Rgb Lasersystems Driver

High-power visible lasers up to 8 W in the red spectral range (at 640 nm), 3.5 W in the green spectral range (at 532 nm), and up to 10 W in the blue spectral range (at 445 nm): in addition to selected wavelengths, multi-color/RGB lasers are also available.

Rgb Laser Systems Driver Download
Rgb Laser Driver

Laser Sources / Systems
- High-Power Laser Systems

User-defined laser module with up to eight wavelengths

Description

The IR-RGB-V NovaLum makes it possible to produce a user-defined laser module with up to eight wavelengths. This laser has a 400-micron connector and can be integrated into an OEM system without a problem when combined with NECSEL’s intelligent controller.

If not already installed wait until the laser driver is completely installed. RGB Lasersystems GmbH Donaupark 13 93309 Kelheim. RGB Laser Projectors. 20 years of development and manufacturing of high profile proprietary laser projector, disco laser, showlaser. Menu Get In Touch +36 76 580 561. PLT5 488 OSRAM LASER DIODE 488 nm. 488nm Laser Diode (Osram PLT5 488 ) is ideal for demanding applications such as flow cytometry, medical diagnostics, DNA sequencing, bio-fluorescence. If you choose to go one step further you can easily do so with with our Gull and Pelican modules, featuring completely air-sealed housings, beam correction, and TEC but also come with a pre-adjusted ColorDRIVE driver. Gannet modules are Gull/Pelican modules, but instead of one wavelength, they come fully equipped with RGB sources - all in one.

In addition to laser projection, these lasers are also used in medical technology, endoscopy, phosphorus illumination, and in illumination.

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+49 (0) 8142 2864-721

k.billig@lasercomponents.com

Bases: lantz.messagebased.MessageBasedDriver

Driver for any RGB Lasersystems MiniLas Evo laser.

Parameters:	resource_name (str) – The resource name kwargs – keyword arguments passed to the resource during initialization.
Params name:	easy to remember identifier given to the instance for loggingpurposes.

initialize()¶

query(command, *, send_args=(None, None), recv_args=(None, None))¶

Send query to the laser and return the answer, after handlingpossible errors.

Parameters:	command (string) – command to be sent to the instrument send_args – (termination, encoding) to override class defaults recv_args – (termination, encoding) to override class defaults

DEFAULTS = {'ASRL': {'write_termination': 'rn', 'bytesize': 8, 'stop_bits': <StopBits.one: 10>, 'read_termination': 'rn', 'parity': <Parity.none: 0>, 'baud_rate': 57600, 'encoding': 'ascii'}}¶

DEFAULTS_changed¶

available_features¶

Available features (reserved for future use)

available_features_changed¶

control_mode¶

Active current (power) control

control_mode_changed¶

emission_wavelenght¶

Emission wavelenght in nm

emission_wavelenght_changed¶

enabled¶

Method for turning on the laser

Values:	{False: ‘0’, True: ‘1’}

enabled_changed¶

idn¶

Identification of the device

idn_changed¶

initialize_changed¶

maximum_power¶

Gets the maximum emission power of the laser

Units:	mW

maximum_power_changed¶

operating_hours¶

Total operating hours [hhhh:mm]

operating_hours_changed¶

power¶

Gets and sets the emission power

Units:	mW

power_changed¶

Rgb Laser Systems Driver Download

power_sp¶

Gets and sets the emission power

Units:	mW

power_sp_changed¶

query_changed¶

Rgb Laser Driver

software_version¶

Software version

software_version_changed¶

status¶

Current device status

status_changed¶

temperature¶

Current temperature in ºC

temperature_changed¶

temperature_max¶

Highest operating temperature in ºC

temperature_max_changed¶

temperature_min¶

Lowest operating temperature in ºC

temperature_min_changed¶