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Terahertz Quantum Cascade Lasers


ParameterQCL Housing - 100/110/200QCL Housing - 1000
Size (footprint)19 cm x 43 cm~20 cm x 20 cm
Weight10 kg15 kg + 70 kg
QCL Average Power1 to 5 mW10 to 20 mW
Power (Cooling)200 W3000 to 4000 W
QCL Chipsup to 4up to 6


Option 1 Ultra Broadband Tunable QCLs Chips

•1 QCL to cover from 1.5 to 2 THz and 4.2 to 4.5 THz by changing Bias Voltage

• ~200µW to 1mW per line




Power and Pointing Stability

 Power Stability: better than 0.1% (-30dB)





Power Stability: <40 µrad for 5 hours, <60 µrad over 4 separate days


Option 2 Single-mode DFB THz QCLs

•Single-mode DFB devices are available with center frequencies of 2 THz, 3THz and 3.8THz

•Power levels are typical>1 mW CW power at the peak wavelength

•Available as single devices, or 20-element QCL arrays spanning > 80 GHz

•Customized fabrication available within =/- 6 GHz of the target frequency

•Minimum average power levels are shown below vs frequency when used in EASY QCL-100/110/1000 systems

•The EasyQCL-100/110/1000 systems permit the user to exchange devices allowing maximum experimental flexibility




Technical Specification for Single-mode 3.1 THz QCL Chip
Device TypeThird-order DFB
Operating ModeCW
Measurement Temp48-49k
Lasing FrequencySingle-mode at 3.099THz (see below)
CW Power2.3 mW (V = 12.55V, I = 247mA)
Absolute Max Current255mA (at >12.7 V)



Option 3 Multi-mode THz QCLs

•Minimum average power levels are shown below when used in EasyQCL-100/110/1000 systems

•The EasyQCL-100/110/1000 systems permit the user to exchange devices allowing maximum experimental flexibility


Technical Specification for Multi-mode 3.265 THz QCL Chip
Device TypeFabry-Perot with Integrated Lens
Operating ModeCW
Measurement Temp48-49k
Lasing Frequency3.265THz (see below)
CW Power>6 mW (V = 15.0V, I = 155mA)
Absolute Max Current155mA (at >15.2 V)










Multiple QCLs Combination Options

• Up to 4 (EasyQCL-100/110/200) or 6 (EasyQCL-1000) QCL modules in one system

• User can switch to different laser without opening the EasyQCL system


                                                               

                      






QCL Housing-100 Versatile Laboratory Platform

The QCL Housing-100 system is a turnkey source of terahertz radiation that uses an integral Stirling Cycle cooler for cryogen-free and alignment-free operation.  A range of user interchangeable multimode QCL modules is available providing milliwatt  power levels at frequencies between 1.8 to 5 THz.  The QCL Housing-110 now has a multi-QCL option, which integrates up to four, automatically switched QCLs in the same system.

6379264006553595404613390.jpg

QCL HOusing-100 System










Features


The QCL Housing-100 System Included

• QCL laser diode module

• Stirling Cycle Cooler

• QCL drive electronics capable of pulsed or continuous-wave operation 

  (<0.4 μs up to DC)


A variety of user-interchangeable QCL modules are available

• Milliwatt average power levels

• Continuous wave operation available at select frequencies

• Choice of center frequencies ranging from 1.8 to 5 THz

• Multimode operation

• Single-mode DFB devices available at 2/3/3.8/4.7 THz.


The QCL Housing-100 system is designed for ease of use:

• Cryogen-free – laser diode cooling is by a closed cycle refrigeration

• No optical alignment

• Stirling cycle cooler is maintenance-free

• Laser bias is controlled by the front panel or computer 

  (USB and Windows 7/10 compatible)

• Package is tabletop compact, portable and operates on 120/240V (5A)



The QCL Housing-100 is available with a Multi-QCL option, allowing up to 4 QCL devices to be placed in the system. The Multi-QCL option provides all the necessary equipment to automatically switch devices.


