Superluminescent Diodes, SLED

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Our main products are free space SLED/SLD modules and SM and PM fiber pigtailed SLD modules based on a single transverse mode SLD emitters, as well as multimode fiber pigtailed SLD modules in different spectral bands from 650 nm to 1620 nm, including

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Since 1992, we have been manufacturing high quality Superluminescent Light Emitting Diodes (SLDs or SLEDs), Gain Chip Modules and Semiconductor Optical Amplifiers (SOAs). Our main products are free space SLD modules and SM and PM fiber pigtailed SLD modules based on a single transverse mode SLD emitters, as well as multimode fiber pigtailed SLD modules in different spectral bands from 650 nm to 1620 nm, including extremely powerful (up to 100 mW) and broadband (up to 100 nm FWHM) models.

The modules are offered in a variety of hermetic packages (TO, DIL14, Butterfly, etc.). Custom performance characteristics and different package types are available upon request. For customers' convenience, modules can be delivered with an appropriate current and temperature controller.

Our products are employed over a wide range of applications including biomedical and industrial optical coherence tomography (OCT), fiberoptic gyros, Bragg Grating sensors, atomic force microscopy, metrology of fiberoptic components (including DWDM components testing) and machine vision.

Superluminescent Diodes

Uncooled Single-Mode Free-Space SLDs

Our uncooled single mode free space SLDs are listed in the table below, grouped by spectral band.

Model
number

Wavelength (nm)

Spectrum width, FWHM (nm)

Output power, free space (mW)

Package

STLD-260-MP-670

670

7.5

up to 5.0

TO-9

STLD-260-HP-670

670

7.0

up to 15.0

TO-9

STLD-340-MP-795

795

15

20

TO-9

STLD-380-MP-TO56

825

20

5

TO-56

STLD-380-MP-TO9

835

17

20

TO-9

STLD-340-HP-850

850

20

30

TO-56

STLD-340-UHP-840

840

25 – 30

up to 100

TO-9

STLD-340-MP-880

880

40

20

TO-9

STLD-480-MP-920

920

30

20

TO-9

STLD-480-UHP-960

960

45

90

TO-9

STLD-530-UHP-1040

1040

35 – 45

up to 80.0

TO-9

Uncooled Single-Mode Fiber-Pigtailed SLDs

Our uncooled single mode fiber pigtailed SLDs are listed in the table below, grouped by spectral band.

Model
number

Wavelength (nm)

Spectrum width, FWHM (nm)

Output power, 
SM fiber (mW)

Package

STLD-381 MINIBUT

770 – 860

15 – 20

Up to 2.0

Minibut

STLD-561 MINIBUT

1270 – 1330

20 – 25

Up to 1.0

Minibut

 Temperature-Controlled (Cooled) Single-Mode Free-Space and Fiber-Pigtailed SLDs

Our temperature-controlled (cooled) single mode SLDs are listed in the table below, grouped by spectral band.

Model
number

Wavelength (nm)

Spectrum width, FWHM (nm)

Output power, fiber/free space (mW)

Package

STLD-261-MP

660 – 680

7.5

up to 2.0/n.a.

Butterfly, DIL14

STLD-260-HP

660 – 680

7.0

n.a./15.0

TOW

STLD-261-HP

660 – 680

7.0

up to 10.0/n.a.

New! Butterfly

STLD-260-UHP

660 – 680

7.0

n.a./25.0

New! TOW

STLD-261-UHP

660 – 680

7.0

15.0/n.a.

New! Butterfly

STLD-33-MP

770 – 790

50

up to 1.25/4.0

Butterfly/DIL14,TOW

STLD-33-HP

770 – 790

50

up to 25.0/50.0

Butterfly/DIL14,TOW

STLD-34-MP

840 – 860

up to 60

up to 2.5/4.0

Butterfly/DIL14,TOW

STLD-34-HP

810 – 880

30 – 50

up to 16.0/40.0

Butterfly/DIL14,TOW

STLD-35-MP

820 – 870

62

up to 1.25/6.0

Butterfly/DIL14,TOW

STLD-35-HP

825 – 870

62

up to 25.0/50.0

Butterfly/DIL14,TOW

STLD-351UBB

830

85 (6 dB)

10/n.a.

Butterfly

STLD-37-MP

835

50

1.25/6.0

Butterfly/DIL14,TOW

STLD-37-HP

840

50

up to 25.0/50.0

Butterfly/DIL14,TOW

STLD-38-MP

770 – 890

20

up to 3.0/12.0

Butterfly/DIL14,TOW

STLD-38-HP

790 – 860

20

up to 30.0/50.0

Butterfly/TOW

STLD-47-MP

900, 940

up to 75

1.5/5.0

Butterfly/DIL14,TOW

STLD-48-MP-920

920

30

3.0/7.5

New! Butterfly/DIL14,TOW

STLD-47-HP

940

up to 100

up to 10.0/20.0

Butterfly/DIL14,TOW

STLD-471UBB

930

115 (6 dB)

10/n.a.

Butterfly

STLD-48-HP

960

30

up to 30.0/60.0

Butterfly/DIL14,TOW

STLD-48-MP-970

970

30

3.0/7.5

Butterfly/DIL14,TOW

STLD-52

1000, 1020

up to 100

up to 5.0/10.0

Butterfly/DIL14,TOW

STLD-53-MP

1020 – 1060

20 – 70

5.0/10.0

Butterfly/DIL14,TOW

STLD-53-HP

1050

35

up to 30.0/60.0

Butterfly/DIL14,TOW

STLD-54-HP

1060

70

up to 20.0/40.0

Butterfly/DIL14,TOW

STLD-55-MP

1180

30

1.0/n.a.

Butterfly/DIL14,TOW

STLD-56-MP

1270 – 1330

40

up to 2.0/n.a.

Butterfly/DIL14

STLD-56-HP

1270 – 1330

35

up to 30.0/n.a.

Butterfly/DIL14

STLD-57-MP

1270 – 1330

70

1.0/n.a.

Butterfly/DIL14

STLD-57-HP

1280 – 1330

60

up to 10.0/n.a.

Butterfly/DIL14

STLD-661-LP

1370 -1410

85

0.35/n.a.

Butterfly/DIL14

STLD-661-MP

1370 -1410

65

2.05/n.a.

Butterfly/DIL14

STLD-661-HP

1370 -1410

45-60

155/n.a.

Butterfly/DIL14

STLD-761-LP

1560

70 – 100

0.2/n.a.

Butterfly/DIL14

STLD-761-MP

1550

45 – 70

up to 2.0/n.a.

