DEI Scientific is proud to introduce the PCX-9000 Series Laser Diode Driver. Providing the highest pulsed curent source commercially available and a new easy user interface that will provide intuitive pulser operation and allow you more time workin on your application and less time on setup.
The PCX-9200-I provides up to 200A of output current and can be configured with a factory installed internal power supply.
Description
The PCX-9000 Series of pulsed current sources are designed to drive laser diode bars, arrays as well as other high current applications requiring up to 600A at 24 Volts. The PCX-9000 is currently available in three output configurations, PCX-9200, PCX9400 and PCX-9600 which can drive the output up to 200A, 400A and 600A respectively. All three configurations are capable of supplying a bias current of up to 60 Amps. The PCX-9200 and the PCX-9400 are available with an internal power supply for stand-alone operation or configured for use with an external 24V power supply.
System Overview
The Graphical User Interface provides intuitive control of the PCX-9000. It is a microprocessor controlled touch screen that communicates to all modules through a simple combination of front panel controls and touch screen technology within the system.
The Communications Module allows the user to use a computer to communicate to the instrument via RS232, GPIB or Ethernet. Communication settings are accessed easily through the touch screen menu and stored in non volatile memory so they are ready to be used upon instrument start up.
The Main Control Board is the part of the system that generates Imon, Vmon and Sync outputs; key switch enable control; cable interlock; rear panel enable, bias input and external trigger input. In addition to the control functions, the main control board integrates the user interface, pulse modules, communication module and internal power supply (if equipped). Up to 200A Modules provide the power for the PCX-9000 series.
View Data Sheet (PDF)
This product was added to our catalog on Wednesday 10 March, 2010.