                                                               

                                                                                              THz QCL Sub-mount









Product specifications and Brochures

 Product Brochure Link:  

Technical Data
Laser Driver Specifications QCL Driver Electronics (FPO typical values)
Current   Up to 2 A
Voltage                         Up to 100 V
Pulsed Width                0.2 µs up to DC 
Frequency                   100 Hz to 100 kHz
Triggering                 TTL Internal/External Gate BNC connector
Interface/Control                       USB
Compatibility               Windows XP/Vista 7
Software Options        Laser bias current/voltage, pulse width, duty cycle and trigger source   (internal external)
AC Voltage Range       100 - 125 / 200 - 240 V
Rated Frequency        50 - 60 Hz
Rated Current             120 V/5 A – 240 V/ 2.5 A
Stirling Cycle Cryocooler Specifications
Operation TemperatureRoom Temperature, no cryogens.
Cooldown Time < 45 min to -50 K
MaintenanceThe cold head requires periodic vacuum purge to -10-2 mBar with a provided compact vacuum pump (e.g. Edwards E2M0.7 or similar). No turbo pumping is required.
QCL Characteristics
Laser DiodesMultimode and single-mode laser diodes are available.
Beam Divergencefrom 5 to 35 degrees FWHM
* Select devices operable in continuous  wave
General Paraments
AC Voltage Range                 100-125 / 200-240V
Rated Frequency 50 / 60 Hz
Operating Modes                     Closed / Open Loop, temperature   control
Stirling Cooler MTTF>20,000 Hours
Weight12 Kg
Included Components

• QCL device(s) characterized for wavelength, output power, beam divergence and current versus voltage

• Vacuum chamber with electrical feedthroughs and vacuum gauge

• Liquid/Air cooled, Low-vibration Stirling cycle cryocooler

• LWP-PS2 pulsed laser driver 

• Compact rotary vane vacuum pump

• Laptop PC with software for control of the driver and cryocooler 

Warranty

• One-year parts and labour



Applications

• Illumination source for focal plane arrays

• Gas spectroscopy of MHz wide absorption features

• Noise and responsivity Characterization of detectors

• Optical Coherence Tomography


Product Size


Multi-QCL Option

•The multi-QCL option allows up to 4 QCLs to be mounted in the cryocooler

•Devices are switched automatically using the LWP-DEMUX demultiplexing switch

•Beams are collimated and positioned using an HR silicon lens on a motorized 3-axis stage, LWP-STEP




Mulity_QCL.jpg


























LWP-PS3: Pulsed Power Supply

image.png

2022 V1

The LWP-PS3 power supply is designed to be a simple-to-use quantum cascade laser (QCL) driver. The front panel has a 4.3” touch-sensitive display and scroll when to adjust the pulse width, frequency and amplitude. The high, 100 V, maximum voltage allows the driving of QCL devices, which typically require higher voltages than other semiconductor lasers. The LWP-PS3 has been designed for ease of use and includes an integrated current monitoring output, a 5 V TTL output synchronization signal, and a TTL compatible gating input signal. The LWP-PS3 is programmable via standard USB virtual serial port. This architecture allows any software capable of using a serial port, to address the LWP-PS3.













Specification
AC Voltage Range100 - 125 / 200 - 240 V
Rated Frequency50 - 60 Hz
Rated current120 V/5 A – 240 V/ 2.5 A
Interface/ControlManual or USB/Virtual Serial Port
Pulse Output Amplitude8 to 100 V
Duty CycleUp to 50%
Pulse Width400ns to 5 ms
Pulse Repetition Rate100 Hz to 500 kHz
Output ImpedanceSwitchable 1 Ω /25 Ω
Gate InputTTL (0 to 5 V) input, output enabled when high
Sync OutputSynchronous with output pulse, 0 to 5 V
Current MonitorConversion factor is 1 A/V
ConnectorsBNC female



QCL Housing-110 Versatile Laboratory Platform

The QCL Housing-110 system is a turnkey source of terahertz radiation that uses an integral Stirling Cycle cooler for cryogen-free and alignment-free operation. A range of user interchangeable multimode QCL modules is available providing milliwatt power levels at frequencies between 1.8 to 5 THz. The QCL Housing-110 now has a multi-QCL option, which integrates up to four, automatically switched QCLs in the same system.


QCL Housing-110 System

Features


The QCL Housing-110 System Included

• QCL laser diode module

• Stirling Cycle Cooler

• QCL drive electronics capable of pulsed or

continuous-wave operation (<0.4 μs up to DC)



A variety of user-interchangeable QCL modules are available

• Milliwatt average power levels

• Continuous wave operation available at select frequencies

• Choice of center frequencies ranging from 1.8 to 5 THz

• Multimode operation

• Single-mode DFB devices available at 2/3/3.8/4.7 THz.