Butterfly/DIL14

STLD-761-HP

1550

45

up to 10.0/n.a.

Butterfly/DIL14

Multimode Fiber-Pigtailed SLDs

Our multimode SLDs are listed in the table below, grouped by spectral band.

Model
number

Wavelength (nm)

Spectrum width, FWHM (nm)

Power ex M fiber(mW)

Package

STLD-M381

840

15

up to 2.0/n.a.

Butterfly

STLD-M341

855

25

n.a./15.0

Butterfly

STLD-M531

1065

40

up to 10.0/n.a.

Butterfly

Fiber-Coupled Semiconductor Optical Gain and Amplifier Modules

We introduce a new family of products, fiber-coupled Semiconductor Optical Gain and Amplifier modules:

The modules are offered in hermetic packages as follows:

1.    Broadband Gain Modules

(1)  STOA-371 – Broadband HR/AR Gain Modules at 840nm

Features:

Specifications:

(Nominal Emitter Stabilization Temperature +25 °C)

Mode

Parameter

Min.

Typ.

Max.

SLD-mode (angled fiber cleave)

Output power ex SM fiber at maximum spectral width, mW

 

1.0

 

Forward current, mA

 

65

90

Peak Wavelength, nm

 

840

 

Spectral width, nm

45

50

 

Residual spectral modulation, %

 

3.0

6.0

Laser-mode (normal fiber cleave)

Threshold current, mA

 

40

50

External slope efficiency, mW/mA

0.25

0.4

 

Output power in SM fiber, mW

 

 

10.0

 

Forward voltage, V

 

1.8

2.0

Operating temperature (case temperature), °C

-55

 

+70

Cooler current, A

 

 

1.2

Cooler voltage, V

 

 

3.5

(2)  STOA-481 – Broadband HR/AR Modules at 970nm

Features:

Specifications:

(Nominal Emitter Stabilization Temperature +25 °C)

Mode

Parameter

Min.

Typ.

Max.

SLD-mode (angled fiber cleave)

Output power ex SM fiber at maximum forward current, mW

 

1.0

 

Forward current, mA

 

200

260

Peak Wavelength, nm

 

970

 

Spectral width, nm

45

50

 

Residual spectral modulation, %

 

3.0

6.0

Laser-mode (normal fiber cleave)

Threshold current, mA

 

100

150

External slope efficiency, mW/mA

0.05

0.1

 

Output power in SM fiber, mW

 

 

10.0

 

Forward voltage, V

 

1.8

2.0

Operating temperature (case temperature), °C

-55

 

+70

Cooler current, A

 

 

1.2

Cooler voltage, V

 

 

3.5

(3)  STOA-521 – Broadband HR/AR Gain Modules at 1020 nm

Applications:

Features:

Specifications:

(Nominal Emitter Stabilization Temperature +25 °C)

Mode

Parameter

Min

Typ.

Max

SLD-mode (angled fiber cleave)

Output power ex SM fiber at maximum forward current, mW

 

3.0

 

Forward current, mA

 

200

240

Peak Wavelength, nm

 

1020

 

Spectral width, nm

100

110

 

Residual spectral modulation, %

 

5.0

10.0

Laser-mode(normal fiber cleave)

Threshold current, mA

 

40

60

External slope efficiency, mW/mA

0.2

0.3

 

Output power in SM fiber, mW

 

 

10.0

 

Forward voltage, V

 

2.0

2.2

Operating temperature (case temperature), °C

-55

 

+70

Cooler current, A

 

 

1.2

Cooler voltage, V

 

 

3.5

The following part numbers should be used when ordering:

STOA-521-(a)-(b)-(c),

where:

Example: STOA-521-DBUT-SM-PD.

2.    Traveling Wave Amplifier (TWA) Modules

(1)  STOA-332: Travelling-wave broadband SOA at 785 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

Min.

Typ.

Max.

Forward current, mA

-

-

300

Forward voltage, V

-

-

2.5

Output optical power, dBm

-

-

13.0

Central wavelength c, nm

-

785

-

-3 dB optical gain bandwidth, nm

-

50

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

-

25

Polarization dependent gain, dB

-

7.0

-

(2)  STOA-382-800: Travelling-wave SOA at 800 nm

Features:

Additional & customized:

Specifications

(nominal stabilization temperature +25 °C)

Parameter

Min.

Typ.

Max.

Forward current, mA

-

-

200

Forward voltage, V

-

-

2.5

Output optical power, dBm

-

-

13.0

Central wavelength c, nm

-

795

-

-3 dB optical gain bandwidth, nm

-

16

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

30

-

Polarization dependent gain, dB

-

7.0

-

(3)  STOA-352-830: Travelling-wave broadband SOA at 830 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

Min.

Typ.

Max.

Forward current, mA

-

-

200

Forward voltage, V

-

-

2.5

Output optical power, dBm

-

-

15.0

Central wavelength c, nm

-

830

-

-3 dB optical gain bandwidth, nm

-

55

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

-

25

Polarization dependent gain, dB

-

7.0

-

(4)  STOA-382-840: Travelling-wave high-power SOA at 840 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

Min.

Typ.

Max.

Forward current, mA

-

-

300

Forward voltage, V

-

-

2.3

Output optical power, dBm

-

-

17.0

Central wavelength c, nm

-

840

-

-3 dB optical gain bandwidth, nm

-

25

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

30

-

Polarization dependent gain, dB

-

7.0

-

(5)  STOA-372: Travelling-wave broadband SOA at 850 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

 Min.

Typ.

Max.

Forward current, mA

-

-

200

Forward voltage, V

-

-

2.5

Output optical power, dBm

-

-

13.0

Central wavelength c, nm

-

850

-

-3 dB optical gain bandwidth, nm

-

40

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

22

-

Polarization dependent gain, dB

-

7.0

-

(6)  STOA-352-870: Travelling-wave broadband SOA at 870 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

 Min.

Typ.

Max.

Forward current, mA

-

-

220

Forward voltage, V

-

-

2.5

Output optical power, dBm

-

-

13.0

Central wavelength c, nm

-

870

-

-3 dB optical gain bandwidth, nm

-

58

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

-

25

Polarization dependent gain, dB

-

7.0

-

(7)  STOA-382-870: Travelling-wave SOA at 870 nm

Features:

Additional and customized:

Specifications:

(Nominal Emitter Stabilization Temperature +25 °C)

Parameter

 Typ.

Max.

