UV VIS Light sources for spectroscopy by Ocean Optics…

feature sophisticated highly regulated power supplies to insure stable optical output. Our UV VIS light sources are typically fiber coupled, to connect to our various accessories and spectrometers to measure absorbance/transmission, reflection/scattering, fluorescence or Raman signals. Light sources are also used as standards for optical power (radiometry) and wavelength and some are integrated into sampling optics for ease of use and compact presentation.

Basic technologies include:

  • Deuterium bulbs – broad band continuous arc source for UV.
  • Tungsten halogen – broad band continuous hot filament source for VIS and NIR.
  • Combination – co-linear arrangement of a tungsten halogen lamp with a deuterium lamp.
  • Pulsed xenon – broad band pulsed arc lamp for UV-VIS
  • LED – narrow band continuous light emitting diode source

D2000-S-DUV

Ocean Optics D2000 UV source - Spectrecology.com

 

The D-2000-S-DUV light source offers stable, continuous output from 190 – 400 nm. For applications that monitor biological, organics, or petroleum compounds. The D-2000-S-DUV model includes an easy-to-replace bulb, keeping your measurements going with fast lamp changes. Also, the D-2000-S-DUV has a shutter with TTL control to limit the exposure of samples to the UV light emitted by the source.

Buy D2000-S-DUV Online!

 

 

 

 

 

 

 

D-2000-S-DUV Series Specifications &Spectrum

Engineering Specifications D-2000-S-DUV
Source: Deep-UV Deuterium
Wavelength Range: 190 – 400 nm
Color Temperature: N/A (not a blackbody source)
Nominal Bulb Power: 25 W
Typical Output Power:* 573 μW
Warm-up Time:** 25 minutes
Source Lifetime: 1,000 hours
Stability of Optical Output: <0.005% at 254 nm
Drift of Optical Output: 0.5% per hour at 254 nm
Trigger/Shutter Input Signal: TTL; Up to 2.5 Hz maximum
Trigger/Shutter Connection: SUB-D-15 pin
Integrated Filter Holder: No
Operating Temperature: 5 °C – 35 °C
Operating Humidity: 5-95% without condensation at 40 °C
Power Requirements: 85-264 V, 50/60 Hz
Dimensions: 15 x 13.5 x 28.5 cm
Weight: 5 kg
Safety & Regulatory: CE; VDI/VDE 0160; EN 61011
Replacement bulb: DH-2000-DUV-B

* Typical output power coupled into a 600 μm UV/VIS fiber and measured with an optical power meter integrated from 200 – 1100 nm

**  Warm up time @23 °C ambient, free airflow, no vibrations

Ocean D2000 spectrum - Spectrecology

 

DH2000
Deuterium and tungsten halogen bulbs provide deep UV – NIR light – Spectrecology

DH2000 – Deuterium – Tungsten Halogen UV-VIS Light source

UV VIS light sources provide deep UV light from a deuterium bulb.and VIS-NIR light from a tungsten halogen lamp. Variations include standard (220nm) or deep UV (190nm), deuterium only or combination deuterium and tungsten halogen, a special version with optics to remove the prominent and problematic atomic emission lines of hydrogen.

The DH-2000 family of light sources offers stable, continuous output from 190-2500 nm. Using a combination of deuterium and halogen lamps, DH-2000 sources are deal for measuring a sample that has multiple features in different spectral regions or for analyzing a variety of different samples in your lab. Built-in shutter options allow for easy dark measurements and prevent degradation to optical fibers from continuous exposure to the deuterium light. Universal power supply, cords and adapters for the U.S., EU countries, UK and Australia eliminate operating hassles.

Model Output Shutter Filter Holder Remote Power Eliminated Dα Line
DH-2000-FHS-DUV 190-2500 nm  x x  x
DH-2000-S-DUV-TTL 190-2500 nm  x x
DH-2000-BAL 215-2500 nm x x
Buy DH-2000-FHS-DUV Online!  Buy DH-2000-S-DUV-TTL Online!  Buy DH2000-BAL Online!
Engineering Specifications DH-2000-DUV Series
Sources: Deep-UV Deuterium & Tungsten Halogen
Wavelength range: 190-2500 nm
Nominal bulb power: 26 W (deuterium)
20 W (tungsten halogen)
Typical output power: See chart below
Warm-up time:* 25 minutes
Source lifetime: 1,000 hours
Stability of light source output: ≤0.1%/hour @ 254 nm (deuterium)≤0.1%/hour @ 700 nm (tungsten halogen)
Drift: ≤0.1%/hour @ 254 nm (deuterium)≤0.1%/hour @ 700 nm (tungsten halogen)
Shutter: DH2000-S-DUV & DH2000-S-DUV-TTL only
Remote shutter control: DH2000-S-DUV-TTL only
Integrated filter holder: DH2000-FHS-DUV only
Operating temperature: 5 °C – 35 °C
Operating humidity: 5-95% without condensation at 40 °C
Power requirements: 85-264 V, 50/60 Hz
Power consumption: Approximately 78VA
Dimensions (W x H x L): 15 x 13.5 x 28.5 cm
Weight: 5 kg
Safety & regulatory: CE; ROHS, WEEE
Replacement bulbs: DH-2000-DUV-B (deuterium)
DH-2000-BH (tungsten halogen)

