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THORLABS M F1 Series, Руководство по эксплуатации

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© 2012 Thorlabs

4

MxxxF1 Series

2

Operating Instruction

Take care for air ventilation in order to avoid overheating of  the LED. Increased temperature
leads to optical power drop and shortened life time.

 Note 

Optical  fibers  exhibit  in  conjunction  with  UV  LED  (365nm,  385nm  and  455nm)  a  behavior,
which seems paradoxal on a first  glance: This high-energy emission causes a change of  the
optical properties of the fiber, particularly it leads to a change of refraction index. This change
is expressed in a slow decrease of insertion loss and improved coupling properties. Thus, and
for a certain time interval after switching on the LED, the optical  power increases and reaches
a  stable  value  after  5-20min,  depending  on  the  fiber  type  and  wavelength.  This  process  is
reversible, but the relaxation may take hours and can be forced e.g. by heating the fiber.

Please  pay  attention  to  this  behavior  if  your  application  is  sensitive  with  respect  to  power
stability. 

The following picture shows the male connector of the MxxxF1 fiber coupled LED. It is a
standard M8x1 sensor circular connector. Pin 1 and 2 are the connection to the LED. Pin 3 and
4 are used for the internal EEPROM in the MxxxF1 series. Do not use these connections when
using a different LED driver than the Thorlabs series of LED drivers.

Pinning of the DC connector of MxxxF1 (view from pin side)

Power supply

We recommend to use Thorlabs DC2100 or LEDD1B LED current drivers (for control of single
LED),  alternatively  DC4100  with  DC4100-HUB  (control  of  up  to  4  individual  LED
simultaneously). These current sources are fully compatible with MxxxF1 fiber coupled LED.

The following table gives an overview about the different LED drivers.

Model

Max.

current

Max. fwd.

voltage

channels

Current Limit 

Capability

Notes

LEDD1B

1200 mA

11 V

1

Yes

T-Cube LED Driver

DC2100

2000 mA

24 V

1

Yes

High Power LED Driver

DC4100

1000 mA

5 V

4

Yes

4 Channel LED Driver

In case you decide to use your own DC source, please make sure that the operation current
won’t exceed the max. allowed value (see Technical Data

).

6

Содержание M F1 Series

Страница 1: ...Fiber Coupled LED MxxxF1 Series Operation Manual 2012 ...

Страница 2: ...Version Date 1 3 22 05 2012 Copyright 2012 Thorlabs ...

Страница 3: ...ormation 3 3 1 1 Safety 3 1 2 Ordering Codes and Accessories 3 1 3 Parts List 2 Operating Instruction 4 3 Maintenance and Service 5 4 Appendix 6 6 4 1 Technical Data 18 4 2 LED Spectra 22 4 3 Drawing 23 4 4 Thorlabs Worldwide Contacts ...

Страница 4: ...nternational partners are looking forward to hearing from you Thorlabs GmbH Warning Sections marked by this symbol explain dangers that might result in personal injury or death Always read the associated information carefully before performing the indicated procedure Please read these advices carefully This manual also contains NOTES and HINTS written in this form Attention Paragraphs preceeded by...

Страница 5: ...l packaging including the plastic foam sleeves If necessary ask for a replacement package 1 2 Ordering Codes and Accessories Ordering Codes MxxxF1 Fiber coupled mounted LED xxx stands for the wavelength see section Technical Data Optical Fiber We recommend to use MMF multimode fiber Connection to MxxxF1 must be made via a SMA fiber connector Optical output power is specified for a 400µm MMF with a...

Страница 6: ...h respect to power stability The following picture shows the male connector of the MxxxF1 fiber coupled LED It is a standard M8x1 sensor circular connector Pin 1 and 2 are the connection to the LED Pin 3 and 4 are used for the internal EEPROM in the MxxxF1 series Do not use these connections when using a different LED driver than the Thorlabs series of LED drivers Pinning of the DC connector of Mx...

Страница 7: ...ice Protect the MxxxF1 Series from adverse weather conditions The MxxxF1 Series is not water resistant Attention To avoid damage to the instrument do not expose it to spray liquids or solvents MxxxF1 Series fiber coupled LED do not contain any serviceable by the user parts Do not open the enclosure Do not stick any items into the SMA connector aperture you may damage the LED The unit does not need...

Страница 8: ...UV Dominant Wavelength 365 nm Minimum LED Output Power 3 0 mW Typical LED Output Power 4 1 mW Current for LED Power Test 700 mA Maximum Current CW 700 mA Forward Voltage 4 4 V Line Width FWHM 7 5 nm Typical Lifetime 10 000 h 2 M385F1 Color UV Dominant Wavelength 385 nm Minimum LED Output Power 9 0 mW Typical LED Output Power 10 7 mW Current for LED Power Test 700 mA Maximum Current CW 700 mA Forwa...

Страница 9: ...ower Test 500 mA Maximum Current CW 500 mA Forward Voltage 3 6 V Line Width FWHM 12 nm Typical Lifetime 10 000 h 4 M420F1 Color Violet Dominant Wavelength 420 nm Minimum LED Output Power 1 6 mW Typical LED Output Power 1 7 mW Current for LED Power Test 500 mA Maximum Current CW 500 mA Forward Voltage 3 6 V Line Width FWHM 12 nm Typical Lifetime 10 000 h ...

Страница 10: ...LED Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 3 2 V Line Width FWHM 25 nm Typical Lifetime 50 000 h 6 M470F1 Color Blue Dominant Wavelength 470 nm Minimum LED Output Power 8 0 mW Typical LED Output Power 10 1 mW Current for LED Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 3 6 V Line Width FWHM 25 nm Typical Lifetime 50 000 h ...