Forward current, mA

 

200

Forward voltage, V

 

2.2

ASE output power ex SM fiber (Pin=0), dBm

10.0

 

Central wavelength с, nm

870

 

-3 dB optical gain bandwidth, nm

20

 

Gain ripple, dB

 0.1

0.2

Small signal gain, dB

25

 

Saturation output power, dBm

6.0

 

(8)  STOA-472: Travelling-wave broadband SOA at 930 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

 Typ.

Max.

Forward current, mA

 

200

Forward voltage, V

 

2.2

Output optical power, dBm

 

13.0

Central wavelength с, nm

930

 

-3 dB optical gain bandwidth, nm

65

 

Gain ripple, dB

<0.1

 

Small signal gain, dB

 

25

Polarization dependent gain, dB

7.0

 

(9)  STOA-482: Travelling-wave high-power SOA at 970 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

 Min.

Typ.

Max.

Forward current, mA

-

-

220

Forward voltage, V

-

-

2.3

Output optical power, dBm

-

-

15.0

Central wavelength c, nm

-

970

-

-3 dB optical gain bandwidth, nm

-

40

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

-

27

Polarization dependent gain, dB

-

7.0

-

(10) STOA-522: Travelling-wave broadband SOA at 1010 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

 Min.

Typ.

Max.

Forward current, mA

-

-

300

Forward voltage, V

-

-

2.5

Output optical power, dBm

-

-

13.0

Central wavelength c, nm

-

1010

-

-3 dB optical gain bandwidth, nm

-

95

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

-

24

Polarization dependent gain, dB

-

7.0

-

(11) STOA-532: Travelling-wave SOA at 1060 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

 Min.

Typ.

Max.

Forward current, mA

-

-

300

Forward voltage, V

-

-

2.3

Output optical power, dBm

-

-

15.0

Central wavelength c, nm

-

1060

-

-3 dB optical gain bandwidth, nm

-

35

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

-

30

Polarization dependent gain, dB

-

>10

-

(12) STOA-542: Travelling-wave broadband SOA at 1060 nm

Features:

Additional & customized:

Specifications:

(nominal stabilization temperature +25 °C)

Parameter

 Min.

Typ.

Max.

Forward current, mA

-

-

220

Forward voltage, V

-

-

2.5

Output optical power, dBm

-

-

13.0

Central wavelength c, nm

-

1060

-

-3 dB optical gain bandwidth, nm

-

75

-

Gain ripple, dB

-

< 0.1

-

Small signal gain, dB

-

-

25

Polarization dependent gain, dB

-

7.0

-

The following part numbers should be used when ordering:

STOA-542-(a)-(b),

where:

Broadband Light Sources & BroadLighters

We offer a wide selection of SLD-based broadband light sources. The offerings include both compact light source modules intended for integration into larger systems and benchtop instruments developed for use in industrial and research laboratories. Various designs allow analog or digital control of SLD modules. All sources have integrated high-precision driving electronics to provide stable and reliable performance. All sources are RoHS compliant.

Product series

Picture

Description

STLD-mCS

STLD-mCS,sCS-series Miniature Broadband Light Source Modules

Miniature single-SLD broadband light sources with analog SLD control. The successor models to the SLD-MS. 9-30 V DC-powered. 50-KHzSLD modulation. Switchable SLD control mode (ACC-APC). Can be built based on any SLD of our drive current does not exceed 400 mA.

STLD-sCS

STLD-mCS,sCS-series Miniature Broadband Light Source Modules

Miniature single-SLD broadband light sources with analog SLD control. The successor models to the SLD-MS. 9-30 V DC-powered. 50-KHzSLD modulation. Switchable SLD control mode (ACC-APC). Can be built based on any SLD of our drive current does not exceed 400 mA.

STLD-CS

 STLD-CS-series Compact High Power Broadband Light Source Modules.

Compact single-SLD broadband light sources with analog SLD control. 9-30 V DC-powered. 50-kHz SLD modulation. Allows integration of additional components like couplers, optical isolators (including bulky 850-nm ones). Recommended for powerful SLD light sources. APC SLD control as a standard, ACC-APC switchable upon request. The versions based on the most powerful SLDs at different center wavelengths are available as a standard. Can be built based on any SLD of our drive current does not exceed 400 mA.

STBLM2-D

STBLMD-series Compact Broadband Light Source Modules with Extended Bandwidth.

Compact broadband light sources with digital control of SLD modules (USB). 12 V DC-powered. Up to 3 SLDs inside. Allows integration of additional components like couplers, optical isolators (including bulky 850-nm ones). SLD control mode — APC only. The best combination of power and spectrum width in multiple-SLD models. TTL control or remote operation from a PC/laptop via a USB port.

STM-S

 STM-S-series Broadlighters.

High-power single-SLD benchtop broadband light sources. The instruments have been developed for use in industrial and research laboratories. These light sources are based on the most powerful SLDs of Superlum. Optically isolated, up to 30 mW output power.

STM-D,

STM-T,

STM-Q

 STM-D-, STM-T-, and STM-Q-series Broadlighters.

Multiple-SLD benchtop broadband light sources with extended bandwidth. The instruments have been developed for use in industrial and research laboratories. More than 20 mW output power, up to 200 nm spectrum width, and more.

 Master Oscillator Power Amplifier SLD Systems

Our MOPA-STLD-850 is an ultra-high power SLD-based light source that features both high power levels (tens milliwatts) and an extremely weak sensitivity to optical feedback. This is achieved using a special optical scheme called MOPA (Master Oscillator Power Amplifier). A simplified block diagram of the MOPA scheme is shown in the figure below. A medium-power SLD operating as a master source provides an optical power of 6 – 10 mWwith a relatively broad spectrum of 10 – 20 nm centered at 850 nm. After passing through an appropriate optical isolator with an isolation of better than −25 dB, the power is elevated to a high level of 50 mW by a spectrally matched Semiconductor Optical Amplifier (SOA). The key advantage of such an optical configuration is its weak sensitivity to optical feedback, because the input power of 6 – 10 mW makes it possible for the SOA to reach a deep saturation level. In this situation, there is no need to install an optical isolator at the output of the SOA for protection from optical feedback. In addition, this allows eliminating any unwanted power drop related to insertion loss inside the isolator, which frequently reaches 2 dB. Another advantage of the MOPA scheme is that it uses only the polarization maintaining optical fiber — no SM-fiber coupled components are utilized. Most of the fiber-optic components are built on the fast-axis-blocked technology that guarantees high values of the PER (Polarization Extinction Ratio) at the MOPA output (> 18 dB).

Block Diagram of the MOPA Optical Scheme (Simplified).
M-SLD – Master SLD.
ISO – Isolator.
SOA – Semiconductor Optical Amplifier.
OPM – Optical Power Monitor.
APC – Automatic Power Control.