*  Warm-up time @23 °C ambient, free airflow, no vibrations

Output Power

The table below reports typical output power coupled into a 600 μm UV-VIS fiber and measured with an optical power meter integrated from 200-1100 nm.

Model Deuterium Bulb Only Tungsten Bulb Only
DH-2000-FHS 217 μW 295 μW
DH-2000-DUV 585 μW 990 μW

Shutter/Trigger Options

  • Available only for the listed models
Engineering Specifications DH2000-S-DUV-TTL
Trigger/shutter input signal: TTL; Up to 2.5 Hz maximum
Trigger/shutter connection: SUB-D-15 pin
Independent switching of deuterium and the halogen bulbs Yes, via TTL signal

 

Ocean Optics DH2000 Family Spectra - Spectrecology

Engineering Specifications DH-2000-DUV Series
Sources: Deep-UV Deuterium & Tungsten Halogen
Wavelength range: 190-2500 nm
Nominal bulb power: 26 W (deuterium)
20 W (tungsten halogen)
Typical output power: See chart below
Warm-up time:* 25 minutes
Source lifetime: 1,000 hours
Stability of light source output: ≤0.1%/hour @ 254 nm (deuterium)≤0.1%/hour @ 700 nm (tungsten halogen)
Drift: ≤0.1%/hour @ 254 nm (deuterium)≤0.1%/hour @ 700 nm (tungsten halogen)
Shutter: DH2000-S-DUV & DH2000-S-DUV-TTL only
Remote shutter control: DH2000-S-DUV-TTL only
Integrated filter holder: NA
Operating temperature: 5 °C – 35 °C
Operating humidity: 5-95% without condensation at 40 °C
Power requirements: 85-264 V, 50/60 Hz
Power consumption: Approximately 78VA
Dimensions (W x H x L): 15 x 13.5 x 28.5 cm
Weight: 5 kg
Safety & regulatory: CE; ROHS, WEEE
Replacement bulbs: DH-2000-DUV-B (deuterium)
DH-2000-BH (tungsten halogen)

*  Warm-up time @23 °C ambient, free airflow, no vibrations

Output Power

The table below reports typical output power coupled into a 600 μm UV-VIS fiber and measured with an optical power meter integrated from 200-1100 nm.

Model Deuterium Bulb Only Tungsten Bulb Only
DH-2000-FHS 217 μW 295 μW
DH-2000-DUV 585 μW 990 μW

Shutter/Trigger Options

  • Available only for the listed models
Engineering Specifications DH2000-S-DUV-TTL
Trigger/shutter input signal: TTL; Up to 2.5 Hz maximum
Trigger/shutter connection: SUB-D-15 pin
Independent switching of deuterium and the halogen bulbs Yes, via TTL signal

Ocean Optics DH2000 Family Spectra - Spectrecology

Engineering Specifications DH-2000-BAL
Sources: Deuterium & Tungsten Halogen
Wavelength range: 230 – 2500 nm
Color temperature: unknown
Nominal bulb power: 25 W (deuterium)
20 W (tungsten halogen)
Typical output power:* 194 µW (deuterium bulb)
615 µW (tungsten bulb)
Warm-up time:** 25 minutes
Source lifetime: 1,000 hours
Stability of light source output: ≤0.1%/hour @ 254 nm (deuterium)≤0.1%/hour @ 700 nm (tungsten halogen)
Drift: ≤0.1%/hour @ 254 nm (deuterium)≤0.1%/hour @ 700 nm (tungsten halogen)
Trigger/Shutter input signal: TTL; Up to 2.5 Hz maximum
Trigger/Shutter connection: SUB-D-15 pin
Integrated filter holder: No
Operating temperature: 5 °C – 35 °C
Operating humidity: 5-95% without condensation at 40 °C
Power requirements: 85-264 V 50/60 Hz
Power consumption: Approximately 78VA
Dimensions (W x H x L): 15 x 13.5 x 28.5 cm
Weight: 5.5 kg
Safety & regulatory: CE; ROHS, WEEE
Replacement bulbs: DH-2000-BD (deuterium)
DH-2000-BH (tungsten halogen)

* Typical output power coupled into a 600 μm UV/VIS fiber and measured with an optical power meter integrated from 200 – 1100 nm

**  Warm up time @23 °C ambient, free airflow, no vibrations

DH2000-BAL.xls

 

DH-3plus-CAL

Ocean Optics DH2-Plus-CAL SpectrecologyThe DH-3plus series of calibrated UV-Vis-NIR light sources can be used to calibrate the absolute spectral response of a spectrometer system. Using these light sources and Ocean Optics software, you can determine absolute intensity values — to a high degree of accuracy — at wavelengths from 210-2400 nm. The DH-3plus series light sources are specifically calibrated for use with a cosine corrector.