Страница 11: ...Power Test 350 mA Maximum Current CW 350 mA Forward Voltage 3 5 V Line Width FWHM 25 nm Typical Lifetime 10 000 h 8 M505F1 Color Cyan Dominant Wavelength 505 nm Minimum LED Output Power 7 0 mW Typical LED Output Power 8 0 mW Current for LED Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 3 3 V Line Width FWHM 30 nm Typical Lifetime 50 000 h ...

Страница 12: ...wer Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 3 6 V Line Width FWHM 33 nm Typical Lifetime 50 000 h 10 M565F1 Color Green Yellow Dominant Wavelength 565 nm Minimum LED Output Power 1 8 mW Typical LED Output Power 2 0 mW Current for LED Power Test 500 mA Maximum Current CW 500 mA Forward Voltage 3 2 V Line Width FWHM 80 nm Typical Lifetime 10 000 h ...

Страница 13: ...ower Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 2 5 V Line Width FWHM 18 nm Typical Lifetime 50 000 h 12 M617F1 Color Orange Dominant Wavelength 617 nm Minimum LED Output Power 9 0 mW Typical LED Output Power 10 8 mW Current for LED Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 2 5 V Line Width FWHM 18 nm Typical Lifetime 50 000 h ...

Страница 14: ...wer Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 2 5 V Line Width FWHM 18 nm Typical Lifetime 50 000 h 14 M660F1 Color Deep Red Dominant Wavelength 660 nm Minimum LED Output Power 13 0 mW Typical LED Output Power 14 5 mW Current for LED Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 2 15 V Line Width FWHM 25 nm Typical Lifetime 50 000 h ...

Страница 15: ...LED Power Test 500 mA Maximum Current CW 800 mA Forward Voltage 1 9 V Line Width FWHM 25 nm Typical Lifetime 10 000 h 16 M780F1 Color IR Dominant Wavelength 780 nm Minimum LED Output Power 1 3 mW Typical LED Output Power 1 5 mW Current for LED Power Test 500 mA Maximum Current CW 800 mA Forward Voltage 2 0 V Line Width FWHM 25 nm Typical Lifetime 10 000 h ...

Страница 16: ... Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 1 5 V Line Width FWHM 30 nm Typical Lifetime 50 000 h 18 M880F1 Color IR Dominant Wavelength 880 nm Minimum LED Output Power 2 4 mW Typical LED Output Power 2 8 mW Current for LED Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 1 7 V Line Width FWHM 50 nm Typical Lifetime 10 000 h ...

Страница 17: ... Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 1 4 V Line Width FWHM 30 nm Typical Lifetime 50 000 h 20 M970F1 Color IR Dominant Wavelength 970 nm Minimum LED Output Power 0 2 mW Typical LED Output Power 0 2 mW Current for LED Power Test 600 mA Maximum Current CW 600 mA Forward Voltage 1 4 V Line Width FWHM 45 nm Typical Lifetime 10 000 h ...

Страница 18: ...r Test 700 mA Maximum Current CW 700 mA Forward Voltage 1 5 V Line Width FWHM 60 nm Typical Lifetime 10 000 h 22 MWWHF1 Color Warm White Correlated Color Temperature 3000 K Minimum LED Output Power 6 0 mW Typical LED Output Power 7 0 mW Current for LED Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 3 5 V Line Width FWHM N A Typical Lifetime 10 000 h ...

Страница 19: ...or Cold White Correlated Color Temperature 5600 K Minimum LED Output Power 6 0 mW Typical LED Output Power 7 0 mW Current for LED Power Test 1000 mA Maximum Current CW 1000 mA Forward Voltage 3 6 V Line Width FWHM N A Typical Lifetime 50 000 h ...

Страница 20: ... 2012 Thorlabs 18 MxxxF1 Series 4 2 LED Spectra ...

Страница 21: ... 2012 Thorlabs 4 Appendix 19 ...

Страница 22: ... 2012 Thorlabs 20 MxxxF1 Series ...

Страница 23: ... 2012 Thorlabs 4 Appendix 21 ...

Страница 24: ... 2012 Thorlabs 22 MxxxF1 Series 4 3 Drawing ...

Страница 25: ...rlabs com Email sales uk thorlabs com Support techsupport uk thorlabs com France Thorlabs SAS 109 rue des Côtes 78600 Maisons Laffitte France Tel 33 970 444 844 Fax 33 811 38 17 48 www thorlabs com Email sales fr thorlabs com Scandinavia Thorlabs Sweden AB Mölndalsvägen 3 412 63 Göteborg Sweden Tel 46 31 733 30 00 Fax 46 31 703 40 45 www thorlabs com Email scandinavia thorlabs com Japan Thorlabs J...

Страница 26: ...ice does not refer to other Thorlabs products such as pure OEM products that means assemblies to be built into a unit by the user e g OEM laser driver cards components mechanics and optics left over parts of units disassembled by the user PCB s housings etc Waste treatment on your own responsibility If you do not return an end of life unit to Thorlabs you must hand it to a company specialized in w...

Страница 27: ...e determined by Thorlabs for this unit to operate fault free provided that they are handled according to our requirements However Thorlabs does not warrant a fault free and uninterrupted operation of the unit of the software or firmware for special applications nor this instruction manual to be error free Thorlabs is not liable for consequential damages Warranty Restiction of Warranty The warranty...

Страница 28: ...y liability exceed the purchase price of the product Please note that the content of this User Manual is neither part of any previous or existing agreement promise representation or legal relationship nor an alteration or amendment thereof All obligations of Thorlabs GmbH result from the respective contract of sale which also includes the complete and exclusively applicable warranty regulations Th...

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