The MOPA system is offered in a compact metal case which can be used on a lab bench or in a rack. The instrument consists of a modular mainframe and several plug-in modules (power supplies, optical unit, current and temperature controllers, CPU etc.). Each MOPA system is equipped with a high-precision PM FC/APC optical socket for easy coupling of 2.0-mm narrow-key connectors. The device is supplied with a 1 mPM optical patch cable (other lengths are available upon request).

Our drive electronics includes two independent, high-precision, low-noise, constant-power current & temperature control drivers. The electronics provides safe current and temperature operation of the master SLD and the SOA. All the necessary SLD protective measures are implemented. Among the measures, the most important ones are the soft start, turn-on transient suppression, over temperature protection, open-circuit protection and pumping current limit.

The MOPA-SLD-850 can be operated locally from the front panel, or remotely from a computer with an RS-232 port. It contains minimum front-panel features needed for operation. No adjustments are required to run the device because it is completely pre-set at the factory. The rear panel of the instrument has a digital input to allow the drive current of the SOA to be pulse modulated (switched on or off). The maximum frequency of modulation is 50 kHz.

The device includes a linear power supply capable to operate from 220 VAC or 110 VAC. The required value of the line voltage is pre-set at the factory and should be specified by the customer when placing the order.

SLD-based light sources are excellent high-power speckle-free broadband light sources with a great potential for using in many practical applications such as OCT (Optical Coherence Tomography) Imaging Systems, FOG (Fiber Optic Gyroscopes), optical spectroscopy and the others.

Laser Safety Measures

For added safety, the system is designed to meet the laser safety requirements for class 3B laser products. Accordingly, the instrument incorporates the laser safety measures specified in IEC 60825-1 Ed. 2 2007-03, namely: the master key control, remote interlock connection, visual/audible alarm, information and warning stickers etc.

Product Customization Capabilities

We offer product customization services. A number of the operating characteristics of the product (e.g. the output power level, spectral characteristics etc.) are available for modification according to your specific needs.

Please contact us for further discussion of your requirements.

Swept Wavelength Tunable Semiconductor Lasers, Broadsweepers

The Broadsweepers series is a new family of tunable semiconductor lasers intended for applications that require fast and precision wavelength tuning with high sweep-to-sweep reproducibility of the "instantaneous" wavelength. Among all possible applications, the most important are Optical Coherence Tomography (including Full Field OCT), biomedical imaging, interferometry, optical spectroscopy, fiber-optic sensing and optical component characterization.

The optical scheme of the Broadsweeper is based on an external fiber-optic ring cavity and a broadband Semiconductor Optical Amplifier (SOA), working as a gain medium. The wide bandwidth feature of the SOA module and its high fiber-to-fiber gain allow reaching a wavelength tuning range of more than 50 nm at 3 mW of the output power.

The wavelength tuning technique involves the use of an Acousto-Optical Tunable Filter (AOTF) with a very narrow spectral passband ranging from 0.2 to 0.8 nm (FWHM). The AOTF is actively temperature controlled for high spectral stability of laser radiation. Since the laser cavity contains no mechanically moving components, high accuracy of wavelength selectivity and excellent wavelength reproducibility in sweep operation are ensured. Due to the perfect AOTF tuning characteristic, the laser provides k-linear wavelength tuning over a wide spectral range.

As well as the SOA and the AOTF, the other important elements of the laser are a fiber-optic coupler, optical isolator and in-line optical power monitor. All of them feature a unique customized design perfectly fitted for broadband spectral applications. Collimating optics used with the AOTF is relied on high-quality aspherical lens. This optics is aberration-free that allows obtaining not only a well-collimated laser beam required for effective operation of the AOTF but also maximum efficiency of coupling the light into the output optical fiber. The filter and the optics are packaged into one monolithic metal housing, thereby ensuring reliable day-after-day operation without misalignment. The external cavity of the laser uses a PANDA-type polarization maintaining (PM) fiber. This provides a well-defined state of polarization as well as high stability of laser polarization in time and under different ambient conditions. The only front-panel optical port delivers an optical signal with ultra-low amplified spontaneous emission (< -50 dB) and a polarization extinction ratio (PER) of min. 18 dB. Most of the fiber-optic components are built on the fast-axis-blocked technology that also guarantees high values of the PER at the laser output.

The output polarization is provided in the slow axis of the fiber that is precisely aligned to the connector key.

The laser is housed in a compact metal case suitable for applications on the bench and in the rack. The device has a modular design that incorporates several plug-in modules (power supplies, tunable optical module, current and temperature driving module, central processing unit, etc.) into one single mainframe. Our driving electronics provides precise, reliable and safe control of the laser in all modes of operation. All the necessary laser diode protective measures such as transient suppression, over-temperature protection, open-circuit protection and laser current limit are implemented. The optical power control loop in combination with the very fast laser current source adjusted for automatic-power-control mode allow operation with a flat-top-shaped tuning characteristic at all specified sweep speeds.

The laser provides the following modes of operation:

When internally triggered, the device produces synchronizing pulses. BNC-connectors necessary to synchronize the laser with your measuring equipment are located on the rear panel of the device. In the external triggering mode, the device responds to incoming TTL-compatible trigger signals.

The Broadsweeper offers the maximum output power of 3 mW. For powerful applications, the device can additionally be equipped with an optical power booster elevating the power up to 20 mW.

The laser output is performed through the front-panel high precision PM optical socket for an FC/APC connector with the narrow key (2.0 mm). The device is supplied with a PM optical patch cable. An SM optical patch cable is also available on request.

Remote Control Capability

The device has an RS-232 DTE port for remote control from a computer. The necessary connectivity software is supplied with the instrument.

Laser Safety Measures

To fulfill the requirements of IEC 60825-1 Ed. 2 2007-03, the instrument is equipped with laser safety measures including: the master key control, remote interlock connection, visual/audible alarm, informational warning stickers, etc.

Standard Models Available For Ordering

Depending on the spectral band and sweep speed, there are several models of the product to choose from. Refer to the table below for the standard versions of the product.

