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Benchtop High Power Laser Diode Driver & TEC Controller; 27 Amp / 24 Volt Laser Diode Driver | 216W TEC Controller | Multi-Stage Protection Designed Specifically for High Power Laser Diodes
$3895.00 sku / item#: LDC-506 ships: 14 to 18 days
Key Features
- Enhanced Protection Features Designed Specifically for High Voltage, Multi-Emitter Laser Diodes and Series Connected Lasers
- Current Output up to 27 Amps, Compliance Voltage up to 24 Volts
- Integrated High Power Laser Diode TEC / Temperature Controller
- Programmable Current and Temperature Limits
Price and Delivery Quote
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Select Cables and Accessories for this Controller
This cable is also available terminated on the
controller end with a 15-pin d-sub connector (male) and
15-pin d-sub connector (female) on the device-end (kab-231).
This cable is also available terminated on the
controller end with a 15-pin d-sub connector and
unterminated on the device-end (kab-39).
This cable is also available terminated on the controller
end with a 2W2 d-sub connector (male) and a
2W2 d-sub connector (female) on the device end (kab-297).
This cable is also available terminated on the controller
end with a 2W2 d-sub connector (male) and unterminated
on the device-end (kab-286).
Technical Questions for this Product
ASK AN ENGINEERCustomers Also Considered:
MODEL | LDC-506 |
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PRICE | $3895.00 |
LASER DIODE CURRENT and voltage OUTPUT | |
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INTEGRATED LASER DIODE PROTECTION FEATURES | |
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TEC TEMPERATURE CONTROLLER | |
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QCW MODE and MODULATION | |
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Auxiliary Functions | |
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USER INTERFACE and Connectors | |
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DIMENSIONS AND power INPUT | |
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Recommended Accessories | |
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Product Overview:
LDC-506 High Power Laser Diode Driver Overview
The LDC-506 laser diode driver and TEC controller features high compliance voltage to reliably drive multi-emitter laser diodes from companies like nLight, Jenoptik, Lumentum and II-IV. The LDC-506 can also drives multi-emitter devices designed for series operation.
LDC-506 Laser Diode Driver
The LDC-506 has been designed to electrically bias high power laser diodes while protecting them from the common causes of damage which can harm or destroy the laser. Because high power lasers require relatively high levels of DC current and voltage, and generate high levels of waste heat, they have a unique set of electrical and thermal requirements which need to be addressed to protect them from being damaged. Additionally, the driver has been designed with features to assist the user to safely operate the laser diode under test. It offers features such as a front panel e-Stop power kill switch, redundant safety interlocks, and a front panel key-switch master power on/off.
Designed to Protect High Power Laser Diodes from Being Damaged
User Safety Features
The driver has been designed with features to assist the user to safely operate the laser diode under test. These features include a front panel e-Stop power kill switch, redundant safety interlocks, a front panel key-switch master power on/off, and an over-temperature thermistor sensor input.
CW and Quasi-CW Modes of Operation
In addition to CW (continuous wave) mode of operation, these laser diode drivers offer flexible modulation capabilities and an integrated QCW mode (integrated pulse generator). The user can apply a TTL digital or analog modulation input through the rear panel BNC. The controller has an internal function generator which can be used to set the modulation signal or the quasi-CW pulses with a time base accuracy of 1.0%. In QCW mode, the user can set pulse parameters from a remote TTL signal source or use the internal function generator.
User Interface / Front Panel + Keypad / RS232 / USB / LabVIEW Drivers
Controller setup is fast and intuitive via the front panel LCD display and keypad with a simple to use menu structure. These drivers come with standard an RS-232 interface and a USB interface adapter. The included LabView driver GUI makes set-up and control of the system fast and simple.
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