LASER DIODE DRIVER
New Source Technology can provide CW and Quasi-CW Laser Diode Drivers and Diode Laser System Controllers.
The high power continuous wave (CW) Laser Diode Drivers are available
with power outputs from 100W to 1500W. This Laser Diode Driver series
has the capability to deliver output current up to 80A. Controlled
rise and fall times protect the laser diode from transients as well
as over-power conditions. This series are available with all worldwide
input voltages. RS-232C Interface and 150W TE Cooler Power Supply are
optionally available.
All Laser Diode Drivers meet stringent agency safety and emission requirements,
essential for ensuring reliable medical or industrial systems.
The medium power Laser Diode Drivers are also available with 50W up to 15A.
For more details, contact us.
Quasi-Continuous Wave (QCW) Laser Diode Drivers are available with a range of medium to high power.
QCW Laser Diode Driver-250/600
This high power QCW Laser Diode Driver series are capable of driving diodes
with pulsing currents up to 200A with rise and fall times of 25usec.
Units are available with power outputs up to 1000W Average.
Medium Power QCW Laser Diode Drivers - QCW
Laser Diode Driver-50
This QCW Laser Diode Driver is a medium power laser diode pulsar designed
for the emerging high power diode laser industry. This unit can be configured
to deliver output current pulses up to 100A and drive a variety of compliance
voltages with 50W Average Output. For more details about the QCW Laser
Diode Driver-50, contact
us
Diode Laser System Controllers
New Source Technology provides
eDrive™ from CEO. eDrive is a
next generation diode laser system controller. Designed to interface
with an external power supply, it manages all critical DPSS laser parameters
including diode drive current, Q-switch, and system interlocks. It
can be configured for driving diodes in either CW or QCW operating
mode.
eDrive™ is equipped with multiple control options. An easy to
use local front panel interface along with a host of digital remote
control
options (including compatibility with Labview*) are offered as standard.
The eDrive™ has been designed to maximize reliability. All system
components are conservatively rated. High power circuits are physically
separated from low power circuits. Minimal internal interconnect wiring
reduces the risk of failure.
eDrive™ can be expanded to operate up to three additional diode current
drive channels simultaneously by adding optional Array Interface Modules
(AIMs). (Note: * Labview? is the property of National Instruments Corporation.)
For more details, contact us.