Model

Tuning Range (nm)

Output Power (mW)

Sweep Speed (nm/s)

Linewidth (nm)

765 – 815 nm Spectral Range

STBS-785-1

50

3

2 – 10,000

0.06

STBS-785-1-HP*

50

20

2 – 10,000

0.06

STBS-785-2

50

3

100 – 100,000

0.12

STBS-785-2-HP*

50

20

100 – 100,000

0.12

805 – 880 nm Spectral Range

STBS-840-1

75

3

2 – 10,000

0.06

STBS-840-1-HP*

75

20

2 – 10,000

0.06

STBS-840-2

75

3

100 – 100,000

0.12

STBS-840-2-HP*

75

20

100 – 100,000

0.12

900 – 980 nm Spectral Range

STBS-930-1

80

3

2 – 10,000

0.09

STBS-930-1-HP*

80

20

2 – 10,000

0.09

STBS-930-2

80

3

100 – 100,000

0.15

STBS-930-2-HP*

80

20

100 – 100,000

0.15

1020 – 1090 nm Spectral Range

STBS-1060-1

70

3

2 – 10,000

0.09

STBS-1060-1-HP*

70

20

2 – 10,000

0.09

STBS-1060-2

70

3

100 – 100,000

0.15

STBS-1060-2-HP*

70

20

100 – 100,000

0.15

* INCLUDES INTERNAL OPTICAL POWER BOOSTER

General Specifications

Power Requirements:

110 VAC or 220 VAC, 50 Hz or 60 Hz

Power Consumption:

20 W / 25 W*

Operating Temperature:

+15 °C to + 30 °C

Storage Temperature:

0 °C to +40 °C

Outline Dimensions (W × H × D):

257 × 170 × 325 mm / 362 × 160 × 326 mm*

Weight:

9 kg / 12 kg*

* FOR MODELS WITH INTERNAL OPTICAL POWER BOOSTER

Product Customization Capabilities

We offer product customization services. A number of the operating characteristics of the product (e.g. the output power level, target wavelengths for the tuning range, the sweep speed limits, etc.) can be modified to meet your requirements. Please contact us for further discussion of your tunable laser requirements.

STDL Series DFB, SLED, ELED, ASE, BP1, BF, FBGL, FP Chip Laser Diodes

Cutting edge optical and photonics technology to design and manufacture laser diodes and other laser products. These products are key components in diverse applications that will pave the way to revolutionising the technology of the future: self-driving cars, quantum optics, structural health monitoring, renewable energy harvesting, optical test and measurement solutions.

With state-of-the-art photonics technology and highly qualified experienced team in its 50,000 square foot purpose built facility that houses R&D, product design and manufacturing, with ability to produce prototypes of customised photonics devices and arrays also allows customers to outsource the photonics supply chain. The ISO 9001:2015 certification was awarded.

Product family

Product Code

Specification

Form factor

Application

DFB

STDL-DFB65303T

WL 1653.7 nm,

Min. Power 3 mW,

SMSR >35 dB

TO

Gas sensing

 

DFB

STDL-DFB65304D

STDL-DFB65306D

WL 1653.7 nm,

Min. Power 4mW, 6mW,

SMSR >35 dB

Chip

Gas sensing

 

SLED

STDL-CS5103A

STDL-CS5153A

STDL-CS5203A

Typ. WL 1550 nm

Typ. FWHM 40 nm

Min. Power 10, 15, 20, 35 mW

SMF/PMF

14-pin BTF

Navigation

 

SLED

STDL-CS50L4C

STDL-CS55057C

Typ. WL 1550 nm

Typ. FWHM 40, 60 nm

Min Power 1, 5 mW

8-pin BTF

Navigation

 

SLED

STDL-CS3089A

STDL-CS3159A

Typ. WL 1310 nm

Typ. FWHM 75, 83 nm

Min. Power 8, 15 mW

14-pin BTF

Fiber Optic Test and Measurement

 

SLED

STDL-CS43H4A

Typ. WL 1430 nm

Typ. FWHM 45 nm

Min. Power 15 mW

14-pin BTF

Fiber Optic Test and Measurement

 

SLED

STDL-CS5169A

Typ. WL 1550 nm

Typ. FWHM 80, 100 nm

Min. Power 16, 10 mW

14-pin BTF

Fiber Optic Test and Measurement

 

SLED

STDL-CS51010A

Typ. WL 1550 nm

Typ. FWHM 80, 100 nm

Min. Power 16, 10 mW

14-pin BTF

Fiber Optic Test and Measurement

 

SLED

STDL-CS5029L

Typ. WL 1510 nm

Typ. FWHM 100 nm

Min. Power 0.2 mW

14-pin DIL

Fiber Optic Test and Measurement

 

SLED

STDL-CS3024A

STDL-CS3089A

STDL-CS3159A

Typ. WL 1310 nm

Typ. FWHM 40, 75, 83 nm

Min. Power 2, 8, 15 mW

14 pin BTF

Metrology

SLED

STDL-CS5103A

STDL-CS5153A

STDL-CS5203A

Typ. WL 1550 nm

Typ. FWHM 40 nm

Min. Power 10, 15, 20, 35 mW

SMF/PMF

14-pin BTF

Structural Health Monitoring

SLED

STDL-CS5169A

Typ. WL 1550 nm

Typ. FWHM 80, 100 nm

Min. Power 16, 10 mW

14-pin BTF

Structural Health Monitoring

SLED

STDL-CS68M5A

Typ. WL 1680 nm

Typ. BW FWHM 50 nm

Min. Power 15 mW

Typ. Spectral Ripple 0.3 dB

14-pin BTF

Medical

 

ELED

STDL-US5084D

Typ. WL 1550 nm

Typ. FWHM 40 nm

Min. Power 0 8 mW

TO-56 spherical Lens

Fiber Optic Test and Measurement

 

ELED

STDL-US31014D-FS

Typ. WL 1310 nm

Typ. FWHM 40 nm

Min. Power 0.15 mW

TO-56 Coaxial

Fiber Optic Test and Measurement

 

ELED

STDL-US3104H

Typ. WL 1310 nm

Typ. FWHM 40 nm

Min. Power 1 mW

TO-56 Flat Lens

Data Communications

ASE series

STDL-ASE-CW-CSC5169A

WL 1510-1590 nm

DOP < 5%

Power Density > 25 dBm/0.1 nm

ILM

Distributed Fiber Optic Sensing

 

BP1 series

STDL-BP1-CS5169A

Typ. WL 1550 nm

Typ. FWHM 80 nm

Min. Power 12 mW (with circulator)

ILM

Distributed Fiber Optic Sensing

 

BF series

STDL-BFx-CLS101B-S1550

WL 1550 nm,

Min. Power 10 mW,

Linewidth <50, <200 kHz

ILM

Distributed Fiber Optic Sensing

 

BF series

STDL-BFx-CLS101B-S1550

WL 1550 nm,

Min. Power 10 mW,

Linewidth <50, <200 kHz

ILM

Structural

Health

Monitoring

BF Series

STDL- BFx-CLS101B-FP-S1550

WL 1550 nm,

Min. Power 10 mW,

Linewidth <50, <200 kHz

ILM

Sensing

 

FBGL

STDL-CLS101B-FP-S1550

WL 1550 nm,

Min. Power 10 mW,

Linewidth <100, <200 kHz

SMSR >45 dB

14-pin BTF

Sensing

 

FP

STDL-FPL65110T A

Typ. WL 1650 nm

Op. Temp 0C - 60C

Min. Power 50 mW pulsed

Typ. SE 0.09 mW/A@25C

TO

Medical

 

 

(1) General Purpose SLED Integrated Light Modules

SLED

he STBX-BZ series of Integrated Infrared Light Module (I2LM) products are based on the proven performance STDL-CS series of 14 PIN BUTTERFLY SLED It is an ideal balance of cost performance value solution, for general purpose applications that require convenient usage, low wavelength sensitivity to environment, and lifetime reliability. The STBX series and STBZ series incorporate a compact form factor with precise controllers for high output level and excellent power stability.