DH-3plus Series

This series offers 3.7% – 7.5% uncertainty at region 210 – 1050 nm with the option to select an extended calibration to 2400 nm. These sources also feature an integrated shutter controlled by either TTL pulses or manually on the front of the instrument. The internal shutter blocks light completely from the sampling device, providing the most accurate dark measurements.

Balanced calibration sources

The DH-3plus-BAL-CAL is the world’s only balanced deuterium halogen calibration source. A system of proprietary internal mirrors and filters eliminate the D-alpha, D-beta and Fulcher lines in the deuterium source This produces a “smoother” spectrum across the entire wavelength range and producing a more reliable calibration.

Buy DH-3-P-CAL Online!

 

DH-3plus-CAL Series

The DH-3plus series of light sources offers as low as 3.7% uncertainty at 700 nm and a calibration over the range of 210-1050 nm with the option to select an extended calibration to 2400 nm.

Engineering Specifications DH-3plus-CAL DH-3plus-BAL-CAL
Sources: Deuterium & Tungsten Halogen Deuterium & Tungsten Halogen
Wavelength Range: 210 – 1050 nm (DH-3plus-CAL) 230 – 1050 nm (DH-3plus-BAL-CAL)
210 – 2400 nm (DH-3plus-CAL-EXT) 230 – 2400 nm (DH-3plus-BAL-CAL-EXT)
Nominal Bulb Power: 25 W (deuterium) 25 W (deuterium)
20 W (tungsten halogen) 20 W (tungsten halogen)
Warm-up time:* 40 minutes (deuterium) 40 minutes (deuterium)
20 minutes (tungsten halogen) 20 minutes (tungsten halogen)
Calibration lifetime: 50 hours 50 hours
Calibrated for: Absolute irradiance (µW/cm2/nm) Absolute irradiance (µW/cm2/nm)
Minimum Uncertainty Level: 3.7% at 700nm 4.0% at 700nm
Stability (Current): <5 x 10-6 peak-to-peak (0.1-10.0 Hz) <5 x 10-6 peak-to-peak (0.1-10.0 Hz)
Drift (Voltage): <0.01% per hour <0.01% per hour
Integrated Shutter: Yes Yes
Connection: SMA 905; CC-3-UV-S or 6.35 mm barrel for cosine corrector SMA 905; CC-3-UV-S or 6.35 mm barrel for cosine corrector
Operating Temperature: 5 °C – 35 °C 5 °C – 35 °C
Humidity: 5-95% without condensation at 40°C 5-95% without condensation at 40°C
Power requirements: 85-264 V, 50/60 Hz 85-264 V, 50/60 Hz
Power Consumption: Approximately 78VA Approximately 78VA
Dimensions (W x H x L): 15 x 13.5 x 28.5 cm 15 x 13.5 x 28.5 cm
Weight: 6 kg 6 kg
Safety & Regulatory: CE; ROHS, WEEE CE; ROHS, WEEE

*Warm up time @23 °C ambient, free airflow, no vibrations.

Calibration uncertainties for one standard deviation (k = 1)
Wavelength DH-3plus-CAL DH-3plus-BAL-CAL
@ 210 nm 7.5%
@ 230 nm 6.4% 7.0%
@ 250 nm 5.7% 5.9%
@ 300 nm 5.3% 5.4%
@ 500 nm 4.1% 4.4%
@ 700 nm 3.7% 4.0%
@ 900 nm 4.2% 4.5%
@ 1500 nm
@ 2200 nm

 

DH3-Plus radiometric calibration - Spectrecology

Calibration video

 

 

The DH-mini UV VIS light source

DH-MINI deuterium halogen source Spectrecology Ocean Optics
DH-MINI medium power UV-VIS source – Spectrecology

Despite its compact size the DH-mini produces strong output across the UV-Visible and near-IR from 200-2500 nm.  The tungsten and deuterium source bulbs can be turned on and off individually, limiting stray light in challenging measurements. An internal shutter can be opened and closed using simple buttons with LED indicators on the front panel. For automated processes or remote measurements, a TTL signal also can be used to control all functions. Integration with other systems is a breeze with full remote control of all functions via a 4-pin TTL connector. Galvanic isolation of the TTL pulse provides reliable performance in complicated environments like an electrically noisy production floor.   Buy a DH-MINI Online!