The QCL Housing-110 system is designed for ease of use:

• Cryogen-free – laser diode cooling is by a closed cycle refrigeration

• No optical alignment

• Stirling cycle cooler is maintenance-free

• Laser bias is controlled by the front panel or computer (USB and Windows 7/10 compatible)

• Complete package is tabletop compact, portable and operates on 120/240 V (5A)



The QCL Housing-110 has double the cooling power of the QCL Housing-100 allowing the use of larger QCL devices: this effectively doubles the available output power.

                                                      

                                                                               THz QCL Sub-mount

Product specifications and Brochures

 Product Brochure Link:  


Technical Data
Laser Driver   Specifications QCL Driver Electronics (FPO typical values)
Current   Up to 2 A
Voltage                         Up to 100 V
Pulsed Width                0.2 µs up to DC 
Frequency                   100 Hz to 100 kHz
Triggering                 TTL Internal/External Gate BNC connector
Interface/Control                       USB
Compatibility               Windows XP/Vista 7
Software Options        Laser bias current/voltage, pulse width, duty cycle and trigger source   (internal external)
AC Voltage Range       100 - 125 / 200 - 240 V
Rated Frequency        50 - 60 Hz
Rated Current             120 V/5 A – 240 V/ 2.5 A
Stirling Cycle Cryocooler Specifications
Operation TemperatureRoom Temperature, no cryogens.
Cooldown Time < 30 min to -50 K
MaintenanceThe cold head requires periodic vacuum purge to -10-2 mBar with a provided compact vacuum pump (e.g. Edwards E2M0.7   or similar). No turbo pumping is required.
QCL Characteristics
Laser DiodesMultimode and single-mode laser diodes are available.
Beam Divergencefrom 5 to 35 degrees FWHM
* Select devices operable in continuous   wave
General Paraments
AC Voltage Range                 100-125 / 200-240V
Rated Frequency 50 / 60 Hz
Operating Modes                     Closed / Open Loop, temperature   control
Stirling Cooler MTTF>200,000 Hours
Weight5 Kg
Included Components

• QCL device(s) characterized for wavelength, output power, beam divergence and current versus voltage

• Vacuum chamber with electrical feedthroughs and vacuum gauge

• Liquid/Air cooled, Low-vibration Stirling cycle cryocooler

• LWP-PS2 pulsed laser driver 

• Compact rotary vane vacuum pump

• Laptop PC with software for control of the driver and cryocooler

Warranty

• One-year parts and labour




Product Size


Multi-QCL Option


•The multi-QCL option allows up to 4 QCLs to be mounted in the cryocooler

•Devices are switched automatically using the LWP-DEMUX demultiplexing switch

•Beams are collimated and positioned using an HR silicon lens on a motorized 3-axis stage, LWP-STEP




LWP-PS3: Pulsed Power Supply

image.png

2022 V1

The LWP-PS3 power supply is designed to be a simple-to-use quantum cascade laser (QCL) driver. The front panel has a 4.3” touch-sensitive display and scroll when to adjust the pulse width, frequency and amplitude. The high, 100 V, maximum voltage allows the driving of QCL devices, which typically require higher voltages than other semiconductor lasers. The LWP-PS3 has been designed for ease of use and includes an integrated current monitoring output, a 5 V TTL output synchronization signal, and a TTL compatible gating input signal. The LWP-PS3 is programmable via standard USB virtual serial port. This architecture allows any software capable of using a serial port, to address the LWP-PS3.













Specification
AC Voltage Range100 - 125 / 200 - 240 V
Rated Frequency50 - 60 Hz
Rated current120 V/5 A – 240 V/ 2.5 A
Interface/ControlManual or USB/Virtual Serial Port
Pulse Output Amplitude8 to 100 V
Duty CycleUp to 50%
Pulse Width400ns to 5 ms
Pulse Repetition Rate100 Hz to 500 kHz
Output ImpedanceSwitchable 1 Ω /25 Ω
Gate InputTTL (0 to 5 V) input, output enabled when high
Sync OutputSynchronous with output pulse, 0 to 5 V
Current MonitorConversion factor is 1 A/V
ConnectorsBNC female


QCL Housing-200 Ultra-Low Vibration Platform

The QCL Housing-200 system is an ultra-low vibration cryogen-free platform configurable for use with a variety of Terahertz Quantum Cascade Lasers. The system uses passive and active vibration damping to achieve vibration levels of <100 nm (RMS). A range of user interchangeable QCLs is available: electronically controlled tunable QCLs (single devices spanning 1.5 to 4.5 THz), multimode Fabry-Perot QCLs, and single-frequency DFB QCLs.