STDL-BX series is focused on providing a Precisely Power Tuned light source, with the functional feature of plugging in and providing infrared light, where absolute accuracy, stability, lifetime reliability and high resolution are vital. The STDL-BZ line of I2LM series provides option to directly intensity modulate the SLED.

Extra Features in BX-9 Series

Extra Features in BX-10 Series

Extra Features in BZ-1 Series

Features & Performance

Application

Wavelength  Range (nm)

Model selection

STDL-BX9-STCSxxxxA,  STDL-BX10-CSxxxxA,  STDL-BZ1-CSxxxxA

Typ. Module  Power  (mW)

Typ. Module  FWHM

(nm)

Typ.  Module  Ripple

(dB)

1260 -1290

2079A

2184A

7

18

75

40

0.15

0.15

 

3055A

5

50

0.15

1290 -1330

3089A

8

75

0.2

 

3102A

10

30

0.15

 

3152A

15

30

0.15

 

3159A

15

83

0.25

Premium

3184A

18

42

0.15

 

3202A

20

30

0.2

 

3207A

20

56

0.15

 

3307A

30

58

0.25

 

3404A

40

43

0.25

 

3452A

40

32

0.35

 

3504A

50

38

0.3

1330 -1370

35H5A

13

48

0.2

1380 -1420

40H2A

15

35

0.2

1415 -1445

43H4A

15

45

0.2

1430 -1470

44H4A

15

45

0.2

1460 -1500

48H5A

15

50

0.2

 

5037A

3

60

0.15

1530 -1570

5077A

5

60

0.2

 

5107A

8

60

0.2

 

5103A

10

40

0.15

 

51010A

10

100

0.25

Premium

5153A

15

40

0.2

 

5169A

16

80

0.3

 

5203A

20

40

0.25

 

5254A

25

40

0.25

 

5403A

35

40

0.35

1560 -1600

58M7A

5

58

0.15

1580 -1620

6055A

6107A

5

8

55

60

0.15

0.15

1600 -1630

62M7A

8

60

0.15

1635 -1690

65M5A

69M5A

10

10

50

50

0.2

0.2

Application Details

Structure Health Monitoring (SHM)

-sensing in gas & oil production, telemetry inelectricity distribution (FOS)

- physical (temp, pressure, strain, vibrations), structural and civil engineering, smart structures, intelligent distributed sensing (DTS DTSS)

Test & Measurement

- in line production process monitoring, 3D metrology and surface

metrology, semiconductor fabrication (solar cells)

Medical Technology

- OCT (biopsies less medical cell imaging, diagnostic imaging), point of use/

handhelds/ non invasive diagnosis (blood analysis)

Navigation

- navigation and guidance inertia sensing (gyroscope)

Physical & Mechanical Specification

(2) Superluminescent Light Emitting Diodes (SLED)

SLED

We offer proprietary matching of Infrared Light sources for custom and application specific needs of those who need to develop a Broadband Fiber Coupled Light Sources for use in a variety of spectroscopy applications, is ideal for applications requiring wide spectral ranges in the NIR.

The SLED family covers all the bands needed for broadband and high power requirements, the SLED based light sources will cover all the main bands used in telecom applications, and communications and test applications It provides a broader spectral range and high spectral density. The product family is ideal for broadband applications, and passive component testing, as well as fiber optic sensing and spectroscopy.

Applications

Product Offering

Features & Performance

Center (nm)

Product Code

Min Power  (mW)

Typ BW  FWHM

(nm)

Typ Spectral  Ripple  (dB)

Package  Options

Typ Iop  (mA)

PD Option

General Applications

1275

STDL-CS2079A

STDL-CS2089A

STDL-CS2184A/B

7

8

18

75

75

40

0.15

0.2

0.15

14 pinBTF

14 pinBTF

14 pinBTF /DIL

400

400

350

Yes

Yes

Yes

T&M –CT

T&M –CT

T&M –CT

1310

STDL-CS3034L

0.3

43

0.1

14 pinDIL

100

Yes

T&M –OpticalNetworks

 

STDL-CS3059N

0.4

70

0.1

14 pinDIL

150

No

T&M –OpticalNetworks

 

 

STDL-CS3014A

1

43

0.1

14 pinDIL

150

Yes

T&M –OpticalNetworks

 

 

STDL-CS3024A/B

2

45

0.1

14 pinBTF/DIL

180

Yes

T&M –OpticalNetworks

 

 

STDL-CS3024C

2

45

0.1

8 pinBTF

180

Yes

Navigation

 

 

STDL-CS3055A/B

5

50

0.15

14 pinBTF/DIL

250

Yes

T&M –Comm.Test

 

 

STDL-CS3089A

8

75

0.2

14 pinBTF

400

Yes

T&M -Metrology

 

 

STDL-CS3102A/B

10

30

0.15

14 pinBTF/DIL

250

Yes

 

 

STDL-CS3152A

15

30

0.15

14 pinBTF

300

Yes

T&M

 

 

STDL-CS3158A

15

60

0.3

14 pinBTF

500

Yes

T&M

 

Premium

STDL-CS3159A

15

83

0.25

14 pinBTF

500

Yes

T&M, MedTech

 

STDL-CS3184A/B

18

42

0.15

14 pinBTF/DIL

350

Yes

T&M

 

 

STDL-CS3202A/B

20

30

0.2

14 pinBTF/DIL

350

Yes

T&M

 

 

STDL-CS3207A

20

56

0.15

14 pinBTF

500

Yes

T&M

 

 

STDL-CS3307A

30

58

0.25

14 pinBTF

700

Yes

 

 

STDL-CS3404A

40

43

0.25

14 pinBTF

700

Yes

T&M,FOS

 

