User has Full Control of All Laser Diode Parameters
Peltier Cooled Laser Diode Mount Fully Configured for Laser Diode
Shipping Information
– Shipping rates in the USA: $75
– Please contact us for International Shipping Rates
Order Placement
Orders for this product in North America and select International Regions are processed and fulfilled by LaserDiodeControl.com, part of the Laser Lab Source Marketplace Group. This product is manufactured by Ostech, GmbH. Mfg Part Number: ds11-la06v48-pa12v18-t12732-v2-406; hsa-38-0610-v0-649
Warranty Information
This product is sold with a full one year warranty. It is warrantied to be free from defects in material and/or workmanship for a period of one year from the date of shipment. The warranty is transacted and honored by Laser Lab Source for product purchases made through Laser Lab Source.
These 635nm, 5 Watt source and control systems offer a complete plug and play solution for R&D applications. The LDX-635NM-5W is a pre-configured and fully calibrated system. It includes the high power fiber coupled laser diode, the controller, the heat sink and Peltier cooled mounting plate, and all interface cables.
These systems are a convenient, high performance 635 nm multi-mode laser diode source and control solution for research and development in lab environments.
SIMPLE TO OPERATE:
System ships with 635nm laser diode installed and tested in control electronics and mounting module.
FACTORY CONFIGURED LIMITS:
Current and temperature limits keep laser diode in safe operating range.
INSTALLATION SUPPORT:
Get up and running fast with unlimited phone & email tech-support; see contact info in the images section.
High Power Laser Diode Source Protection
High power laser diode protection features include a factory pre-set current limit, slow start current ramp to the user specified set point, factory pre-set temperature limits and clamping circuitry to protect the laser against power surges. The factory set default maximum current level is set during the calibration process to ensure the laser is not over-driven and damaged. The temperature limits are determined during calibration and are also factory set within a safe operating range to protect the laser against over-heating. In addition to the current the temperature limit protection settings, the user has the option of setting the soft-start current ramp time from 300 milliseconds up to 10 seconds. The system is set to a 300 millisecond ramp as the default mode for shipment. This user adjustable current ramp allows you to customize the “power on” sequence of the source for your specific application.
User has Complete Control of the 635nm Laser Diode
The user has complete control of the 5W laser through the front panel of the control unit or through the rear panel digital I/O. The user controls the bias current, temperature set-point, CW or modulated mode and all other parameters. The controller front panel has an LCD display with a touch key-pad. The menu structure is simple to operate and features a status menu with current and actual temperature for the default home page setting. These systems come with an RS-232 interface and can be ordered with an optional USB interface (please inquire). LabView drivers are available free of charge charge, and the LabView GUI makes set-up and control of the system fast and simple.
QCW and Modulation Features
In addition to standard CW mode, these units offer an external modulation input and circuitry and an internal function generator for quasi-CW pulsing applications. The internal function generator is used to generate QCW pulses from 20 μs to CW. The controller will also accept an external signal for the QCW trigger. The modulation can be either TTL or analog modulation from DC to 50 kHz. The modulation input is a BNC connector on the rear panel of the controller.
635nm Laser Heat Sink and TEC Cooled Mounting Plate
The laser heat sink uses a combination of TEC based cooing with a fan for heat removal from the base of the heat sink. No water is required for cooling. These heat sinks have a mounting plate which is highly uniform and offers finish and flatness optimized for the 635nm fiber coupled modules.
