QubeCL/DL
QubePS
Quick starter guide: everything you need to get started
USB key with manual, Control Software and test report
Solutions/Laser Drivers
Born from research
QubeCL and QubeDL have been designed for state-of-the-art scientific purposes. The patented design, developed in a research laboratory, provides the lowest current-noise of any commercially available instrument.
The modular architecture solves the problem of sourcing large output currents while maintaining a noise level always below 1 nA/sqrt(Hz). In general, the current-noise of commercial drivers linearly increases with the maximum output current. This is not the case of QubeCL. In fact, its noise increases roughly with the square-root of the maximum current, always ensuring a sub-shot-noise operation.
With Qube-system the current noise does not contribute to broadening of laser emission, ensuring the narrowest linewidth and the highest frequency stability.
Compact and versatile
The fully modular, configurable and engineered Qube-system design provides the versatility and the compactness of a custom solution while keeping the ready-to-use typical of a benchtop instrument.
Infinite possibilities one
Up to 32 different configurations can be obtained by combining the 8 modules of the QubeCL system, covering multiple different needs:
Laser Socket Module
Description
Laser Socket Module
Description
You can embed your butterfly-packaged or HHL-packaged laser into your driver. All the signals will be internally routed to the laser: no cables around, a full control in a 10 cm x10 cm footprint. Compatible both with fiber-coupled and free-space lasers. In the latter case you can have the beam always at the right height by using the adjustable periscope accessory. For higher-power lasers a water-cooled option is also available.
Laser Socket Module
[Read]
Laser Socket Module You can embed your butterfly-packaged or HHL-packaged laser into your driver. All the signals will be internally routed to the laser: no cables around, a full control in a 10 cm x10 cm footprint. Compatible both with fiber-coupled and free-space lasers. In the latter case you can have the beam always at the right height by using the adjustable periscope accessory. For higher-power lasers a water-cooled option is also available.
You can embed your butterfly-packaged or HHL-packaged laser into your driver. All the signals will be internally routed to the laser: no cables around, a full control in a 10 cm x10 cm footprint. Compatible both with fiber-coupled and free-space lasers. In the latter case you can have the beam always at the right height by using the adjustable periscope accessory. For higher-power lasers a water-cooled option is also available.
With overvoltage protection capabilities, it ensures a safe operation of the laser, and allows setting the laser polarity and grounding. Moreover, 2 independent external modulation signals can be efficiently coupled to the laser. As an option, an internal digital signal generator (DDS) can be added on both modulation channels.
For any frequency/phase stabilization need, you can choose among Phase Lock Loop (PLL), Pound-Drever-Hall (PDH) and Lock-In Amplifier (LIA) modules. Seamlessly lock your laser to an external source, cavity or molecular reference. Here are some examples of lock applications with QCLs; the same scheme can be applied with other laser diodes and QubeDLs.
Choose between different current ratings, and combine them for larger current output, while always keeping the noise at the lowest level.
For current-driven TEC stages the temperature controller module ensures <1 mK operation in any condition.
It is not only a base: it is the cooling unit of the instrument and it allows you to screw it firmly at place. Compatible with the standard pitch of optical tables.
Laser Socket Module
You can embed your butterfly-packaged or HHL-packaged laser into your driver. All the signals will be internally routed to the laser: no cables around, a full control in a 10 cm x10 cm footprint. Compatible both with fiber-coupled and free-space lasers. In the latter case you can have the beam always at the right height by using the adjustable periscope accessory. For higher-power lasers a water-cooled option is also available.
Laser Head
With overvoltage protection capabilities, it ensures a safe operation of the laser, and allows setting the laser polarity and grounding. Moreover, 2 independent external modulation signals can be efficiently coupled to the laser. As an option, an internal digital signal generator (DDS) can be added on both modulation channels.
Lock module:
For any frequency/phase stabilization need, you can choose among Phase Lock Loop (PLL), Pound-Drever-Hall (PDH) and Lock-In Amplifier (LIA) modules. Seamlessly lock your laser to an external source, cavity or molecular reference. Here are some examples of lock applications with QCLs; the same scheme can be applied with other laser diodes and QubeDLs.