 

  • An integrated shutter helps protect light-sensitive samples
  • Remote Control is possible with the –TTL model, allowing the deuterium and halogen bulbs to be turned on/off individually, indicated using LED lights on the front panel
  • Optimize output with the variable intensity halogen bulb
  • Galvanic isolation of the TTL electronics provides reliable performance in complicated environments like an electrically noisy production floor
  • Full remote control of all functions via a 4-pin TTL connector make it ideal for OEM integration
Engineering Specifications DH-mini
Sources: Deuterium & Tungsten Halogen
Wavelength range: 200-2500 nm
Color temperature: unknown
Nominal bulb power: ~7 W (deuterium); ~2 W (tungsten halogen)
Typical output power:* 19 µW (deuterium bulb)
14 µW (tungsten bulb)
Warm-up time:** 6 minutes
Source lifetime: 1,000 hours
Stability of optical output: <0.1%
Drift of optical output: <0.2% per hour
Trigger/shutter input signal: TTL; up to 2.5 Hz maximum
Trigger/shutter connection: 4 pin galvanically isolated TTL connector (SUB-D-15 adapter cable provided)
Integrated filter holder: No
Operating temperature: 5 °C – 35 °C
Operating humidity: 5-95% without condensation at 40 °C
Power requirements: 12 VDC
Power consumption: up to 15 W
Dimensions: 7.5 cm x 8.2 cm x 17.5 cm
Weight: 0.5 kg
Safety & regulatory: CE; ROHS; WEEE
Replacement bulb: DH-MINI-B

* Typical output power coupled into a 600 μm UV-Vis fiber and measured with an optical power meter integrated from 200-1100 nm **  Warm-up time @23 °C ambient, free airflow, no vibrations.

DH Mini spectra - Spectrecology

 

 

 

HL-2000 LS-1
HL series of tungsten halogen light sources – Spectrecology

HL-2000 VIS light sources

The HL-2000 family of visible and near-infrared light sources offers diverse models and performance characteristics to match your measurements. From high-power to long lifetime, the HL-2000 family provides flexibility for your lab for measurements between 360-2400 nm.

All HL-2000 models feature an integrated fan to keep the light sources cool and stable. A universal power supply makes setup quick and easy.

The additional features of the –FHSA model include an adjustable focusing of the SMA 905 connector to maximize light coupling into the fiber and a built-in filter holder that accepts optical filters up to 25.4 mm round to 50.8 mm square and up to 3 mm thick. Additionally, the DB-15 connector allows you to control the shutter via TTL.

For more power, the –HP model features a high-power lamp delivering 20 W of power.

The –LL model uses a unique long lifetime lamp that extends operation to 10,000 hours.

 

 

Item Wavelength Range Shutter Filter Holder Bulb Life (typical) Color Temp
HL-2000-LL 360-2400 nm x 10,000 hours  2800 K
HL-2000-FHSA-LL 360-2400 nm x x 10,000 hours  2800 K
HL-2000-HP 360-2400 nm x 1,000 hours 3000 K
HL-2000-HP-FHSA 360-2400 nm x x 1,000 hours 3000 K

 

 

Buy an HL-2000 Online!    Buy an HL-2000-HP Online!
Engineering Specifications
HL-2000-LL Series
Source: Long Lifetime Tungsten Halogen
Wavelength range: 360-2400 nm
Color temperature: 2,800 K
Nominal bulb power: 4.75 W
Typical output power: See chart below
Warm-up time:* 10 minutes
Source lifetime: 10,000 hours (typical)
Stability of optical output: 0.15% peak-to-peak
Drift of optical output: <0.3% per hour
Trigger/shutter: HL-2000-FHSA-LL only
Integrated filter holder & attenuator: HL-2000-FHSA-LL only
Operating temperature: 5 °C – 35 °C
Operating humidity: 5-95% without condensation at 40 °C
Power requirements: 12 VDC
Power consumption: up to 15 W
Dimensions: 6.2 cm x 6 cm x 15 cm
Weight: 0.5 kg
Safety & regulatory: CE; ROHS, WEEE
Replacement bulb: HL-2000-B-LL