QCL Housing-200 System

(3 window configuration)



Features


The QCL Housing-200 System Included

• QCL laser diode module, upgradeable to a DFB or Electronically controlled tunable QCL

• Active/Vibration compensated Stirling Cycle Cooler

• QCL drive electronics capable of pulsed or continuous-wave operation (<0.4 μs up to DC)

• Optionally configurable:

• 40 pin/dual SMA electrical feed-throughs

• 3 or 5 optical windows



A variety of user-interchangeable QCL modulesare available

• Electronically controlled tunable QCLs spanning 1.5 to 4.5 THz

• Fabry-Perot devices with milliwatt average power levels

• Single-mode DFB devices available at 2/3/3.8/4.7 THz.


The QCL Housing-200 system is designed for ease of use:

• Cryogen-free – laser diode cooling is by a closed cycle refrigeration

• No optical alignment

• Maintenance-free

• Laser bias is controlled by the front panel or computer (USB and Windows 7/10 compatible)

• Complete package is tabletop compact, portable and operates on 120/240 V (5A)



The QCL Housing-200 has double the cooling power of the QCL Housing-100 allowing the use of larger QCL devices: this effectively doubles the available output power.

                                                         

                                                                          THz QCL Sub-mount


Product specifications and Brochures

 Product Brochure Link:  


Technical Data
Laser Driver   Specifications QCL Driver Electronics (FPO typical values)
Current   Up to 2 A
Voltage                         Up to 100 V
Pulsed Width                0.2 µs up to DC 
Frequency                   100 Hz to 100 kHz
Triggering                 TTL Internal/External Gate BNC connector
Interface/Control                       USB
Compatibility               Windows XP/Vista 7
Software Options        Laser bias current/voltage, pulse width, duty cycle and trigger source   (internal external)
AC Voltage Range       100 - 125 / 200 - 240 V
Rated Frequency        50 - 60 Hz
Rated Current             120 V/5 A – 240 V/ 2.5 A
Stirling Cycle Cryocooler Specifications
Operation TemperatureRoom Temperature, no cryogens.
Cooldown Time < 30 min to -50 K
MaintenanceThe cold head requires periodic vacuum purge to -10-2 mBar with a provided compact vacuum pump (e.g. Edwards E2M0.7   or similar). No turbo pumping is required.
QCL Characteristics
Laser DiodesMultimode and single-mode laser diodes are available.
Beam Divergencefrom 5 to 35 degrees FWHM
* Select devices operable in continuous   wave
General Paraments
AC Voltage Range                 100-125 / 200-240V
Rated Frequency 50 / 60 Hz
Operating Modes                     Closed / Open Loop, temperature   control
Stirling Cooler MTTF>200,000 Hours
Weight5 Kg
Included Components

• QCL device(s) characterized for wavelength, output power, beam divergence and current versus voltage

• Vacuum chamber with electrical feedthroughs and vacuum gauge

• Liquid/Air cooled, Low-vibration Stirling cycle cryocooler

• LWP-PS2 pulsed laser driver 

• Compact rotary vane vacuum pump

• Laptop PC with software for control of the driver and cryocooler

Warranty

• One-year parts and labour


Vibration Noise

Applications


• Illumination source for focal plane arrays

• Gas spectroscopy of MHz wide absorption features

• Noise and responsivity Characterization of detectors

• Optical Coherence Tomography



Vibration Noise


  

                               




LWP-PS3: Pulsed Power Supply

image.png

2022 V1

The LWP-PS3 power supply is designed to be a simple-to-use quantum cascade laser (QCL) driver. The front panel has a 4.3” touch-sensitive display and scroll when to adjust the pulse width, frequency and amplitude. The high, 100 V, maximum voltage allows the driving of QCL devices, which typically require higher voltages than other semiconductor lasers. The LWP-PS3 has been designed for ease of use and includes an integrated current monitoring output, a 5 V TTL output synchronization signal, and a TTL compatible gating input signal. The LWP-PS3 is programmable via standard USB virtual serial port. This architecture allows any software capable of using a serial port, to address the LWP-PS3.