Current Module
Choose between different current ratings, and combine them for larger current output, while always keeping the noise at the lowest level.
Temperature Controller
For current-driven TEC stages the temperature controller module ensures <1 mK operation in any condition.
Main Unit
The core part of the driver, providing external interface with USB interface and Wi-Fi or LAN options. It carries the real-time processing of the laser parameters and can operate in completely autonomous mode.
Base
It is not only a base: it is the cooling unit of the instrument and it allows you to screw it firmly at place. Compatible with the standard pitch of optical tables.
You can compose the configuration of the Qube-System that fits your experimental needs. The instrument part number is composed as follows:
Here the codes and additional information for each module in the catalog.
Listed below the codes and additional information for each module in the catalog:
Example configurations
The simplest configuration: the essential modules (Base, Main Unit and Laser Head) and one current module. The numeric code identifies the total output current that can be obtained by adding one or more current modules to the system. In this case only the CD05 (500 mA) module is present.
Here two current modules are combined for 1.5 A maximum current output (CD05 + CD10). The -P code identifies the PLL module. Only one lock module can be used in a Qube configuration.
This is one of the most complete configurations. The 1A current module (CD10), the TEC (TC) and phase-locked loop (PLL) module are added to the essential modules. The laser itself can be embedded into the Qube system thanks to the Butterfly laser housing module. Here the laser is coupled in an optical fiber.
Are you still not sure of which configuration you need? We will support you in tailoring it for your experiment, just contact us.
Ready to use
QubeCL and QubeDL can be remotely controlled, and provide a variety of autonomous control routines that allow stand-alone operation in completely safe conditions for the laser.
The Qube Kit
The Qube-system is designed to be a plug-and-play solution for your laser experiment. You will only have to connect your laser to the Qube-system and focus on your application.
This is what you will find in the Qube-system box:
Power cord for QubePs
USB connection cable
TEC cable: one end of the cable is left without any connector so that the user can wire it as it needs
Power cable: connect the QubeCL/DL to the QubePS
One of our amazing sticker for your lab or office
QubePS - Power the Qube
QubeCL platform layout has been designed to minimize the effort required for commissioning and the risk of setup errors that could potentially compromise the laser sources, allowing the user to immediately focus on the setup of the experiment.
For this reason we have developed the QubePS, a dedicated power supply for the Qube-System.
You connect the QubePS to the electrical line, then the power cable between the QubePS and the QubeCL/DL, now you can turn on your laser.
QubePS contains switching power supplies that have been designed to maintain the ultra-low noise performance of the Qube system. QubePS is an optional product, ask for it to be delivered with your Qube.
Connect the laser
Typically, a laser has to be driven in current and stabilized in temperature. So, at least, you will have to provide these two kinds of connections, depending on the laser that you want to use. If you need custom cables for your laser, just ask for them and we will provide, to facilitate even faster and simpler setup.
Optional for QubeCL only, we have developed the HHL laser shield board that allows you to connect your laser in HHL package to the QubeCL. You can screw the QCL pins to the board and then you will have to connect:
- An SMA cable for the laser current
- The TEC cable, in this case we will provide it with the appropriate connector
In some applications you may need to modulate QCL at high frequencies, in this case we offer the possibility to mount a bias-tee on the board.
Qube Communication
As a standard option you can control the Qube-system by using the USB cable and the Qube Control Software installed on your PC. Optionally,ethernet or wi-fi connection are also available.
QubeDT
A new desing for high-sensitivity, low noise detection of mid-infrared light. Coupled with our ultra-low noise laser controllers, The QubeDT differential detector opens a wide range of possibilities for advanced spectroscopy.
Two models are available:
- QubeDT-S: DC-coupled (0-2 MHz BW) detector, designed for spectroscopic applications such as Polarization Spectroscopy.
- QubeDT-F: AC-coupled, high BW (>100MHz) detector, designed for hetherodyne detection and RIN-immune beat-note acquisition.
Laser Drivers
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QUBE CL
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QUBE DL
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QUBE DT
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MAGAZINE
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