*  Warm-up time @23 °C ambient, free airflow, no vibrations

Ocean Optics HL2000-LL and HP Spectra, Spectrecology

Engineering Specifications HL-2000-HP Family
Source: High-powered Tungsten Halogen
Wavelength Range: 360-2400 nm
Color temperature: 3,000 K
Nominal bulb power: 20 W
Typical output power: See chart below
Warm-up time:* 10 minutes
Source lifetime: 1,000 hours (typical)
Stability of optical output: 0.25% peak-to-peak
Drift of optical output: <0.3% per hour
Trigger/shutter input signal: TTL; Up to 2.5 Hz maximum
Trigger/shutter connection: SUB-D-15 pin
Integrated filter holder: HL-2000-HP-FHSA only
Operating temperature: 5 °C – 35 °C
Operating humidity: 5-95% without condensation at 40 °C
Power requirements: 24 VDC
Power consumption: up to 30 W
Dimensions: 6.2 x 6 x 15 cm
Weight: 0.5 kg
Safety & regulatory: CE; ROHS, WEEE
Replacement bulb: HL-2000-HP-B

*  Warm-up time @23 °C ambient, free airflow, no vibrations

 

Output Power

The table below reports typical output power coupled into a 600 μm UV/VIS fiber and measured with an optical power meter integrated from 200-1100 nm.

Model Output
HL-2000 6.8 mW
HL-2000-FHSA 6.7 mW
HL-2000-LL 4.7 mW
HL-2000-FHSA-LL 4.5 mW
HL-2000-HP 8.8 mW
HL-2000-HP-FHSA 8.4 mW
HL-2000-HP-232-R 8.4 mW

Shutter/Trigger Options

  • Available only for the listed models
Engineering Specifications HL-2000-FHSA HL-2000-FHSA-LL HL-2000-HP-FHSA HL-2000-HP-232R
Trigger/shutter input signal: TTL; Up to 2.5 Hz maximum TTL; Up to 2.5 Hz maximum TTL; Up to 2.5 Hz maximum TTL; Up to 1.0 Hz maximum
Trigger/shutter connection: SUB-D-15 pin SUB-D-15 pin SUB-D-15 pin SUB-D-15 pin

 

HL3-P Ocean Optics Radiometric Calibration Source - Spectrecology

HL-3P-CAL Vis-NIR Radiometric Calibration Sources

The HL-3plus family of calibrated Vis-NIR light sources can be used to calibrate the absolute spectral response of a spectrometer system. By using these new sources and Ocean Optics software, you can determine absolute intensity values — to a high degree of accuracy — at wavelengths from 350-2400 nm.

HL-3plus Series

This series offers an industry-leading 3% uncertainty at 900 nm and a calibration over the range of 350-1050 nm with the option to select an extended calibration to 2400 nm. These sources also feature an integrated shutter controlled by either TTL pulses or manually on the front of the instrument. The internal shutter blocks light completely from the sampling device, providing the most accurate dark measurements.

Integrating Sphere Calibration Source

The HL-3plus-INT-CAL model provides direct attachment and calibration with an integrating sphere with minimum port diameter of 6 mm (INT types).  The INT-CAL models have a diffuser attached to the light source to be used with an integrating sphere. Simply place the INT-CAL light source at the entrance aperture of the integrating sphere.

NOTE: Calibrated sources typically provide about 50 hours of operation before requiring recalibration, so they are not intended for use as an illuminant in day-to-day measurements. Recalibration service is available. As an alternative to purchasing a calibration source, we can perform an in-house calibration of your spectrometer system with our SPEC-CAL-UV service.

Buy an HL-3-P-CAL Online!   Buy an HL-3-P-CAL-INT Online!

 

HL-3plus-CAL Series

The HL-3plus series of light sources offers as low as 3% uncertainty at 900 nm and a calibration over the range of 350 – 1050 nm with the option to select an extended calibration to 2400 nm.

Engineering Specifications HL-3plus-CAL
HL-3plus-INT-CAL
Source: Tungsten halogen
Wavelength range: 350-1050 nm
Nominal bulb power: 5 W
Warm-up time:* 15 minutes
Calibration lifetime: 50 hours
Calibrated for: Absolute irradiance (µW/cm2/nm)
Maximum uncertainty level: 3% (HL-3plus-CAL)
7% (HL-3plus-INT-CAL)
Stability (current): 0.5% peak-to-peak
Drift (voltage): <0.3% per hour
Integrated shutter: Yes
Connection: SMA 905; CC-3 (HL-3plus-CAL)
Integrating sphere (HL-3plus-INT-CAL)
Operating temperature: 5 °C – 35 °C
Humidity: 5-95% without condensation at 40 °C
Power requirements: 85-264 V, 50/60 Hz
Power Consumption: 1.2 A @ 12 VDC
Dimensions: 14 x 6 x 6 cm
Weight: 0.5 kg
Safety & regulatory: CE; ROHS, WEEE