 

STDL-CS3452A

40

32

0.35

14 pinBTF

700

Yes

T&M

 

 

STDL-CS3504A

50

38

0.3

14 pinBTF

700

Yes

T&M

 

1340

STDL-CS3059L

0.4

80

0.1

14 pinDIL

180

No

T&M –OpticalNetworks

1350

STDL-CS35M9A

STDL-CS35H5A

8

13

80

48

0.25

0.2

14 pinBTF

14 pinBTF

400

350

Yes

Yes

T&M –OpticalNetworks

T&M –OpticalNetworks

1390

STDL-CS39L5B

STDL-CS39107A

3

8

55

55

0.1

0.3

14 pinDIL

14 pinBTF

200

400

Yes

Yes

T&M –OpticalNetworks

T&M

1400

STDL-CS40H2A/B

15

35

0.2

14 pinBTF/DIL

350

Yes

T&M –OpticalNetworks

1430

STDL-CS43H4A

15

45

0.2

14 pinBTF

350

Yes

T&M –OpticalNetworks

1450

STDL-CS44H4A

STDL-CS44H5A

15

25

45

50

0.2

0.3

14 pinBTF

14 pinBTF

350

600

Yes

Yes

T&M –OpticalNetworks

T&M –OpticalNetworks

1480

STDL-CS48H5A/B

15

50

0.2

14 pinBTF/DIL

350

Yes

T&M –OpticalNetworks

1510

STDL-CS5029L

0.2

100

0.1

14 pinDIL

180

No

T&M –OpticalNetworks

1530

STDL-CS53107A

8

60

0.3

14 pinBTF

500

Yes

T&M,SHM

 

Center

(nm)

Product Code

Min  Power  (mW)

Typ BW  FWHM

(nm)

Typ  Spectral  Ripple  (dB)

Package  Options

Typ Iop (mA)

PD

Option

General Applications

1550

DL-CS5029N

0.2

95

0.1

14 pinDIL

150

No

T&M –OpticalNetworks

 

DL-CS5014A

1

43

0.15

14 pinDIL

125

Yes

T&M –OpticalNetworks

 

DL-CS50L4C

1

40

0.15

8-pinBTF

130

Yes

T&M/NAV

 

DL-CS5027B

2.5

60

0.15

14 pinDIL

180

Yes

T&M

 

DL-CS5037C-FP

3

60

0.15

8-PinBTF

250

Yes

Nav

 

DL-CS5057C-FP

5

60

0.2

8-pinBTF

300

Yes

T&M

 

DL-CS5037A/B

3

60

0.15

14 pinBTF/DIL

250

Yes

T&M

 

DL-CS5077A/B

5

60

0.2

14 pinBTF/DIL

250

Yes

T&M –CommTest

 

DL-CS5107A/B

8

60

0.2

14 pinBTF/DIL

300

Yes

T&M/NAV

 

DL-CS5103A/B

10

40

0.15

14 pinBTF/DIL

300

Yes

NAV

Premium

DL-CS51010A-T30

10

100

0.25

14-PinBTF

600

Yes

T&M/SHM

 

DL-CS5153A

15

40

0.2

14 pinBTF

350

Yes

T&M/SHM

Premium

DL-CS5169A/-T20

16

80

0.3

14 pinBTF

500

Yes

T&M/SHM

 

DL-CS5203A

20

40

0.25

14 pinBTF

450

Yes

T&M/SHM

 

DL-CS5254A

25

40

0.25

14 pinBTF

450

Yes

T&M/SHM

 

DL-CS5403A

35

40

0.35

14 pinBTF

650

Yes

T&M –CT

1560

DL-CS56107A

8

65

0.2

14 pinBTF

350

Yes

T&M-CommTest

1580

DL-CS58L9B

DL-CS58M7A

1.5

5

95

58

0.1

0.15

14 pinDIL

14 pinBTF

250

250

Yes

Yes

T&M

T&M

1600

DL-CS6055A/B

DL-CS6107A/B

DL-CS60H2A

5

8

25

55

60

30

0.15

0.15

0.35

14 pinBTF/DIL

14 pinBTF/DIL

14 pinBTF

200

300

650

Yes

Yes

Yes

T&M

T&M

T&M/FOS

1620

DL-CS62M7A/B

DL-CS62H2A

8

20

60

30

0.15

0.3

14 pinBTF/DIL

14 pinBTF

300

500

Yes

Yes

T&M/FOS

T&M/FOS

1650

DL-CS65L9A

DL-CS65M5A  DL-CS65H5A

2

10

15

85

50

50

0.1

0.2

0.3

14 pinBTF

14 pinBTF

14 pinBTF

300

350

350

Yes

Yes  Yes

T&M/FOS

T&M/FOS  T&M/FOS

1680

DL-CS68M5A

15

50

0.3

14 pinBTF

500

Yes

T&M/FOS

1690

DL-CS69M5A

10

50

0.15

14 pinBTF

400

Yes

T&M/FOS

1690

DL-CS69H5A

15

50

0.3

14 pinBTF

500

Yes

T&M/FOS

Premium Grade SLED

Premium Products are offered in 3 CWL, 3 Bandwidth Families, 3 Power Ranges, 3 Spectral  Modulation Ranges, known as P-Premium Grade, A Grade, and B Grade.

Product Family 1310:

Product Family 1550:

Product Family 1600/1620/1680:

(3) SLED Sets

We offer proprietary matching of SLEDs, to produce a multi product combination, which combines a single spatial mode, across a broad spectrum for both sensing or telecom applications that require a broadband spectrum. With a total output power up to 50 mW, that covers a range of from 1250 nm to 1700 nm, the SLED offering provides unparalleled flexibility value and versatility, for those customers who need quick agile alternatives for drop in IR Light sources, to fulfill spectrum needs

The Light Source family, provides the required spectral stability, and total output power stability required for both application specific, and specific spectral regions of interest Our Light Source Family of SLED’s also provides the necessary Spectral Power Density as a key attribute, required for sensing applications and telecom uses which may or may not have polarization dependencies.

Application:

Broadband Fiber Coupled Light Sources for Spectroscopy, -telecommunication, test & measurements, component testing

Product Description:

Multiple Light Source Matching in One Broad Band Source - For multiple wavelength testing, our Dual 2 to Six 6 SLED combinations cover all the major network bands, which enables accurate characterization of fiber links and their passive components, with a very cost effective test set up. Use our 1300 nm/ 1500 nm source for most major passive components Isolators, Couplers.

SLED Light Sources Choice Selection for Component testing – The diverse SLED line of products offers enough variety of choice in power selection along with spectral symmetry You can efficiently qualify your components during your systems components development and perform Pass/Fail testing during production.