Specification
AC Voltage Range100 - 125 / 200 - 240 V
Rated Frequency50 - 60 Hz
Rated current120 V/5 A – 240 V/ 2.5 A
Interface/ControlManual or USB/Virtual Serial Port
Pulse Output Amplitude8 to 100 V
Duty CycleUp to 50%
Pulse Width400ns to 5 ms
Pulse Repetition Rate100 Hz to 500 kHz
Output ImpedanceSwitchable 1 Ω /25 Ω
Gate InputTTL (0 to 5 V) input, output enabled when high
Sync OutputSynchronous with output pulse, 0 to 5 V
Current MonitorConversion factor is 1 A/V
ConnectorsBNC female

QCL Housing-1000 High Powered Thz Lasers

The QCL Housing-1000 system is our latest generation of turnkey terahertz Quantum Cascade Laser source, offering average power levels of up to 20mW* thanks to the more powerful Pulse Tube cryocooler. The system is configurable with a wide range of QCLs emitting at discrete frequencies between 1.9 and 5 THz in CW/pulsed and single/multimode. Multiple QCLs can be mounted in the same cooler (Multi-QCL option) and is available on request.


* At select frequencies, see Technical Data.



QCL Housing-1000 Main body

(with compressor detached)


Features


The QCL Housing-1000 system Includes

• QCL laser diode module

• Closed cycle single-stage Pulse Tube Cryocooler

• QCL drive electronics capable of pulsed or

continuous-wave operation (0.4 μs up to DC)

• All necessary accessories for turnkey operation


A variety of user-interchangeable QCL modules are available

• 10’s of Milli-watt average power levels

• Continuous wave operation available at select frequencies

• Choice of center frequencies ranging from 1.9 to 5 THz

• Multimode operation

• Single-mode DFB output at select frequencies



                                                                 

                                                                         THz QCL Sub-mount

The QCL Housing-1000 system is designed for ease of use:

• Cryogen-free – laser diode cooling is by a closed cycle refrigeration

• No optical alignment

• Cooler is maintenance-free

• The Main system is tabletop compact and operates on 240 V single-phase power source






Product specifications and Brochures

 Product Brochure Link:  


Technical Data
Laser Driver Specifications QCL Driver Electronics (FPO typical values)
Current   Up to 2 A
Voltage                         Up to 100 V
Pulsed Width                400 ns up to 5 ms
Frequency                   100 Hz to 500 kHz
Triggering                 TTL Internal/External Gate BNC connector
Interface/Control                       USB
Compatibility               Windows 7/8.1/10
Software Options        

Laser bias current/voltage, pulse width, duty cycle and trigger source (internal external)

AC Voltage Range       100 - 125 / 200 - 240 V
Rated Frequency        50 - 60 Hz
Rated Current             120 V/5 A – 240 V/ 2.5 A
Pulse-Tube Cryocooler Specifications
Operation TemperatureRoom Temperature, no cryogens.
Cooldown Time < 45 min to ~50 K
Maintenance

Cold head requires periodic

Vacuum Purge

to -10-2 mBar with a provided compact vacuum pump (e.g. Edwards E2M0.7 or similar). 

No turbo pumping is required.

QCL Characteristics
Laser DiodesMultimode and single-mode laser diodes are available.
Beam Divergencefrom 5 to 35 degrees FWHM
* Select devices operable in continuous wave
General Paraments
AC Voltage Range                200VAC / 208-230VAC
Rated Frequency 50 / 60 Hz
Rated Power Consumption3.5 kW / 4.2 kW
Operating Modes                    Open Loop
Dimensions

Cooler 17 x 17 x 52 cm

Compressor 50 x 56 x 56 cm

Weight

Cooler 10 kg

Compressor 80 kg

Included Components

• QCL device(s) characterized for wavelength, output power, beam divergence and current versus voltage

• Vacuum chamber with electrical feedthroughs and vacuum gauge

• Liquid/Air cooled, Pulse-Tube cryocooler

• LWP-PS3 pulsed laser driver or DC power supply (for CW operation)

• Compact rotary vane vacuum pump

• Laptop PC with software for control of the driver and cryocooler

Warranty

• One-year parts and labour

• First compressor maintenance: 15,000 Hours


Applications

• High power Illumination source for focal plane arrays

• Noise and responsivity Characterization of detectors

• Local oscillator to pump Schottky-diode mixers for heterodyne detection

Illumination source for THz imaging

High-Quality Beam for

Pumping heterodyne Mixer


Beam focused using f/1 dia/25mm 

High Resistivity Silicon Lens onto

NEC IRV-TO831 Focal Plane Array



Single Mode Radiations for High-Resolution Spectroscopy


Product Size





LWP-PS3: Pulsed Power Supply

image.png

2022 V1

The LWP-PS3 power supply is designed to be a simple-to-use quantum cascade laser (QCL) driver. The front panel has a 4.3” touch-sensitive display and scroll when to adjust the pulse width, frequency and amplitude. The high, 100 V, maximum voltage allows the driving of QCL devices, which typically require higher voltages than other semiconductor lasers. The LWP-PS3 has been designed for ease of use and includes an integrated current monitoring output, a 5 V TTL output synchronization signal, and a TTL compatible gating input signal. The LWP-PS3 is programmable via standard USB virtual serial port. This architecture allows any software capable of using a serial port, to address the LWP-PS3.