*  Warm up time @23 °C ambient, free airflow, no vibrations

Calibration uncertainties for one standard deviation (k = 1)
Wavelength HL-3plus-CAL HL-3plus-INT-CAL
@ 400 nm 5.1% 9.1%
@ 500 nm 3.7% 7.7%
@ 600 nm 3.0% 7.0%
@ 900 nm 3.0% 7.0%
@ 1300 nm N/A N/A
@ 1600 nm N/A N/A
@ 2200 nm N/A N/A

 

LLS UVTOP
High power UV and VIS LED fiber optic source – Spectrecology

 

Fiber-coupled LLS LED light sources

are ideal for fluorescence spectroscopy and general fiber illumination applications. The innovative optical design of the LLS family enables highly efficient coupling into an optical fiber. Proprietary electronics provide stable, high-current operation in continuous or external trigger modes and allow the LEDs to run at high peak currents when in external trigger mode. The LED control module includes a three-way switch to adjust the light source among continuous, off and trigger modes. A second control is used to manually adjust the drive current. The LLS family includes high power LEDS from 365nm and higher and lower power UVTOP® LEDs from 240-360 nm. Users can change LED modules. Onboard circuitry tells the power supply the proper voltage and current settings for safe operation. The modular nature of the LLS LEDs also make them ideal for OEM integration.

Buy LED Sources

 

Part Number CWL FWHM  Min Power coupled into a 600 um .22NA fiber  Maximum Drive Current (Continuous Mode) Maximum Drive Current (Pulsed Mode)  Maximum Duty Cycle (Pulsed Mode) 
LLS-240  240 nm 11 nm 2 µW 30 mA 200 mA 1%*
LLS-250  250 nm 12 nm 5 µW 30 mA 200 mA 1%*
LLS-270  270 nm 12 nm 15 µW 30 mA 200 mA 1%*
LLS-290  290 nm 12 nm 15 µW 30 mA 200 mA 1%*
LLS-310  310 nm 12 nm 15 µW 30 mA 200 mA 1%*
LLS-325  325 nm 12 nm 15 µW 30 mA 200 mA 1%*
LLS-345  345 nm 12 nm 20 µW 30 mA 200 mA 1%*
LLS-365  365 nm 9 nm 1 mW 500 mA 1000 mA 50%
LLS-385  385 nm 10 nm 1 mW 500 mA 1000 mA 50%
LLS-405  405 nm 14 nm 750 µW 500 mA 1000 mA 50%
LLS-455  455  nm 20 nm 1 mW 1500 mA 3000 mA 50%
LLS-470  470  nm 25 nm 1 mW 1500 mA 3000 mA 50%
LLS-505  505 nm 30 nm 1 mW 1500 mA 3000 mA 50%
LLS-530  530 nm 35 nm 750 µW 1500 mA 3000 mA 50%
LLS-590  590 nm 14 nm 750 µW 700 mA 1400 mA 50%
LLS-617  617 nm 20 nm 750 µW 700 mA 1400 mA 50%
LLS-627  627 nm 20 nm 750 µW 700 mA 1400 mA 50%
LLS-Warm White  VIS 3000K CCT NA 1 mW 1500 mA 3000 mA 50%
LLS-Neutral White  VIS 4100K CCT NA 1 mW 1500 mA 3000 mA 50%
LLS-Cool White  VIS 6500K CCT NA 1 mW 1500 mA 3000 mA

LED modules for the LLS source. These modules can be changed in the field. All modules will work with the LLS supply. Onboard EEPROM sets the power supply voltage and current settings appropriate for the particular LED. The modules have an sMA-905 port.

MLA-LED-245 UV LED Module, 245nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-250 UV LED Module, 250nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-255 UV LED Module, 255nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-260 UV LED Module, 260nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-265 UV LED Module, 265nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-270 UV LED Module, 270nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-275 UV LED Module, 275nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-280 UV LED Module, 280nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-285 UV LED Module, 285nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-290 UV LED Module, 290nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-295 UV LED Module, 295nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-300 UV LED Module, 300nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-305 UV LED Module, 305nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-310 UV LED Module, 310nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-315 UV LED Module, 315nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-325 UV LED Module, 325nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-335 UV LED Module, 335nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-345 UV LED Module, 345nm, includes pre-programmed EEPROM and SMA connector
MLA-LED-365 High-Power LED Module, 365nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-385 High-Power LED Module, 385nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-405 High-Power LED Module, 405nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-455 High-Power LED Module, 455nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-470 High-Power LED Module, 470nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-490 High-Power LED Module, 490nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-505 High-Power LED Module, 505nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-530 High-Power LED Module, 530nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-590 High-Power LED Module, 590nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-617 High-Power LED Module, 617nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-627 High-Power LED Module, 627nm, includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-COOL-WHITE High-Power LED Module, Cool White (6500K CCT), includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-NEUTRAL-WHITE High-Power LED Module, Neutral White (4100K CCT), includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-LED-WARM-WHITE High-Power LED Module, Warm White (3000K CCT), includes pre-programmed EEPROM, heatsink, and SMA connector
MLA-NEUTRAL-WHITE-HSONLY High-Power LED Module, Neutral White (3000K CCT), includes pre-programmed EEPROM and Heatsink (no SMA/FC Connector)
MLA-WARM-WHITE-HSONLY High-Power LED Module, Warm White (3000K CCT), includes pre-programmed EEPROM and Heatsink (no SMA/FC Connector)
KG-1 XE-1 NE-1 K-1
Atomic emission wavelength standard lamps – Spectrecology

