processor,
2.0 GB ram, 160 GB hard drive,
CD-ROM, Ethernet interface,

Display
Power Requirements,
Computer17” Dell® Ultrasharp flat panel
115/230VAC, 50/60 Hz,
single phase, 6/3A autosensing> 5 minutes
Microsoft Windows XP Pro®

Battery Backup
Operating System
System Control Software
Source CodeReliaTestTM
C# source code provided
with system

GeneralMeasurement Functions
Laser Voltage
Range
V
Accuracy
V
Internal Monitor Photodiode
Reverse Bias Range V
Measurement Range A
Accuracy
A
Stability1% of FS
Front-Facet Photodetector
Detector Types
Measurement Range
Stability1
Measurement Mode

0-5
+0.01
0-8
0 - 2000+2+0.1
Si, InGaAs
User-Specified+0.1% of Full Scale
Relative or Absolute

Size (HxWxD) cm
Weightkg
Power Requirements

168 x 92 x 102
365
180 - 264 VAC, 50/60 Hz,
single phase, 30A

Notes
1. Stability measured over 1000 hours
In keeping with our commitment of continuing product improvement, ILX
Lightwave reserves the right to change specifications without notice andwithout liability for such changes.

www.ilxlightwave.com
800.459.9459

406.556.2481

sales@ilxlightwave.com

31950 E. Frontage Rd.

Bozeman, MT 59715

Rev 03. 092209

LRS-9424B
LASER RELIABILITY AND
BURN-IN TEST SYSTEM