DPSS Nd:YAG Diode Driver Controller, All-in-One, Pulsed SDC-150A

Specifications

Input Voltage: 28 V DC +/- 7 V
Current Consumption: 10 A max
Diode Compliance Voltage (VMAX): Up to 400 V
Maximum Output Current (IMAX): Up to 200 A
Output Current (I): 10 … 100 % of IMAX adjustable
Accuracy: <1 % of IMAX
Pulse Width (t): 50 … 300 us adjustable
Pulse Rise (Fall) Time: <20 us
Repetition Rate (f): 1 … 30 Hz adjustable
Maximum Output Power: >20 W by default, >40 W on request
Maximum Output Current (TEC): 5 A
Maximum Output Voltage (TEC): 20 V
Stabilization Temperature: +20 … +60 ºC adjustable
Accuracy (TEC): 0.1 ºC
Thermistor: 10 kOhm NTC
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Features


  • Compact Design: The SDC-150A diode driver features very compact dimensions of 180x70x30 mm, making it ideal for space-constrained applications.

  • High-Performance Diode Output: Capable of delivering up to 200 A in high current versions and up to 400 V in high voltage versions, with pulse widths of up to 300 µs and repetition rates up to 30 Hz.

  • Customizable Pockels Cell Driver: Equipped with an embedded Pockels cell driver that can be modified to suit different cell types such as DKDP or LiNbO3, based on customer requirements.

  • Easy Integration: Features a base machine interface of RS-232, with RS-485 available as an option. Comes with simple PC software for easy setup and control.

  • Stand-Alone Operation: Capable of operating independently right out of the box, enhancing ease of use.

  • Precision Control: Offers adjustable diode output current ranging from 10% to 100% of IMAX, with accuracy of less than 1% of IMAX.

  • Temperature Stabilization: TEC output allows for stabilization temperatures adjustable between +20 and +60 ºC, with a high accuracy of 0.1 ºC.

Applications


  • High-Power Laser Systems: The SDC-150A is ideal for powering high-power laser systems, providing precise control over diode pumping and thermal stabilization.

  • Scientific Research: Suitable for laboratories and research institutions requiring reliable and adjustable laser control for experiments and studies.

  • Industrial Applications: Perfect for industrial laser applications such as cutting, welding, and engraving, where precise control of laser parameters is critical.