Wavelength standard lamps…

The emission lines from atomic lamps are the most reliable standards for wavelength calibration. Resulting from atomic level transitions, these emission lines are intrinsic to the source and therefore are primary standards, requiring no calibration themselves. Atomic emission is almost infinitely narrow; meaning the position of the emission line can be accurate to 0.001 nm. This high level of accuracy and reliability make these lamps ideal for procedures from routine checks of instrument performance to total recalibration of a spectrometer. Available in configurations that span the UV to the near-IR, choose a calibration source or use a combination of different sources that match with your analytical wavelengths of interest and span your entire measurement range. These calibration sources operate with either a 12 VDC power supply (included with the source) or 9V battery.

Buy Wavelength Stds Online

 

Calibration Source Type Wavelength Range
HG-1 Mercury Argon 253 – 1700 nm
KR-1 Krypton 427 – 893 nm
NE-1 Neon 540 – 754 nm
AR-1 Argon 696 – 1704 nm
XE-1 Xenon 916 – 1984 nm
Engineering Specifications HG-1
Source: Low-pressure gas discharge lines of mercury and argon
Wavelength Range: 273 – 1704 nm (253 – 922 nm first order emission lines)
Dimensions: 12.5 x 7.0 x 2.6 cm
Weight: 40 g
Power consumption: 250 mA at 12 VDC
Power requirements: 12 VDC wall transformer (included) or 9 VDC battery (additional)
Internal voltage: 600 V at 30 kHz
Bulb life: ~ 3,500 hours (at 20 mA)
Amplitude stabilization: ~1 minute
Aperture: 3 mm
Connector: SMA 905

Strong Mercury Emission Lines (nm)

253.652 404.656
296.728 407.783*
302.150 435.833
313.155 546.074**
334.148 576.960
365.015 579.066

* This spectral line will not be evident with spectrometers configured with 300- or 600-lines/mm gratings. ** With spectrometers that have 1200-, 1800-, 2400- or 3600-lines/mm gratings, spectral lines will be evident at 576.96 nm and 579.07 nm.

Strong Argon Emission Lines (nm)

696.543 800.616*
706.722 811.531
714.704 826.452
727.294 842.465
738.398 852.144
750.387 866.794
763.511 912.297
772.376 922.450
794.818
Engineering Specifications KR-1
Source: Low-pressure gas discharge lines of krypton
Wavelength Range: 427 – 893 nm
Dimensions: 12.5 x 7.0 x 2.6 cm
Weight: 40 g
Power consumption: 250 mA at 12 VDC
Power requirements: 12 VDC wall transformer (included) or 9 VDC battery (additional)
Internal voltage: 600 V at 30 kHz
Bulb life: ~ 3,500 hours (at 20 mA)
Amplitude stabilization: ~1 minute
Aperture: 3 mm
Connector: SMA 905

Strong Krypton Emission Lines (nm)

431.958 826.324
436.264 829.811
437.612 877.675
439.997 892.869
445.392 1181.938
446.369 1220.353
450.235 1317.741
556.222 1363.422
557.029 1442.679
587.096 1473.444
758.741 1537.204
760.155 1689.676
768.525 1800.223
769.454 1816.733
785.482 1520.310
791.343 1620.872
805.950 1755.350
810.436 1785.738
819.006

Wavelengths listed in blue are the strongest lines and are printed on the calibration label.

Engineering Specifications NE-1
Source: Low-pressure gas discharge lines of neon
Wavelength Range: 540 – 754 nm
Dimensions: 12.5 x 7.0 x 2.6 cm
Weight: 40 g
Power consumption: 250 mA at 12 VDC
Power requirements: 12 VDC wall transformer (included) or 9 VDC battery (additional)
Internal voltage: 600 V at 30 kHz
Bulb life: ~ 3,500 hours (at 20 mA)
Amplitude stabilization: ~1 minute
Aperture: 3 mm
Connector: SMA 905

Strong Neon Emission Lines (nm)

341.790 633.442
342.391 638.299
503.135 640.225
503.775 650.653
540.056 653.288
576.441 659.895
582.015 667.828
585.249 671.704
588.189 692.947
594.483 703.241
597.553 717.394
602.000 724.512
607.433 743.890
609.616 747.244
612.884 748.887
614.306 753.577
616.359 754.404
621.728 1117.752
626.649 1152.275
630.479

Wavelengths listed in blue are the strongest lines and are printed on the calibration label.

