Sign In

  • Forgot your password?
  • Need a new account?

Register


QCL Housing-100

Terahertz Quantum Cascade Lasers, QCL average power 1 to 5mW, Power(cooling) 200W, QCL chips up to 4

MODEL:QCL Housing-100

4-6 Weeks Drawings

Save To My List

* The prices are indicative only. Please contact us for an official quote. This is single product page, for detail specification please refer to product main page


Compare Model Drawings & Specs Availability Reference Price
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
Customized QCL Chips
Terahertz Quantum Cascade Lasers, Customized QCL chips
6-10 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
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-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

Compatible

Compare Model Drawings & Specs Availability Reference Price



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























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