High Spectral Density Stability - High spectral density stability is essential to ensure that the test setup products accurate measurements. The more stable the spectrum, the less often a reference trace has to be acquired.

Features

Telecom  Band

Wavelength  (nm)

Min.Power  Density  (dBM/0.1n  m)*

Mad.  Spectral  Flatness  (dB)

Numberof  SLEDs

O-E

1230-1400

-30

3

2

O-L

1250-1600

-30

14

3

O-U

1250-1650

-25

10

4

1250-1650

-22

8.5

5

1250-1700

-25

2

6

S-U

1450-1670

-30

2

2

SLED

(4) All Semiconductor ASE Broadband Light Source

STDL-ASE is a series of all semiconductor low DOP ASE optical sources with a wide selection of wavelengths, covering the entire telecom spectral bands (from O to U) The CW output standard model comes with excellent stability in output power and spectrum As it operates on direct light generation from superluminescent principle (SLED), it can be directly intensity modulated. Modulation models are available upon request, as well as models to meet your specific needs.

SLED

Features

Applications

STDL-ASE-CW Series

STDL-ASE-IM Series

Features & Performance

Telecom Band

Product Code

SLED Type

Wave-length Range [nm]

CWL [+/-20nm]

Band  width [3dB]

Power [dBm]

Power  Density [dBm/ nm]

Usage Mode

Spectral  Symmetry [gaussian]

O

Band

(1260 1360

nm)

STDL-ASE-CW-CSO193A

STDL-CS-3452A-FP

1285 -1335

1310

32

19

-6.5

CW

Yes

STDL-ASE-CW-CSO157A

STDL-CS-3207A-FP

1265 -1365

1310

50

15

-12.5

CW

Yes

STDL-ASE-CW-CSO139A

STDL-CS-3159A-FP

1250 -1350

1310

75

13.5

-7.5

CW

Yes

STDL-ASE-CW-CSO119A

STDL-CS-3159A-FP

1250-1350

1310

75

11

-12.5

CW

Yes

STDL-ASE-CW-CSOE 109A

STDL-CS-2079A-FP  STDL-CS-35H5A-FP

1235-1380

1310

120

10

-15

CW

No

E Band (1360-1460nm)

STDL-ASE-CW-CSE145A

STDL-CS-44H5A-FP

1420 -1460

1450

50

14

-7.5

CW

Yes

S Band (1460-1530nm)

STDL-ASE-CW-CSS145A

STDL-CS-48H5A-FP

1470-1506

1480

50

13.5

-9

CW

Yes

S C Band (1460 1565 nm)

STDL-ASE-CW-CSSC 129A

STDL-CS-53109A

1470-1565

1530

80

12

-10

CW

Yes

C Band (1530 1565nm)

STDL-ASE-CW-CSC183A

STDL-DL-CS5403A-

FP

1525 -1565

1550

35

18

-3.5

CW

Yes

STDL-ASE-CW-CSC164A

STDL-CS-5254A-FP

1525-1565

1550

40

16

-5

CW

Yes

STDL-ASE-CW-CSC147A

STDL-CS-5107A-FP

1510-1590

1550

60

15

-7.5

CW

Yes

STDL-ASE-CW-CSC119A

STDL-CS-5169A-FP

1510-1590

1550

80

11.5

-9

CW

Yes

STDL-ASE-CW-CSC117A

STDL-CS-5107A-FP

1525 -1565

1550

60

11

-10

CW

Yes

STDL-ASE-CW-CSC107A

STDL-CS-5107A-FP

1526 -1565

1550

60

10

-11

IM

Yes

STDL-ASE-CW-CSC143A

STDL-CS-5254A-FP

1525 -1565

1550

40

14

-8

CW

Yes

CL Band (1525 1625 nm)

STDL-ASE-CW-CSC117A

STDL-CS58M7A-FP

1527 -1610

1580

58

11

-15

CW

Yes

STDL-ASE-IM-CSCL107A

STDL-CS58M7A-FP

1526 -1625

1580

58

10

-16

IM

Yes

L Band (1565 1625nm)

STDL-ASE-CW-CSL165A

STDL-CS60H5A-FP

1525-1610

1600

50

16

-6

CW

Yes

U Band (1625 1675nm)

STDL-ASE-CW-CSU 125A

STDL-CS65M5A-FP

1651-1691

1650

50

11.5

-13

CW

Yes

STDL-ASE-CW-CSU 125A

STDL-CS65M5A-FP

1625-1675

1650

50

11.5

-9

CW

Yes

STDL-ASE-CW-CSU 135A

STDL-CS69M5A-FP

1645-1710

1690

50

13

-10

CW

Yes

Applications

ELED

SLED

(5) Light Uncooled Edge-Emitting LEDs (ELED)

ELED

The STDL-US series are uncooled edge emitting LEDs in TO can or coaxial pigtail package engineered for optical communication systems and test instruments It operates over a wide temperature range from 0 to 70 C without any need for a thermoelectric cooler and temperature controller.

Applications

Features & Performance

Center Wavelength (nm)

Product Code

Min

Power (mW)

Min Band width FWHM (nm)

Package Options

Typ Iop (mA)

 

STDL-US3054D-PD

0.5

35

TO-56 Aspherical Lens

With PD

100

 

STDL-US3154D-PD

1.5

35

TO-56 Aspherical Lens

With PD

100

1310

STDL-US3044H

STDL-US3064H

0.4

0.6

40

40

TO-56 Flat Lens

TO-56 Flat Lens

100

100

 

STDL-US3104H

1

40

TO-56 Flat Lens

100

 

STDL-US3084D

0.8

40

TO-56 Aspherical L ens

100

 

STDL-US31014D-FS*

0.15

40

TO-56 SMF Coaxial Pigtail

100

 

STDL-US31034D-FS*

0.3

40

TO-56 SMF Coaxial Pigtail

120

1530

STDL-US53084H-D

0.8

40

TO-56 Flat Lens

120

1550

STDL-US5054D-PD

STDL-US5154D-PD 

STDL-US5084D

STDL-US55016D-FS* 

STDL-US55036D-FS*

0.5

1.5

0.8

0.12

0.25

35

35

40

50

50

TO-56 Aspherical Lens

With PD

TO-56 Aspherical Lens with PD

TO-56 Aspherical Lens TO-56 SMF Coaxial Pigtail TO-56 SMF Coaxial Pigtail

120

120

120

125

125

*TO 56 SMF Coaxial Pigtail with PD is available

ELED ELED

ELEDELED

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