Engineering Specifications AR-1
Source: Low-pressure gas discharge lines of argon
Wavelength Range: 696 – 1704 nm
Dimensions: 12.5 x 7.0 x 2.6 cm
Weight: 40 g
Power consumption: 250 mA at 12 VDC
Power requirements: 12 VDC wall transformer (included) or 9 VDC battery (additional)
Internal voltage: 600 V at 30 kHz
Bulb life: ~ 3,500 hours (at 20 mA)
Amplitude stabilization: ~1 minute
Aperture: 3 mm
Connector: SMA 905

Strong Argon Emission Lines (nm)

696.543 772.376
706.722 794.818
714.704 800.616*
727.294 811.531
738.398 826.452
750.387 842.465
763.511 852.144
866.794 1280.27
912.297 1295.67
922.45 1300.83
935.422 1322.81
965.779 1327.26
978.45 1331.32
1047.01 1336.71
1067.36 1350.42
1107.89 1362.27
1144.18 1367.86
1148.81 1371.86
1166.87 1382.57
1171.95 1390.75
1211.23 1409.36
1213.97 1504.65
1234.34 1517.27
1243.93 1532.93
1248.77 1598.95
1270.23 1694.06
1273.34 1704.29

This spectral line will be evident only with spectrometers configured with 1800-, 2400-, or 3600-lines/mm gratings.

Engineering Specifications XE-1
Source: Low-pressure gas discharge lines of xenon
Wavelength Range: 916 – 1984 nm
Dimensions: 12.5 x 7.0 x 2.6 cm
Weight: 40 g
Power consumption: 250 mA at 12 VDC
Power requirements: 12 VDC wall transformer (included) or 9 VDC battery (additional)
Internal voltage: 600 V at 30 kHz
Bulb life: ~ 3,500 hours (at 20 mA)
Amplitude stabilization: ~1 minute
Aperture: 3 mm
Connector: SMA 905

Strong Xenon Emission Lines (nm)

452.186 823.163
462.420 826.652
466.849 881.941
469.097 904.545
469.804 916.265
473.415 979.970
479.262 992.319
480.702 1083.837
482.971 1365.706
484.329 1414.244
491.651 1473.281
492.315 1541.839
733.930 1605.328
738.600 1672.815
739.379 1262.339
740.040 1647.29
755.979 1656.023
758.468 1763.882
764.391 1790.45
780.265 1809.09
788.132 1832.53
796.734 1959.94
805.726 1984.638
806.134

Wavelengths listed in blue are the strongest lines and are printed on the calibration label.

Frequency stabilized lasers for Raman spectroscopy - Spectrecology
Frequency stabilized lasers for Raman spectroscopy – Spectrecology

 Raman Lasers…

High power frequency stabilized lasers for Raman excitation wavelengths of 532 nm, 785 nm and more. These multimode diode lasers produce narrow spectral lines, have integrated laser drivers and are thermoelectrically cooled for optimum performance. Options are available with adjustable output power and with SMA 905 or FC fiber connections Integrated laser package – turnkey solution with integrated laser drive, TEC cooled electronics and safety switches Multiple options – available in 532 nm,785 nm and other Raman excitation wavelengths Adjustable output power – options for manual or remote control of laser drive current

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Engineering Specifications LASER-532 Series
Dimensions: 115 mm x 175 mm x 245 mm or(4.5 in x 6.8 in x 9.6 in)
Weight: 1.6 kg (3.4 lbs)
Excitation wavelength: 532 nm
Output power: >50 mW
Fiber connector: SMA 905 or FC
Wavelength stability: +/- 0.1 nm (-20 °C to 55 °C) over temperature range and lifetime
Spectral linewidth: < 0.05 nm (FWHM)
Engineering Specifications LASER-785 Series
Dimensions: 115 mm x 175 mm x 245 mm or(4.5 in x 6.8 in x 9.6 in)
Weight: 1.6 kg (3.4 lbs)
Excitation wavelength: 785 nm
Output power: >350 mW (standard models); variable to >350 mW (adjustable models)
Fiber connector: SMA 905 or FC
Wavelength stability: <3% peak-to-peak in 8 hours
Spectral linewidth: < 0.15 nm (FWHM)