Specification
AC Voltage Range100 - 125 / 200 - 240 V
Rated Frequency50 - 60 Hz
Rated current120 V/5 A – 240 V/ 2.5 A
Interface/ControlManual or USB/Virtual Serial Port
Pulse Output Amplitude8 to 100 V
Duty CycleUp to 50%
Pulse Width400ns to 5 ms
Pulse Repetition Rate100 Hz to 500 kHz
Output ImpedanceSwitchable 1 Ω /25 Ω
Gate InputTTL (0 to 5 V) input, output enabled when high
Sync OutputSynchronous with output pulse, 0 to 5 V
Current MonitorConversion factor is 1 A/V
ConnectorsBNC female


Model
Product

  Terahertz Quantum Cascade Lasers

  780nm Femtosecond Laser for Terahertz


  1560nm Femtosecond Laser for Terahertz

  TPX / HDPE Terahertz Plano Convex Lens

  Size choice : 1 to 2 inch (customizable)

  Focal length: 10mm to 240mm (customizable)

  Material: TPX / HDPE 

  Off-Axis Parabolic Mirrors

  Size choice : 1 to 2 inch (customizable)

  Angle: 90 degree and 15/45/60 degree

  Focal length: 12.7mm to 254mm (customizable)

  Coating: Protected Gold, Protected Silver, Protected AL , UV Enhanced AL

  Through Hole: Yes

  Terahertz Hollow Retro Reflector 

  Size choice : 25.4mm to 63.5mm(customizable)

  Coating: Protected Gold, Protected Silver, Protected AL , UV Enhanced AL


  Terahertz Metallic Mirrors 

  Size choice : 25.4mm to 76.2mm(customizable)

  Thickness: 3 to 6mm(customizable)

  Coating: Protected Gold, Protected Silver, Protected AL , UV Enhanced AL


  Terahertz ZnTe Crystals 

  Size choice : 10mm * 10mm * (0.1 to 2mm) (customizable)

  Terahertz Beam Expander Reflection

  Output diameter: 40mm

  Coating: Protected Gold, Protected Silver, Protected AL , UV Enhanced AL 

  Terahertz Polarizers

  Size choice : 25.4mm and 50.8mm (customizable)


  THz High Resistivity Silicon Beam Splitter

  Size choice : 1 to 3 inch (customizable)

  Thickness 0.5 to 3mm 


  Terahertz Beam Profiler (1-18 THz)




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Search Reset
Compare Model Drawings & Specs Availability Reference Price
(USD)
QCL Housing-100
Terahertz Quantum Cascade Lasers, QCL average power 1 to 5mW, Power(cooling) 200W, QCL chips up to 4
4-6 Weeks Request for quote
QCL Housing-110
Terahertz Quantum Cascade Lasers, QCL average power 1 to 5mW, power (cooling) 200W, QCL Chips up to 4.
4-6 Weeks Request for quote
QCL Housing-200
Terahertz Quantum Cascade Lasers, QCL average power 1 to 5 mW, power (cooling) 200W, QCL chips up to 4
4-6 Weeks Request for quote
QCL Housing-1000
Terahertz Quantum Cascade Lasers, QCL average power 10 to 20mW, power (cooling) 3000 to 4000W, QCL Chips up to 6
In Stock Request for quote
Customized QCL Chips
Terahertz Quantum Cascade Lasers, Customized QCL chips
6-10 Weeks Request for quote
QCL-PS3
Terahertz Quantum Cascade Lasers pulsed power supply, pulse output 8 to 100V, pulse width 400ns to 5ms
4-6 Weeks Request for quote

QCL-PS3 - Parameter

Customized QCL Chips - Parameter

QCL Housing-1000 - Parameter

QCL Housing-200 - Parameter

QCL Housing-110 - Parameter

QCL Housing-100 - Parameter

QCL-PS3 - Download

Customized QCL Chips - Download

QCL Housing-1000 - Download

QCL Housing-200 - Download

QCL Housing-110 - Download

QCL Housing-100 - Download

Accessories

Compare Model Drawings & Specs Availability Reference Price
(USD)